'use strict' ;
var obsidian = require ( 'obsidian' ) ;
function _interopNamespace ( e ) {
if ( e && e . _ _esModule ) return e ;
var n = Object . create ( null ) ;
if ( e ) {
Object . keys ( e ) . forEach ( function ( k ) {
if ( k !== 'default' ) {
var d = Object . getOwnPropertyDescriptor ( e , k ) ;
Object . defineProperty ( n , k , d . get ? d : {
enumerable : true ,
get : function ( ) { return e [ k ] ; }
} ) ;
}
} ) ;
}
n [ "default" ] = e ;
return Object . freeze ( n ) ;
}
var obsidian _ _namespace = /*#__PURE__*/ _interopNamespace ( obsidian ) ;
function noop ( ) { }
function assign ( tar , src ) {
// @ts-ignore
for ( const k in src )
tar [ k ] = src [ k ] ;
return tar ;
}
function run ( fn ) {
return fn ( ) ;
}
function blank _object ( ) {
return Object . create ( null ) ;
}
function run _all ( fns ) {
fns . forEach ( run ) ;
}
function is _function ( thing ) {
return typeof thing === 'function' ;
}
function safe _not _equal ( a , b ) {
return a != a ? b == b : a !== b || ( ( a && typeof a === 'object' ) || typeof a === 'function' ) ;
}
function is _empty ( obj ) {
return Object . keys ( obj ) . length === 0 ;
}
function create _slot ( definition , ctx , $$scope , fn ) {
if ( definition ) {
const slot _ctx = get _slot _context ( definition , ctx , $$scope , fn ) ;
return definition [ 0 ] ( slot _ctx ) ;
}
}
function get _slot _context ( definition , ctx , $$scope , fn ) {
return definition [ 1 ] && fn
? assign ( $$scope . ctx . slice ( ) , definition [ 1 ] ( fn ( ctx ) ) )
: $$scope . ctx ;
}
function get _slot _changes ( definition , $$scope , dirty , fn ) {
if ( definition [ 2 ] && fn ) {
const lets = definition [ 2 ] ( fn ( dirty ) ) ;
if ( $$scope . dirty === undefined ) {
return lets ;
}
if ( typeof lets === 'object' ) {
const merged = [ ] ;
const len = Math . max ( $$scope . dirty . length , lets . length ) ;
for ( let i = 0 ; i < len ; i += 1 ) {
merged [ i ] = $$scope . dirty [ i ] | lets [ i ] ;
}
return merged ;
}
return $$scope . dirty | lets ;
}
return $$scope . dirty ;
}
function update _slot _base ( slot , slot _definition , ctx , $$scope , slot _changes , get _slot _context _fn ) {
if ( slot _changes ) {
const slot _context = get _slot _context ( slot _definition , ctx , $$scope , get _slot _context _fn ) ;
slot . p ( slot _context , slot _changes ) ;
}
}
function get _all _dirty _from _scope ( $$scope ) {
if ( $$scope . ctx . length > 32 ) {
const dirty = [ ] ;
const length = $$scope . ctx . length / 32 ;
for ( let i = 0 ; i < length ; i ++ ) {
dirty [ i ] = - 1 ;
}
return dirty ;
}
return - 1 ;
}
function action _destroyer ( action _result ) {
return action _result && is _function ( action _result . destroy ) ? action _result . destroy : noop ;
}
function append ( target , node ) {
target . appendChild ( node ) ;
}
function append _styles ( target , style _sheet _id , styles ) {
const append _styles _to = get _root _for _style ( target ) ;
if ( ! append _styles _to . getElementById ( style _sheet _id ) ) {
const style = element ( 'style' ) ;
style . id = style _sheet _id ;
style . textContent = styles ;
append _stylesheet ( append _styles _to , style ) ;
}
}
function get _root _for _style ( node ) {
if ( ! node )
return document ;
const root = node . getRootNode ? node . getRootNode ( ) : node . ownerDocument ;
if ( root && root . host ) {
return root ;
}
return node . ownerDocument ;
}
function append _stylesheet ( node , style ) {
append ( node . head || node , style ) ;
}
function insert ( target , node , anchor ) {
target . insertBefore ( node , anchor || null ) ;
}
function detach ( node ) {
node . parentNode . removeChild ( node ) ;
}
function destroy _each ( iterations , detaching ) {
for ( let i = 0 ; i < iterations . length ; i += 1 ) {
if ( iterations [ i ] )
iterations [ i ] . d ( detaching ) ;
}
}
function element ( name ) {
return document . createElement ( name ) ;
}
function svg _element ( name ) {
return document . createElementNS ( 'http://www.w3.org/2000/svg' , name ) ;
}
function text ( data ) {
return document . createTextNode ( data ) ;
}
function space ( ) {
return text ( ' ' ) ;
}
function empty ( ) {
return text ( '' ) ;
}
function listen ( node , event , handler , options ) {
node . addEventListener ( event , handler , options ) ;
return ( ) => node . removeEventListener ( event , handler , options ) ;
}
function attr ( node , attribute , value ) {
if ( value == null )
node . removeAttribute ( attribute ) ;
else if ( node . getAttribute ( attribute ) !== value )
node . setAttribute ( attribute , value ) ;
}
function set _svg _attributes ( node , attributes ) {
for ( const key in attributes ) {
attr ( node , key , attributes [ key ] ) ;
}
}
function to _number ( value ) {
return value === '' ? null : + value ;
}
function children ( element ) {
return Array . from ( element . childNodes ) ;
}
function set _data ( text , data ) {
data = '' + data ;
if ( text . wholeText !== data )
text . data = data ;
}
function set _input _value ( input , value ) {
input . value = value == null ? '' : value ;
}
function select _option ( select , value ) {
for ( let i = 0 ; i < select . options . length ; i += 1 ) {
const option = select . options [ i ] ;
if ( option . _ _value === value ) {
option . selected = true ;
return ;
}
}
select . selectedIndex = - 1 ; // no option should be selected
}
function select _value ( select ) {
const selected _option = select . querySelector ( ':checked' ) || select . options [ 0 ] ;
return selected _option && selected _option . _ _value ;
}
function toggle _class ( element , name , toggle ) {
element . classList [ toggle ? 'add' : 'remove' ] ( name ) ;
}
function custom _event ( type , detail , bubbles = false ) {
const e = document . createEvent ( 'CustomEvent' ) ;
e . initCustomEvent ( type , bubbles , false , detail ) ;
return e ;
}
let current _component ;
function set _current _component ( component ) {
current _component = component ;
}
function get _current _component ( ) {
if ( ! current _component )
throw new Error ( 'Function called outside component initialization' ) ;
return current _component ;
}
function onMount ( fn ) {
get _current _component ( ) . $$ . on _mount . push ( fn ) ;
}
function createEventDispatcher ( ) {
const component = get _current _component ( ) ;
return ( type , detail ) => {
const callbacks = component . $$ . callbacks [ type ] ;
if ( callbacks ) {
// TODO are there situations where events could be dispatched
// in a server (non-DOM) environment?
const event = custom _event ( type , detail ) ;
callbacks . slice ( ) . forEach ( fn => {
fn . call ( component , event ) ;
} ) ;
}
} ;
}
// TODO figure out if we still want to support
// shorthand events, or if we want to implement
// a real bubbling mechanism
function bubble ( component , event ) {
const callbacks = component . $$ . callbacks [ event . type ] ;
if ( callbacks ) {
// @ts-ignore
callbacks . slice ( ) . forEach ( fn => fn . call ( this , event ) ) ;
}
}
const dirty _components = [ ] ;
const binding _callbacks = [ ] ;
const render _callbacks = [ ] ;
const flush _callbacks = [ ] ;
const resolved _promise = Promise . resolve ( ) ;
let update _scheduled = false ;
function schedule _update ( ) {
if ( ! update _scheduled ) {
update _scheduled = true ;
resolved _promise . then ( flush ) ;
}
}
function add _render _callback ( fn ) {
render _callbacks . push ( fn ) ;
}
function add _flush _callback ( fn ) {
flush _callbacks . push ( fn ) ;
}
// flush() calls callbacks in this order:
// 1. All beforeUpdate callbacks, in order: parents before children
// 2. All bind:this callbacks, in reverse order: children before parents.
// 3. All afterUpdate callbacks, in order: parents before children. EXCEPT
// for afterUpdates called during the initial onMount, which are called in
// reverse order: children before parents.
// Since callbacks might update component values, which could trigger another
// call to flush(), the following steps guard against this:
// 1. During beforeUpdate, any updated components will be added to the
// dirty_components array and will cause a reentrant call to flush(). Because
// the flush index is kept outside the function, the reentrant call will pick
// up where the earlier call left off and go through all dirty components. The
// current_component value is saved and restored so that the reentrant call will
// not interfere with the "parent" flush() call.
// 2. bind:this callbacks cannot trigger new flush() calls.
// 3. During afterUpdate, any updated components will NOT have their afterUpdate
// callback called a second time; the seen_callbacks set, outside the flush()
// function, guarantees this behavior.
const seen _callbacks = new Set ( ) ;
let flushidx = 0 ; // Do *not* move this inside the flush() function
function flush ( ) {
const saved _component = current _component ;
do {
// first, call beforeUpdate functions
// and update components
while ( flushidx < dirty _components . length ) {
const component = dirty _components [ flushidx ] ;
flushidx ++ ;
set _current _component ( component ) ;
update ( component . $$ ) ;
}
set _current _component ( null ) ;
dirty _components . length = 0 ;
flushidx = 0 ;
while ( binding _callbacks . length )
binding _callbacks . pop ( ) ( ) ;
// then, once components are updated, call
// afterUpdate functions. This may cause
// subsequent updates...
for ( let i = 0 ; i < render _callbacks . length ; i += 1 ) {
const callback = render _callbacks [ i ] ;
if ( ! seen _callbacks . has ( callback ) ) {
// ...so guard against infinite loops
seen _callbacks . add ( callback ) ;
callback ( ) ;
}
}
render _callbacks . length = 0 ;
} while ( dirty _components . length ) ;
while ( flush _callbacks . length ) {
flush _callbacks . pop ( ) ( ) ;
}
update _scheduled = false ;
seen _callbacks . clear ( ) ;
set _current _component ( saved _component ) ;
}
function update ( $$ ) {
if ( $$ . fragment !== null ) {
$$ . update ( ) ;
run _all ( $$ . before _update ) ;
const dirty = $$ . dirty ;
$$ . dirty = [ - 1 ] ;
$$ . fragment && $$ . fragment . p ( $$ . ctx , dirty ) ;
$$ . after _update . forEach ( add _render _callback ) ;
}
}
const outroing = new Set ( ) ;
let outros ;
function group _outros ( ) {
outros = {
r : 0 ,
c : [ ] ,
p : outros // parent group
} ;
}
function check _outros ( ) {
if ( ! outros . r ) {
run _all ( outros . c ) ;
}
outros = outros . p ;
}
function transition _in ( block , local ) {
if ( block && block . i ) {
outroing . delete ( block ) ;
block . i ( local ) ;
}
}
function transition _out ( block , local , detach , callback ) {
if ( block && block . o ) {
if ( outroing . has ( block ) )
return ;
outroing . add ( block ) ;
outros . c . push ( ( ) => {
outroing . delete ( block ) ;
if ( callback ) {
if ( detach )
block . d ( 1 ) ;
callback ( ) ;
}
} ) ;
block . o ( local ) ;
}
}
function outro _and _destroy _block ( block , lookup ) {
transition _out ( block , 1 , 1 , ( ) => {
lookup . delete ( block . key ) ;
} ) ;
}
function update _keyed _each ( old _blocks , dirty , get _key , dynamic , ctx , list , lookup , node , destroy , create _each _block , next , get _context ) {
let o = old _blocks . length ;
let n = list . length ;
let i = o ;
const old _indexes = { } ;
while ( i -- )
old _indexes [ old _blocks [ i ] . key ] = i ;
const new _blocks = [ ] ;
const new _lookup = new Map ( ) ;
const deltas = new Map ( ) ;
i = n ;
while ( i -- ) {
const child _ctx = get _context ( ctx , list , i ) ;
const key = get _key ( child _ctx ) ;
let block = lookup . get ( key ) ;
if ( ! block ) {
block = create _each _block ( key , child _ctx ) ;
block . c ( ) ;
}
else if ( dynamic ) {
block . p ( child _ctx , dirty ) ;
}
new _lookup . set ( key , new _blocks [ i ] = block ) ;
if ( key in old _indexes )
deltas . set ( key , Math . abs ( i - old _indexes [ key ] ) ) ;
}
const will _move = new Set ( ) ;
const did _move = new Set ( ) ;
function insert ( block ) {
transition _in ( block , 1 ) ;
block . m ( node , next ) ;
lookup . set ( block . key , block ) ;
next = block . first ;
n -- ;
}
while ( o && n ) {
const new _block = new _blocks [ n - 1 ] ;
const old _block = old _blocks [ o - 1 ] ;
const new _key = new _block . key ;
const old _key = old _block . key ;
if ( new _block === old _block ) {
// do nothing
next = new _block . first ;
o -- ;
n -- ;
}
else if ( ! new _lookup . has ( old _key ) ) {
// remove old block
destroy ( old _block , lookup ) ;
o -- ;
}
else if ( ! lookup . has ( new _key ) || will _move . has ( new _key ) ) {
insert ( new _block ) ;
}
else if ( did _move . has ( old _key ) ) {
o -- ;
}
else if ( deltas . get ( new _key ) > deltas . get ( old _key ) ) {
did _move . add ( new _key ) ;
insert ( new _block ) ;
}
else {
will _move . add ( old _key ) ;
o -- ;
}
}
while ( o -- ) {
const old _block = old _blocks [ o ] ;
if ( ! new _lookup . has ( old _block . key ) )
destroy ( old _block , lookup ) ;
}
while ( n )
insert ( new _blocks [ n - 1 ] ) ;
return new _blocks ;
}
function get _spread _update ( levels , updates ) {
const update = { } ;
const to _null _out = { } ;
const accounted _for = { $$scope : 1 } ;
let i = levels . length ;
while ( i -- ) {
const o = levels [ i ] ;
const n = updates [ i ] ;
if ( n ) {
for ( const key in o ) {
if ( ! ( key in n ) )
to _null _out [ key ] = 1 ;
}
for ( const key in n ) {
if ( ! accounted _for [ key ] ) {
update [ key ] = n [ key ] ;
accounted _for [ key ] = 1 ;
}
}
levels [ i ] = n ;
}
else {
for ( const key in o ) {
accounted _for [ key ] = 1 ;
}
}
}
for ( const key in to _null _out ) {
if ( ! ( key in update ) )
update [ key ] = undefined ;
}
return update ;
}
function bind ( component , name , callback ) {
const index = component . $$ . props [ name ] ;
if ( index !== undefined ) {
component . $$ . bound [ index ] = callback ;
callback ( component . $$ . ctx [ index ] ) ;
}
}
function create _component ( block ) {
block && block . c ( ) ;
}
function mount _component ( component , target , anchor , customElement ) {
const { fragment , on _mount , on _destroy , after _update } = component . $$ ;
fragment && fragment . m ( target , anchor ) ;
if ( ! customElement ) {
// onMount happens before the initial afterUpdate
add _render _callback ( ( ) => {
const new _on _destroy = on _mount . map ( run ) . filter ( is _function ) ;
if ( on _destroy ) {
on _destroy . push ( ... new _on _destroy ) ;
}
else {
// Edge case - component was destroyed immediately,
// most likely as a result of a binding initialising
run _all ( new _on _destroy ) ;
}
component . $$ . on _mount = [ ] ;
} ) ;
}
after _update . forEach ( add _render _callback ) ;
}
function destroy _component ( component , detaching ) {
const $$ = component . $$ ;
if ( $$ . fragment !== null ) {
run _all ( $$ . on _destroy ) ;
$$ . fragment && $$ . fragment . d ( detaching ) ;
// TODO null out other refs, including component.$$ (but need to
// preserve final state?)
$$ . on _destroy = $$ . fragment = null ;
$$ . ctx = [ ] ;
}
}
function make _dirty ( component , i ) {
if ( component . $$ . dirty [ 0 ] === - 1 ) {
dirty _components . push ( component ) ;
schedule _update ( ) ;
component . $$ . dirty . fill ( 0 ) ;
}
component . $$ . dirty [ ( i / 31 ) | 0 ] |= ( 1 << ( i % 31 ) ) ;
}
function init ( component , options , instance , create _fragment , not _equal , props , append _styles , dirty = [ - 1 ] ) {
const parent _component = current _component ;
set _current _component ( component ) ;
const $$ = component . $$ = {
fragment : null ,
ctx : null ,
// state
props ,
update : noop ,
not _equal ,
bound : blank _object ( ) ,
// lifecycle
on _mount : [ ] ,
on _destroy : [ ] ,
on _disconnect : [ ] ,
before _update : [ ] ,
after _update : [ ] ,
context : new Map ( options . context || ( parent _component ? parent _component . $$ . context : [ ] ) ) ,
// everything else
callbacks : blank _object ( ) ,
dirty ,
skip _bound : false ,
root : options . target || parent _component . $$ . root
} ;
append _styles && append _styles ( $$ . root ) ;
let ready = false ;
$$ . ctx = instance
? instance ( component , options . props || { } , ( i , ret , ... rest ) => {
const value = rest . length ? rest [ 0 ] : ret ;
if ( $$ . ctx && not _equal ( $$ . ctx [ i ] , $$ . ctx [ i ] = value ) ) {
if ( ! $$ . skip _bound && $$ . bound [ i ] )
$$ . bound [ i ] ( value ) ;
if ( ready )
make _dirty ( component , i ) ;
}
return ret ;
} )
: [ ] ;
$$ . update ( ) ;
ready = true ;
run _all ( $$ . before _update ) ;
// `false` as a special case of no DOM component
$$ . fragment = create _fragment ? create _fragment ( $$ . ctx ) : false ;
if ( options . target ) {
if ( options . hydrate ) {
const nodes = children ( options . target ) ;
// eslint-disable-next-line @typescript-eslint/no-non-null-assertion
$$ . fragment && $$ . fragment . l ( nodes ) ;
nodes . forEach ( detach ) ;
}
else {
// eslint-disable-next-line @typescript-eslint/no-non-null-assertion
$$ . fragment && $$ . fragment . c ( ) ;
}
if ( options . intro )
transition _in ( component . $$ . fragment ) ;
mount _component ( component , options . target , options . anchor , options . customElement ) ;
flush ( ) ;
}
set _current _component ( parent _component ) ;
}
/ * *
* Base class for Svelte components . Used when dev = false .
* /
class SvelteComponent {
$destroy ( ) {
destroy _component ( this , 1 ) ;
this . $destroy = noop ;
}
$on ( type , callback ) {
const callbacks = ( this . $$ . callbacks [ type ] || ( this . $$ . callbacks [ type ] = [ ] ) ) ;
callbacks . push ( callback ) ;
return ( ) => {
const index = callbacks . indexOf ( callback ) ;
if ( index !== - 1 )
callbacks . splice ( index , 1 ) ;
} ;
}
$set ( $$props ) {
if ( this . $$set && ! is _empty ( $$props ) ) {
this . $$ . skip _bound = true ;
this . $$set ( $$props ) ;
this . $$ . skip _bound = false ;
}
}
}
var ChoiceType ;
( function ( ChoiceType ) {
ChoiceType [ "Capture" ] = "Capture" ;
ChoiceType [ "Macro" ] = "Macro" ;
ChoiceType [ "Multi" ] = "Multi" ;
ChoiceType [ "Template" ] = "Template" ;
} ) ( ChoiceType || ( ChoiceType = { } ) ) ;
/ * !
* Font Awesome Free 5.15 . 3 by @ fontawesome - https : //fontawesome.com
* License - https : //fontawesome.com/license/free (Icons: CC BY 4.0, Fonts: SIL OFL 1.1, Code: MIT License)
* /
var faBars = {
prefix : 'fas' ,
iconName : 'bars' ,
icon : [ 448 , 512 , [ ] , "f0c9" , "M16 132h416c8.837 0 16-7.163 16-16V76c0-8.837-7.163-16-16-16H16C7.163 60 0 67.163 0 76v40c0 8.837 7.163 16 16 16zm0 160h416c8.837 0 16-7.163 16-16v-40c0-8.837-7.163-16-16-16H16c-8.837 0-16 7.163-16 16v40c0 8.837 7.163 16 16 16zm0 160h416c8.837 0 16-7.163 16-16v-40c0-8.837-7.163-16-16-16H16c-8.837 0-16 7.163-16 16v40c0 8.837 7.163 16 16 16z" ]
} ;
var faBolt = {
prefix : 'fas' ,
iconName : 'bolt' ,
icon : [ 320 , 512 , [ ] , "f0e7" , "M296 160H180.6l42.6-129.8C227.2 15 215.7 0 200 0H56C44 0 33.8 8.9 32.2 20.8l-32 240C-1.7 275.2 9.5 288 24 288h118.7L96.6 482.5c-3.6 15.2 8 29.5 23.3 29.5 8.4 0 16.4-4.4 20.8-12l176-304c9.3-15.9-2.2-36-20.7-36z" ]
} ;
var faChevronDown = {
prefix : 'fas' ,
iconName : 'chevron-down' ,
icon : [ 448 , 512 , [ ] , "f078" , "M207.029 381.476L12.686 187.132c-9.373-9.373-9.373-24.569 0-33.941l22.667-22.667c9.357-9.357 24.522-9.375 33.901-.04L224 284.505l154.745-154.021c9.379-9.335 24.544-9.317 33.901.04l22.667 22.667c9.373 9.373 9.373 24.569 0 33.941L240.971 381.476c-9.373 9.372-24.569 9.372-33.942 0z" ]
} ;
var faCog = {
prefix : 'fas' ,
iconName : 'cog' ,
icon : [ 512 , 512 , [ ] , "f013" , "M487.4 315.7l-42.6-24.6c4.3-23.2 4.3-47 0-70.2l42.6-24.6c4.9-2.8 7.1-8.6 5.5-14-11.1-35.6-30-67.8-54.7-94.6-3.8-4.1-10-5.1-14.8-2.3L380.8 110c-17.9-15.4-38.5-27.3-60.8-35.1V25.8c0-5.6-3.9-10.5-9.4-11.7-36.7-8.2-74.3-7.8-109.2 0-5.5 1.2-9.4 6.1-9.4 11.7V75c-22.2 7.9-42.8 19.8-60.8 35.1L88.7 85.5c-4.9-2.8-11-1.9-14.8 2.3-24.7 26.7-43.6 58.9-54.7 94.6-1.7 5.4.6 11.2 5.5 14L67.3 221c-4.3 23.2-4.3 47 0 70.2l-42.6 24.6c-4.9 2.8-7.1 8.6-5.5 14 11.1 35.6 30 67.8 54.7 94.6 3.8 4.1 10 5.1 14.8 2.3l42.6-24.6c17.9 15.4 38.5 27.3 60.8 35.1v49.2c0 5.6 3.9 10.5 9.4 11.7 36.7 8.2 74.3 7.8 109.2 0 5.5-1.2 9.4-6.1 9.4-11.7v-49.2c22.2-7.9 42.8-19.8 60.8-35.1l42.6 24.6c4.9 2.8 11 1.9 14.8-2.3 24.7-26.7 43.6-58.9 54.7-94.6 1.5-5.5-.7-11.3-5.6-14.1zM256 336c-44.1 0-80-35.9-80-80s35.9-80 80-80 80 35.9 80 80-35.9 80-80 80z" ]
} ;
var faTrash = {
prefix : 'fas' ,
iconName : 'trash' ,
icon : [ 448 , 512 , [ ] , "f1f8" , "M432 32H312l-9.4-18.7A24 24 0 0 0 281.1 0H166.8a23.72 23.72 0 0 0-21.4 13.3L136 32H16A16 16 0 0 0 0 48v32a16 16 0 0 0 16 16h416a16 16 0 0 0 16-16V48a16 16 0 0 0-16-16zM53.2 467a48 48 0 0 0 47.9 45h245.8a48 48 0 0 0 47.9-45L416 128H32z" ]
} ;
/* node_modules/svelte-awesome/components/svg/Path.svelte generated by Svelte v3.46.4 */
function create _fragment$g ( ctx ) {
let path ;
let path _key _value ;
let path _levels = [
{
key : path _key _value = "path-" + /*id*/ ctx [ 0 ]
} ,
/*data*/ ctx [ 1 ]
] ;
let path _data = { } ;
for ( let i = 0 ; i < path _levels . length ; i += 1 ) {
path _data = assign ( path _data , path _levels [ i ] ) ;
}
return {
c ( ) {
path = svg _element ( "path" ) ;
set _svg _attributes ( path , path _data ) ;
} ,
m ( target , anchor ) {
insert ( target , path , anchor ) ;
} ,
p ( ctx , [ dirty ] ) {
set _svg _attributes ( path , path _data = get _spread _update ( path _levels , [
dirty & /*id*/ 1 && path _key _value !== ( path _key _value = "path-" + /*id*/ ctx [ 0 ] ) && { key : path _key _value } ,
dirty & /*data*/ 2 && /*data*/ ctx [ 1 ]
] ) ) ;
} ,
i : noop ,
o : noop ,
d ( detaching ) {
if ( detaching ) detach ( path ) ;
}
} ;
}
function instance$g ( $$self , $$props , $$invalidate ) {
let { id = '' } = $$props ;
let { data = { } } = $$props ;
$$self . $$set = $$props => {
if ( 'id' in $$props ) $$invalidate ( 0 , id = $$props . id ) ;
if ( 'data' in $$props ) $$invalidate ( 1 , data = $$props . data ) ;
} ;
return [ id , data ] ;
}
class Path extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init ( this , options , instance$g , create _fragment$g , safe _not _equal , { id : 0 , data : 1 } ) ;
}
}
/* node_modules/svelte-awesome/components/svg/Polygon.svelte generated by Svelte v3.46.4 */
function create _fragment$f ( ctx ) {
let polygon ;
let polygon _key _value ;
let polygon _levels = [
{
key : polygon _key _value = "polygon-" + /*id*/ ctx [ 0 ]
} ,
/*data*/ ctx [ 1 ]
] ;
let polygon _data = { } ;
for ( let i = 0 ; i < polygon _levels . length ; i += 1 ) {
polygon _data = assign ( polygon _data , polygon _levels [ i ] ) ;
}
return {
c ( ) {
polygon = svg _element ( "polygon" ) ;
set _svg _attributes ( polygon , polygon _data ) ;
} ,
m ( target , anchor ) {
insert ( target , polygon , anchor ) ;
} ,
p ( ctx , [ dirty ] ) {
set _svg _attributes ( polygon , polygon _data = get _spread _update ( polygon _levels , [
dirty & /*id*/ 1 && polygon _key _value !== ( polygon _key _value = "polygon-" + /*id*/ ctx [ 0 ] ) && { key : polygon _key _value } ,
dirty & /*data*/ 2 && /*data*/ ctx [ 1 ]
] ) ) ;
} ,
i : noop ,
o : noop ,
d ( detaching ) {
if ( detaching ) detach ( polygon ) ;
}
} ;
}
function instance$f ( $$self , $$props , $$invalidate ) {
let { id = '' } = $$props ;
let { data = { } } = $$props ;
$$self . $$set = $$props => {
if ( 'id' in $$props ) $$invalidate ( 0 , id = $$props . id ) ;
if ( 'data' in $$props ) $$invalidate ( 1 , data = $$props . data ) ;
} ;
return [ id , data ] ;
}
class Polygon extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init ( this , options , instance$f , create _fragment$f , safe _not _equal , { id : 0 , data : 1 } ) ;
}
}
/* node_modules/svelte-awesome/components/svg/Raw.svelte generated by Svelte v3.46.4 */
function create _fragment$e ( ctx ) {
let g ;
return {
c ( ) {
g = svg _element ( "g" ) ;
} ,
m ( target , anchor ) {
insert ( target , g , anchor ) ;
g . innerHTML = /*raw*/ ctx [ 0 ] ;
} ,
p ( ctx , [ dirty ] ) {
if ( dirty & /*raw*/ 1 ) g . innerHTML = /*raw*/ ctx [ 0 ] ; } ,
i : noop ,
o : noop ,
d ( detaching ) {
if ( detaching ) detach ( g ) ;
}
} ;
}
function instance$e ( $$self , $$props , $$invalidate ) {
let cursor = 0xd4937 ;
function getId ( ) {
cursor += 1 ;
return ` fa- ${ cursor . toString ( 16 ) } ` ;
}
let raw ;
let { data } = $$props ;
function getRaw ( data ) {
if ( ! data || ! data . raw ) {
return null ;
}
let rawData = data . raw ;
const ids = { } ;
rawData = rawData . replace ( /\s(?:xml:)?id=["']?([^"')\s]+)/g , ( match , id ) => {
const uniqueId = getId ( ) ;
ids [ id ] = uniqueId ;
return ` id=" ${ uniqueId } " ` ;
} ) ;
rawData = rawData . replace ( /#(?:([^'")\s]+)|xpointer\(id\((['"]?)([^')]+)\2\)\))/g , ( match , rawId , _ , pointerId ) => {
const id = rawId || pointerId ;
if ( ! id || ! ids [ id ] ) {
return match ;
}
return ` # ${ ids [ id ] } ` ;
} ) ;
return rawData ;
}
$$self . $$set = $$props => {
if ( 'data' in $$props ) $$invalidate ( 1 , data = $$props . data ) ;
} ;
$$self . $$ . update = ( ) => {
if ( $$self . $$ . dirty & /*data*/ 2 ) {
$$invalidate ( 0 , raw = getRaw ( data ) ) ;
}
} ;
return [ raw , data ] ;
}
class Raw extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init ( this , options , instance$e , create _fragment$e , safe _not _equal , { data : 1 } ) ;
}
}
/* node_modules/svelte-awesome/components/svg/Svg.svelte generated by Svelte v3.46.4 */
function add _css$9 ( target ) {
append _styles ( target , "svelte-1dof0an" , ".fa-icon.svelte-1dof0an{display:inline-block;fill:currentColor}.fa-flip-horizontal.svelte-1dof0an{transform:scale(-1, 1)}.fa-flip-vertical.svelte-1dof0an{transform:scale(1, -1)}.fa-spin.svelte-1dof0an{animation:svelte-1dof0an-fa-spin 1s 0s infinite linear}.fa-inverse.svelte-1dof0an{color:#fff}.fa-pulse.svelte-1dof0an{animation:svelte-1dof0an-fa-spin 1s infinite steps(8)}@keyframes svelte-1dof0an-fa-spin{0%{transform:rotate(0deg)}100%{transform:rotate(360deg)}}" ) ;
}
function create _fragment$d ( ctx ) {
let svg ;
let svg _class _value ;
let svg _role _value ;
let current ;
const default _slot _template = /*#slots*/ ctx [ 13 ] . default ;
const default _slot = create _slot ( default _slot _template , ctx , /*$$scope*/ ctx [ 12 ] , null ) ;
return {
c ( ) {
svg = svg _element ( "svg" ) ;
if ( default _slot ) default _slot . c ( ) ;
attr ( svg , "version" , "1.1" ) ;
attr ( svg , "class" , svg _class _value = "fa-icon " + /*className*/ ctx [ 0 ] + " svelte-1dof0an" ) ;
attr ( svg , "x" , /*x*/ ctx [ 8 ] ) ;
attr ( svg , "y" , /*y*/ ctx [ 9 ] ) ;
attr ( svg , "width" , /*width*/ ctx [ 1 ] ) ;
attr ( svg , "height" , /*height*/ ctx [ 2 ] ) ;
attr ( svg , "aria-label" , /*label*/ ctx [ 11 ] ) ;
attr ( svg , "role" , svg _role _value = /*label*/ ctx [ 11 ] ? 'img' : 'presentation' ) ;
attr ( svg , "viewBox" , /*box*/ ctx [ 3 ] ) ;
attr ( svg , "style" , /*style*/ ctx [ 10 ] ) ;
toggle _class ( svg , "fa-spin" , /*spin*/ ctx [ 4 ] ) ;
toggle _class ( svg , "fa-pulse" , /*pulse*/ ctx [ 6 ] ) ;
toggle _class ( svg , "fa-inverse" , /*inverse*/ ctx [ 5 ] ) ;
toggle _class ( svg , "fa-flip-horizontal" , /*flip*/ ctx [ 7 ] === 'horizontal' ) ;
toggle _class ( svg , "fa-flip-vertical" , /*flip*/ ctx [ 7 ] === 'vertical' ) ;
} ,
m ( target , anchor ) {
insert ( target , svg , anchor ) ;
if ( default _slot ) {
default _slot . m ( svg , null ) ;
}
current = true ;
} ,
p ( ctx , [ dirty ] ) {
if ( default _slot ) {
if ( default _slot . p && ( ! current || dirty & /*$$scope*/ 4096 ) ) {
update _slot _base (
default _slot ,
default _slot _template ,
ctx ,
/*$$scope*/ ctx [ 12 ] ,
! current
? get _all _dirty _from _scope ( /*$$scope*/ ctx [ 12 ] )
: get _slot _changes ( default _slot _template , /*$$scope*/ ctx [ 12 ] , dirty , null ) ,
null
) ;
}
}
if ( ! current || dirty & /*className*/ 1 && svg _class _value !== ( svg _class _value = "fa-icon " + /*className*/ ctx [ 0 ] + " svelte-1dof0an" ) ) {
attr ( svg , "class" , svg _class _value ) ;
}
if ( ! current || dirty & /*x*/ 256 ) {
attr ( svg , "x" , /*x*/ ctx [ 8 ] ) ;
}
if ( ! current || dirty & /*y*/ 512 ) {
attr ( svg , "y" , /*y*/ ctx [ 9 ] ) ;
}
if ( ! current || dirty & /*width*/ 2 ) {
attr ( svg , "width" , /*width*/ ctx [ 1 ] ) ;
}
if ( ! current || dirty & /*height*/ 4 ) {
attr ( svg , "height" , /*height*/ ctx [ 2 ] ) ;
}
if ( ! current || dirty & /*label*/ 2048 ) {
attr ( svg , "aria-label" , /*label*/ ctx [ 11 ] ) ;
}
if ( ! current || dirty & /*label*/ 2048 && svg _role _value !== ( svg _role _value = /*label*/ ctx [ 11 ] ? 'img' : 'presentation' ) ) {
attr ( svg , "role" , svg _role _value ) ;
}
if ( ! current || dirty & /*box*/ 8 ) {
attr ( svg , "viewBox" , /*box*/ ctx [ 3 ] ) ;
}
if ( ! current || dirty & /*style*/ 1024 ) {
attr ( svg , "style" , /*style*/ ctx [ 10 ] ) ;
}
if ( dirty & /*className, spin*/ 17 ) {
toggle _class ( svg , "fa-spin" , /*spin*/ ctx [ 4 ] ) ;
}
if ( dirty & /*className, pulse*/ 65 ) {
toggle _class ( svg , "fa-pulse" , /*pulse*/ ctx [ 6 ] ) ;
}
if ( dirty & /*className, inverse*/ 33 ) {
toggle _class ( svg , "fa-inverse" , /*inverse*/ ctx [ 5 ] ) ;
}
if ( dirty & /*className, flip*/ 129 ) {
toggle _class ( svg , "fa-flip-horizontal" , /*flip*/ ctx [ 7 ] === 'horizontal' ) ;
}
if ( dirty & /*className, flip*/ 129 ) {
toggle _class ( svg , "fa-flip-vertical" , /*flip*/ ctx [ 7 ] === 'vertical' ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( default _slot , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( default _slot , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( svg ) ;
if ( default _slot ) default _slot . d ( detaching ) ;
}
} ;
}
function instance$d ( $$self , $$props , $$invalidate ) {
let { $$slots : slots = { } , $$scope } = $$props ;
let { class : className } = $$props ;
let { width } = $$props ;
let { height } = $$props ;
let { box } = $$props ;
let { spin = false } = $$props ;
let { inverse = false } = $$props ;
let { pulse = false } = $$props ;
let { flip = null } = $$props ;
let { x = undefined } = $$props ;
let { y = undefined } = $$props ;
let { style = undefined } = $$props ;
let { label = undefined } = $$props ;
$$self . $$set = $$props => {
if ( 'class' in $$props ) $$invalidate ( 0 , className = $$props . class ) ;
if ( 'width' in $$props ) $$invalidate ( 1 , width = $$props . width ) ;
if ( 'height' in $$props ) $$invalidate ( 2 , height = $$props . height ) ;
if ( 'box' in $$props ) $$invalidate ( 3 , box = $$props . box ) ;
if ( 'spin' in $$props ) $$invalidate ( 4 , spin = $$props . spin ) ;
if ( 'inverse' in $$props ) $$invalidate ( 5 , inverse = $$props . inverse ) ;
if ( 'pulse' in $$props ) $$invalidate ( 6 , pulse = $$props . pulse ) ;
if ( 'flip' in $$props ) $$invalidate ( 7 , flip = $$props . flip ) ;
if ( 'x' in $$props ) $$invalidate ( 8 , x = $$props . x ) ;
if ( 'y' in $$props ) $$invalidate ( 9 , y = $$props . y ) ;
if ( 'style' in $$props ) $$invalidate ( 10 , style = $$props . style ) ;
if ( 'label' in $$props ) $$invalidate ( 11 , label = $$props . label ) ;
if ( '$$scope' in $$props ) $$invalidate ( 12 , $$scope = $$props . $$scope ) ;
} ;
return [
className ,
width ,
height ,
box ,
spin ,
inverse ,
pulse ,
flip ,
x ,
y ,
style ,
label ,
$$scope ,
slots
] ;
}
class Svg extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init (
this ,
options ,
instance$d ,
create _fragment$d ,
safe _not _equal ,
{
class : 0 ,
width : 1 ,
height : 2 ,
box : 3 ,
spin : 4 ,
inverse : 5 ,
pulse : 6 ,
flip : 7 ,
x : 8 ,
y : 9 ,
style : 10 ,
label : 11
} ,
add _css$9
) ;
}
}
/* node_modules/svelte-awesome/components/Icon.svelte generated by Svelte v3.46.4 */
function get _each _context$3 ( ctx , list , i ) {
const child _ctx = ctx . slice ( ) ;
child _ctx [ 24 ] = list [ i ] ;
child _ctx [ 26 ] = i ;
return child _ctx ;
}
function get _each _context _1 ( ctx , list , i ) {
const child _ctx = ctx . slice ( ) ;
child _ctx [ 27 ] = list [ i ] ;
child _ctx [ 26 ] = i ;
return child _ctx ;
}
// (4:4) {#if self}
function create _if _block$4 ( ctx ) {
let t0 ;
let t1 ;
let if _block2 _anchor ;
let current ;
let if _block0 = /*self*/ ctx [ 0 ] . paths && create _if _block _3 ( ctx ) ;
let if _block1 = /*self*/ ctx [ 0 ] . polygons && create _if _block _2$1 ( ctx ) ;
let if _block2 = /*self*/ ctx [ 0 ] . raw && create _if _block _1$2 ( ctx ) ;
return {
c ( ) {
if ( if _block0 ) if _block0 . c ( ) ;
t0 = space ( ) ;
if ( if _block1 ) if _block1 . c ( ) ;
t1 = space ( ) ;
if ( if _block2 ) if _block2 . c ( ) ;
if _block2 _anchor = empty ( ) ;
} ,
m ( target , anchor ) {
if ( if _block0 ) if _block0 . m ( target , anchor ) ;
insert ( target , t0 , anchor ) ;
if ( if _block1 ) if _block1 . m ( target , anchor ) ;
insert ( target , t1 , anchor ) ;
if ( if _block2 ) if _block2 . m ( target , anchor ) ;
insert ( target , if _block2 _anchor , anchor ) ;
current = true ;
} ,
p ( ctx , dirty ) {
if ( /*self*/ ctx [ 0 ] . paths ) {
if ( if _block0 ) {
if _block0 . p ( ctx , dirty ) ;
if ( dirty & /*self*/ 1 ) {
transition _in ( if _block0 , 1 ) ;
}
} else {
if _block0 = create _if _block _3 ( ctx ) ;
if _block0 . c ( ) ;
transition _in ( if _block0 , 1 ) ;
if _block0 . m ( t0 . parentNode , t0 ) ;
}
} else if ( if _block0 ) {
group _outros ( ) ;
transition _out ( if _block0 , 1 , 1 , ( ) => {
if _block0 = null ;
} ) ;
check _outros ( ) ;
}
if ( /*self*/ ctx [ 0 ] . polygons ) {
if ( if _block1 ) {
if _block1 . p ( ctx , dirty ) ;
if ( dirty & /*self*/ 1 ) {
transition _in ( if _block1 , 1 ) ;
}
} else {
if _block1 = create _if _block _2$1 ( ctx ) ;
if _block1 . c ( ) ;
transition _in ( if _block1 , 1 ) ;
if _block1 . m ( t1 . parentNode , t1 ) ;
}
} else if ( if _block1 ) {
group _outros ( ) ;
transition _out ( if _block1 , 1 , 1 , ( ) => {
if _block1 = null ;
} ) ;
check _outros ( ) ;
}
if ( /*self*/ ctx [ 0 ] . raw ) {
if ( if _block2 ) {
if _block2 . p ( ctx , dirty ) ;
if ( dirty & /*self*/ 1 ) {
transition _in ( if _block2 , 1 ) ;
}
} else {
if _block2 = create _if _block _1$2 ( ctx ) ;
if _block2 . c ( ) ;
transition _in ( if _block2 , 1 ) ;
if _block2 . m ( if _block2 _anchor . parentNode , if _block2 _anchor ) ;
}
} else if ( if _block2 ) {
group _outros ( ) ;
transition _out ( if _block2 , 1 , 1 , ( ) => {
if _block2 = null ;
} ) ;
check _outros ( ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( if _block0 ) ;
transition _in ( if _block1 ) ;
transition _in ( if _block2 ) ;
current = true ;
} ,
o ( local ) {
transition _out ( if _block0 ) ;
transition _out ( if _block1 ) ;
transition _out ( if _block2 ) ;
current = false ;
} ,
d ( detaching ) {
if ( if _block0 ) if _block0 . d ( detaching ) ;
if ( detaching ) detach ( t0 ) ;
if ( if _block1 ) if _block1 . d ( detaching ) ;
if ( detaching ) detach ( t1 ) ;
if ( if _block2 ) if _block2 . d ( detaching ) ;
if ( detaching ) detach ( if _block2 _anchor ) ;
}
} ;
}
// (5:6) {#if self.paths}
function create _if _block _3 ( ctx ) {
let each _1 _anchor ;
let current ;
let each _value _1 = /*self*/ ctx [ 0 ] . paths ;
let each _blocks = [ ] ;
for ( let i = 0 ; i < each _value _1 . length ; i += 1 ) {
each _blocks [ i ] = create _each _block _1 ( get _each _context _1 ( ctx , each _value _1 , i ) ) ;
}
const out = i => transition _out ( each _blocks [ i ] , 1 , 1 , ( ) => {
each _blocks [ i ] = null ;
} ) ;
return {
c ( ) {
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . c ( ) ;
}
each _1 _anchor = empty ( ) ;
} ,
m ( target , anchor ) {
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . m ( target , anchor ) ;
}
insert ( target , each _1 _anchor , anchor ) ;
current = true ;
} ,
p ( ctx , dirty ) {
if ( dirty & /*self*/ 1 ) {
each _value _1 = /*self*/ ctx [ 0 ] . paths ;
let i ;
for ( i = 0 ; i < each _value _1 . length ; i += 1 ) {
const child _ctx = get _each _context _1 ( ctx , each _value _1 , i ) ;
if ( each _blocks [ i ] ) {
each _blocks [ i ] . p ( child _ctx , dirty ) ;
transition _in ( each _blocks [ i ] , 1 ) ;
} else {
each _blocks [ i ] = create _each _block _1 ( child _ctx ) ;
each _blocks [ i ] . c ( ) ;
transition _in ( each _blocks [ i ] , 1 ) ;
each _blocks [ i ] . m ( each _1 _anchor . parentNode , each _1 _anchor ) ;
}
}
group _outros ( ) ;
for ( i = each _value _1 . length ; i < each _blocks . length ; i += 1 ) {
out ( i ) ;
}
check _outros ( ) ;
}
} ,
i ( local ) {
if ( current ) return ;
for ( let i = 0 ; i < each _value _1 . length ; i += 1 ) {
transition _in ( each _blocks [ i ] ) ;
}
current = true ;
} ,
o ( local ) {
each _blocks = each _blocks . filter ( Boolean ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
transition _out ( each _blocks [ i ] ) ;
}
current = false ;
} ,
d ( detaching ) {
destroy _each ( each _blocks , detaching ) ;
if ( detaching ) detach ( each _1 _anchor ) ;
}
} ;
}
// (6:8) {#each self.paths as path, i}
function create _each _block _1 ( ctx ) {
let path ;
let current ;
path = new Path ( {
props : {
id : /*i*/ ctx [ 26 ] ,
data : /*path*/ ctx [ 27 ]
}
} ) ;
return {
c ( ) {
create _component ( path . $$ . fragment ) ;
} ,
m ( target , anchor ) {
mount _component ( path , target , anchor ) ;
current = true ;
} ,
p ( ctx , dirty ) {
const path _changes = { } ;
if ( dirty & /*self*/ 1 ) path _changes . data = /*path*/ ctx [ 27 ] ;
path . $set ( path _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( path . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( path . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
destroy _component ( path , detaching ) ;
}
} ;
}
// (10:6) {#if self.polygons}
function create _if _block _2$1 ( ctx ) {
let each _1 _anchor ;
let current ;
let each _value = /*self*/ ctx [ 0 ] . polygons ;
let each _blocks = [ ] ;
for ( let i = 0 ; i < each _value . length ; i += 1 ) {
each _blocks [ i ] = create _each _block$3 ( get _each _context$3 ( ctx , each _value , i ) ) ;
}
const out = i => transition _out ( each _blocks [ i ] , 1 , 1 , ( ) => {
each _blocks [ i ] = null ;
} ) ;
return {
c ( ) {
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . c ( ) ;
}
each _1 _anchor = empty ( ) ;
} ,
m ( target , anchor ) {
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . m ( target , anchor ) ;
}
insert ( target , each _1 _anchor , anchor ) ;
current = true ;
} ,
p ( ctx , dirty ) {
if ( dirty & /*self*/ 1 ) {
each _value = /*self*/ ctx [ 0 ] . polygons ;
let i ;
for ( i = 0 ; i < each _value . length ; i += 1 ) {
const child _ctx = get _each _context$3 ( ctx , each _value , i ) ;
if ( each _blocks [ i ] ) {
each _blocks [ i ] . p ( child _ctx , dirty ) ;
transition _in ( each _blocks [ i ] , 1 ) ;
} else {
each _blocks [ i ] = create _each _block$3 ( child _ctx ) ;
each _blocks [ i ] . c ( ) ;
transition _in ( each _blocks [ i ] , 1 ) ;
each _blocks [ i ] . m ( each _1 _anchor . parentNode , each _1 _anchor ) ;
}
}
group _outros ( ) ;
for ( i = each _value . length ; i < each _blocks . length ; i += 1 ) {
out ( i ) ;
}
check _outros ( ) ;
}
} ,
i ( local ) {
if ( current ) return ;
for ( let i = 0 ; i < each _value . length ; i += 1 ) {
transition _in ( each _blocks [ i ] ) ;
}
current = true ;
} ,
o ( local ) {
each _blocks = each _blocks . filter ( Boolean ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
transition _out ( each _blocks [ i ] ) ;
}
current = false ;
} ,
d ( detaching ) {
destroy _each ( each _blocks , detaching ) ;
if ( detaching ) detach ( each _1 _anchor ) ;
}
} ;
}
// (11:8) {#each self.polygons as polygon, i}
function create _each _block$3 ( ctx ) {
let polygon ;
let current ;
polygon = new Polygon ( {
props : {
id : /*i*/ ctx [ 26 ] ,
data : /*polygon*/ ctx [ 24 ]
}
} ) ;
return {
c ( ) {
create _component ( polygon . $$ . fragment ) ;
} ,
m ( target , anchor ) {
mount _component ( polygon , target , anchor ) ;
current = true ;
} ,
p ( ctx , dirty ) {
const polygon _changes = { } ;
if ( dirty & /*self*/ 1 ) polygon _changes . data = /*polygon*/ ctx [ 24 ] ;
polygon . $set ( polygon _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( polygon . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( polygon . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
destroy _component ( polygon , detaching ) ;
}
} ;
}
// (15:6) {#if self.raw}
function create _if _block _1$2 ( ctx ) {
let raw ;
let updating _data ;
let current ;
function raw _data _binding ( value ) {
/*raw_data_binding*/ ctx [ 15 ] ( value ) ;
}
let raw _props = { } ;
if ( /*self*/ ctx [ 0 ] !== void 0 ) {
raw _props . data = /*self*/ ctx [ 0 ] ;
}
raw = new Raw ( { props : raw _props } ) ;
binding _callbacks . push ( ( ) => bind ( raw , 'data' , raw _data _binding ) ) ;
return {
c ( ) {
create _component ( raw . $$ . fragment ) ;
} ,
m ( target , anchor ) {
mount _component ( raw , target , anchor ) ;
current = true ;
} ,
p ( ctx , dirty ) {
const raw _changes = { } ;
if ( ! updating _data && dirty & /*self*/ 1 ) {
updating _data = true ;
raw _changes . data = /*self*/ ctx [ 0 ] ;
add _flush _callback ( ( ) => updating _data = false ) ;
}
raw . $set ( raw _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( raw . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( raw . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
destroy _component ( raw , detaching ) ;
}
} ;
}
// (3:8)
function fallback _block ( ctx ) {
let if _block _anchor ;
let current ;
let if _block = /*self*/ ctx [ 0 ] && create _if _block$4 ( ctx ) ;
return {
c ( ) {
if ( if _block ) if _block . c ( ) ;
if _block _anchor = empty ( ) ;
} ,
m ( target , anchor ) {
if ( if _block ) if _block . m ( target , anchor ) ;
insert ( target , if _block _anchor , anchor ) ;
current = true ;
} ,
p ( ctx , dirty ) {
if ( /*self*/ ctx [ 0 ] ) {
if ( if _block ) {
if _block . p ( ctx , dirty ) ;
if ( dirty & /*self*/ 1 ) {
transition _in ( if _block , 1 ) ;
}
} else {
if _block = create _if _block$4 ( ctx ) ;
if _block . c ( ) ;
transition _in ( if _block , 1 ) ;
if _block . m ( if _block _anchor . parentNode , if _block _anchor ) ;
}
} else if ( if _block ) {
group _outros ( ) ;
transition _out ( if _block , 1 , 1 , ( ) => {
if _block = null ;
} ) ;
check _outros ( ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( if _block ) ;
current = true ;
} ,
o ( local ) {
transition _out ( if _block ) ;
current = false ;
} ,
d ( detaching ) {
if ( if _block ) if _block . d ( detaching ) ;
if ( detaching ) detach ( if _block _anchor ) ;
}
} ;
}
// (1:0) <Svg label={label} width={width} height={height} box={box} style={combinedStyle} spin={spin} flip={flip} inverse={inverse} pulse={pulse} class={className}>
function create _default _slot ( ctx ) {
let current ;
const default _slot _template = /*#slots*/ ctx [ 14 ] . default ;
const default _slot = create _slot ( default _slot _template , ctx , /*$$scope*/ ctx [ 16 ] , null ) ;
const default _slot _or _fallback = default _slot || fallback _block ( ctx ) ;
return {
c ( ) {
if ( default _slot _or _fallback ) default _slot _or _fallback . c ( ) ;
} ,
m ( target , anchor ) {
if ( default _slot _or _fallback ) {
default _slot _or _fallback . m ( target , anchor ) ;
}
current = true ;
} ,
p ( ctx , dirty ) {
if ( default _slot ) {
if ( default _slot . p && ( ! current || dirty & /*$$scope*/ 65536 ) ) {
update _slot _base (
default _slot ,
default _slot _template ,
ctx ,
/*$$scope*/ ctx [ 16 ] ,
! current
? get _all _dirty _from _scope ( /*$$scope*/ ctx [ 16 ] )
: get _slot _changes ( default _slot _template , /*$$scope*/ ctx [ 16 ] , dirty , null ) ,
null
) ;
}
} else {
if ( default _slot _or _fallback && default _slot _or _fallback . p && ( ! current || dirty & /*self*/ 1 ) ) {
default _slot _or _fallback . p ( ctx , ! current ? - 1 : dirty ) ;
}
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( default _slot _or _fallback , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( default _slot _or _fallback , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( default _slot _or _fallback ) default _slot _or _fallback . d ( detaching ) ;
}
} ;
}
function create _fragment$c ( ctx ) {
let svg ;
let current ;
svg = new Svg ( {
props : {
label : /*label*/ ctx [ 6 ] ,
width : /*width*/ ctx [ 7 ] ,
height : /*height*/ ctx [ 8 ] ,
box : /*box*/ ctx [ 10 ] ,
style : /*combinedStyle*/ ctx [ 9 ] ,
spin : /*spin*/ ctx [ 2 ] ,
flip : /*flip*/ ctx [ 5 ] ,
inverse : /*inverse*/ ctx [ 3 ] ,
pulse : /*pulse*/ ctx [ 4 ] ,
class : /*className*/ ctx [ 1 ] ,
$$slots : { default : [ create _default _slot ] } ,
$$scope : { ctx }
}
} ) ;
return {
c ( ) {
create _component ( svg . $$ . fragment ) ;
} ,
m ( target , anchor ) {
mount _component ( svg , target , anchor ) ;
current = true ;
} ,
p ( ctx , [ dirty ] ) {
const svg _changes = { } ;
if ( dirty & /*label*/ 64 ) svg _changes . label = /*label*/ ctx [ 6 ] ;
if ( dirty & /*width*/ 128 ) svg _changes . width = /*width*/ ctx [ 7 ] ;
if ( dirty & /*height*/ 256 ) svg _changes . height = /*height*/ ctx [ 8 ] ;
if ( dirty & /*box*/ 1024 ) svg _changes . box = /*box*/ ctx [ 10 ] ;
if ( dirty & /*combinedStyle*/ 512 ) svg _changes . style = /*combinedStyle*/ ctx [ 9 ] ;
if ( dirty & /*spin*/ 4 ) svg _changes . spin = /*spin*/ ctx [ 2 ] ;
if ( dirty & /*flip*/ 32 ) svg _changes . flip = /*flip*/ ctx [ 5 ] ;
if ( dirty & /*inverse*/ 8 ) svg _changes . inverse = /*inverse*/ ctx [ 3 ] ;
if ( dirty & /*pulse*/ 16 ) svg _changes . pulse = /*pulse*/ ctx [ 4 ] ;
if ( dirty & /*className*/ 2 ) svg _changes . class = /*className*/ ctx [ 1 ] ;
if ( dirty & /*$$scope, self*/ 65537 ) {
svg _changes . $$scope = { dirty , ctx } ;
}
svg . $set ( svg _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( svg . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( svg . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
destroy _component ( svg , detaching ) ;
}
} ;
}
let outerScale = 1 ;
function normaliseData ( data ) {
if ( 'iconName' in data && 'icon' in data ) {
let normalisedData = { } ;
let faIcon = data . icon ;
let name = data . iconName ;
let width = faIcon [ 0 ] ;
let height = faIcon [ 1 ] ;
let paths = faIcon [ 4 ] ;
let iconData = { width , height , paths : [ { d : paths } ] } ;
normalisedData [ name ] = iconData ;
return normalisedData ;
}
return data ;
}
function instance$c ( $$self , $$props , $$invalidate ) {
let { $$slots : slots = { } , $$scope } = $$props ;
let { class : className = "" } = $$props ;
let { data } = $$props ;
let { scale = 1 } = $$props ;
let { spin = false } = $$props ;
let { inverse = false } = $$props ;
let { pulse = false } = $$props ;
let { flip = null } = $$props ;
let { label = null } = $$props ;
let { self = null } = $$props ;
let { style = null } = $$props ;
let width ;
let height ;
let combinedStyle ;
let box ;
function init ( ) {
if ( typeof data === 'undefined' ) {
return ;
}
const normalisedData = normaliseData ( data ) ;
const [ name ] = Object . keys ( normalisedData ) ;
const icon = normalisedData [ name ] ;
if ( ! icon . paths ) {
icon . paths = [ ] ;
}
if ( icon . d ) {
icon . paths . push ( { d : icon . d } ) ;
}
if ( ! icon . polygons ) {
icon . polygons = [ ] ;
}
if ( icon . points ) {
icon . polygons . push ( { points : icon . points } ) ;
}
$$invalidate ( 0 , self = icon ) ;
}
function normalisedScale ( ) {
let numScale = 1 ;
if ( typeof scale !== 'undefined' ) {
numScale = Number ( scale ) ;
}
if ( isNaN ( numScale ) || numScale <= 0 ) {
// eslint-disable-line no-restricted-globals
console . warn ( 'Invalid prop: prop "scale" should be a number over 0.' ) ; // eslint-disable-line no-console
return outerScale ;
}
return numScale * outerScale ;
}
function calculateBox ( ) {
if ( self ) {
return ` 0 0 ${ self . width } ${ self . height } ` ;
}
return ` 0 0 ${ width } ${ height } ` ;
}
function calculateRatio ( ) {
if ( ! self ) {
return 1 ;
}
return Math . max ( self . width , self . height ) / 16 ;
}
function calculateWidth ( ) {
if ( self ) {
return self . width / calculateRatio ( ) * normalisedScale ( ) ;
}
return 0 ;
}
function calculateHeight ( ) {
if ( self ) {
return self . height / calculateRatio ( ) * normalisedScale ( ) ;
}
return 0 ;
}
function calculateStyle ( ) {
let combined = "" ;
if ( style !== null ) {
combined += style ;
}
let size = normalisedScale ( ) ;
if ( size === 1 ) {
if ( combined . length === 0 ) {
return undefined ;
}
return combined ;
}
if ( combined !== "" && ! combined . endsWith ( ';' ) ) {
combined += '; ' ;
}
return ` ${ combined } font-size: ${ size } em ` ;
}
function raw _data _binding ( value ) {
self = value ;
$$invalidate ( 0 , self ) ;
}
$$self . $$set = $$props => {
if ( 'class' in $$props ) $$invalidate ( 1 , className = $$props . class ) ;
if ( 'data' in $$props ) $$invalidate ( 11 , data = $$props . data ) ;
if ( 'scale' in $$props ) $$invalidate ( 12 , scale = $$props . scale ) ;
if ( 'spin' in $$props ) $$invalidate ( 2 , spin = $$props . spin ) ;
if ( 'inverse' in $$props ) $$invalidate ( 3 , inverse = $$props . inverse ) ;
if ( 'pulse' in $$props ) $$invalidate ( 4 , pulse = $$props . pulse ) ;
if ( 'flip' in $$props ) $$invalidate ( 5 , flip = $$props . flip ) ;
if ( 'label' in $$props ) $$invalidate ( 6 , label = $$props . label ) ;
if ( 'self' in $$props ) $$invalidate ( 0 , self = $$props . self ) ;
if ( 'style' in $$props ) $$invalidate ( 13 , style = $$props . style ) ;
if ( '$$scope' in $$props ) $$invalidate ( 16 , $$scope = $$props . $$scope ) ;
} ;
$$self . $$ . update = ( ) => {
if ( $$self . $$ . dirty & /*data, style, scale*/ 14336 ) {
{
init ( ) ;
$$invalidate ( 7 , width = calculateWidth ( ) ) ;
$$invalidate ( 8 , height = calculateHeight ( ) ) ;
$$invalidate ( 9 , combinedStyle = calculateStyle ( ) ) ;
$$invalidate ( 10 , box = calculateBox ( ) ) ;
}
}
} ;
return [
self ,
className ,
spin ,
inverse ,
pulse ,
flip ,
label ,
width ,
height ,
combinedStyle ,
box ,
data ,
scale ,
style ,
slots ,
raw _data _binding ,
$$scope
] ;
}
class Icon extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init ( this , options , instance$c , create _fragment$c , safe _not _equal , {
class : 1 ,
data : 11 ,
scale : 12 ,
spin : 2 ,
inverse : 3 ,
pulse : 4 ,
flip : 5 ,
label : 6 ,
self : 0 ,
style : 13
} ) ;
}
}
/* src/gui/choiceList/ChoiceItemRightButtons.svelte generated by Svelte v3.46.4 */
function add _css$8 ( target ) {
append _styles ( target , "svelte-a47k80" , ".rightButtonsContainer.svelte-a47k80{display:flex;align-items:center;gap:8px}.clickable.svelte-a47k80:hover{cursor:pointer}.alignIconInDivInMiddle.svelte-a47k80{display:flex;align-items:center}" ) ;
}
// (24:4) {#if showConfigureButton}
function create _if _block$3 ( ctx ) {
let div ;
let icon ;
let div _aria _label _value ;
let current ;
let mounted ;
let dispose ;
icon = new Icon ( { props : { data : faCog } } ) ;
return {
c ( ) {
div = element ( "div" ) ;
create _component ( icon . $$ . fragment ) ;
attr ( div , "class" , "alignIconInDivInMiddle clickable svelte-a47k80" ) ;
attr ( div , "aria-label" , div _aria _label _value = ` Configure ${ /*choiceName*/ ctx [ 3 ] ? " " + /*choiceName*/ ctx [ 3 ] : "" } ` ) ;
} ,
m ( target , anchor ) {
insert ( target , div , anchor ) ;
mount _component ( icon , div , null ) ;
current = true ;
if ( ! mounted ) {
dispose = listen ( div , "click" , /*emitConfigureChoice*/ ctx [ 5 ] ) ;
mounted = true ;
}
} ,
p ( ctx , dirty ) {
if ( ! current || dirty & /*choiceName*/ 8 && div _aria _label _value !== ( div _aria _label _value = ` Configure ${ /*choiceName*/ ctx [ 3 ] ? " " + /*choiceName*/ ctx [ 3 ] : "" } ` ) ) {
attr ( div , "aria-label" , div _aria _label _value ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( icon . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( icon . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div ) ;
destroy _component ( icon ) ;
mounted = false ;
dispose ( ) ;
}
} ;
}
function create _fragment$b ( ctx ) {
let div3 ;
let div0 ;
let icon0 ;
let div0 _aria _label _value ;
let div0 _style _value ;
let t0 ;
let t1 ;
let div1 ;
let icon1 ;
let div1 _aria _label _value ;
let t2 ;
let div2 ;
let icon2 ;
let div2 _tabindex _value ;
let div2 _style _value ;
let current ;
let mounted ;
let dispose ;
icon0 = new Icon ( { props : { data : faBolt } } ) ;
let if _block = /*showConfigureButton*/ ctx [ 1 ] && create _if _block$3 ( ctx ) ;
icon1 = new Icon ( { props : { data : faTrash } } ) ;
icon2 = new Icon ( { props : { data : faBars } } ) ;
return {
c ( ) {
div3 = element ( "div" ) ;
div0 = element ( "div" ) ;
create _component ( icon0 . $$ . fragment ) ;
t0 = space ( ) ;
if ( if _block ) if _block . c ( ) ;
t1 = space ( ) ;
div1 = element ( "div" ) ;
create _component ( icon1 . $$ . fragment ) ;
t2 = space ( ) ;
div2 = element ( "div" ) ;
create _component ( icon2 . $$ . fragment ) ;
attr ( div0 , "class" , "alignIconInDivInMiddle clickable svelte-a47k80" ) ;
attr ( div0 , "aria-label" , div0 _aria _label _value = ` ${ /*commandEnabled*/ ctx [ 2 ] ? "Remove" : "Add" } command ${ /*choiceName*/ ctx [ 3 ]
? " for " + /*choiceName*/ ctx [ 3 ]
: "" } ` );
attr ( div0 , "style" , div0 _style _value = /*commandEnabled*/ ctx [ 2 ] ? "color: #FDD023;" : "" ) ;
attr ( div1 , "aria-label" , div1 _aria _label _value = ` Delete ${ /*choiceName*/ ctx [ 3 ] ? " " + /*choiceName*/ ctx [ 3 ] : "" } ` ) ;
attr ( div1 , "class" , "alignIconInDivInMiddle clickable svelte-a47k80" ) ;
attr ( div2 , "tabindex" , div2 _tabindex _value = /*dragDisabled*/ ctx [ 0 ] ? 0 : - 1 ) ;
attr ( div2 , "aria-label" , "Drag-handle" ) ;
attr ( div2 , "style" , div2 _style _value = "" + ( ( /*dragDisabled*/ ctx [ 0 ]
? 'cursor: grab'
: 'cursor: grabbing' ) + ";" ) ) ;
attr ( div2 , "class" , "alignIconInDivInMiddle svelte-a47k80" ) ;
attr ( div3 , "class" , "rightButtonsContainer svelte-a47k80" ) ;
} ,
m ( target , anchor ) {
insert ( target , div3 , anchor ) ;
append ( div3 , div0 ) ;
mount _component ( icon0 , div0 , null ) ;
append ( div3 , t0 ) ;
if ( if _block ) if _block . m ( div3 , null ) ;
append ( div3 , t1 ) ;
append ( div3 , div1 ) ;
mount _component ( icon1 , div1 , null ) ;
append ( div3 , t2 ) ;
append ( div3 , div2 ) ;
mount _component ( icon2 , div2 , null ) ;
current = true ;
if ( ! mounted ) {
dispose = [
listen ( div0 , "click" , /*emitToggleCommand*/ ctx [ 6 ] ) ,
listen ( div1 , "click" , /*emitDeleteChoice*/ ctx [ 4 ] ) ,
listen ( div2 , "mousedown" , /*mousedown_handler*/ ctx [ 7 ] ) ,
listen ( div2 , "touchstart" , /*touchstart_handler*/ ctx [ 8 ] )
] ;
mounted = true ;
}
} ,
p ( ctx , [ dirty ] ) {
if ( ! current || dirty & /*commandEnabled, choiceName*/ 12 && div0 _aria _label _value !== ( div0 _aria _label _value = ` ${ /*commandEnabled*/ ctx [ 2 ] ? "Remove" : "Add" } command ${ /*choiceName*/ ctx [ 3 ]
? " for " + /*choiceName*/ ctx [ 3 ]
: "" } ` )) {
attr ( div0 , "aria-label" , div0 _aria _label _value ) ;
}
if ( ! current || dirty & /*commandEnabled*/ 4 && div0 _style _value !== ( div0 _style _value = /*commandEnabled*/ ctx [ 2 ] ? "color: #FDD023;" : "" ) ) {
attr ( div0 , "style" , div0 _style _value ) ;
}
if ( /*showConfigureButton*/ ctx [ 1 ] ) {
if ( if _block ) {
if _block . p ( ctx , dirty ) ;
if ( dirty & /*showConfigureButton*/ 2 ) {
transition _in ( if _block , 1 ) ;
}
} else {
if _block = create _if _block$3 ( ctx ) ;
if _block . c ( ) ;
transition _in ( if _block , 1 ) ;
if _block . m ( div3 , t1 ) ;
}
} else if ( if _block ) {
group _outros ( ) ;
transition _out ( if _block , 1 , 1 , ( ) => {
if _block = null ;
} ) ;
check _outros ( ) ;
}
if ( ! current || dirty & /*choiceName*/ 8 && div1 _aria _label _value !== ( div1 _aria _label _value = ` Delete ${ /*choiceName*/ ctx [ 3 ] ? " " + /*choiceName*/ ctx [ 3 ] : "" } ` ) ) {
attr ( div1 , "aria-label" , div1 _aria _label _value ) ;
}
if ( ! current || dirty & /*dragDisabled*/ 1 && div2 _tabindex _value !== ( div2 _tabindex _value = /*dragDisabled*/ ctx [ 0 ] ? 0 : - 1 ) ) {
attr ( div2 , "tabindex" , div2 _tabindex _value ) ;
}
if ( ! current || dirty & /*dragDisabled*/ 1 && div2 _style _value !== ( div2 _style _value = "" + ( ( /*dragDisabled*/ ctx [ 0 ]
? 'cursor: grab'
: 'cursor: grabbing' ) + ";" ) ) ) {
attr ( div2 , "style" , div2 _style _value ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( icon0 . $$ . fragment , local ) ;
transition _in ( if _block ) ;
transition _in ( icon1 . $$ . fragment , local ) ;
transition _in ( icon2 . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( icon0 . $$ . fragment , local ) ;
transition _out ( if _block ) ;
transition _out ( icon1 . $$ . fragment , local ) ;
transition _out ( icon2 . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div3 ) ;
destroy _component ( icon0 ) ;
if ( if _block ) if _block . d ( ) ;
destroy _component ( icon1 ) ;
destroy _component ( icon2 ) ;
mounted = false ;
run _all ( dispose ) ;
}
} ;
}
function instance$b ( $$self , $$props , $$invalidate ) {
let { dragDisabled } = $$props ;
let { showConfigureButton = true } = $$props ;
let { commandEnabled = false } = $$props ;
let { choiceName = "" } = $$props ;
const dispatcher = createEventDispatcher ( ) ;
function emitDeleteChoice ( ) {
dispatcher ( 'deleteChoice' ) ;
}
function emitConfigureChoice ( ) {
dispatcher ( 'configureChoice' ) ;
}
function emitToggleCommand ( ) {
dispatcher ( 'toggleCommand' ) ;
}
function mousedown _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
function touchstart _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
$$self . $$set = $$props => {
if ( 'dragDisabled' in $$props ) $$invalidate ( 0 , dragDisabled = $$props . dragDisabled ) ;
if ( 'showConfigureButton' in $$props ) $$invalidate ( 1 , showConfigureButton = $$props . showConfigureButton ) ;
if ( 'commandEnabled' in $$props ) $$invalidate ( 2 , commandEnabled = $$props . commandEnabled ) ;
if ( 'choiceName' in $$props ) $$invalidate ( 3 , choiceName = $$props . choiceName ) ;
} ;
return [
dragDisabled ,
showConfigureButton ,
commandEnabled ,
choiceName ,
emitDeleteChoice ,
emitConfigureChoice ,
emitToggleCommand ,
mousedown _handler ,
touchstart _handler
] ;
}
class ChoiceItemRightButtons extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init (
this ,
options ,
instance$b ,
create _fragment$b ,
safe _not _equal ,
{
dragDisabled : 0 ,
showConfigureButton : 1 ,
commandEnabled : 2 ,
choiceName : 3
} ,
add _css$8
) ;
}
}
/* src/gui/choiceList/ChoiceListItem.svelte generated by Svelte v3.46.4 */
function add _css$7 ( target ) {
append _styles ( target , "svelte-1vcfikc" , ".choiceListItem.svelte-1vcfikc{display:flex;font-size:16px;align-items:center;margin:12px 0 0 0;transition:1000ms ease-in-out}.choiceListItemName.svelte-1vcfikc{flex:1 0 0}" ) ;
}
function create _fragment$a ( ctx ) {
let div ;
let span ;
let t0 _value = /*choice*/ ctx [ 0 ] . name + "" ;
let t0 ;
let t1 ;
let rightbuttons ;
let updating _choiceName ;
let updating _commandEnabled ;
let updating _showConfigureButton ;
let updating _dragDisabled ;
let current ;
function rightbuttons _choiceName _binding ( value ) {
/*rightbuttons_choiceName_binding*/ ctx [ 6 ] ( value ) ;
}
function rightbuttons _commandEnabled _binding ( value ) {
/*rightbuttons_commandEnabled_binding*/ ctx [ 7 ] ( value ) ;
}
function rightbuttons _showConfigureButton _binding ( value ) {
/*rightbuttons_showConfigureButton_binding*/ ctx [ 8 ] ( value ) ;
}
function rightbuttons _dragDisabled _binding ( value ) {
/*rightbuttons_dragDisabled_binding*/ ctx [ 9 ] ( value ) ;
}
let rightbuttons _props = { } ;
if ( /*choice*/ ctx [ 0 ] . name !== void 0 ) {
rightbuttons _props . choiceName = /*choice*/ ctx [ 0 ] . name ;
}
if ( /*choice*/ ctx [ 0 ] . command !== void 0 ) {
rightbuttons _props . commandEnabled = /*choice*/ ctx [ 0 ] . command ;
}
if ( /*showConfigureButton*/ ctx [ 2 ] !== void 0 ) {
rightbuttons _props . showConfigureButton = /*showConfigureButton*/ ctx [ 2 ] ;
}
if ( /*dragDisabled*/ ctx [ 1 ] !== void 0 ) {
rightbuttons _props . dragDisabled = /*dragDisabled*/ ctx [ 1 ] ;
}
rightbuttons = new ChoiceItemRightButtons ( { props : rightbuttons _props } ) ;
binding _callbacks . push ( ( ) => bind ( rightbuttons , 'choiceName' , rightbuttons _choiceName _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( rightbuttons , 'commandEnabled' , rightbuttons _commandEnabled _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( rightbuttons , 'showConfigureButton' , rightbuttons _showConfigureButton _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( rightbuttons , 'dragDisabled' , rightbuttons _dragDisabled _binding ) ) ;
rightbuttons . $on ( "mousedown" , /*mousedown_handler*/ ctx [ 10 ] ) ;
rightbuttons . $on ( "touchstart" , /*touchstart_handler*/ ctx [ 11 ] ) ;
rightbuttons . $on ( "deleteChoice" , /*deleteChoice*/ ctx [ 3 ] ) ;
rightbuttons . $on ( "configureChoice" , /*configureChoice*/ ctx [ 4 ] ) ;
rightbuttons . $on ( "toggleCommand" , /*toggleCommandForChoice*/ ctx [ 5 ] ) ;
return {
c ( ) {
div = element ( "div" ) ;
span = element ( "span" ) ;
t0 = text ( t0 _value ) ;
t1 = space ( ) ;
create _component ( rightbuttons . $$ . fragment ) ;
attr ( span , "class" , "choiceListItemName svelte-1vcfikc" ) ;
attr ( div , "class" , "choiceListItem svelte-1vcfikc" ) ;
} ,
m ( target , anchor ) {
insert ( target , div , anchor ) ;
append ( div , span ) ;
append ( span , t0 ) ;
append ( div , t1 ) ;
mount _component ( rightbuttons , div , null ) ;
current = true ;
} ,
p ( ctx , [ dirty ] ) {
if ( ( ! current || dirty & /*choice*/ 1 ) && t0 _value !== ( t0 _value = /*choice*/ ctx [ 0 ] . name + "" ) ) set _data ( t0 , t0 _value ) ;
const rightbuttons _changes = { } ;
if ( ! updating _choiceName && dirty & /*choice*/ 1 ) {
updating _choiceName = true ;
rightbuttons _changes . choiceName = /*choice*/ ctx [ 0 ] . name ;
add _flush _callback ( ( ) => updating _choiceName = false ) ;
}
if ( ! updating _commandEnabled && dirty & /*choice*/ 1 ) {
updating _commandEnabled = true ;
rightbuttons _changes . commandEnabled = /*choice*/ ctx [ 0 ] . command ;
add _flush _callback ( ( ) => updating _commandEnabled = false ) ;
}
if ( ! updating _showConfigureButton && dirty & /*showConfigureButton*/ 4 ) {
updating _showConfigureButton = true ;
rightbuttons _changes . showConfigureButton = /*showConfigureButton*/ ctx [ 2 ] ;
add _flush _callback ( ( ) => updating _showConfigureButton = false ) ;
}
if ( ! updating _dragDisabled && dirty & /*dragDisabled*/ 2 ) {
updating _dragDisabled = true ;
rightbuttons _changes . dragDisabled = /*dragDisabled*/ ctx [ 1 ] ;
add _flush _callback ( ( ) => updating _dragDisabled = false ) ;
}
rightbuttons . $set ( rightbuttons _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( rightbuttons . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( rightbuttons . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div ) ;
destroy _component ( rightbuttons ) ;
}
} ;
}
function instance$a ( $$self , $$props , $$invalidate ) {
let { choice } = $$props ;
let { dragDisabled } = $$props ;
let showConfigureButton = true ;
const dispatcher = createEventDispatcher ( ) ;
function deleteChoice ( ) {
dispatcher ( 'deleteChoice' , { choice } ) ;
}
function configureChoice ( ) {
dispatcher ( 'configureChoice' , { choice } ) ;
}
function toggleCommandForChoice ( ) {
dispatcher ( 'toggleCommand' , { choice } ) ;
}
function rightbuttons _choiceName _binding ( value ) {
if ( $$self . $$ . not _equal ( choice . name , value ) ) {
choice . name = value ;
$$invalidate ( 0 , choice ) ;
}
}
function rightbuttons _commandEnabled _binding ( value ) {
if ( $$self . $$ . not _equal ( choice . command , value ) ) {
choice . command = value ;
$$invalidate ( 0 , choice ) ;
}
}
function rightbuttons _showConfigureButton _binding ( value ) {
showConfigureButton = value ;
$$invalidate ( 2 , showConfigureButton ) ;
}
function rightbuttons _dragDisabled _binding ( value ) {
dragDisabled = value ;
$$invalidate ( 1 , dragDisabled ) ;
}
function mousedown _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
function touchstart _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
$$self . $$set = $$props => {
if ( 'choice' in $$props ) $$invalidate ( 0 , choice = $$props . choice ) ;
if ( 'dragDisabled' in $$props ) $$invalidate ( 1 , dragDisabled = $$props . dragDisabled ) ;
} ;
return [
choice ,
dragDisabled ,
showConfigureButton ,
deleteChoice ,
configureChoice ,
toggleCommandForChoice ,
rightbuttons _choiceName _binding ,
rightbuttons _commandEnabled _binding ,
rightbuttons _showConfigureButton _binding ,
rightbuttons _dragDisabled _binding ,
mousedown _handler ,
touchstart _handler
] ;
}
class ChoiceListItem extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init ( this , options , instance$a , create _fragment$a , safe _not _equal , { choice : 0 , dragDisabled : 1 } , add _css$7 ) ;
}
}
/* src/gui/choiceList/MultiChoiceListItem.svelte generated by Svelte v3.46.4 */
function add _css$6 ( target ) {
append _styles ( target , "svelte-na99np" , ".multiChoiceListItem.svelte-na99np{display:flex;font-size:16px;align-items:center;margin:12px 0 0 0}.clickable.svelte-na99np:hover{cursor:pointer}.multiChoiceListItemName.svelte-na99np{flex:1 0 0;margin-left:5px}.nestedChoiceList.svelte-na99np{padding-left:25px}" ) ;
}
// (43:4) {#if !collapseId || (collapseId && choice.id !== collapseId)}
function create _if _block$2 ( ctx ) {
let if _block _anchor ;
let current ;
let if _block = ! /*choice*/ ctx [ 0 ] . collapsed && create _if _block _1$1 ( ctx ) ;
return {
c ( ) {
if ( if _block ) if _block . c ( ) ;
if _block _anchor = empty ( ) ;
} ,
m ( target , anchor ) {
if ( if _block ) if _block . m ( target , anchor ) ;
insert ( target , if _block _anchor , anchor ) ;
current = true ;
} ,
p ( ctx , dirty ) {
if ( ! /*choice*/ ctx [ 0 ] . collapsed ) {
if ( if _block ) {
if _block . p ( ctx , dirty ) ;
if ( dirty & /*choice*/ 1 ) {
transition _in ( if _block , 1 ) ;
}
} else {
if _block = create _if _block _1$1 ( ctx ) ;
if _block . c ( ) ;
transition _in ( if _block , 1 ) ;
if _block . m ( if _block _anchor . parentNode , if _block _anchor ) ;
}
} else if ( if _block ) {
group _outros ( ) ;
transition _out ( if _block , 1 , 1 , ( ) => {
if _block = null ;
} ) ;
check _outros ( ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( if _block ) ;
current = true ;
} ,
o ( local ) {
transition _out ( if _block ) ;
current = false ;
} ,
d ( detaching ) {
if ( if _block ) if _block . d ( detaching ) ;
if ( detaching ) detach ( if _block _anchor ) ;
}
} ;
}
// (44:8) {#if !choice.collapsed}
function create _if _block _1$1 ( ctx ) {
let div ;
let choicelist ;
let updating _multiChoice ;
let updating _choices ;
let current ;
function choicelist _multiChoice _binding ( value ) {
/*choicelist_multiChoice_binding*/ ctx [ 14 ] ( value ) ;
}
function choicelist _choices _binding ( value ) {
/*choicelist_choices_binding*/ ctx [ 15 ] ( value ) ;
}
let choicelist _props = { } ;
if ( /*choice*/ ctx [ 0 ] !== void 0 ) {
choicelist _props . multiChoice = /*choice*/ ctx [ 0 ] ;
}
if ( /*choice*/ ctx [ 0 ] . choices !== void 0 ) {
choicelist _props . choices = /*choice*/ ctx [ 0 ] . choices ;
}
choicelist = new ChoiceList ( { props : choicelist _props } ) ;
binding _callbacks . push ( ( ) => bind ( choicelist , 'multiChoice' , choicelist _multiChoice _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( choicelist , 'choices' , choicelist _choices _binding ) ) ;
choicelist . $on ( "deleteChoice" , /*deleteChoice_handler*/ ctx [ 16 ] ) ;
choicelist . $on ( "configureChoice" , /*configureChoice_handler*/ ctx [ 17 ] ) ;
choicelist . $on ( "toggleCommand" , /*toggleCommand_handler*/ ctx [ 18 ] ) ;
return {
c ( ) {
div = element ( "div" ) ;
create _component ( choicelist . $$ . fragment ) ;
attr ( div , "class" , "nestedChoiceList svelte-na99np" ) ;
} ,
m ( target , anchor ) {
insert ( target , div , anchor ) ;
mount _component ( choicelist , div , null ) ;
current = true ;
} ,
p ( ctx , dirty ) {
const choicelist _changes = { } ;
if ( ! updating _multiChoice && dirty & /*choice*/ 1 ) {
updating _multiChoice = true ;
choicelist _changes . multiChoice = /*choice*/ ctx [ 0 ] ;
add _flush _callback ( ( ) => updating _multiChoice = false ) ;
}
if ( ! updating _choices && dirty & /*choice*/ 1 ) {
updating _choices = true ;
choicelist _changes . choices = /*choice*/ ctx [ 0 ] . choices ;
add _flush _callback ( ( ) => updating _choices = false ) ;
}
choicelist . $set ( choicelist _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( choicelist . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( choicelist . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div ) ;
destroy _component ( choicelist ) ;
}
} ;
}
function create _fragment$9 ( ctx ) {
let div2 ;
let div1 ;
let div0 ;
let icon ;
let t0 ;
let span ;
let t1 _value = /*choice*/ ctx [ 0 ] . name + "" ;
let t1 ;
let t2 ;
let rightbuttons ;
let updating _showConfigureButton ;
let updating _dragDisabled ;
let updating _choiceName ;
let updating _commandEnabled ;
let t3 ;
let current ;
let mounted ;
let dispose ;
icon = new Icon ( {
props : {
data : faChevronDown ,
style : ` transform:rotate( ${ /*choice*/ ctx [ 0 ] . collapsed ? - 180 : 0 } deg) `
}
} ) ;
function rightbuttons _showConfigureButton _binding ( value ) {
/*rightbuttons_showConfigureButton_binding*/ ctx [ 8 ] ( value ) ;
}
function rightbuttons _dragDisabled _binding ( value ) {
/*rightbuttons_dragDisabled_binding*/ ctx [ 9 ] ( value ) ;
}
function rightbuttons _choiceName _binding ( value ) {
/*rightbuttons_choiceName_binding*/ ctx [ 10 ] ( value ) ;
}
function rightbuttons _commandEnabled _binding ( value ) {
/*rightbuttons_commandEnabled_binding*/ ctx [ 11 ] ( value ) ;
}
let rightbuttons _props = { } ;
if ( /*showConfigureButton*/ ctx [ 3 ] !== void 0 ) {
rightbuttons _props . showConfigureButton = /*showConfigureButton*/ ctx [ 3 ] ;
}
if ( /*dragDisabled*/ ctx [ 1 ] !== void 0 ) {
rightbuttons _props . dragDisabled = /*dragDisabled*/ ctx [ 1 ] ;
}
if ( /*choice*/ ctx [ 0 ] . name !== void 0 ) {
rightbuttons _props . choiceName = /*choice*/ ctx [ 0 ] . name ;
}
if ( /*choice*/ ctx [ 0 ] . command !== void 0 ) {
rightbuttons _props . commandEnabled = /*choice*/ ctx [ 0 ] . command ;
}
rightbuttons = new ChoiceItemRightButtons ( { props : rightbuttons _props } ) ;
binding _callbacks . push ( ( ) => bind ( rightbuttons , 'showConfigureButton' , rightbuttons _showConfigureButton _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( rightbuttons , 'dragDisabled' , rightbuttons _dragDisabled _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( rightbuttons , 'choiceName' , rightbuttons _choiceName _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( rightbuttons , 'commandEnabled' , rightbuttons _commandEnabled _binding ) ) ;
rightbuttons . $on ( "mousedown" , /*mousedown_handler*/ ctx [ 12 ] ) ;
rightbuttons . $on ( "touchstart" , /*touchstart_handler*/ ctx [ 13 ] ) ;
rightbuttons . $on ( "deleteChoice" , /*deleteChoice*/ ctx [ 4 ] ) ;
rightbuttons . $on ( "configureChoice" , /*configureChoice*/ ctx [ 5 ] ) ;
rightbuttons . $on ( "toggleCommand" , /*toggleCommandForChoice*/ ctx [ 6 ] ) ;
let if _block = ( ! /*collapseId*/ ctx [ 2 ] || /*collapseId*/ ctx [ 2 ] && /*choice*/ ctx [ 0 ] . id !== /*collapseId*/ ctx [ 2 ] ) && create _if _block$2 ( ctx ) ;
return {
c ( ) {
div2 = element ( "div" ) ;
div1 = element ( "div" ) ;
div0 = element ( "div" ) ;
create _component ( icon . $$ . fragment ) ;
t0 = space ( ) ;
span = element ( "span" ) ;
t1 = text ( t1 _value ) ;
t2 = space ( ) ;
create _component ( rightbuttons . $$ . fragment ) ;
t3 = space ( ) ;
if ( if _block ) if _block . c ( ) ;
attr ( div0 , "class" , "multiChoiceListItemName clickable svelte-na99np" ) ;
attr ( div1 , "class" , "multiChoiceListItem svelte-na99np" ) ;
} ,
m ( target , anchor ) {
insert ( target , div2 , anchor ) ;
append ( div2 , div1 ) ;
append ( div1 , div0 ) ;
mount _component ( icon , div0 , null ) ;
append ( div0 , t0 ) ;
append ( div0 , span ) ;
append ( span , t1 ) ;
append ( div1 , t2 ) ;
mount _component ( rightbuttons , div1 , null ) ;
append ( div2 , t3 ) ;
if ( if _block ) if _block . m ( div2 , null ) ;
current = true ;
if ( ! mounted ) {
dispose = listen ( div0 , "click" , /*click_handler*/ ctx [ 7 ] ) ;
mounted = true ;
}
} ,
p ( ctx , [ dirty ] ) {
const icon _changes = { } ;
if ( dirty & /*choice*/ 1 ) icon _changes . style = ` transform:rotate( ${ /*choice*/ ctx [ 0 ] . collapsed ? - 180 : 0 } deg) ` ;
icon . $set ( icon _changes ) ;
if ( ( ! current || dirty & /*choice*/ 1 ) && t1 _value !== ( t1 _value = /*choice*/ ctx [ 0 ] . name + "" ) ) set _data ( t1 , t1 _value ) ;
const rightbuttons _changes = { } ;
if ( ! updating _showConfigureButton && dirty & /*showConfigureButton*/ 8 ) {
updating _showConfigureButton = true ;
rightbuttons _changes . showConfigureButton = /*showConfigureButton*/ ctx [ 3 ] ;
add _flush _callback ( ( ) => updating _showConfigureButton = false ) ;
}
if ( ! updating _dragDisabled && dirty & /*dragDisabled*/ 2 ) {
updating _dragDisabled = true ;
rightbuttons _changes . dragDisabled = /*dragDisabled*/ ctx [ 1 ] ;
add _flush _callback ( ( ) => updating _dragDisabled = false ) ;
}
if ( ! updating _choiceName && dirty & /*choice*/ 1 ) {
updating _choiceName = true ;
rightbuttons _changes . choiceName = /*choice*/ ctx [ 0 ] . name ;
add _flush _callback ( ( ) => updating _choiceName = false ) ;
}
if ( ! updating _commandEnabled && dirty & /*choice*/ 1 ) {
updating _commandEnabled = true ;
rightbuttons _changes . commandEnabled = /*choice*/ ctx [ 0 ] . command ;
add _flush _callback ( ( ) => updating _commandEnabled = false ) ;
}
rightbuttons . $set ( rightbuttons _changes ) ;
if ( ! /*collapseId*/ ctx [ 2 ] || /*collapseId*/ ctx [ 2 ] && /*choice*/ ctx [ 0 ] . id !== /*collapseId*/ ctx [ 2 ] ) {
if ( if _block ) {
if _block . p ( ctx , dirty ) ;
if ( dirty & /*collapseId, choice*/ 5 ) {
transition _in ( if _block , 1 ) ;
}
} else {
if _block = create _if _block$2 ( ctx ) ;
if _block . c ( ) ;
transition _in ( if _block , 1 ) ;
if _block . m ( div2 , null ) ;
}
} else if ( if _block ) {
group _outros ( ) ;
transition _out ( if _block , 1 , 1 , ( ) => {
if _block = null ;
} ) ;
check _outros ( ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( icon . $$ . fragment , local ) ;
transition _in ( rightbuttons . $$ . fragment , local ) ;
transition _in ( if _block ) ;
current = true ;
} ,
o ( local ) {
transition _out ( icon . $$ . fragment , local ) ;
transition _out ( rightbuttons . $$ . fragment , local ) ;
transition _out ( if _block ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div2 ) ;
destroy _component ( icon ) ;
destroy _component ( rightbuttons ) ;
if ( if _block ) if _block . d ( ) ;
mounted = false ;
dispose ( ) ;
}
} ;
}
function instance$9 ( $$self , $$props , $$invalidate ) {
let { choice } = $$props ;
let { collapseId } = $$props ;
let { dragDisabled } = $$props ;
let showConfigureButton = true ;
const dispatcher = createEventDispatcher ( ) ;
function deleteChoice ( e ) {
dispatcher ( 'deleteChoice' , { choice } ) ;
}
function configureChoice ( ) {
dispatcher ( 'configureChoice' , { choice } ) ;
}
function toggleCommandForChoice ( ) {
dispatcher ( 'toggleCommand' , { choice } ) ;
}
const click _handler = ( ) => $$invalidate ( 0 , choice . collapsed = ! choice . collapsed , choice ) ;
function rightbuttons _showConfigureButton _binding ( value ) {
showConfigureButton = value ;
$$invalidate ( 3 , showConfigureButton ) ;
}
function rightbuttons _dragDisabled _binding ( value ) {
dragDisabled = value ;
$$invalidate ( 1 , dragDisabled ) ;
}
function rightbuttons _choiceName _binding ( value ) {
if ( $$self . $$ . not _equal ( choice . name , value ) ) {
choice . name = value ;
$$invalidate ( 0 , choice ) ;
}
}
function rightbuttons _commandEnabled _binding ( value ) {
if ( $$self . $$ . not _equal ( choice . command , value ) ) {
choice . command = value ;
$$invalidate ( 0 , choice ) ;
}
}
function mousedown _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
function touchstart _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
function choicelist _multiChoice _binding ( value ) {
choice = value ;
$$invalidate ( 0 , choice ) ;
}
function choicelist _choices _binding ( value ) {
if ( $$self . $$ . not _equal ( choice . choices , value ) ) {
choice . choices = value ;
$$invalidate ( 0 , choice ) ;
}
}
function deleteChoice _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
function configureChoice _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
function toggleCommand _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
$$self . $$set = $$props => {
if ( 'choice' in $$props ) $$invalidate ( 0 , choice = $$props . choice ) ;
if ( 'collapseId' in $$props ) $$invalidate ( 2 , collapseId = $$props . collapseId ) ;
if ( 'dragDisabled' in $$props ) $$invalidate ( 1 , dragDisabled = $$props . dragDisabled ) ;
} ;
return [
choice ,
dragDisabled ,
collapseId ,
showConfigureButton ,
deleteChoice ,
configureChoice ,
toggleCommandForChoice ,
click _handler ,
rightbuttons _showConfigureButton _binding ,
rightbuttons _dragDisabled _binding ,
rightbuttons _choiceName _binding ,
rightbuttons _commandEnabled _binding ,
mousedown _handler ,
touchstart _handler ,
choicelist _multiChoice _binding ,
choicelist _choices _binding ,
deleteChoice _handler ,
configureChoice _handler ,
toggleCommand _handler
] ;
}
class MultiChoiceListItem extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init (
this ,
options ,
instance$9 ,
create _fragment$9 ,
safe _not _equal ,
{
choice : 0 ,
collapseId : 2 ,
dragDisabled : 1
} ,
add _css$6
) ;
}
}
function _typeof ( obj ) {
"@babel/helpers - typeof" ;
if ( typeof Symbol === "function" && typeof Symbol . iterator === "symbol" ) {
_typeof = function ( obj ) {
return typeof obj ;
} ;
} else {
_typeof = function ( obj ) {
return obj && typeof Symbol === "function" && obj . constructor === Symbol && obj !== Symbol . prototype ? "symbol" : typeof obj ;
} ;
}
return _typeof ( obj ) ;
}
function _defineProperty ( obj , key , value ) {
if ( key in obj ) {
Object . defineProperty ( obj , key , {
value : value ,
enumerable : true ,
configurable : true ,
writable : true
} ) ;
} else {
obj [ key ] = value ;
}
return obj ;
}
function ownKeys ( object , enumerableOnly ) {
var keys = Object . keys ( object ) ;
if ( Object . getOwnPropertySymbols ) {
var symbols = Object . getOwnPropertySymbols ( object ) ;
if ( enumerableOnly ) symbols = symbols . filter ( function ( sym ) {
return Object . getOwnPropertyDescriptor ( object , sym ) . enumerable ;
} ) ;
keys . push . apply ( keys , symbols ) ;
}
return keys ;
}
function _objectSpread2 ( target ) {
for ( var i = 1 ; i < arguments . length ; i ++ ) {
var source = arguments [ i ] != null ? arguments [ i ] : { } ;
if ( i % 2 ) {
ownKeys ( Object ( source ) , true ) . forEach ( function ( key ) {
_defineProperty ( target , key , source [ key ] ) ;
} ) ;
} else if ( Object . getOwnPropertyDescriptors ) {
Object . defineProperties ( target , Object . getOwnPropertyDescriptors ( source ) ) ;
} else {
ownKeys ( Object ( source ) ) . forEach ( function ( key ) {
Object . defineProperty ( target , key , Object . getOwnPropertyDescriptor ( source , key ) ) ;
} ) ;
}
}
return target ;
}
function _objectWithoutPropertiesLoose ( source , excluded ) {
if ( source == null ) return { } ;
var target = { } ;
var sourceKeys = Object . keys ( source ) ;
var key , i ;
for ( i = 0 ; i < sourceKeys . length ; i ++ ) {
key = sourceKeys [ i ] ;
if ( excluded . indexOf ( key ) >= 0 ) continue ;
target [ key ] = source [ key ] ;
}
return target ;
}
function _objectWithoutProperties ( source , excluded ) {
if ( source == null ) return { } ;
var target = _objectWithoutPropertiesLoose ( source , excluded ) ;
var key , i ;
if ( Object . getOwnPropertySymbols ) {
var sourceSymbolKeys = Object . getOwnPropertySymbols ( source ) ;
for ( i = 0 ; i < sourceSymbolKeys . length ; i ++ ) {
key = sourceSymbolKeys [ i ] ;
if ( excluded . indexOf ( key ) >= 0 ) continue ;
if ( ! Object . prototype . propertyIsEnumerable . call ( source , key ) ) continue ;
target [ key ] = source [ key ] ;
}
}
return target ;
}
function _slicedToArray ( arr , i ) {
return _arrayWithHoles ( arr ) || _iterableToArrayLimit ( arr , i ) || _unsupportedIterableToArray ( arr , i ) || _nonIterableRest ( ) ;
}
function _toConsumableArray ( arr ) {
return _arrayWithoutHoles ( arr ) || _iterableToArray ( arr ) || _unsupportedIterableToArray ( arr ) || _nonIterableSpread ( ) ;
}
function _arrayWithoutHoles ( arr ) {
if ( Array . isArray ( arr ) ) return _arrayLikeToArray ( arr ) ;
}
function _arrayWithHoles ( arr ) {
if ( Array . isArray ( arr ) ) return arr ;
}
function _iterableToArray ( iter ) {
if ( typeof Symbol !== "undefined" && Symbol . iterator in Object ( iter ) ) return Array . from ( iter ) ;
}
function _iterableToArrayLimit ( arr , i ) {
if ( typeof Symbol === "undefined" || ! ( Symbol . iterator in Object ( arr ) ) ) return ;
var _arr = [ ] ;
var _n = true ;
var _d = false ;
var _e = undefined ;
try {
for ( var _i = arr [ Symbol . iterator ] ( ) , _s ; ! ( _n = ( _s = _i . next ( ) ) . done ) ; _n = true ) {
_arr . push ( _s . value ) ;
if ( i && _arr . length === i ) break ;
}
} catch ( err ) {
_d = true ;
_e = err ;
} finally {
try {
if ( ! _n && _i [ "return" ] != null ) _i [ "return" ] ( ) ;
} finally {
if ( _d ) throw _e ;
}
}
return _arr ;
}
function _unsupportedIterableToArray ( o , minLen ) {
if ( ! o ) return ;
if ( typeof o === "string" ) return _arrayLikeToArray ( o , minLen ) ;
var n = Object . prototype . toString . call ( o ) . slice ( 8 , - 1 ) ;
if ( n === "Object" && o . constructor ) n = o . constructor . name ;
if ( n === "Map" || n === "Set" ) return Array . from ( o ) ;
if ( n === "Arguments" || /^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/ . test ( n ) ) return _arrayLikeToArray ( o , minLen ) ;
}
function _arrayLikeToArray ( arr , len ) {
if ( len == null || len > arr . length ) len = arr . length ;
for ( var i = 0 , arr2 = new Array ( len ) ; i < len ; i ++ ) arr2 [ i ] = arr [ i ] ;
return arr2 ;
}
function _nonIterableSpread ( ) {
throw new TypeError ( "Invalid attempt to spread non-iterable instance.\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method." ) ;
}
function _nonIterableRest ( ) {
throw new TypeError ( "Invalid attempt to destructure non-iterable instance.\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method." ) ;
}
function _createForOfIteratorHelper ( o , allowArrayLike ) {
var it ;
if ( typeof Symbol === "undefined" || o [ Symbol . iterator ] == null ) {
if ( Array . isArray ( o ) || ( it = _unsupportedIterableToArray ( o ) ) || allowArrayLike && o && typeof o . length === "number" ) {
if ( it ) o = it ;
var i = 0 ;
var F = function ( ) { } ;
return {
s : F ,
n : function ( ) {
if ( i >= o . length ) return {
done : true
} ;
return {
done : false ,
value : o [ i ++ ]
} ;
} ,
e : function ( e ) {
throw e ;
} ,
f : F
} ;
}
throw new TypeError ( "Invalid attempt to iterate non-iterable instance.\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method." ) ;
}
var normalCompletion = true ,
didErr = false ,
err ;
return {
s : function ( ) {
it = o [ Symbol . iterator ] ( ) ;
} ,
n : function ( ) {
var step = it . next ( ) ;
normalCompletion = step . done ;
return step ;
} ,
e : function ( e ) {
didErr = true ;
err = e ;
} ,
f : function ( ) {
try {
if ( ! normalCompletion && it . return != null ) it . return ( ) ;
} finally {
if ( didErr ) throw err ;
}
}
} ;
}
// external events
var FINALIZE _EVENT _NAME = "finalize" ;
var CONSIDER _EVENT _NAME = "consider" ;
/ * *
* @ typedef { Object } Info
* @ property { string } trigger
* @ property { string } id
* @ property { string } source
* @ param { Node } el
* @ param { Array } items
* @ param { Info } info
* /
function dispatchFinalizeEvent ( el , items , info ) {
el . dispatchEvent ( new CustomEvent ( FINALIZE _EVENT _NAME , {
detail : {
items : items ,
info : info
}
} ) ) ;
}
/ * *
* Dispatches a consider event
* @ param { Node } el
* @ param { Array } items
* @ param { Info } info
* /
function dispatchConsiderEvent ( el , items , info ) {
el . dispatchEvent ( new CustomEvent ( CONSIDER _EVENT _NAME , {
detail : {
items : items ,
info : info
}
} ) ) ;
} // internal events
var DRAGGED _ENTERED _EVENT _NAME = "draggedEntered" ;
var DRAGGED _LEFT _EVENT _NAME = "draggedLeft" ;
var DRAGGED _OVER _INDEX _EVENT _NAME = "draggedOverIndex" ;
var DRAGGED _LEFT _DOCUMENT _EVENT _NAME = "draggedLeftDocument" ;
var DRAGGED _LEFT _TYPES = {
LEFT _FOR _ANOTHER : "leftForAnother" ,
OUTSIDE _OF _ANY : "outsideOfAny"
} ;
function dispatchDraggedElementEnteredContainer ( containerEl , indexObj , draggedEl ) {
containerEl . dispatchEvent ( new CustomEvent ( DRAGGED _ENTERED _EVENT _NAME , {
detail : {
indexObj : indexObj ,
draggedEl : draggedEl
}
} ) ) ;
}
/ * *
* @ param containerEl - the dropzone the element left
* @ param draggedEl - the dragged element
* @ param theOtherDz - the new dropzone the element entered
* /
function dispatchDraggedElementLeftContainerForAnother ( containerEl , draggedEl , theOtherDz ) {
containerEl . dispatchEvent ( new CustomEvent ( DRAGGED _LEFT _EVENT _NAME , {
detail : {
draggedEl : draggedEl ,
type : DRAGGED _LEFT _TYPES . LEFT _FOR _ANOTHER ,
theOtherDz : theOtherDz
}
} ) ) ;
}
function dispatchDraggedElementLeftContainerForNone ( containerEl , draggedEl ) {
containerEl . dispatchEvent ( new CustomEvent ( DRAGGED _LEFT _EVENT _NAME , {
detail : {
draggedEl : draggedEl ,
type : DRAGGED _LEFT _TYPES . OUTSIDE _OF _ANY
}
} ) ) ;
}
function dispatchDraggedElementIsOverIndex ( containerEl , indexObj , draggedEl ) {
containerEl . dispatchEvent ( new CustomEvent ( DRAGGED _OVER _INDEX _EVENT _NAME , {
detail : {
indexObj : indexObj ,
draggedEl : draggedEl
}
} ) ) ;
}
function dispatchDraggedLeftDocument ( draggedEl ) {
window . dispatchEvent ( new CustomEvent ( DRAGGED _LEFT _DOCUMENT _EVENT _NAME , {
detail : {
draggedEl : draggedEl
}
} ) ) ;
}
var TRIGGERS = {
DRAG _STARTED : "dragStarted" ,
DRAGGED _ENTERED : DRAGGED _ENTERED _EVENT _NAME ,
DRAGGED _ENTERED _ANOTHER : "dragEnteredAnother" ,
DRAGGED _OVER _INDEX : DRAGGED _OVER _INDEX _EVENT _NAME ,
DRAGGED _LEFT : DRAGGED _LEFT _EVENT _NAME ,
DRAGGED _LEFT _ALL : "draggedLeftAll" ,
DROPPED _INTO _ZONE : "droppedIntoZone" ,
DROPPED _INTO _ANOTHER : "droppedIntoAnother" ,
DROPPED _OUTSIDE _OF _ANY : "droppedOutsideOfAny" ,
DRAG _STOPPED : "dragStopped"
} ;
var SOURCES = {
POINTER : "pointer" ,
KEYBOARD : "keyboard"
} ;
var SHADOW _ITEM _MARKER _PROPERTY _NAME = "isDndShadowItem" ;
var SHADOW _ELEMENT _ATTRIBUTE _NAME = "data-is-dnd-shadow-item" ;
var SHADOW _PLACEHOLDER _ITEM _ID = "id:dnd-shadow-placeholder-0000" ;
var DRAGGED _ELEMENT _ID = "dnd-action-dragged-el" ;
var ITEM _ID _KEY = "id" ;
var activeDndZoneCount = 0 ;
function incrementActiveDropZoneCount ( ) {
activeDndZoneCount ++ ;
}
function decrementActiveDropZoneCount ( ) {
if ( activeDndZoneCount === 0 ) {
throw new Error ( "Bug! trying to decrement when there are no dropzones" ) ;
}
activeDndZoneCount -- ;
}
var isOnServer = typeof window === "undefined" ;
// This is based off https://stackoverflow.com/questions/27745438/how-to-compute-getboundingclientrect-without-considering-transforms/57876601#57876601
// It removes the transforms that are potentially applied by the flip animations
/ * *
* Gets the bounding rect but removes transforms ( ex : flip animation )
* @ param { HTMLElement } el
* @ return { { top : number , left : number , bottom : number , right : number } }
* /
function getBoundingRectNoTransforms ( el ) {
var ta ;
var rect = el . getBoundingClientRect ( ) ;
var style = getComputedStyle ( el ) ;
var tx = style . transform ;
if ( tx ) {
var sx , sy , dx , dy ;
if ( tx . startsWith ( "matrix3d(" ) ) {
ta = tx . slice ( 9 , - 1 ) . split ( /, / ) ;
sx = + ta [ 0 ] ;
sy = + ta [ 5 ] ;
dx = + ta [ 12 ] ;
dy = + ta [ 13 ] ;
} else if ( tx . startsWith ( "matrix(" ) ) {
ta = tx . slice ( 7 , - 1 ) . split ( /, / ) ;
sx = + ta [ 0 ] ;
sy = + ta [ 3 ] ;
dx = + ta [ 4 ] ;
dy = + ta [ 5 ] ;
} else {
return rect ;
}
var to = style . transformOrigin ;
var x = rect . x - dx - ( 1 - sx ) * parseFloat ( to ) ;
var y = rect . y - dy - ( 1 - sy ) * parseFloat ( to . slice ( to . indexOf ( " " ) + 1 ) ) ;
var w = sx ? rect . width / sx : el . offsetWidth ;
var h = sy ? rect . height / sy : el . offsetHeight ;
return {
x : x ,
y : y ,
width : w ,
height : h ,
top : y ,
right : x + w ,
bottom : y + h ,
left : x
} ;
} else {
return rect ;
}
}
/ * *
* Gets the absolute bounding rect ( accounts for the window ' s scroll position and removes transforms )
* @ param { HTMLElement } el
* @ return { { top : number , left : number , bottom : number , right : number } }
* /
function getAbsoluteRectNoTransforms ( el ) {
var rect = getBoundingRectNoTransforms ( el ) ;
return {
top : rect . top + window . scrollY ,
bottom : rect . bottom + window . scrollY ,
left : rect . left + window . scrollX ,
right : rect . right + window . scrollX
} ;
}
/ * *
* Gets the absolute bounding rect ( accounts for the window ' s scroll position )
* @ param { HTMLElement } el
* @ return { { top : number , left : number , bottom : number , right : number } }
* /
function getAbsoluteRect ( el ) {
var rect = el . getBoundingClientRect ( ) ;
return {
top : rect . top + window . scrollY ,
bottom : rect . bottom + window . scrollY ,
left : rect . left + window . scrollX ,
right : rect . right + window . scrollX
} ;
}
/ * *
* finds the center : )
* @ typedef { Object } Rect
* @ property { number } top
* @ property { number } bottom
* @ property { number } left
* @ property { number } right
* @ param { Rect } rect
* @ return { { x : number , y : number } }
* /
function findCenter ( rect ) {
return {
x : ( rect . left + rect . right ) / 2 ,
y : ( rect . top + rect . bottom ) / 2
} ;
}
/ * *
* @ typedef { Object } Point
* @ property { number } x
* @ property { number } y
* @ param { Point } pointA
* @ param { Point } pointB
* @ return { number }
* /
function calcDistance ( pointA , pointB ) {
return Math . sqrt ( Math . pow ( pointA . x - pointB . x , 2 ) + Math . pow ( pointA . y - pointB . y , 2 ) ) ;
}
/ * *
* @ param { Point } point
* @ param { Rect } rect
* @ return { boolean | boolean }
* /
function isPointInsideRect ( point , rect ) {
return point . y <= rect . bottom && point . y >= rect . top && point . x >= rect . left && point . x <= rect . right ;
}
/ * *
* find the absolute coordinates of the center of a dom element
* @ param el { HTMLElement }
* @ returns { { x : number , y : number } }
* /
function findCenterOfElement ( el ) {
return findCenter ( getAbsoluteRect ( el ) ) ;
}
/ * *
* @ param { HTMLElement } elA
* @ param { HTMLElement } elB
* @ return { boolean }
* /
function isCenterOfAInsideB ( elA , elB ) {
var centerOfA = findCenterOfElement ( elA ) ;
var rectOfB = getAbsoluteRectNoTransforms ( elB ) ;
return isPointInsideRect ( centerOfA , rectOfB ) ;
}
/ * *
* @ param { HTMLElement | ChildNode } elA
* @ param { HTMLElement | ChildNode } elB
* @ return { number }
* /
function calcDistanceBetweenCenters ( elA , elB ) {
var centerOfA = findCenterOfElement ( elA ) ;
var centerOfB = findCenterOfElement ( elB ) ;
return calcDistance ( centerOfA , centerOfB ) ;
}
/ * *
* @ param { HTMLElement } el - the element to check
* @ returns { boolean } - true if the element in its entirety is off screen including the scrollable area ( the normal dom events look at the mouse rather than the element )
* /
function isElementOffDocument ( el ) {
var rect = getAbsoluteRect ( el ) ;
return rect . right < 0 || rect . left > document . documentElement . scrollWidth || rect . bottom < 0 || rect . top > document . documentElement . scrollHeight ;
}
/ * *
* If the point is inside the element returns its distances from the sides , otherwise returns null
* @ param { Point } point
* @ param { HTMLElement } el
* @ return { null | { top : number , left : number , bottom : number , right : number } }
* /
function calcInnerDistancesBetweenPointAndSidesOfElement ( point , el ) {
var rect = getAbsoluteRect ( el ) ;
if ( ! isPointInsideRect ( point , rect ) ) {
return null ;
}
return {
top : point . y - rect . top ,
bottom : rect . bottom - point . y ,
left : point . x - rect . left ,
// TODO - figure out what is so special about right (why the rect is too big)
right : Math . min ( rect . right , document . documentElement . clientWidth ) - point . x
} ;
}
var dzToShadowIndexToRect ;
/ * *
* Resets the cache that allows for smarter "would be index" resolution . Should be called after every drag operation
* /
function resetIndexesCache ( ) {
dzToShadowIndexToRect = new Map ( ) ;
}
resetIndexesCache ( ) ;
/ * *
* Caches the coordinates of the shadow element when it ' s in a certain index in a certain dropzone .
* Helpful in order to determine "would be index" more effectively
* @ param { HTMLElement } dz
* @ return { number } - the shadow element index
* /
function cacheShadowRect ( dz ) {
var shadowElIndex = Array . from ( dz . children ) . findIndex ( function ( child ) {
return child . getAttribute ( SHADOW _ELEMENT _ATTRIBUTE _NAME ) ;
} ) ;
if ( shadowElIndex >= 0 ) {
if ( ! dzToShadowIndexToRect . has ( dz ) ) {
dzToShadowIndexToRect . set ( dz , new Map ( ) ) ;
}
dzToShadowIndexToRect . get ( dz ) . set ( shadowElIndex , getAbsoluteRectNoTransforms ( dz . children [ shadowElIndex ] ) ) ;
return shadowElIndex ;
}
return undefined ;
}
/ * *
* @ typedef { Object } Index
* @ property { number } index - the would be index
* @ property { boolean } isProximityBased - false if the element is actually over the index , true if it is not over it but this index is the closest
* /
/ * *
* Find the index for the dragged element in the list it is dragged over
* @ param { HTMLElement } floatingAboveEl
* @ param { HTMLElement } collectionBelowEl
* @ returns { Index | null } - if the element is over the container the Index object otherwise null
* /
function findWouldBeIndex ( floatingAboveEl , collectionBelowEl ) {
if ( ! isCenterOfAInsideB ( floatingAboveEl , collectionBelowEl ) ) {
return null ;
}
var children = collectionBelowEl . children ; // the container is empty, floating element should be the first
if ( children . length === 0 ) {
return {
index : 0 ,
isProximityBased : true
} ;
}
var shadowElIndex = cacheShadowRect ( collectionBelowEl ) ; // the search could be more efficient but keeping it simple for now
// a possible improvement: pass in the lastIndex it was found in and check there first, then expand from there
for ( var i = 0 ; i < children . length ; i ++ ) {
if ( isCenterOfAInsideB ( floatingAboveEl , children [ i ] ) ) {
var cachedShadowRect = dzToShadowIndexToRect . has ( collectionBelowEl ) && dzToShadowIndexToRect . get ( collectionBelowEl ) . get ( i ) ;
if ( cachedShadowRect ) {
if ( ! isPointInsideRect ( findCenterOfElement ( floatingAboveEl ) , cachedShadowRect ) ) {
return {
index : shadowElIndex ,
isProximityBased : false
} ;
}
}
return {
index : i ,
isProximityBased : false
} ;
}
} // this can happen if there is space around the children so the floating element has
//entered the container but not any of the children, in this case we will find the nearest child
var minDistanceSoFar = Number . MAX _VALUE ;
var indexOfMin = undefined ; // we are checking all of them because we don't know whether we are dealing with a horizontal or vertical container and where the floating element entered from
for ( var _i = 0 ; _i < children . length ; _i ++ ) {
var distance = calcDistanceBetweenCenters ( floatingAboveEl , children [ _i ] ) ;
if ( distance < minDistanceSoFar ) {
minDistanceSoFar = distance ;
indexOfMin = _i ;
}
}
return {
index : indexOfMin ,
isProximityBased : true
} ;
}
var SCROLL _ZONE _PX = 25 ;
function makeScroller ( ) {
var scrollingInfo ;
function resetScrolling ( ) {
scrollingInfo = {
directionObj : undefined ,
stepPx : 0
} ;
}
resetScrolling ( ) ; // directionObj {x: 0|1|-1, y:0|1|-1} - 1 means down in y and right in x
function scrollContainer ( containerEl ) {
var _scrollingInfo = scrollingInfo ,
directionObj = _scrollingInfo . directionObj ,
stepPx = _scrollingInfo . stepPx ;
if ( directionObj ) {
containerEl . scrollBy ( directionObj . x * stepPx , directionObj . y * stepPx ) ;
window . requestAnimationFrame ( function ( ) {
return scrollContainer ( containerEl ) ;
} ) ;
}
}
function calcScrollStepPx ( distancePx ) {
return SCROLL _ZONE _PX - distancePx ;
}
/ * *
* If the pointer is next to the sides of the element to scroll , will trigger scrolling
* Can be called repeatedly with updated pointer and elementToScroll values without issues
* @ return { boolean } - true if scrolling was needed
* /
function scrollIfNeeded ( pointer , elementToScroll ) {
if ( ! elementToScroll ) {
return false ;
}
var distances = calcInnerDistancesBetweenPointAndSidesOfElement ( pointer , elementToScroll ) ;
if ( distances === null ) {
resetScrolling ( ) ;
return false ;
}
var isAlreadyScrolling = ! ! scrollingInfo . directionObj ;
var scrollingVertically = false ,
scrollingHorizontally = false ; // vertical
if ( elementToScroll . scrollHeight > elementToScroll . clientHeight ) {
if ( distances . bottom < SCROLL _ZONE _PX ) {
scrollingVertically = true ;
scrollingInfo . directionObj = {
x : 0 ,
y : 1
} ;
scrollingInfo . stepPx = calcScrollStepPx ( distances . bottom ) ;
} else if ( distances . top < SCROLL _ZONE _PX ) {
scrollingVertically = true ;
scrollingInfo . directionObj = {
x : 0 ,
y : - 1
} ;
scrollingInfo . stepPx = calcScrollStepPx ( distances . top ) ;
}
if ( ! isAlreadyScrolling && scrollingVertically ) {
scrollContainer ( elementToScroll ) ;
return true ;
}
} // horizontal
if ( elementToScroll . scrollWidth > elementToScroll . clientWidth ) {
if ( distances . right < SCROLL _ZONE _PX ) {
scrollingHorizontally = true ;
scrollingInfo . directionObj = {
x : 1 ,
y : 0
} ;
scrollingInfo . stepPx = calcScrollStepPx ( distances . right ) ;
} else if ( distances . left < SCROLL _ZONE _PX ) {
scrollingHorizontally = true ;
scrollingInfo . directionObj = {
x : - 1 ,
y : 0
} ;
scrollingInfo . stepPx = calcScrollStepPx ( distances . left ) ;
}
if ( ! isAlreadyScrolling && scrollingHorizontally ) {
scrollContainer ( elementToScroll ) ;
return true ;
}
}
resetScrolling ( ) ;
return false ;
}
return {
scrollIfNeeded : scrollIfNeeded ,
resetScrolling : resetScrolling
} ;
}
/ * *
* @ param { Object } object
* @ return { string }
* /
function toString$1 ( object ) {
return JSON . stringify ( object , null , 2 ) ;
}
/ * *
* Finds the depth of the given node in the DOM tree
* @ param { HTMLElement } node
* @ return { number } - the depth of the node
* /
function getDepth ( node ) {
if ( ! node ) {
throw new Error ( "cannot get depth of a falsy node" ) ;
}
return _getDepth ( node , 0 ) ;
}
function _getDepth ( node ) {
var countSoFar = arguments . length > 1 && arguments [ 1 ] !== undefined ? arguments [ 1 ] : 0 ;
if ( ! node . parentElement ) {
return countSoFar - 1 ;
}
return _getDepth ( node . parentElement , countSoFar + 1 ) ;
}
/ * *
* A simple util to shallow compare objects quickly , it doesn ' t validate the arguments so pass objects in
* @ param { Object } objA
* @ param { Object } objB
* @ return { boolean } - true if objA and objB are shallow equal
* /
function areObjectsShallowEqual ( objA , objB ) {
if ( Object . keys ( objA ) . length !== Object . keys ( objB ) . length ) {
return false ;
}
for ( var keyA in objA ) {
if ( ! { } . hasOwnProperty . call ( objB , keyA ) || objB [ keyA ] !== objA [ keyA ] ) {
return false ;
}
}
return true ;
}
/ * *
* Shallow compares two arrays
* @ param arrA
* @ param arrB
* @ return { boolean } - whether the arrays are shallow equal
* /
function areArraysShallowEqualSameOrder ( arrA , arrB ) {
if ( arrA . length !== arrB . length ) {
return false ;
}
for ( var i = 0 ; i < arrA . length ; i ++ ) {
if ( arrA [ i ] !== arrB [ i ] ) {
return false ;
}
}
return true ;
}
var INTERVAL _MS = 200 ;
var TOLERANCE _PX = 10 ;
var _makeScroller = makeScroller ( ) ,
scrollIfNeeded = _makeScroller . scrollIfNeeded ,
resetScrolling = _makeScroller . resetScrolling ;
var next ;
/ * *
* Tracks the dragged elements and performs the side effects when it is dragged over a drop zone ( basically dispatching custom - events scrolling )
* @ param { Set < HTMLElement > } dropZones
* @ param { HTMLElement } draggedEl
* @ param { number } [ intervalMs = INTERVAL _MS ]
* /
function observe ( draggedEl , dropZones ) {
var intervalMs = arguments . length > 2 && arguments [ 2 ] !== undefined ? arguments [ 2 ] : INTERVAL _MS ;
// initialization
var lastDropZoneFound ;
var lastIndexFound ;
var lastIsDraggedInADropZone = false ;
var lastCentrePositionOfDragged ; // We are sorting to make sure that in case of nested zones of the same type the one "on top" is considered first
var dropZonesFromDeepToShallow = Array . from ( dropZones ) . sort ( function ( dz1 , dz2 ) {
return getDepth ( dz2 ) - getDepth ( dz1 ) ;
} ) ;
/ * *
* The main function in this module . Tracks where everything is / should be a take the actions
* /
function andNow ( ) {
var currentCenterOfDragged = findCenterOfElement ( draggedEl ) ;
var scrolled = scrollIfNeeded ( currentCenterOfDragged , lastDropZoneFound ) ; // we only want to make a new decision after the element was moved a bit to prevent flickering
if ( ! scrolled && lastCentrePositionOfDragged && Math . abs ( lastCentrePositionOfDragged . x - currentCenterOfDragged . x ) < TOLERANCE _PX && Math . abs ( lastCentrePositionOfDragged . y - currentCenterOfDragged . y ) < TOLERANCE _PX ) {
next = window . setTimeout ( andNow , intervalMs ) ;
return ;
}
if ( isElementOffDocument ( draggedEl ) ) {
dispatchDraggedLeftDocument ( draggedEl ) ;
return ;
}
lastCentrePositionOfDragged = currentCenterOfDragged ; // this is a simple algorithm, potential improvement: first look at lastDropZoneFound
var isDraggedInADropZone = false ;
var _iterator = _createForOfIteratorHelper ( dropZonesFromDeepToShallow ) ,
_step ;
try {
for ( _iterator . s ( ) ; ! ( _step = _iterator . n ( ) ) . done ; ) {
var dz = _step . value ;
var indexObj = findWouldBeIndex ( draggedEl , dz ) ;
if ( indexObj === null ) {
// it is not inside
continue ;
}
var index = indexObj . index ;
isDraggedInADropZone = true ; // the element is over a container
if ( dz !== lastDropZoneFound ) {
lastDropZoneFound && dispatchDraggedElementLeftContainerForAnother ( lastDropZoneFound , draggedEl , dz ) ;
dispatchDraggedElementEnteredContainer ( dz , indexObj , draggedEl ) ;
lastDropZoneFound = dz ;
} else if ( index !== lastIndexFound ) {
dispatchDraggedElementIsOverIndex ( dz , indexObj , draggedEl ) ;
lastIndexFound = index ;
} // we handle looping with the 'continue' statement above
break ;
} // the first time the dragged element is not in any dropzone we need to notify the last dropzone it was in
} catch ( err ) {
_iterator . e ( err ) ;
} finally {
_iterator . f ( ) ;
}
if ( ! isDraggedInADropZone && lastIsDraggedInADropZone && lastDropZoneFound ) {
dispatchDraggedElementLeftContainerForNone ( lastDropZoneFound , draggedEl ) ;
lastDropZoneFound = undefined ;
lastIndexFound = undefined ;
lastIsDraggedInADropZone = false ;
} else {
lastIsDraggedInADropZone = true ;
}
next = window . setTimeout ( andNow , intervalMs ) ;
}
andNow ( ) ;
} // assumption - we can only observe one dragged element at a time, this could be changed in the future
function unobserve ( ) {
clearTimeout ( next ) ;
resetScrolling ( ) ;
resetIndexesCache ( ) ;
}
var INTERVAL _MS$1 = 300 ;
var mousePosition ;
/ * *
* Do not use this ! it is visible for testing only until we get over the issue Cypress not triggering the mousemove listeners
* // TODO - make private (remove export)
* @ param { { clientX : number , clientY : number } } e
* /
function updateMousePosition ( e ) {
var c = e . touches ? e . touches [ 0 ] : e ;
mousePosition = {
x : c . clientX ,
y : c . clientY
} ;
}
var _makeScroller$1 = makeScroller ( ) ,
scrollIfNeeded$1 = _makeScroller$1 . scrollIfNeeded ,
resetScrolling$1 = _makeScroller$1 . resetScrolling ;
var next$1 ;
function loop ( ) {
if ( mousePosition ) {
scrollIfNeeded$1 ( mousePosition , document . documentElement ) ;
}
next$1 = window . setTimeout ( loop , INTERVAL _MS$1 ) ;
}
/ * *
* will start watching the mouse pointer and scroll the window if it goes next to the edges
* /
function armWindowScroller ( ) {
window . addEventListener ( "mousemove" , updateMousePosition ) ;
window . addEventListener ( "touchmove" , updateMousePosition ) ;
loop ( ) ;
}
/ * *
* will stop watching the mouse pointer and won ' t scroll the window anymore
* /
function disarmWindowScroller ( ) {
window . removeEventListener ( "mousemove" , updateMousePosition ) ;
window . removeEventListener ( "touchmove" , updateMousePosition ) ;
mousePosition = undefined ;
window . clearTimeout ( next$1 ) ;
resetScrolling$1 ( ) ;
}
var TRANSITION _DURATION _SECONDS = 0.2 ;
/ * *
* private helper function - creates a transition string for a property
* @ param { string } property
* @ return { string } - the transition string
* /
function trs ( property ) {
return "" . concat ( property , " " ) . concat ( TRANSITION _DURATION _SECONDS , "s ease" ) ;
}
/ * *
* clones the given element and applies proper styles and transitions to the dragged element
* @ param { HTMLElement } originalElement
* @ param { Point } [ positionCenterOnXY ]
* @ return { Node } - the cloned , styled element
* /
function createDraggedElementFrom ( originalElement , positionCenterOnXY ) {
var rect = originalElement . getBoundingClientRect ( ) ;
var draggedEl = originalElement . cloneNode ( true ) ;
copyStylesFromTo ( originalElement , draggedEl ) ;
draggedEl . id = DRAGGED _ELEMENT _ID ;
draggedEl . style . position = "fixed" ;
var elTopPx = rect . top ;
var elLeftPx = rect . left ;
draggedEl . style . top = "" . concat ( elTopPx , "px" ) ;
draggedEl . style . left = "" . concat ( elLeftPx , "px" ) ;
if ( positionCenterOnXY ) {
var center = findCenter ( rect ) ;
elTopPx -= center . y - positionCenterOnXY . y ;
elLeftPx -= center . x - positionCenterOnXY . x ;
window . setTimeout ( function ( ) {
draggedEl . style . top = "" . concat ( elTopPx , "px" ) ;
draggedEl . style . left = "" . concat ( elLeftPx , "px" ) ;
} , 0 ) ;
}
draggedEl . style . margin = "0" ; // we can't have relative or automatic height and width or it will break the illusion
draggedEl . style . boxSizing = "border-box" ;
draggedEl . style . height = "" . concat ( rect . height , "px" ) ;
draggedEl . style . width = "" . concat ( rect . width , "px" ) ;
draggedEl . style . transition = "" . concat ( trs ( "top" ) , ", " ) . concat ( trs ( "left" ) , ", " ) . concat ( trs ( "background-color" ) , ", " ) . concat ( trs ( "opacity" ) , ", " ) . concat ( trs ( "color" ) , " " ) ; // this is a workaround for a strange browser bug that causes the right border to disappear when all the transitions are added at the same time
window . setTimeout ( function ( ) {
return draggedEl . style . transition += ", " . concat ( trs ( "width" ) , ", " ) . concat ( trs ( "height" ) ) ;
} , 0 ) ;
draggedEl . style . zIndex = "9999" ;
draggedEl . style . cursor = "grabbing" ;
return draggedEl ;
}
/ * *
* styles the dragged element to a 'dropped' state
* @ param { HTMLElement } draggedEl
* /
function moveDraggedElementToWasDroppedState ( draggedEl ) {
draggedEl . style . cursor = "grab" ;
}
/ * *
* Morphs the dragged element style , maintains the mouse pointer within the element
* @ param { HTMLElement } draggedEl
* @ param { HTMLElement } copyFromEl - the element the dragged element should look like , typically the shadow element
* @ param { number } currentMouseX
* @ param { number } currentMouseY
* @ param { function } transformDraggedElement - function to transform the dragged element , does nothing by default .
* /
function morphDraggedElementToBeLike ( draggedEl , copyFromEl , currentMouseX , currentMouseY , transformDraggedElement ) {
var newRect = copyFromEl . getBoundingClientRect ( ) ;
var draggedElRect = draggedEl . getBoundingClientRect ( ) ;
var widthChange = newRect . width - draggedElRect . width ;
var heightChange = newRect . height - draggedElRect . height ;
if ( widthChange || heightChange ) {
var relativeDistanceOfMousePointerFromDraggedSides = {
left : ( currentMouseX - draggedElRect . left ) / draggedElRect . width ,
top : ( currentMouseY - draggedElRect . top ) / draggedElRect . height
} ;
draggedEl . style . height = "" . concat ( newRect . height , "px" ) ;
draggedEl . style . width = "" . concat ( newRect . width , "px" ) ;
draggedEl . style . left = "" . concat ( parseFloat ( draggedEl . style . left ) - relativeDistanceOfMousePointerFromDraggedSides . left * widthChange , "px" ) ;
draggedEl . style . top = "" . concat ( parseFloat ( draggedEl . style . top ) - relativeDistanceOfMousePointerFromDraggedSides . top * heightChange , "px" ) ;
} /// other properties
copyStylesFromTo ( copyFromEl , draggedEl ) ;
transformDraggedElement ( ) ;
}
/ * *
* @ param { HTMLElement } copyFromEl
* @ param { HTMLElement } copyToEl
* /
function copyStylesFromTo ( copyFromEl , copyToEl ) {
var computedStyle = window . getComputedStyle ( copyFromEl ) ;
Array . from ( computedStyle ) . filter ( function ( s ) {
return s . startsWith ( "background" ) || s . startsWith ( "padding" ) || s . startsWith ( "font" ) || s . startsWith ( "text" ) || s . startsWith ( "align" ) || s . startsWith ( "justify" ) || s . startsWith ( "display" ) || s . startsWith ( "flex" ) || s . startsWith ( "border" ) || s === "opacity" || s === "color" || s === "list-style-type" ;
} ) . forEach ( function ( s ) {
return copyToEl . style . setProperty ( s , computedStyle . getPropertyValue ( s ) , computedStyle . getPropertyPriority ( s ) ) ;
} ) ;
}
/ * *
* makes the element compatible with being draggable
* @ param { HTMLElement } draggableEl
* @ param { boolean } dragDisabled
* /
function styleDraggable ( draggableEl , dragDisabled ) {
draggableEl . draggable = false ;
draggableEl . ondragstart = function ( ) {
return false ;
} ;
if ( ! dragDisabled ) {
draggableEl . style . userSelect = "none" ;
draggableEl . style . WebkitUserSelect = "none" ;
draggableEl . style . cursor = "grab" ;
} else {
draggableEl . style . userSelect = "" ;
draggableEl . style . WebkitUserSelect = "" ;
draggableEl . style . cursor = "" ;
}
}
/ * *
* Hides the provided element so that it can stay in the dom without interrupting
* @ param { HTMLElement } dragTarget
* /
function hideOriginalDragTarget ( dragTarget ) {
dragTarget . style . display = "none" ;
dragTarget . style . position = "fixed" ;
dragTarget . style . zIndex = "-5" ;
}
/ * *
* styles the shadow element
* @ param { HTMLElement } shadowEl
* /
function decorateShadowEl ( shadowEl ) {
shadowEl . style . visibility = "hidden" ;
shadowEl . setAttribute ( SHADOW _ELEMENT _ATTRIBUTE _NAME , "true" ) ;
}
/ * *
* undo the styles the shadow element
* @ param { HTMLElement } shadowEl
* /
function unDecorateShadowElement ( shadowEl ) {
shadowEl . style . visibility = "" ;
shadowEl . removeAttribute ( SHADOW _ELEMENT _ATTRIBUTE _NAME ) ;
}
/ * *
* will mark the given dropzones as visually active
* @ param { Array < HTMLElement > } dropZones
* @ param { Function } getStyles - maps a dropzone to a styles object ( so the styles can be removed )
* @ param { Function } getClasses - maps a dropzone to a classList
* /
function styleActiveDropZones ( dropZones ) {
var getStyles = arguments . length > 1 && arguments [ 1 ] !== undefined ? arguments [ 1 ] : function ( ) { } ;
var getClasses = arguments . length > 2 && arguments [ 2 ] !== undefined ? arguments [ 2 ] : function ( ) {
return [ ] ;
} ;
dropZones . forEach ( function ( dz ) {
var styles = getStyles ( dz ) ;
Object . keys ( styles ) . forEach ( function ( style ) {
dz . style [ style ] = styles [ style ] ;
} ) ;
getClasses ( dz ) . forEach ( function ( c ) {
return dz . classList . add ( c ) ;
} ) ;
} ) ;
}
/ * *
* will remove the 'active' styling from given dropzones
* @ param { Array < HTMLElement > } dropZones
* @ param { Function } getStyles - maps a dropzone to a styles object
* @ param { Function } getClasses - maps a dropzone to a classList
* /
function styleInactiveDropZones ( dropZones ) {
var getStyles = arguments . length > 1 && arguments [ 1 ] !== undefined ? arguments [ 1 ] : function ( ) { } ;
var getClasses = arguments . length > 2 && arguments [ 2 ] !== undefined ? arguments [ 2 ] : function ( ) {
return [ ] ;
} ;
dropZones . forEach ( function ( dz ) {
var styles = getStyles ( dz ) ;
Object . keys ( styles ) . forEach ( function ( style ) {
dz . style [ style ] = "" ;
} ) ;
getClasses ( dz ) . forEach ( function ( c ) {
return dz . classList . contains ( c ) && dz . classList . remove ( c ) ;
} ) ;
} ) ;
}
/ * *
* will prevent the provided element from shrinking by setting its minWidth and minHeight to the current width and height values
* @ param { HTMLElement } el
* @ return { function ( ) : void } - run this function to undo the operation and restore the original values
* /
function preventShrinking ( el ) {
var originalMinHeight = el . style . minHeight ;
el . style . minHeight = window . getComputedStyle ( el ) . getPropertyValue ( "height" ) ;
var originalMinWidth = el . style . minWidth ;
el . style . minWidth = window . getComputedStyle ( el ) . getPropertyValue ( "width" ) ;
return function undo ( ) {
el . style . minHeight = originalMinHeight ;
el . style . minWidth = originalMinWidth ;
} ;
}
var DEFAULT _DROP _ZONE _TYPE = "--any--" ;
var MIN _OBSERVATION _INTERVAL _MS = 100 ;
var MIN _MOVEMENT _BEFORE _DRAG _START _PX = 3 ;
var DEFAULT _DROP _TARGET _STYLE = {
outline : "rgba(255, 255, 102, 0.7) solid 2px"
} ;
var originalDragTarget ;
var draggedEl ;
var draggedElData ;
var draggedElType ;
var originDropZone ;
var originIndex ;
var shadowElData ;
var shadowElDropZone ;
var dragStartMousePosition ;
var currentMousePosition ;
var isWorkingOnPreviousDrag = false ;
var finalizingPreviousDrag = false ;
var unlockOriginDzMinDimensions ;
var isDraggedOutsideOfAnyDz = false ; // a map from type to a set of drop-zones
var typeToDropZones = new Map ( ) ; // important - this is needed because otherwise the config that would be used for everyone is the config of the element that created the event listeners
var dzToConfig = new Map ( ) ; // this is needed in order to be able to cleanup old listeners and avoid stale closures issues (as the listener is defined within each zone)
var elToMouseDownListener = new WeakMap ( ) ;
/* drop-zones registration management */
function registerDropZone ( dropZoneEl , type ) {
if ( ! typeToDropZones . has ( type ) ) {
typeToDropZones . set ( type , new Set ( ) ) ;
}
if ( ! typeToDropZones . get ( type ) . has ( dropZoneEl ) ) {
typeToDropZones . get ( type ) . add ( dropZoneEl ) ;
incrementActiveDropZoneCount ( ) ;
}
}
function unregisterDropZone ( dropZoneEl , type ) {
typeToDropZones . get ( type ) [ "delete" ] ( dropZoneEl ) ;
decrementActiveDropZoneCount ( ) ;
if ( typeToDropZones . get ( type ) . size === 0 ) {
typeToDropZones [ "delete" ] ( type ) ;
}
}
/* functions to manage observing the dragged element and trigger custom drag-events */
function watchDraggedElement ( ) {
armWindowScroller ( ) ;
var dropZones = typeToDropZones . get ( draggedElType ) ;
var _iterator = _createForOfIteratorHelper ( dropZones ) ,
_step ;
try {
for ( _iterator . s ( ) ; ! ( _step = _iterator . n ( ) ) . done ; ) {
var dz = _step . value ;
dz . addEventListener ( DRAGGED _ENTERED _EVENT _NAME , handleDraggedEntered ) ;
dz . addEventListener ( DRAGGED _LEFT _EVENT _NAME , handleDraggedLeft ) ;
dz . addEventListener ( DRAGGED _OVER _INDEX _EVENT _NAME , handleDraggedIsOverIndex ) ;
}
} catch ( err ) {
_iterator . e ( err ) ;
} finally {
_iterator . f ( ) ;
}
window . addEventListener ( DRAGGED _LEFT _DOCUMENT _EVENT _NAME , handleDrop ) ; // it is important that we don't have an interval that is faster than the flip duration because it can cause elements to jump bach and forth
var observationIntervalMs = Math . max . apply ( Math , [ MIN _OBSERVATION _INTERVAL _MS ] . concat ( _toConsumableArray ( Array . from ( dropZones . keys ( ) ) . map ( function ( dz ) {
return dzToConfig . get ( dz ) . dropAnimationDurationMs ;
} ) ) ) ) ;
observe ( draggedEl , dropZones , observationIntervalMs * 1.07 ) ;
}
function unWatchDraggedElement ( ) {
disarmWindowScroller ( ) ;
var dropZones = typeToDropZones . get ( draggedElType ) ;
var _iterator2 = _createForOfIteratorHelper ( dropZones ) ,
_step2 ;
try {
for ( _iterator2 . s ( ) ; ! ( _step2 = _iterator2 . n ( ) ) . done ; ) {
var dz = _step2 . value ;
dz . removeEventListener ( DRAGGED _ENTERED _EVENT _NAME , handleDraggedEntered ) ;
dz . removeEventListener ( DRAGGED _LEFT _EVENT _NAME , handleDraggedLeft ) ;
dz . removeEventListener ( DRAGGED _OVER _INDEX _EVENT _NAME , handleDraggedIsOverIndex ) ;
}
} catch ( err ) {
_iterator2 . e ( err ) ;
} finally {
_iterator2 . f ( ) ;
}
window . removeEventListener ( DRAGGED _LEFT _DOCUMENT _EVENT _NAME , handleDrop ) ;
unobserve ( ) ;
} // finds the initial placeholder that is placed there on drag start
function findShadowPlaceHolderIdx ( items ) {
return items . findIndex ( function ( item ) {
return item [ ITEM _ID _KEY ] === SHADOW _PLACEHOLDER _ITEM _ID ;
} ) ;
}
function findShadowElementIdx ( items ) {
// checking that the id is not the placeholder's for Dragula like usecases
return items . findIndex ( function ( item ) {
return ! ! item [ SHADOW _ITEM _MARKER _PROPERTY _NAME ] && item [ ITEM _ID _KEY ] !== SHADOW _PLACEHOLDER _ITEM _ID ;
} ) ;
}
/* custom drag-events handlers */
function handleDraggedEntered ( e ) {
var _dzToConfig$get = dzToConfig . get ( e . currentTarget ) ,
items = _dzToConfig$get . items ,
dropFromOthersDisabled = _dzToConfig$get . dropFromOthersDisabled ;
if ( dropFromOthersDisabled && e . currentTarget !== originDropZone ) {
return ;
}
isDraggedOutsideOfAnyDz = false ; // this deals with another race condition. in rare occasions (super rapid operations) the list hasn't updated yet
items = items . filter ( function ( item ) {
return item [ ITEM _ID _KEY ] !== shadowElData [ ITEM _ID _KEY ] ;
} ) ;
if ( originDropZone !== e . currentTarget ) {
var originZoneItems = dzToConfig . get ( originDropZone ) . items ;
var newOriginZoneItems = originZoneItems . filter ( function ( item ) {
return ! item [ SHADOW _ITEM _MARKER _PROPERTY _NAME ] ;
} ) ;
dispatchConsiderEvent ( originDropZone , newOriginZoneItems , {
trigger : TRIGGERS . DRAGGED _ENTERED _ANOTHER ,
id : draggedElData [ ITEM _ID _KEY ] ,
source : SOURCES . POINTER
} ) ;
} else {
var shadowPlaceHolderIdx = findShadowPlaceHolderIdx ( items ) ;
if ( shadowPlaceHolderIdx !== - 1 ) {
items . splice ( shadowPlaceHolderIdx , 1 ) ;
}
}
var _e$detail$indexObj = e . detail . indexObj ,
index = _e$detail$indexObj . index ,
isProximityBased = _e$detail$indexObj . isProximityBased ;
var shadowElIdx = isProximityBased && index === e . currentTarget . children . length - 1 ? index + 1 : index ;
shadowElDropZone = e . currentTarget ;
items . splice ( shadowElIdx , 0 , shadowElData ) ;
dispatchConsiderEvent ( e . currentTarget , items , {
trigger : TRIGGERS . DRAGGED _ENTERED ,
id : draggedElData [ ITEM _ID _KEY ] ,
source : SOURCES . POINTER
} ) ;
}
function handleDraggedLeft ( e ) {
// dealing with a rare race condition on extremely rapid clicking and dropping
if ( ! isWorkingOnPreviousDrag ) return ;
var _dzToConfig$get2 = dzToConfig . get ( e . currentTarget ) ,
items = _dzToConfig$get2 . items ,
dropFromOthersDisabled = _dzToConfig$get2 . dropFromOthersDisabled ;
if ( dropFromOthersDisabled && e . currentTarget !== originDropZone && e . currentTarget !== shadowElDropZone ) {
return ;
}
var shadowElIdx = findShadowElementIdx ( items ) ;
var shadowItem = items . splice ( shadowElIdx , 1 ) [ 0 ] ;
shadowElDropZone = undefined ;
var _e$detail = e . detail ,
type = _e$detail . type ,
theOtherDz = _e$detail . theOtherDz ;
if ( type === DRAGGED _LEFT _TYPES . OUTSIDE _OF _ANY || type === DRAGGED _LEFT _TYPES . LEFT _FOR _ANOTHER && theOtherDz !== originDropZone && dzToConfig . get ( theOtherDz ) . dropFromOthersDisabled ) {
isDraggedOutsideOfAnyDz = true ;
shadowElDropZone = originDropZone ;
var originZoneItems = dzToConfig . get ( originDropZone ) . items ;
originZoneItems . splice ( originIndex , 0 , shadowItem ) ;
dispatchConsiderEvent ( originDropZone , originZoneItems , {
trigger : TRIGGERS . DRAGGED _LEFT _ALL ,
id : draggedElData [ ITEM _ID _KEY ] ,
source : SOURCES . POINTER
} ) ;
} // for the origin dz, when the dragged is outside of any, this will be fired in addition to the previous. this is for simplicity
dispatchConsiderEvent ( e . currentTarget , items , {
trigger : TRIGGERS . DRAGGED _LEFT ,
id : draggedElData [ ITEM _ID _KEY ] ,
source : SOURCES . POINTER
} ) ;
}
function handleDraggedIsOverIndex ( e ) {
var _dzToConfig$get3 = dzToConfig . get ( e . currentTarget ) ,
items = _dzToConfig$get3 . items ,
dropFromOthersDisabled = _dzToConfig$get3 . dropFromOthersDisabled ;
if ( dropFromOthersDisabled && e . currentTarget !== originDropZone ) {
return ;
}
isDraggedOutsideOfAnyDz = false ;
var index = e . detail . indexObj . index ;
var shadowElIdx = findShadowElementIdx ( items ) ;
items . splice ( shadowElIdx , 1 ) ;
items . splice ( index , 0 , shadowElData ) ;
dispatchConsiderEvent ( e . currentTarget , items , {
trigger : TRIGGERS . DRAGGED _OVER _INDEX ,
id : draggedElData [ ITEM _ID _KEY ] ,
source : SOURCES . POINTER
} ) ;
} // Global mouse/touch-events handlers
function handleMouseMove ( e ) {
e . preventDefault ( ) ;
var c = e . touches ? e . touches [ 0 ] : e ;
currentMousePosition = {
x : c . clientX ,
y : c . clientY
} ;
draggedEl . style . transform = "translate3d(" . concat ( currentMousePosition . x - dragStartMousePosition . x , "px, " ) . concat ( currentMousePosition . y - dragStartMousePosition . y , "px, 0)" ) ;
}
function handleDrop ( ) {
finalizingPreviousDrag = true ; // cleanup
window . removeEventListener ( "mousemove" , handleMouseMove ) ;
window . removeEventListener ( "touchmove" , handleMouseMove ) ;
window . removeEventListener ( "mouseup" , handleDrop ) ;
window . removeEventListener ( "touchend" , handleDrop ) ;
unWatchDraggedElement ( ) ;
moveDraggedElementToWasDroppedState ( draggedEl ) ;
if ( ! shadowElDropZone ) {
shadowElDropZone = originDropZone ;
}
var _dzToConfig$get4 = dzToConfig . get ( shadowElDropZone ) ,
items = _dzToConfig$get4 . items ,
type = _dzToConfig$get4 . type ;
styleInactiveDropZones ( typeToDropZones . get ( type ) , function ( dz ) {
return dzToConfig . get ( dz ) . dropTargetStyle ;
} , function ( dz ) {
return dzToConfig . get ( dz ) . dropTargetClasses ;
} ) ;
var shadowElIdx = findShadowElementIdx ( items ) ; // the handler might remove the shadow element, ex: dragula like copy on drag
if ( shadowElIdx === - 1 ) shadowElIdx = originIndex ;
items = items . map ( function ( item ) {
return item [ SHADOW _ITEM _MARKER _PROPERTY _NAME ] ? draggedElData : item ;
} ) ;
function finalizeWithinZone ( ) {
unlockOriginDzMinDimensions ( ) ;
dispatchFinalizeEvent ( shadowElDropZone , items , {
trigger : isDraggedOutsideOfAnyDz ? TRIGGERS . DROPPED _OUTSIDE _OF _ANY : TRIGGERS . DROPPED _INTO _ZONE ,
id : draggedElData [ ITEM _ID _KEY ] ,
source : SOURCES . POINTER
} ) ;
if ( shadowElDropZone !== originDropZone ) {
// letting the origin drop zone know the element was permanently taken away
dispatchFinalizeEvent ( originDropZone , dzToConfig . get ( originDropZone ) . items , {
trigger : TRIGGERS . DROPPED _INTO _ANOTHER ,
id : draggedElData [ ITEM _ID _KEY ] ,
source : SOURCES . POINTER
} ) ;
}
unDecorateShadowElement ( shadowElDropZone . children [ shadowElIdx ] ) ;
cleanupPostDrop ( ) ;
}
animateDraggedToFinalPosition ( shadowElIdx , finalizeWithinZone ) ;
} // helper function for handleDrop
function animateDraggedToFinalPosition ( shadowElIdx , callback ) {
var shadowElRect = getBoundingRectNoTransforms ( shadowElDropZone . children [ shadowElIdx ] ) ;
var newTransform = {
x : shadowElRect . left - parseFloat ( draggedEl . style . left ) ,
y : shadowElRect . top - parseFloat ( draggedEl . style . top )
} ;
var _dzToConfig$get5 = dzToConfig . get ( shadowElDropZone ) ,
dropAnimationDurationMs = _dzToConfig$get5 . dropAnimationDurationMs ;
var transition = "transform " . concat ( dropAnimationDurationMs , "ms ease" ) ;
draggedEl . style . transition = draggedEl . style . transition ? draggedEl . style . transition + "," + transition : transition ;
draggedEl . style . transform = "translate3d(" . concat ( newTransform . x , "px, " ) . concat ( newTransform . y , "px, 0)" ) ;
window . setTimeout ( callback , dropAnimationDurationMs ) ;
}
/* cleanup */
function cleanupPostDrop ( ) {
draggedEl . remove ( ) ;
originalDragTarget . remove ( ) ;
draggedEl = undefined ;
originalDragTarget = undefined ;
draggedElData = undefined ;
draggedElType = undefined ;
originDropZone = undefined ;
originIndex = undefined ;
shadowElData = undefined ;
shadowElDropZone = undefined ;
dragStartMousePosition = undefined ;
currentMousePosition = undefined ;
isWorkingOnPreviousDrag = false ;
finalizingPreviousDrag = false ;
unlockOriginDzMinDimensions = undefined ;
isDraggedOutsideOfAnyDz = false ;
}
function dndzone ( node , options ) {
var config = {
items : undefined ,
type : undefined ,
flipDurationMs : 0 ,
dragDisabled : false ,
morphDisabled : false ,
dropFromOthersDisabled : false ,
dropTargetStyle : DEFAULT _DROP _TARGET _STYLE ,
dropTargetClasses : [ ] ,
transformDraggedElement : function transformDraggedElement ( ) { } ,
centreDraggedOnCursor : false
} ;
var elToIdx = new Map ( ) ;
function addMaybeListeners ( ) {
window . addEventListener ( "mousemove" , handleMouseMoveMaybeDragStart , {
passive : false
} ) ;
window . addEventListener ( "touchmove" , handleMouseMoveMaybeDragStart , {
passive : false ,
capture : false
} ) ;
window . addEventListener ( "mouseup" , handleFalseAlarm , {
passive : false
} ) ;
window . addEventListener ( "touchend" , handleFalseAlarm , {
passive : false
} ) ;
}
function removeMaybeListeners ( ) {
window . removeEventListener ( "mousemove" , handleMouseMoveMaybeDragStart ) ;
window . removeEventListener ( "touchmove" , handleMouseMoveMaybeDragStart ) ;
window . removeEventListener ( "mouseup" , handleFalseAlarm ) ;
window . removeEventListener ( "touchend" , handleFalseAlarm ) ;
}
function handleFalseAlarm ( ) {
removeMaybeListeners ( ) ;
originalDragTarget = undefined ;
dragStartMousePosition = undefined ;
currentMousePosition = undefined ;
}
function handleMouseMoveMaybeDragStart ( e ) {
e . preventDefault ( ) ;
var c = e . touches ? e . touches [ 0 ] : e ;
currentMousePosition = {
x : c . clientX ,
y : c . clientY
} ;
if ( Math . abs ( currentMousePosition . x - dragStartMousePosition . x ) >= MIN _MOVEMENT _BEFORE _DRAG _START _PX || Math . abs ( currentMousePosition . y - dragStartMousePosition . y ) >= MIN _MOVEMENT _BEFORE _DRAG _START _PX ) {
removeMaybeListeners ( ) ;
handleDragStart ( ) ;
}
}
function handleMouseDown ( e ) {
// on safari clicking on a select element doesn't fire mouseup at the end of the click and in general this makes more sense
if ( e . target !== e . currentTarget && ( e . target . value !== undefined || e . target . isContentEditable ) ) {
return ;
} // prevents responding to any button but left click which equals 0 (which is falsy)
if ( e . button ) {
return ;
}
if ( isWorkingOnPreviousDrag ) {
return ;
}
e . stopPropagation ( ) ;
var c = e . touches ? e . touches [ 0 ] : e ;
dragStartMousePosition = {
x : c . clientX ,
y : c . clientY
} ;
currentMousePosition = _objectSpread2 ( { } , dragStartMousePosition ) ;
originalDragTarget = e . currentTarget ;
addMaybeListeners ( ) ;
}
function handleDragStart ( ) {
isWorkingOnPreviousDrag = true ; // initialising globals
var currentIdx = elToIdx . get ( originalDragTarget ) ;
originIndex = currentIdx ;
originDropZone = originalDragTarget . parentElement ;
var items = config . items ,
type = config . type ,
centreDraggedOnCursor = config . centreDraggedOnCursor ;
draggedElData = _objectSpread2 ( { } , items [ currentIdx ] ) ;
draggedElType = type ;
shadowElData = _objectSpread2 ( _objectSpread2 ( { } , draggedElData ) , { } , _defineProperty ( { } , SHADOW _ITEM _MARKER _PROPERTY _NAME , true ) ) ; // The initial shadow element. We need a different id at first in order to avoid conflicts and timing issues
var placeHolderElData = _objectSpread2 ( _objectSpread2 ( { } , shadowElData ) , { } , _defineProperty ( { } , ITEM _ID _KEY , SHADOW _PLACEHOLDER _ITEM _ID ) ) ; // creating the draggable element
draggedEl = createDraggedElementFrom ( originalDragTarget , centreDraggedOnCursor && currentMousePosition ) ; // We will keep the original dom node in the dom because touch events keep firing on it, we want to re-add it after the framework removes it
function keepOriginalElementInDom ( ) {
if ( ! draggedEl . parentElement ) {
document . body . appendChild ( draggedEl ) ; // to prevent the outline from disappearing
draggedEl . focus ( ) ;
watchDraggedElement ( ) ;
hideOriginalDragTarget ( originalDragTarget ) ;
document . body . appendChild ( originalDragTarget ) ;
} else {
window . requestAnimationFrame ( keepOriginalElementInDom ) ;
}
}
window . requestAnimationFrame ( keepOriginalElementInDom ) ;
styleActiveDropZones ( Array . from ( typeToDropZones . get ( config . type ) ) . filter ( function ( dz ) {
return dz === originDropZone || ! dzToConfig . get ( dz ) . dropFromOthersDisabled ;
} ) , function ( dz ) {
return dzToConfig . get ( dz ) . dropTargetStyle ;
} , function ( dz ) {
return dzToConfig . get ( dz ) . dropTargetClasses ;
} ) ; // removing the original element by removing its data entry
items . splice ( currentIdx , 1 , placeHolderElData ) ;
unlockOriginDzMinDimensions = preventShrinking ( originDropZone ) ;
dispatchConsiderEvent ( originDropZone , items , {
trigger : TRIGGERS . DRAG _STARTED ,
id : draggedElData [ ITEM _ID _KEY ] ,
source : SOURCES . POINTER
} ) ; // handing over to global handlers - starting to watch the element
window . addEventListener ( "mousemove" , handleMouseMove , {
passive : false
} ) ;
window . addEventListener ( "touchmove" , handleMouseMove , {
passive : false ,
capture : false
} ) ;
window . addEventListener ( "mouseup" , handleDrop , {
passive : false
} ) ;
window . addEventListener ( "touchend" , handleDrop , {
passive : false
} ) ;
}
function configure ( _ref ) {
var _ref$items = _ref . items ,
items = _ref$items === void 0 ? undefined : _ref$items ,
_ref$flipDurationMs = _ref . flipDurationMs ,
dropAnimationDurationMs = _ref$flipDurationMs === void 0 ? 0 : _ref$flipDurationMs ,
_ref$type = _ref . type ,
newType = _ref$type === void 0 ? DEFAULT _DROP _ZONE _TYPE : _ref$type ,
_ref$dragDisabled = _ref . dragDisabled ,
dragDisabled = _ref$dragDisabled === void 0 ? false : _ref$dragDisabled ,
_ref$morphDisabled = _ref . morphDisabled ,
morphDisabled = _ref$morphDisabled === void 0 ? false : _ref$morphDisabled ,
_ref$dropFromOthersDi = _ref . dropFromOthersDisabled ,
dropFromOthersDisabled = _ref$dropFromOthersDi === void 0 ? false : _ref$dropFromOthersDi ,
_ref$dropTargetStyle = _ref . dropTargetStyle ,
dropTargetStyle = _ref$dropTargetStyle === void 0 ? DEFAULT _DROP _TARGET _STYLE : _ref$dropTargetStyle ,
_ref$dropTargetClasse = _ref . dropTargetClasses ,
dropTargetClasses = _ref$dropTargetClasse === void 0 ? [ ] : _ref$dropTargetClasse ,
_ref$transformDragged = _ref . transformDraggedElement ,
transformDraggedElement = _ref$transformDragged === void 0 ? function ( ) { } : _ref$transformDragged ,
_ref$centreDraggedOnC = _ref . centreDraggedOnCursor ,
centreDraggedOnCursor = _ref$centreDraggedOnC === void 0 ? false : _ref$centreDraggedOnC ;
config . dropAnimationDurationMs = dropAnimationDurationMs ;
if ( config . type && newType !== config . type ) {
unregisterDropZone ( node , config . type ) ;
}
config . type = newType ;
registerDropZone ( node , newType ) ;
config . items = _toConsumableArray ( items ) ;
config . dragDisabled = dragDisabled ;
config . morphDisabled = morphDisabled ;
config . transformDraggedElement = transformDraggedElement ;
config . centreDraggedOnCursor = centreDraggedOnCursor ; // realtime update for dropTargetStyle
if ( isWorkingOnPreviousDrag && ! finalizingPreviousDrag && ( ! areObjectsShallowEqual ( dropTargetStyle , config . dropTargetStyle ) || ! areArraysShallowEqualSameOrder ( dropTargetClasses , config . dropTargetClasses ) ) ) {
styleInactiveDropZones ( [ node ] , function ( ) {
return config . dropTargetStyle ;
} , function ( ) {
return dropTargetClasses ;
} ) ;
styleActiveDropZones ( [ node ] , function ( ) {
return dropTargetStyle ;
} , function ( ) {
return dropTargetClasses ;
} ) ;
}
config . dropTargetStyle = dropTargetStyle ;
config . dropTargetClasses = _toConsumableArray ( dropTargetClasses ) ; // realtime update for dropFromOthersDisabled
function getConfigProp ( dz , propName ) {
return dzToConfig . get ( dz ) ? dzToConfig . get ( dz ) [ propName ] : config [ propName ] ;
}
if ( isWorkingOnPreviousDrag && config . dropFromOthersDisabled !== dropFromOthersDisabled ) {
if ( dropFromOthersDisabled ) {
styleInactiveDropZones ( [ node ] , function ( dz ) {
return getConfigProp ( dz , "dropTargetStyle" ) ;
} , function ( dz ) {
return getConfigProp ( dz , "dropTargetClasses" ) ;
} ) ;
} else {
styleActiveDropZones ( [ node ] , function ( dz ) {
return getConfigProp ( dz , "dropTargetStyle" ) ;
} , function ( dz ) {
return getConfigProp ( dz , "dropTargetClasses" ) ;
} ) ;
}
}
config . dropFromOthersDisabled = dropFromOthersDisabled ;
dzToConfig . set ( node , config ) ;
var shadowElIdx = findShadowElementIdx ( config . items ) ;
var _loop = function _loop ( idx ) {
var draggableEl = node . children [ idx ] ;
styleDraggable ( draggableEl , dragDisabled ) ;
if ( idx === shadowElIdx ) {
if ( ! morphDisabled ) {
morphDraggedElementToBeLike ( draggedEl , draggableEl , currentMousePosition . x , currentMousePosition . y , function ( ) {
return config . transformDraggedElement ( draggedEl , draggedElData , idx ) ;
} ) ;
}
decorateShadowEl ( draggableEl ) ;
return "continue" ;
}
draggableEl . removeEventListener ( "mousedown" , elToMouseDownListener . get ( draggableEl ) ) ;
draggableEl . removeEventListener ( "touchstart" , elToMouseDownListener . get ( draggableEl ) ) ;
if ( ! dragDisabled ) {
draggableEl . addEventListener ( "mousedown" , handleMouseDown ) ;
draggableEl . addEventListener ( "touchstart" , handleMouseDown ) ;
elToMouseDownListener . set ( draggableEl , handleMouseDown ) ;
} // updating the idx
elToIdx . set ( draggableEl , idx ) ;
} ;
for ( var idx = 0 ; idx < node . children . length ; idx ++ ) {
var _ret = _loop ( idx ) ;
if ( _ret === "continue" ) continue ;
}
}
configure ( options ) ;
return {
update : function update ( newOptions ) {
configure ( newOptions ) ;
} ,
destroy : function destroy ( ) {
unregisterDropZone ( node , config . type ) ;
dzToConfig [ "delete" ] ( node ) ;
}
} ;
}
var _ID _TO _INSTRUCTION ;
var INSTRUCTION _IDs = {
DND _ZONE _ACTIVE : "dnd-zone-active" ,
DND _ZONE _DRAG _DISABLED : "dnd-zone-drag-disabled"
} ;
var ID _TO _INSTRUCTION = ( _ID _TO _INSTRUCTION = { } , _defineProperty ( _ID _TO _INSTRUCTION , INSTRUCTION _IDs . DND _ZONE _ACTIVE , "Tab to one the items and press space-bar or enter to start dragging it" ) , _defineProperty ( _ID _TO _INSTRUCTION , INSTRUCTION _IDs . DND _ZONE _DRAG _DISABLED , "This is a disabled drag and drop list" ) , _ID _TO _INSTRUCTION ) ;
var ALERT _DIV _ID = "dnd-action-aria-alert" ;
var alertsDiv ;
function initAriaOnBrowser ( ) {
// setting the dynamic alerts
alertsDiv = document . createElement ( "div" ) ;
( function initAlertsDiv ( ) {
alertsDiv . id = ALERT _DIV _ID ; // tab index -1 makes the alert be read twice on chrome for some reason
//alertsDiv.tabIndex = -1;
alertsDiv . style . position = "fixed" ;
alertsDiv . style . bottom = "0" ;
alertsDiv . style . left = "0" ;
alertsDiv . style . zIndex = "-5" ;
alertsDiv . style . opacity = "0" ;
alertsDiv . style . height = "0" ;
alertsDiv . style . width = "0" ;
alertsDiv . setAttribute ( "role" , "alert" ) ;
} ) ( ) ;
document . body . prepend ( alertsDiv ) ; // setting the instructions
Object . entries ( ID _TO _INSTRUCTION ) . forEach ( function ( _ref ) {
var _ref2 = _slicedToArray ( _ref , 2 ) ,
id = _ref2 [ 0 ] ,
txt = _ref2 [ 1 ] ;
return document . body . prepend ( instructionToHiddenDiv ( id , txt ) ) ;
} ) ;
}
/ * *
* Initializes the static aria instructions so they can be attached to zones
* @ return { { DND _ZONE _ACTIVE : string , DND _ZONE _DRAG _DISABLED : string } | null } - the IDs for static aria instruction ( to be used via aria - describedby ) or null on the server
* /
function initAria ( ) {
if ( isOnServer ) return null ;
if ( document . readyState === "complete" ) {
initAriaOnBrowser ( ) ;
} else {
window . addEventListener ( "DOMContentLoaded" , initAriaOnBrowser ) ;
}
return _objectSpread2 ( { } , INSTRUCTION _IDs ) ;
}
function instructionToHiddenDiv ( id , txt ) {
var div = document . createElement ( "div" ) ;
div . id = id ;
div . innerHTML = "<p>" . concat ( txt , "</p>" ) ;
div . style . display = "none" ;
div . style . position = "fixed" ;
div . style . zIndex = "-5" ;
return div ;
}
/ * *
* Will make the screen reader alert the provided text to the user
* @ param { string } txt
* /
function alertToScreenReader ( txt ) {
alertsDiv . innerHTML = "" ;
var alertText = document . createTextNode ( txt ) ;
alertsDiv . appendChild ( alertText ) ; // this is needed for Safari
alertsDiv . style . display = "none" ;
alertsDiv . style . display = "inline" ;
}
var DEFAULT _DROP _ZONE _TYPE$1 = "--any--" ;
var DEFAULT _DROP _TARGET _STYLE$1 = {
outline : "rgba(255, 255, 102, 0.7) solid 2px"
} ;
var isDragging = false ;
var draggedItemType ;
var focusedDz ;
var focusedDzLabel = "" ;
var focusedItem ;
var focusedItemId ;
var focusedItemLabel = "" ;
var allDragTargets = new WeakSet ( ) ;
var elToKeyDownListeners = new WeakMap ( ) ;
var elToFocusListeners = new WeakMap ( ) ;
var dzToHandles = new Map ( ) ;
var dzToConfig$1 = new Map ( ) ;
var typeToDropZones$1 = new Map ( ) ;
/ * T O D O ( p o t e n t i a l l y )
* what ' s the deal with the black border of voice - reader not following focus ?
* maybe keep focus on the last dragged item upon drop ?
* /
var INSTRUCTION _IDs$1 = initAria ( ) ;
/* drop-zones registration management */
function registerDropZone$1 ( dropZoneEl , type ) {
if ( typeToDropZones$1 . size === 0 ) {
window . addEventListener ( "keydown" , globalKeyDownHandler ) ;
window . addEventListener ( "click" , globalClickHandler ) ;
}
if ( ! typeToDropZones$1 . has ( type ) ) {
typeToDropZones$1 . set ( type , new Set ( ) ) ;
}
if ( ! typeToDropZones$1 . get ( type ) . has ( dropZoneEl ) ) {
typeToDropZones$1 . get ( type ) . add ( dropZoneEl ) ;
incrementActiveDropZoneCount ( ) ;
}
}
function unregisterDropZone$1 ( dropZoneEl , type ) {
if ( focusedDz === dropZoneEl ) {
handleDrop$1 ( ) ;
}
typeToDropZones$1 . get ( type ) [ "delete" ] ( dropZoneEl ) ;
decrementActiveDropZoneCount ( ) ;
if ( typeToDropZones$1 . get ( type ) . size === 0 ) {
typeToDropZones$1 [ "delete" ] ( type ) ;
}
if ( typeToDropZones$1 . size === 0 ) {
window . removeEventListener ( "keydown" , globalKeyDownHandler ) ;
window . removeEventListener ( "click" , globalClickHandler ) ;
}
}
function globalKeyDownHandler ( e ) {
if ( ! isDragging ) return ;
switch ( e . key ) {
case "Escape" :
{
handleDrop$1 ( ) ;
break ;
}
}
}
function globalClickHandler ( ) {
if ( ! isDragging ) return ;
if ( ! allDragTargets . has ( document . activeElement ) ) {
handleDrop$1 ( ) ;
}
}
function handleZoneFocus ( e ) {
if ( ! isDragging ) return ;
var newlyFocusedDz = e . currentTarget ;
if ( newlyFocusedDz === focusedDz ) return ;
focusedDzLabel = newlyFocusedDz . getAttribute ( "aria-label" ) || "" ;
var _dzToConfig$get = dzToConfig$1 . get ( focusedDz ) ,
originItems = _dzToConfig$get . items ;
var originItem = originItems . find ( function ( item ) {
return item [ ITEM _ID _KEY ] === focusedItemId ;
} ) ;
var originIdx = originItems . indexOf ( originItem ) ;
var itemToMove = originItems . splice ( originIdx , 1 ) [ 0 ] ;
var _dzToConfig$get2 = dzToConfig$1 . get ( newlyFocusedDz ) ,
targetItems = _dzToConfig$get2 . items ,
autoAriaDisabled = _dzToConfig$get2 . autoAriaDisabled ;
if ( newlyFocusedDz . getBoundingClientRect ( ) . top < focusedDz . getBoundingClientRect ( ) . top || newlyFocusedDz . getBoundingClientRect ( ) . left < focusedDz . getBoundingClientRect ( ) . left ) {
targetItems . push ( itemToMove ) ;
if ( ! autoAriaDisabled ) {
alertToScreenReader ( "Moved item " . concat ( focusedItemLabel , " to the end of the list " ) . concat ( focusedDzLabel ) ) ;
}
} else {
targetItems . unshift ( itemToMove ) ;
if ( ! autoAriaDisabled ) {
alertToScreenReader ( "Moved item " . concat ( focusedItemLabel , " to the beginning of the list " ) . concat ( focusedDzLabel ) ) ;
}
}
var dzFrom = focusedDz ;
dispatchFinalizeEvent ( dzFrom , originItems , {
trigger : TRIGGERS . DROPPED _INTO _ANOTHER ,
id : focusedItemId ,
source : SOURCES . KEYBOARD
} ) ;
dispatchFinalizeEvent ( newlyFocusedDz , targetItems , {
trigger : TRIGGERS . DROPPED _INTO _ZONE ,
id : focusedItemId ,
source : SOURCES . KEYBOARD
} ) ;
focusedDz = newlyFocusedDz ;
}
function triggerAllDzsUpdate ( ) {
dzToHandles . forEach ( function ( _ref , dz ) {
var update = _ref . update ;
return update ( dzToConfig$1 . get ( dz ) ) ;
} ) ;
}
function handleDrop$1 ( ) {
var dispatchConsider = arguments . length > 0 && arguments [ 0 ] !== undefined ? arguments [ 0 ] : true ;
if ( ! dzToConfig$1 . get ( focusedDz ) . autoAriaDisabled ) {
alertToScreenReader ( "Stopped dragging item " . concat ( focusedItemLabel ) ) ;
}
if ( allDragTargets . has ( document . activeElement ) ) {
document . activeElement . blur ( ) ;
}
if ( dispatchConsider ) {
dispatchConsiderEvent ( focusedDz , dzToConfig$1 . get ( focusedDz ) . items , {
trigger : TRIGGERS . DRAG _STOPPED ,
id : focusedItemId ,
source : SOURCES . KEYBOARD
} ) ;
}
styleInactiveDropZones ( typeToDropZones$1 . get ( draggedItemType ) , function ( dz ) {
return dzToConfig$1 . get ( dz ) . dropTargetStyle ;
} , function ( dz ) {
return dzToConfig$1 . get ( dz ) . dropTargetClasses ;
} ) ;
focusedItem = null ;
focusedItemId = null ;
focusedItemLabel = "" ;
draggedItemType = null ;
focusedDz = null ;
focusedDzLabel = "" ;
isDragging = false ;
triggerAllDzsUpdate ( ) ;
} //////
function dndzone$1 ( node , options ) {
var config = {
items : undefined ,
type : undefined ,
dragDisabled : false ,
dropFromOthersDisabled : false ,
dropTargetStyle : DEFAULT _DROP _TARGET _STYLE$1 ,
dropTargetClasses : [ ] ,
autoAriaDisabled : false
} ;
function swap ( arr , i , j ) {
if ( arr . length <= 1 ) return ;
arr . splice ( j , 1 , arr . splice ( i , 1 , arr [ j ] ) [ 0 ] ) ;
}
function handleKeyDown ( e ) {
switch ( e . key ) {
case "Enter" :
case " " :
{
// we don't want to affect nested input elements or clickable elements
if ( ( e . target . disabled !== undefined || e . target . href || e . target . isContentEditable ) && ! allDragTargets . has ( e . target ) ) {
return ;
}
e . preventDefault ( ) ; // preventing scrolling on spacebar
e . stopPropagation ( ) ;
if ( isDragging ) {
// TODO - should this trigger a drop? only here or in general (as in when hitting space or enter outside of any zone)?
handleDrop$1 ( ) ;
} else {
// drag start
handleDragStart ( e ) ;
}
break ;
}
case "ArrowDown" :
case "ArrowRight" :
{
if ( ! isDragging ) return ;
e . preventDefault ( ) ; // prevent scrolling
e . stopPropagation ( ) ;
var _dzToConfig$get3 = dzToConfig$1 . get ( node ) ,
items = _dzToConfig$get3 . items ;
var children = Array . from ( node . children ) ;
var idx = children . indexOf ( e . currentTarget ) ;
if ( idx < children . length - 1 ) {
if ( ! config . autoAriaDisabled ) {
alertToScreenReader ( "Moved item " . concat ( focusedItemLabel , " to position " ) . concat ( idx + 2 , " in the list " ) . concat ( focusedDzLabel ) ) ;
}
swap ( items , idx , idx + 1 ) ;
dispatchFinalizeEvent ( node , items , {
trigger : TRIGGERS . DROPPED _INTO _ZONE ,
id : focusedItemId ,
source : SOURCES . KEYBOARD
} ) ;
}
break ;
}
case "ArrowUp" :
case "ArrowLeft" :
{
if ( ! isDragging ) return ;
e . preventDefault ( ) ; // prevent scrolling
e . stopPropagation ( ) ;
var _dzToConfig$get4 = dzToConfig$1 . get ( node ) ,
_items = _dzToConfig$get4 . items ;
var _children = Array . from ( node . children ) ;
var _idx = _children . indexOf ( e . currentTarget ) ;
if ( _idx > 0 ) {
if ( ! config . autoAriaDisabled ) {
alertToScreenReader ( "Moved item " . concat ( focusedItemLabel , " to position " ) . concat ( _idx , " in the list " ) . concat ( focusedDzLabel ) ) ;
}
swap ( _items , _idx , _idx - 1 ) ;
dispatchFinalizeEvent ( node , _items , {
trigger : TRIGGERS . DROPPED _INTO _ZONE ,
id : focusedItemId ,
source : SOURCES . KEYBOARD
} ) ;
}
break ;
}
}
}
function handleDragStart ( e ) {
setCurrentFocusedItem ( e . currentTarget ) ;
focusedDz = node ;
draggedItemType = config . type ;
isDragging = true ;
var dropTargets = Array . from ( typeToDropZones$1 . get ( config . type ) ) . filter ( function ( dz ) {
return dz === focusedDz || ! dzToConfig$1 . get ( dz ) . dropFromOthersDisabled ;
} ) ;
styleActiveDropZones ( dropTargets , function ( dz ) {
return dzToConfig$1 . get ( dz ) . dropTargetStyle ;
} , function ( dz ) {
return dzToConfig$1 . get ( dz ) . dropTargetClasses ;
} ) ;
if ( ! config . autoAriaDisabled ) {
var msg = "Started dragging item " . concat ( focusedItemLabel , ". Use the arrow keys to move it within its list " ) . concat ( focusedDzLabel ) ;
if ( dropTargets . length > 1 ) {
msg += ", or tab to another list in order to move the item into it" ;
}
alertToScreenReader ( msg ) ;
}
dispatchConsiderEvent ( node , dzToConfig$1 . get ( node ) . items , {
trigger : TRIGGERS . DRAG _STARTED ,
id : focusedItemId ,
source : SOURCES . KEYBOARD
} ) ;
triggerAllDzsUpdate ( ) ;
}
function handleClick ( e ) {
if ( ! isDragging ) return ;
if ( e . currentTarget === focusedItem ) return ;
e . stopPropagation ( ) ;
handleDrop$1 ( false ) ;
handleDragStart ( e ) ;
}
function setCurrentFocusedItem ( draggableEl ) {
var _dzToConfig$get5 = dzToConfig$1 . get ( node ) ,
items = _dzToConfig$get5 . items ;
var children = Array . from ( node . children ) ;
var focusedItemIdx = children . indexOf ( draggableEl ) ;
focusedItem = draggableEl ;
focusedItem . tabIndex = 0 ;
focusedItemId = items [ focusedItemIdx ] [ ITEM _ID _KEY ] ;
focusedItemLabel = children [ focusedItemIdx ] . getAttribute ( "aria-label" ) || "" ;
}
function configure ( _ref2 ) {
var _ref2$items = _ref2 . items ,
items = _ref2$items === void 0 ? [ ] : _ref2$items ,
_ref2$type = _ref2 . type ,
newType = _ref2$type === void 0 ? DEFAULT _DROP _ZONE _TYPE$1 : _ref2$type ,
_ref2$dragDisabled = _ref2 . dragDisabled ,
dragDisabled = _ref2$dragDisabled === void 0 ? false : _ref2$dragDisabled ,
_ref2$dropFromOthersD = _ref2 . dropFromOthersDisabled ,
dropFromOthersDisabled = _ref2$dropFromOthersD === void 0 ? false : _ref2$dropFromOthersD ,
_ref2$dropTargetStyle = _ref2 . dropTargetStyle ,
dropTargetStyle = _ref2$dropTargetStyle === void 0 ? DEFAULT _DROP _TARGET _STYLE$1 : _ref2$dropTargetStyle ,
_ref2$dropTargetClass = _ref2 . dropTargetClasses ,
dropTargetClasses = _ref2$dropTargetClass === void 0 ? [ ] : _ref2$dropTargetClass ,
_ref2$autoAriaDisable = _ref2 . autoAriaDisabled ,
autoAriaDisabled = _ref2$autoAriaDisable === void 0 ? false : _ref2$autoAriaDisable ;
config . items = _toConsumableArray ( items ) ;
config . dragDisabled = dragDisabled ;
config . dropFromOthersDisabled = dropFromOthersDisabled ;
config . dropTargetStyle = dropTargetStyle ;
config . dropTargetClasses = dropTargetClasses ;
config . autoAriaDisabled = autoAriaDisabled ;
if ( ! autoAriaDisabled ) {
node . setAttribute ( "aria-disabled" , dragDisabled ) ;
node . setAttribute ( "role" , "list" ) ;
node . setAttribute ( "aria-describedby" , dragDisabled ? INSTRUCTION _IDs$1 . DND _ZONE _DRAG _DISABLED : INSTRUCTION _IDs$1 . DND _ZONE _ACTIVE ) ;
}
if ( config . type && newType !== config . type ) {
unregisterDropZone$1 ( node , config . type ) ;
}
config . type = newType ;
registerDropZone$1 ( node , newType ) ;
dzToConfig$1 . set ( node , config ) ;
node . tabIndex = isDragging && ( node === focusedDz || focusedItem . contains ( node ) || config . dropFromOthersDisabled || focusedDz && config . type !== dzToConfig$1 . get ( focusedDz ) . type ) ? - 1 : 0 ;
node . addEventListener ( "focus" , handleZoneFocus ) ;
var _loop = function _loop ( i ) {
var draggableEl = node . children [ i ] ;
allDragTargets . add ( draggableEl ) ;
draggableEl . tabIndex = isDragging ? - 1 : 0 ;
if ( ! autoAriaDisabled ) {
draggableEl . setAttribute ( "role" , "listitem" ) ;
}
draggableEl . removeEventListener ( "keydown" , elToKeyDownListeners . get ( draggableEl ) ) ;
draggableEl . removeEventListener ( "click" , elToFocusListeners . get ( draggableEl ) ) ;
if ( ! dragDisabled ) {
draggableEl . addEventListener ( "keydown" , handleKeyDown ) ;
elToKeyDownListeners . set ( draggableEl , handleKeyDown ) ;
draggableEl . addEventListener ( "click" , handleClick ) ;
elToFocusListeners . set ( draggableEl , handleClick ) ;
}
if ( isDragging && config . items [ i ] [ ITEM _ID _KEY ] === focusedItemId ) {
focusedItem = draggableEl ;
focusedItem . tabIndex = 0 ; // without this the element loses focus if it moves backwards in the list
draggableEl . focus ( ) ;
}
} ;
for ( var i = 0 ; i < node . children . length ; i ++ ) {
_loop ( i ) ;
}
}
configure ( options ) ;
var handles = {
update : function update ( newOptions ) {
configure ( newOptions ) ;
} ,
destroy : function destroy ( ) {
unregisterDropZone$1 ( node , config . type ) ;
dzToConfig$1 [ "delete" ] ( node ) ;
dzToHandles [ "delete" ] ( node ) ;
}
} ;
dzToHandles . set ( node , handles ) ;
return handles ;
}
/ * *
* A custom action to turn any container to a dnd zone and all of its direct children to draggables
* Supports mouse , touch and keyboard interactions .
* Dispatches two events that the container is expected to react to by modifying its list of items ,
* which will then feed back in to this action via the update function
*
* @ typedef { object } Options
* @ property { array } items - the list of items that was used to generate the children of the given node ( the list used in the # each block
* @ property { string } [ type ] - the type of the dnd zone . children dragged from here can only be dropped in other zones of the same type , default to a base type
* @ property { number } [ flipDurationMs ] - if the list animated using flip ( recommended ) , specifies the flip duration such that everything syncs with it without conflict , defaults to zero
* @ property { boolean } [ dragDisabled ]
* @ property { boolean } [ morphDisabled ] - whether dragged element should morph to zone dimensions
* @ property { boolean } [ dropFromOthersDisabled ]
* @ property { object } [ dropTargetStyle ]
* @ property { string [ ] } [ dropTargetClasses ]
* @ property { function } [ transformDraggedElement ]
* @ param { HTMLElement } node - the element to enhance
* @ param { Options } options
* @ return { { update : function , destroy : function } }
* /
function dndzone$2 ( node , options ) {
validateOptions ( options ) ;
var pointerZone = dndzone ( node , options ) ;
var keyboardZone = dndzone$1 ( node , options ) ;
return {
update : function update ( newOptions ) {
validateOptions ( newOptions ) ;
pointerZone . update ( newOptions ) ;
keyboardZone . update ( newOptions ) ;
} ,
destroy : function destroy ( ) {
pointerZone . destroy ( ) ;
keyboardZone . destroy ( ) ;
}
} ;
}
function validateOptions ( options ) {
/*eslint-disable*/
var items = options . items ;
options . flipDurationMs ;
options . type ;
options . dragDisabled ;
options . morphDisabled ;
options . dropFromOthersDisabled ;
options . dropTargetStyle ;
var dropTargetClasses = options . dropTargetClasses ;
options . transformDraggedElement ;
options . autoAriaDisabled ;
options . centreDraggedOnCursor ;
var rest = _objectWithoutProperties ( options , [ "items" , "flipDurationMs" , "type" , "dragDisabled" , "morphDisabled" , "dropFromOthersDisabled" , "dropTargetStyle" , "dropTargetClasses" , "transformDraggedElement" , "autoAriaDisabled" , "centreDraggedOnCursor" ] ) ;
/*eslint-enable*/
if ( Object . keys ( rest ) . length > 0 ) {
console . warn ( "dndzone will ignore unknown options" , rest ) ;
}
if ( ! items ) {
throw new Error ( "no 'items' key provided to dndzone" ) ;
}
var itemWithMissingId = items . find ( function ( item ) {
return ! { } . hasOwnProperty . call ( item , ITEM _ID _KEY ) ;
} ) ;
if ( itemWithMissingId ) {
throw new Error ( "missing '" . concat ( ITEM _ID _KEY , "' property for item " ) . concat ( toString$1 ( itemWithMissingId ) ) ) ;
}
if ( dropTargetClasses && ! Array . isArray ( dropTargetClasses ) ) {
throw new Error ( "dropTargetClasses should be an array but instead it is a " . concat ( _typeof ( dropTargetClasses ) , ", " ) . concat ( toString$1 ( dropTargetClasses ) ) ) ;
}
}
/* src/gui/choiceList/ChoiceList.svelte generated by Svelte v3.46.4 */
function add _css$5 ( target ) {
append _styles ( target , "svelte-jb273g" , ".choiceList.svelte-jb273g{width:auto;border:0 solid black;overflow-y:auto;height:auto}" ) ;
}
function get _each _context$2 ( ctx , list , i ) {
const child _ctx = ctx . slice ( ) ;
child _ctx [ 21 ] = list [ i ] ;
child _ctx [ 22 ] = list ;
child _ctx [ 23 ] = i ;
return child _ctx ;
}
// (51:8) {:else}
function create _else _block$1 ( ctx ) {
let multichoicelistitem ;
let updating _dragDisabled ;
let updating _collapseId ;
let updating _choice ;
let current ;
function multichoicelistitem _dragDisabled _binding ( value ) {
/*multichoicelistitem_dragDisabled_binding*/ ctx [ 13 ] ( value ) ;
}
function multichoicelistitem _collapseId _binding ( value ) {
/*multichoicelistitem_collapseId_binding*/ ctx [ 14 ] ( value ) ;
}
function multichoicelistitem _choice _binding ( value ) {
/*multichoicelistitem_choice_binding*/ ctx [ 15 ] ( value , /*choice*/ ctx [ 21 ] , /*each_value*/ ctx [ 22 ] , /*choice_index*/ ctx [ 23 ] ) ;
}
let multichoicelistitem _props = { } ;
if ( /*dragDisabled*/ ctx [ 3 ] !== void 0 ) {
multichoicelistitem _props . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
}
if ( /*collapseId*/ ctx [ 2 ] !== void 0 ) {
multichoicelistitem _props . collapseId = /*collapseId*/ ctx [ 2 ] ;
}
if ( /*choice*/ ctx [ 21 ] !== void 0 ) {
multichoicelistitem _props . choice = /*choice*/ ctx [ 21 ] ;
}
multichoicelistitem = new MultiChoiceListItem ( { props : multichoicelistitem _props } ) ;
binding _callbacks . push ( ( ) => bind ( multichoicelistitem , 'dragDisabled' , multichoicelistitem _dragDisabled _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( multichoicelistitem , 'collapseId' , multichoicelistitem _collapseId _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( multichoicelistitem , 'choice' , multichoicelistitem _choice _binding ) ) ;
multichoicelistitem . $on ( "mousedown" , /*startDrag*/ ctx [ 6 ] ) ;
multichoicelistitem . $on ( "touchstart" , /*startDrag*/ ctx [ 6 ] ) ;
multichoicelistitem . $on ( "deleteChoice" , /*deleteChoice_handler_1*/ ctx [ 16 ] ) ;
multichoicelistitem . $on ( "configureChoice" , /*configureChoice_handler_1*/ ctx [ 17 ] ) ;
multichoicelistitem . $on ( "toggleCommand" , /*toggleCommand_handler_1*/ ctx [ 18 ] ) ;
return {
c ( ) {
create _component ( multichoicelistitem . $$ . fragment ) ;
} ,
m ( target , anchor ) {
mount _component ( multichoicelistitem , target , anchor ) ;
current = true ;
} ,
p ( new _ctx , dirty ) {
ctx = new _ctx ;
const multichoicelistitem _changes = { } ;
if ( ! updating _dragDisabled && dirty & /*dragDisabled*/ 8 ) {
updating _dragDisabled = true ;
multichoicelistitem _changes . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
add _flush _callback ( ( ) => updating _dragDisabled = false ) ;
}
if ( ! updating _collapseId && dirty & /*collapseId*/ 4 ) {
updating _collapseId = true ;
multichoicelistitem _changes . collapseId = /*collapseId*/ ctx [ 2 ] ;
add _flush _callback ( ( ) => updating _collapseId = false ) ;
}
if ( ! updating _choice && dirty & /*choices, SHADOW_PLACEHOLDER_ITEM_ID*/ 3 ) {
updating _choice = true ;
multichoicelistitem _changes . choice = /*choice*/ ctx [ 21 ] ;
add _flush _callback ( ( ) => updating _choice = false ) ;
}
multichoicelistitem . $set ( multichoicelistitem _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( multichoicelistitem . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( multichoicelistitem . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
destroy _component ( multichoicelistitem , detaching ) ;
}
} ;
}
// (41:8) {#if choice.type !== ChoiceType.Multi}
function create _if _block$1 ( ctx ) {
let choicelistitem ;
let updating _dragDisabled ;
let updating _choice ;
let current ;
function choicelistitem _dragDisabled _binding ( value ) {
/*choicelistitem_dragDisabled_binding*/ ctx [ 8 ] ( value ) ;
}
function choicelistitem _choice _binding ( value ) {
/*choicelistitem_choice_binding*/ ctx [ 9 ] ( value , /*choice*/ ctx [ 21 ] , /*each_value*/ ctx [ 22 ] , /*choice_index*/ ctx [ 23 ] ) ;
}
let choicelistitem _props = { } ;
if ( /*dragDisabled*/ ctx [ 3 ] !== void 0 ) {
choicelistitem _props . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
}
if ( /*choice*/ ctx [ 21 ] !== void 0 ) {
choicelistitem _props . choice = /*choice*/ ctx [ 21 ] ;
}
choicelistitem = new ChoiceListItem ( { props : choicelistitem _props } ) ;
binding _callbacks . push ( ( ) => bind ( choicelistitem , 'dragDisabled' , choicelistitem _dragDisabled _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( choicelistitem , 'choice' , choicelistitem _choice _binding ) ) ;
choicelistitem . $on ( "mousedown" , /*startDrag*/ ctx [ 6 ] ) ;
choicelistitem . $on ( "touchstart" , /*startDrag*/ ctx [ 6 ] ) ;
choicelistitem . $on ( "deleteChoice" , /*deleteChoice_handler*/ ctx [ 10 ] ) ;
choicelistitem . $on ( "configureChoice" , /*configureChoice_handler*/ ctx [ 11 ] ) ;
choicelistitem . $on ( "toggleCommand" , /*toggleCommand_handler*/ ctx [ 12 ] ) ;
return {
c ( ) {
create _component ( choicelistitem . $$ . fragment ) ;
} ,
m ( target , anchor ) {
mount _component ( choicelistitem , target , anchor ) ;
current = true ;
} ,
p ( new _ctx , dirty ) {
ctx = new _ctx ;
const choicelistitem _changes = { } ;
if ( ! updating _dragDisabled && dirty & /*dragDisabled*/ 8 ) {
updating _dragDisabled = true ;
choicelistitem _changes . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
add _flush _callback ( ( ) => updating _dragDisabled = false ) ;
}
if ( ! updating _choice && dirty & /*choices, SHADOW_PLACEHOLDER_ITEM_ID*/ 3 ) {
updating _choice = true ;
choicelistitem _changes . choice = /*choice*/ ctx [ 21 ] ;
add _flush _callback ( ( ) => updating _choice = false ) ;
}
choicelistitem . $set ( choicelistitem _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( choicelistitem . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( choicelistitem . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
destroy _component ( choicelistitem , detaching ) ;
}
} ;
}
// (40:4) {#each choices.filter(c => c.id !== SHADOW_PLACEHOLDER_ITEM_ID) as choice(choice.id)}
function create _each _block$2 ( key _1 , ctx ) {
let first ;
let current _block _type _index ;
let if _block ;
let if _block _anchor ;
let current ;
const if _block _creators = [ create _if _block$1 , create _else _block$1 ] ;
const if _blocks = [ ] ;
function select _block _type ( ctx , dirty ) {
if ( /*choice*/ ctx [ 21 ] . type !== ChoiceType . Multi ) return 0 ;
return 1 ;
}
current _block _type _index = select _block _type ( ctx ) ;
if _block = if _blocks [ current _block _type _index ] = if _block _creators [ current _block _type _index ] ( ctx ) ;
return {
key : key _1 ,
first : null ,
c ( ) {
first = empty ( ) ;
if _block . c ( ) ;
if _block _anchor = empty ( ) ;
this . first = first ;
} ,
m ( target , anchor ) {
insert ( target , first , anchor ) ;
if _blocks [ current _block _type _index ] . m ( target , anchor ) ;
insert ( target , if _block _anchor , anchor ) ;
current = true ;
} ,
p ( new _ctx , dirty ) {
ctx = new _ctx ;
let previous _block _index = current _block _type _index ;
current _block _type _index = select _block _type ( ctx ) ;
if ( current _block _type _index === previous _block _index ) {
if _blocks [ current _block _type _index ] . p ( ctx , dirty ) ;
} else {
group _outros ( ) ;
transition _out ( if _blocks [ previous _block _index ] , 1 , 1 , ( ) => {
if _blocks [ previous _block _index ] = null ;
} ) ;
check _outros ( ) ;
if _block = if _blocks [ current _block _type _index ] ;
if ( ! if _block ) {
if _block = if _blocks [ current _block _type _index ] = if _block _creators [ current _block _type _index ] ( ctx ) ;
if _block . c ( ) ;
} else {
if _block . p ( ctx , dirty ) ;
}
transition _in ( if _block , 1 ) ;
if _block . m ( if _block _anchor . parentNode , if _block _anchor ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( if _block ) ;
current = true ;
} ,
o ( local ) {
transition _out ( if _block ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( first ) ;
if _blocks [ current _block _type _index ] . d ( detaching ) ;
if ( detaching ) detach ( if _block _anchor ) ;
}
} ;
}
function create _fragment$8 ( ctx ) {
let div ;
let each _blocks = [ ] ;
let each _1 _lookup = new Map ( ) ;
let div _style _value ;
let dndzone _action ;
let current ;
let mounted ;
let dispose ;
let each _value = /*choices*/ ctx [ 0 ] . filter ( /*func*/ ctx [ 7 ] ) ;
const get _key = ctx => /*choice*/ ctx [ 21 ] . id ;
for ( let i = 0 ; i < each _value . length ; i += 1 ) {
let child _ctx = get _each _context$2 ( ctx , each _value , i ) ;
let key = get _key ( child _ctx ) ;
each _1 _lookup . set ( key , each _blocks [ i ] = create _each _block$2 ( key , child _ctx ) ) ;
}
return {
c ( ) {
div = element ( "div" ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . c ( ) ;
}
attr ( div , "class" , "choiceList svelte-jb273g" ) ;
attr ( div , "style" , div _style _value = /*choices*/ ctx [ 0 ] . length === 0
? 'padding-bottom: 0.5rem'
: '' ) ;
} ,
m ( target , anchor ) {
insert ( target , div , anchor ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . m ( div , null ) ;
}
current = true ;
if ( ! mounted ) {
dispose = [
action _destroyer ( dndzone _action = dndzone$2 . call ( null , div , {
items : /*choices*/ ctx [ 0 ] ,
dragDisabled : /*dragDisabled*/ ctx [ 3 ] ,
dropTargetStyle : { }
} ) ) ,
listen ( div , "consider" , /*handleConsider*/ ctx [ 4 ] ) ,
listen ( div , "finalize" , /*handleSort*/ ctx [ 5 ] )
] ;
mounted = true ;
}
} ,
p ( ctx , [ dirty ] ) {
if ( dirty & /*dragDisabled, choices, SHADOW_PLACEHOLDER_ITEM_ID, startDrag, ChoiceType, collapseId*/ 79 ) {
each _value = /*choices*/ ctx [ 0 ] . filter ( /*func*/ ctx [ 7 ] ) ;
group _outros ( ) ;
each _blocks = update _keyed _each ( each _blocks , dirty , get _key , 1 , ctx , each _value , each _1 _lookup , div , outro _and _destroy _block , create _each _block$2 , null , get _each _context$2 ) ;
check _outros ( ) ;
}
if ( ! current || dirty & /*choices*/ 1 && div _style _value !== ( div _style _value = /*choices*/ ctx [ 0 ] . length === 0
? 'padding-bottom: 0.5rem'
: '' ) ) {
attr ( div , "style" , div _style _value ) ;
}
if ( dndzone _action && is _function ( dndzone _action . update ) && dirty & /*choices, dragDisabled*/ 9 ) dndzone _action . update . call ( null , {
items : /*choices*/ ctx [ 0 ] ,
dragDisabled : /*dragDisabled*/ ctx [ 3 ] ,
dropTargetStyle : { }
} ) ;
} ,
i ( local ) {
if ( current ) return ;
for ( let i = 0 ; i < each _value . length ; i += 1 ) {
transition _in ( each _blocks [ i ] ) ;
}
current = true ;
} ,
o ( local ) {
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
transition _out ( each _blocks [ i ] ) ;
}
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . d ( ) ;
}
mounted = false ;
run _all ( dispose ) ;
}
} ;
}
function instance$8 ( $$self , $$props , $$invalidate ) {
let { choices = [ ] } = $$props ;
let collapseId ;
let dragDisabled = true ;
const dispatcher = createEventDispatcher ( ) ;
function emitChoicesReordered ( ) {
dispatcher ( 'reorderChoices' , { choices } ) ;
}
function handleConsider ( e ) {
let { items : newItems , info : { id } } = e . detail ;
$$invalidate ( 2 , collapseId = id ) ;
$$invalidate ( 0 , choices = newItems ) ;
}
function handleSort ( e ) {
let { items : newItems , info : { source } } = e . detail ;
$$invalidate ( 2 , collapseId = "" ) ;
$$invalidate ( 0 , choices = newItems ) ;
if ( source === SOURCES . POINTER ) {
$$invalidate ( 3 , dragDisabled = true ) ;
}
emitChoicesReordered ( ) ;
}
function startDrag ( e ) {
e . preventDefault ( ) ;
$$invalidate ( 3 , dragDisabled = false ) ;
}
const func = c => c . id !== SHADOW _PLACEHOLDER _ITEM _ID ;
function choicelistitem _dragDisabled _binding ( value ) {
dragDisabled = value ;
$$invalidate ( 3 , dragDisabled ) ;
}
function choicelistitem _choice _binding ( value , choice , each _value , choice _index ) {
each _value [ choice _index ] = value ;
$$invalidate ( 0 , choices ) ;
}
function deleteChoice _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
function configureChoice _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
function toggleCommand _handler ( event ) {
bubble . call ( this , $$self , event ) ;
}
function multichoicelistitem _dragDisabled _binding ( value ) {
dragDisabled = value ;
$$invalidate ( 3 , dragDisabled ) ;
}
function multichoicelistitem _collapseId _binding ( value ) {
collapseId = value ;
$$invalidate ( 2 , collapseId ) ;
}
function multichoicelistitem _choice _binding ( value , choice , each _value , choice _index ) {
each _value [ choice _index ] = value ;
$$invalidate ( 0 , choices ) ;
}
function deleteChoice _handler _1 ( event ) {
bubble . call ( this , $$self , event ) ;
}
function configureChoice _handler _1 ( event ) {
bubble . call ( this , $$self , event ) ;
}
function toggleCommand _handler _1 ( event ) {
bubble . call ( this , $$self , event ) ;
}
$$self . $$set = $$props => {
if ( 'choices' in $$props ) $$invalidate ( 0 , choices = $$props . choices ) ;
} ;
return [
choices ,
SHADOW _PLACEHOLDER _ITEM _ID ,
collapseId ,
dragDisabled ,
handleConsider ,
handleSort ,
startDrag ,
func ,
choicelistitem _dragDisabled _binding ,
choicelistitem _choice _binding ,
deleteChoice _handler ,
configureChoice _handler ,
toggleCommand _handler ,
multichoicelistitem _dragDisabled _binding ,
multichoicelistitem _collapseId _binding ,
multichoicelistitem _choice _binding ,
deleteChoice _handler _1 ,
configureChoice _handler _1 ,
toggleCommand _handler _1
] ;
}
class ChoiceList extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init ( this , options , instance$8 , create _fragment$8 , safe _not _equal , { choices : 0 } , add _css$5 ) ;
}
}
/* src/gui/choiceList/AddChoiceBox.svelte generated by Svelte v3.46.4 */
function add _css$4 ( target ) {
append _styles ( target , "svelte-1newuee" , ".addChoiceBox.svelte-1newuee{margin-top:1em;display:flex;flex-direction:row;align-items:center;gap:10px;justify-content:center}@media(max-width: 800px){.addChoiceBox.svelte-1newuee{flex-direction:column}}#addChoiceTypeSelector.svelte-1newuee{font-size:16px;padding:3px;border-radius:3px}" ) ;
}
function create _fragment$7 ( ctx ) {
let div ;
let input ;
let t0 ;
let select ;
let option0 ;
let t1 _value = ChoiceType . Template + "" ;
let t1 ;
let option1 ;
let t2 _value = ChoiceType . Capture + "" ;
let t2 ;
let option2 ;
let t3 _value = ChoiceType . Macro + "" ;
let t3 ;
let option3 ;
let t4 _value = ChoiceType . Multi + "" ;
let t4 ;
let t5 ;
let button ;
let mounted ;
let dispose ;
return {
c ( ) {
div = element ( "div" ) ;
input = element ( "input" ) ;
t0 = space ( ) ;
select = element ( "select" ) ;
option0 = element ( "option" ) ;
t1 = text ( t1 _value ) ;
option1 = element ( "option" ) ;
t2 = text ( t2 _value ) ;
option2 = element ( "option" ) ;
t3 = text ( t3 _value ) ;
option3 = element ( "option" ) ;
t4 = text ( t4 _value ) ;
t5 = space ( ) ;
button = element ( "button" ) ;
button . textContent = "Add Choice" ;
attr ( input , "type" , "text" ) ;
attr ( input , "placeholder" , "Name" ) ;
option0 . _ _value = ChoiceType . Template ;
option0 . value = option0 . _ _value ;
option1 . _ _value = ChoiceType . Capture ;
option1 . value = option1 . _ _value ;
option2 . _ _value = ChoiceType . Macro ;
option2 . value = option2 . _ _value ;
option3 . _ _value = ChoiceType . Multi ;
option3 . value = option3 . _ _value ;
attr ( select , "id" , "addChoiceTypeSelector" ) ;
attr ( select , "class" , "svelte-1newuee" ) ;
if ( /*type*/ ctx [ 1 ] === void 0 ) add _render _callback ( ( ) => /*select_change_handler*/ ctx [ 4 ] . call ( select ) ) ;
attr ( button , "class" , "mod-cta" ) ;
attr ( div , "class" , "addChoiceBox svelte-1newuee" ) ;
} ,
m ( target , anchor ) {
insert ( target , div , anchor ) ;
append ( div , input ) ;
set _input _value ( input , /*name*/ ctx [ 0 ] ) ;
append ( div , t0 ) ;
append ( div , select ) ;
append ( select , option0 ) ;
append ( option0 , t1 ) ;
append ( select , option1 ) ;
append ( option1 , t2 ) ;
append ( select , option2 ) ;
append ( option2 , t3 ) ;
append ( select , option3 ) ;
append ( option3 , t4 ) ;
select _option ( select , /*type*/ ctx [ 1 ] ) ;
append ( div , t5 ) ;
append ( div , button ) ;
if ( ! mounted ) {
dispose = [
listen ( input , "input" , /*input_input_handler*/ ctx [ 3 ] ) ,
listen ( select , "change" , /*select_change_handler*/ ctx [ 4 ] ) ,
listen ( button , "click" , /*addChoice*/ ctx [ 2 ] )
] ;
mounted = true ;
}
} ,
p ( ctx , [ dirty ] ) {
if ( dirty & /*name*/ 1 && input . value !== /*name*/ ctx [ 0 ] ) {
set _input _value ( input , /*name*/ ctx [ 0 ] ) ;
}
if ( dirty & /*type, ChoiceType*/ 2 ) {
select _option ( select , /*type*/ ctx [ 1 ] ) ;
}
} ,
i : noop ,
o : noop ,
d ( detaching ) {
if ( detaching ) detach ( div ) ;
mounted = false ;
run _all ( dispose ) ;
}
} ;
}
function instance$7 ( $$self , $$props , $$invalidate ) {
let name ;
let type ;
const dispatch = createEventDispatcher ( ) ;
function addChoice ( ) {
if ( ! name ) {
new obsidian . Notice ( "Choice name is invalid." ) ;
return ;
}
dispatch ( 'addChoice' , { name , type } ) ;
$$invalidate ( 0 , name = "" ) ;
}
function input _input _handler ( ) {
name = this . value ;
$$invalidate ( 0 , name ) ;
}
function select _change _handler ( ) {
type = select _value ( this ) ;
$$invalidate ( 1 , type ) ;
}
return [ name , type , addChoice , input _input _handler , select _change _handler ] ;
}
class AddChoiceBox extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init ( this , options , instance$7 , create _fragment$7 , safe _not _equal , { } , add _css$4 ) ;
}
}
// Unique ID creation requires a high quality random # generator. In the browser we therefore
// require the crypto API and do not support built-in fallback to lower quality random number
// generators (like Math.random()).
var getRandomValues ;
var rnds8 = new Uint8Array ( 16 ) ;
function rng ( ) {
// lazy load so that environments that need to polyfill have a chance to do so
if ( ! getRandomValues ) {
// getRandomValues needs to be invoked in a context where "this" is a Crypto implementation. Also,
// find the complete implementation of crypto (msCrypto) on IE11.
getRandomValues = typeof crypto !== 'undefined' && crypto . getRandomValues && crypto . getRandomValues . bind ( crypto ) || typeof msCrypto !== 'undefined' && typeof msCrypto . getRandomValues === 'function' && msCrypto . getRandomValues . bind ( msCrypto ) ;
if ( ! getRandomValues ) {
throw new Error ( 'crypto.getRandomValues() not supported. See https://github.com/uuidjs/uuid#getrandomvalues-not-supported' ) ;
}
}
return getRandomValues ( rnds8 ) ;
}
var REGEX = /^(?:[0-9a-f]{8}-[0-9a-f]{4}-[1-5][0-9a-f]{3}-[89ab][0-9a-f]{3}-[0-9a-f]{12}|00000000-0000-0000-0000-000000000000)$/i ;
function validate ( uuid ) {
return typeof uuid === 'string' && REGEX . test ( uuid ) ;
}
/ * *
* Convert array of 16 byte values to UUID string format of the form :
* XXXXXXXX - XXXX - XXXX - XXXX - XXXXXXXXXXXX
* /
var byteToHex = [ ] ;
for ( var i = 0 ; i < 256 ; ++ i ) {
byteToHex . push ( ( i + 0x100 ) . toString ( 16 ) . substr ( 1 ) ) ;
}
function stringify ( arr ) {
var offset = arguments . length > 1 && arguments [ 1 ] !== undefined ? arguments [ 1 ] : 0 ;
// Note: Be careful editing this code! It's been tuned for performance
// and works in ways you may not expect. See https://github.com/uuidjs/uuid/pull/434
var uuid = ( byteToHex [ arr [ offset + 0 ] ] + byteToHex [ arr [ offset + 1 ] ] + byteToHex [ arr [ offset + 2 ] ] + byteToHex [ arr [ offset + 3 ] ] + '-' + byteToHex [ arr [ offset + 4 ] ] + byteToHex [ arr [ offset + 5 ] ] + '-' + byteToHex [ arr [ offset + 6 ] ] + byteToHex [ arr [ offset + 7 ] ] + '-' + byteToHex [ arr [ offset + 8 ] ] + byteToHex [ arr [ offset + 9 ] ] + '-' + byteToHex [ arr [ offset + 10 ] ] + byteToHex [ arr [ offset + 11 ] ] + byteToHex [ arr [ offset + 12 ] ] + byteToHex [ arr [ offset + 13 ] ] + byteToHex [ arr [ offset + 14 ] ] + byteToHex [ arr [ offset + 15 ] ] ) . toLowerCase ( ) ; // Consistency check for valid UUID. If this throws, it's likely due to one
// of the following:
// - One or more input array values don't map to a hex octet (leading to
// "undefined" in the uuid)
// - Invalid input values for the RFC `version` or `variant` fields
if ( ! validate ( uuid ) ) {
throw TypeError ( 'Stringified UUID is invalid' ) ;
}
return uuid ;
}
function v4 ( options , buf , offset ) {
options = options || { } ;
var rnds = options . random || ( options . rng || rng ) ( ) ; // Per 4.4, set bits for version and `clock_seq_hi_and_reserved`
rnds [ 6 ] = rnds [ 6 ] & 0x0f | 0x40 ;
rnds [ 8 ] = rnds [ 8 ] & 0x3f | 0x80 ; // Copy bytes to buffer, if provided
if ( buf ) {
offset = offset || 0 ;
for ( var i = 0 ; i < 16 ; ++ i ) {
buf [ offset + i ] = rnds [ i ] ;
}
return buf ;
}
return stringify ( rnds ) ;
}
class Choice {
constructor ( name , type ) {
this . id = v4 ( ) ;
this . name = name ;
this . type = type ;
this . command = false ;
}
}
var NewTabDirection ;
( function ( NewTabDirection ) {
NewTabDirection [ "vertical" ] = "vertical" ;
NewTabDirection [ "horizontal" ] = "horizontal" ;
} ) ( NewTabDirection || ( NewTabDirection = { } ) ) ;
class TemplateChoice extends Choice {
constructor ( name ) {
super ( name , ChoiceType . Template ) ;
this . templatePath = "" ;
this . fileNameFormat = { enabled : false , format : "" } ;
this . folder = { enabled : false , folders : [ ] , chooseWhenCreatingNote : false , createInSameFolderAsActiveFile : false } ;
this . appendLink = false ;
this . incrementFileName = false ;
this . openFileInNewTab = { enabled : false , direction : NewTabDirection . vertical , focus : true } ;
this . openFile = false ;
this . openFileInMode = 'default' ;
}
static Load ( choice ) {
return choice ;
}
}
class MacroChoice extends Choice {
constructor ( name ) {
super ( name , ChoiceType . Macro ) ;
this . macroId = null ;
}
}
class CaptureChoice extends Choice {
constructor ( name ) {
super ( name , ChoiceType . Capture ) ;
this . appendLink = false ;
this . captureTo = "" ;
this . captureToActiveFile = false ;
this . createFileIfItDoesntExist = { enabled : false , createWithTemplate : false , template : "" } ;
this . format = { enabled : false , format : "" } ;
this . insertAfter = { enabled : false , after : "" , insertAtEnd : false , createIfNotFound : false , createIfNotFoundLocation : "top" } ;
this . prepend = false ;
this . task = false ;
this . openFileInNewTab = { enabled : false , direction : NewTabDirection . vertical , focus : true } ;
this . openFile = false ;
this . openFileInMode = 'default' ;
}
static Load ( choice ) {
return choice ;
}
}
class MultiChoice extends Choice {
constructor ( name ) {
super ( name , ChoiceType . Multi ) ;
this . choices = [ ] ;
}
addChoice ( choice ) {
this . choices . push ( choice ) ;
return this ;
}
addChoices ( choices ) {
this . choices . push ( ... choices ) ;
return this ;
}
}
class GenericYesNoPrompt extends obsidian . Modal {
constructor ( app , header , text ) {
super ( app ) ;
this . header = header ;
this . text = text ;
this . didSubmit = false ;
this . waitForClose = new Promise ( ( resolve , reject ) => {
this . resolvePromise = resolve ;
this . rejectPromise = reject ;
} ) ;
this . open ( ) ;
this . display ( ) ;
}
static Prompt ( app , header , text ) {
const newPromptModal = new GenericYesNoPrompt ( app , header , text ) ;
return newPromptModal . waitForClose ;
}
display ( ) {
this . containerEl . addClass ( 'quickAddModal' , 'qaYesNoPrompt' ) ;
this . contentEl . empty ( ) ;
this . titleEl . textContent = this . header ;
this . contentEl . createEl ( 'p' , { text : this . text } ) ;
const buttonsDiv = this . contentEl . createDiv ( { cls : 'yesNoPromptButtonContainer' } ) ;
new obsidian . ButtonComponent ( buttonsDiv )
. setButtonText ( 'No' )
. onClick ( ( ) => this . submit ( false ) ) ;
const yesButton = new obsidian . ButtonComponent ( buttonsDiv )
. setButtonText ( 'Yes' )
. onClick ( ( ) => this . submit ( true ) )
. setWarning ( ) ;
yesButton . buttonEl . focus ( ) ;
}
submit ( input ) {
this . input = input ;
this . didSubmit = true ;
this . close ( ) ;
}
onClose ( ) {
super . onClose ( ) ;
if ( ! this . didSubmit )
this . rejectPromise ( "No answer given." ) ;
else
this . resolvePromise ( this . input ) ;
}
}
var top = 'top' ;
var bottom = 'bottom' ;
var right = 'right' ;
var left = 'left' ;
var auto = 'auto' ;
var basePlacements = [ top , bottom , right , left ] ;
var start = 'start' ;
var end = 'end' ;
var clippingParents = 'clippingParents' ;
var viewport = 'viewport' ;
var popper = 'popper' ;
var reference = 'reference' ;
var variationPlacements = /*#__PURE__*/ basePlacements . reduce ( function ( acc , placement ) {
return acc . concat ( [ placement + "-" + start , placement + "-" + end ] ) ;
} , [ ] ) ;
var placements = /*#__PURE__*/ [ ] . concat ( basePlacements , [ auto ] ) . reduce ( function ( acc , placement ) {
return acc . concat ( [ placement , placement + "-" + start , placement + "-" + end ] ) ;
} , [ ] ) ; // modifiers that need to read the DOM
var beforeRead = 'beforeRead' ;
var read = 'read' ;
var afterRead = 'afterRead' ; // pure-logic modifiers
var beforeMain = 'beforeMain' ;
var main = 'main' ;
var afterMain = 'afterMain' ; // modifier with the purpose to write to the DOM (or write into a framework state)
var beforeWrite = 'beforeWrite' ;
var write = 'write' ;
var afterWrite = 'afterWrite' ;
var modifierPhases = [ beforeRead , read , afterRead , beforeMain , main , afterMain , beforeWrite , write , afterWrite ] ;
function getNodeName ( element ) {
return element ? ( element . nodeName || '' ) . toLowerCase ( ) : null ;
}
function getWindow ( node ) {
if ( node == null ) {
return window ;
}
if ( node . toString ( ) !== '[object Window]' ) {
var ownerDocument = node . ownerDocument ;
return ownerDocument ? ownerDocument . defaultView || window : window ;
}
return node ;
}
function isElement ( node ) {
var OwnElement = getWindow ( node ) . Element ;
return node instanceof OwnElement || node instanceof Element ;
}
function isHTMLElement ( node ) {
var OwnElement = getWindow ( node ) . HTMLElement ;
return node instanceof OwnElement || node instanceof HTMLElement ;
}
function isShadowRoot ( node ) {
// IE 11 has no ShadowRoot
if ( typeof ShadowRoot === 'undefined' ) {
return false ;
}
var OwnElement = getWindow ( node ) . ShadowRoot ;
return node instanceof OwnElement || node instanceof ShadowRoot ;
}
// and applies them to the HTMLElements such as popper and arrow
function applyStyles ( _ref ) {
var state = _ref . state ;
Object . keys ( state . elements ) . forEach ( function ( name ) {
var style = state . styles [ name ] || { } ;
var attributes = state . attributes [ name ] || { } ;
var element = state . elements [ name ] ; // arrow is optional + virtual elements
if ( ! isHTMLElement ( element ) || ! getNodeName ( element ) ) {
return ;
} // Flow doesn't support to extend this property, but it's the most
// effective way to apply styles to an HTMLElement
// $FlowFixMe[cannot-write]
Object . assign ( element . style , style ) ;
Object . keys ( attributes ) . forEach ( function ( name ) {
var value = attributes [ name ] ;
if ( value === false ) {
element . removeAttribute ( name ) ;
} else {
element . setAttribute ( name , value === true ? '' : value ) ;
}
} ) ;
} ) ;
}
function effect$2 ( _ref2 ) {
var state = _ref2 . state ;
var initialStyles = {
popper : {
position : state . options . strategy ,
left : '0' ,
top : '0' ,
margin : '0'
} ,
arrow : {
position : 'absolute'
} ,
reference : { }
} ;
Object . assign ( state . elements . popper . style , initialStyles . popper ) ;
state . styles = initialStyles ;
if ( state . elements . arrow ) {
Object . assign ( state . elements . arrow . style , initialStyles . arrow ) ;
}
return function ( ) {
Object . keys ( state . elements ) . forEach ( function ( name ) {
var element = state . elements [ name ] ;
var attributes = state . attributes [ name ] || { } ;
var styleProperties = Object . keys ( state . styles . hasOwnProperty ( name ) ? state . styles [ name ] : initialStyles [ name ] ) ; // Set all values to an empty string to unset them
var style = styleProperties . reduce ( function ( style , property ) {
style [ property ] = '' ;
return style ;
} , { } ) ; // arrow is optional + virtual elements
if ( ! isHTMLElement ( element ) || ! getNodeName ( element ) ) {
return ;
}
Object . assign ( element . style , style ) ;
Object . keys ( attributes ) . forEach ( function ( attribute ) {
element . removeAttribute ( attribute ) ;
} ) ;
} ) ;
} ;
} // eslint-disable-next-line import/no-unused-modules
var applyStyles$1 = {
name : 'applyStyles' ,
enabled : true ,
phase : 'write' ,
fn : applyStyles ,
effect : effect$2 ,
requires : [ 'computeStyles' ]
} ;
function getBasePlacement ( placement ) {
return placement . split ( '-' ) [ 0 ] ;
}
var max = Math . max ;
var min = Math . min ;
var round = Math . round ;
function getBoundingClientRect ( element , includeScale ) {
if ( includeScale === void 0 ) {
includeScale = false ;
}
var rect = element . getBoundingClientRect ( ) ;
var scaleX = 1 ;
var scaleY = 1 ;
if ( isHTMLElement ( element ) && includeScale ) {
var offsetHeight = element . offsetHeight ;
var offsetWidth = element . offsetWidth ; // Do not attempt to divide by 0, otherwise we get `Infinity` as scale
// Fallback to 1 in case both values are `0`
if ( offsetWidth > 0 ) {
scaleX = round ( rect . width ) / offsetWidth || 1 ;
}
if ( offsetHeight > 0 ) {
scaleY = round ( rect . height ) / offsetHeight || 1 ;
}
}
return {
width : rect . width / scaleX ,
height : rect . height / scaleY ,
top : rect . top / scaleY ,
right : rect . right / scaleX ,
bottom : rect . bottom / scaleY ,
left : rect . left / scaleX ,
x : rect . left / scaleX ,
y : rect . top / scaleY
} ;
}
// means it doesn't take into account transforms.
function getLayoutRect ( element ) {
var clientRect = getBoundingClientRect ( element ) ; // Use the clientRect sizes if it's not been transformed.
// Fixes https://github.com/popperjs/popper-core/issues/1223
var width = element . offsetWidth ;
var height = element . offsetHeight ;
if ( Math . abs ( clientRect . width - width ) <= 1 ) {
width = clientRect . width ;
}
if ( Math . abs ( clientRect . height - height ) <= 1 ) {
height = clientRect . height ;
}
return {
x : element . offsetLeft ,
y : element . offsetTop ,
width : width ,
height : height
} ;
}
function contains ( parent , child ) {
var rootNode = child . getRootNode && child . getRootNode ( ) ; // First, attempt with faster native method
if ( parent . contains ( child ) ) {
return true ;
} // then fallback to custom implementation with Shadow DOM support
else if ( rootNode && isShadowRoot ( rootNode ) ) {
var next = child ;
do {
if ( next && parent . isSameNode ( next ) ) {
return true ;
} // $FlowFixMe[prop-missing]: need a better way to handle this...
next = next . parentNode || next . host ;
} while ( next ) ;
} // Give up, the result is false
return false ;
}
function getComputedStyle$1 ( element ) {
return getWindow ( element ) . getComputedStyle ( element ) ;
}
function isTableElement ( element ) {
return [ 'table' , 'td' , 'th' ] . indexOf ( getNodeName ( element ) ) >= 0 ;
}
function getDocumentElement ( element ) {
// $FlowFixMe[incompatible-return]: assume body is always available
return ( ( isElement ( element ) ? element . ownerDocument : // $FlowFixMe[prop-missing]
element . document ) || window . document ) . documentElement ;
}
function getParentNode ( element ) {
if ( getNodeName ( element ) === 'html' ) {
return element ;
}
return ( // this is a quicker (but less type safe) way to save quite some bytes from the bundle
// $FlowFixMe[incompatible-return]
// $FlowFixMe[prop-missing]
element . assignedSlot || // step into the shadow DOM of the parent of a slotted node
element . parentNode || ( // DOM Element detected
isShadowRoot ( element ) ? element . host : null ) || // ShadowRoot detected
// $FlowFixMe[incompatible-call]: HTMLElement is a Node
getDocumentElement ( element ) // fallback
) ;
}
function getTrueOffsetParent ( element ) {
if ( ! isHTMLElement ( element ) || // https://github.com/popperjs/popper-core/issues/837
getComputedStyle$1 ( element ) . position === 'fixed' ) {
return null ;
}
return element . offsetParent ;
} // `.offsetParent` reports `null` for fixed elements, while absolute elements
// return the containing block
function getContainingBlock ( element ) {
var isFirefox = navigator . userAgent . toLowerCase ( ) . indexOf ( 'firefox' ) !== - 1 ;
var isIE = navigator . userAgent . indexOf ( 'Trident' ) !== - 1 ;
if ( isIE && isHTMLElement ( element ) ) {
// In IE 9, 10 and 11 fixed elements containing block is always established by the viewport
var elementCss = getComputedStyle$1 ( element ) ;
if ( elementCss . position === 'fixed' ) {
return null ;
}
}
var currentNode = getParentNode ( element ) ;
while ( isHTMLElement ( currentNode ) && [ 'html' , 'body' ] . indexOf ( getNodeName ( currentNode ) ) < 0 ) {
var css = getComputedStyle$1 ( currentNode ) ; // This is non-exhaustive but covers the most common CSS properties that
// create a containing block.
// https://developer.mozilla.org/en-US/docs/Web/CSS/Containing_block#identifying_the_containing_block
if ( css . transform !== 'none' || css . perspective !== 'none' || css . contain === 'paint' || [ 'transform' , 'perspective' ] . indexOf ( css . willChange ) !== - 1 || isFirefox && css . willChange === 'filter' || isFirefox && css . filter && css . filter !== 'none' ) {
return currentNode ;
} else {
currentNode = currentNode . parentNode ;
}
}
return null ;
} // Gets the closest ancestor positioned element. Handles some edge cases,
// such as table ancestors and cross browser bugs.
function getOffsetParent ( element ) {
var window = getWindow ( element ) ;
var offsetParent = getTrueOffsetParent ( element ) ;
while ( offsetParent && isTableElement ( offsetParent ) && getComputedStyle$1 ( offsetParent ) . position === 'static' ) {
offsetParent = getTrueOffsetParent ( offsetParent ) ;
}
if ( offsetParent && ( getNodeName ( offsetParent ) === 'html' || getNodeName ( offsetParent ) === 'body' && getComputedStyle$1 ( offsetParent ) . position === 'static' ) ) {
return window ;
}
return offsetParent || getContainingBlock ( element ) || window ;
}
function getMainAxisFromPlacement ( placement ) {
return [ 'top' , 'bottom' ] . indexOf ( placement ) >= 0 ? 'x' : 'y' ;
}
function within ( min$1 , value , max$1 ) {
return max ( min$1 , min ( value , max$1 ) ) ;
}
function withinMaxClamp ( min , value , max ) {
var v = within ( min , value , max ) ;
return v > max ? max : v ;
}
function getFreshSideObject ( ) {
return {
top : 0 ,
right : 0 ,
bottom : 0 ,
left : 0
} ;
}
function mergePaddingObject ( paddingObject ) {
return Object . assign ( { } , getFreshSideObject ( ) , paddingObject ) ;
}
function expandToHashMap ( value , keys ) {
return keys . reduce ( function ( hashMap , key ) {
hashMap [ key ] = value ;
return hashMap ;
} , { } ) ;
}
var toPaddingObject = function toPaddingObject ( padding , state ) {
padding = typeof padding === 'function' ? padding ( Object . assign ( { } , state . rects , {
placement : state . placement
} ) ) : padding ;
return mergePaddingObject ( typeof padding !== 'number' ? padding : expandToHashMap ( padding , basePlacements ) ) ;
} ;
function arrow ( _ref ) {
var _state$modifiersData$ ;
var state = _ref . state ,
name = _ref . name ,
options = _ref . options ;
var arrowElement = state . elements . arrow ;
var popperOffsets = state . modifiersData . popperOffsets ;
var basePlacement = getBasePlacement ( state . placement ) ;
var axis = getMainAxisFromPlacement ( basePlacement ) ;
var isVertical = [ left , right ] . indexOf ( basePlacement ) >= 0 ;
var len = isVertical ? 'height' : 'width' ;
if ( ! arrowElement || ! popperOffsets ) {
return ;
}
var paddingObject = toPaddingObject ( options . padding , state ) ;
var arrowRect = getLayoutRect ( arrowElement ) ;
var minProp = axis === 'y' ? top : left ;
var maxProp = axis === 'y' ? bottom : right ;
var endDiff = state . rects . reference [ len ] + state . rects . reference [ axis ] - popperOffsets [ axis ] - state . rects . popper [ len ] ;
var startDiff = popperOffsets [ axis ] - state . rects . reference [ axis ] ;
var arrowOffsetParent = getOffsetParent ( arrowElement ) ;
var clientSize = arrowOffsetParent ? axis === 'y' ? arrowOffsetParent . clientHeight || 0 : arrowOffsetParent . clientWidth || 0 : 0 ;
var centerToReference = endDiff / 2 - startDiff / 2 ; // Make sure the arrow doesn't overflow the popper if the center point is
// outside of the popper bounds
var min = paddingObject [ minProp ] ;
var max = clientSize - arrowRect [ len ] - paddingObject [ maxProp ] ;
var center = clientSize / 2 - arrowRect [ len ] / 2 + centerToReference ;
var offset = within ( min , center , max ) ; // Prevents breaking syntax highlighting...
var axisProp = axis ;
state . modifiersData [ name ] = ( _state$modifiersData$ = { } , _state$modifiersData$ [ axisProp ] = offset , _state$modifiersData$ . centerOffset = offset - center , _state$modifiersData$ ) ;
}
function effect$1 ( _ref2 ) {
var state = _ref2 . state ,
options = _ref2 . options ;
var _options$element = options . element ,
arrowElement = _options$element === void 0 ? '[data-popper-arrow]' : _options$element ;
if ( arrowElement == null ) {
return ;
} // CSS selector
if ( typeof arrowElement === 'string' ) {
arrowElement = state . elements . popper . querySelector ( arrowElement ) ;
if ( ! arrowElement ) {
return ;
}
}
if ( process . env . NODE _ENV !== "production" ) {
if ( ! isHTMLElement ( arrowElement ) ) {
console . error ( [ 'Popper: "arrow" element must be an HTMLElement (not an SVGElement).' , 'To use an SVG arrow, wrap it in an HTMLElement that will be used as' , 'the arrow.' ] . join ( ' ' ) ) ;
}
}
if ( ! contains ( state . elements . popper , arrowElement ) ) {
if ( process . env . NODE _ENV !== "production" ) {
console . error ( [ 'Popper: "arrow" modifier\'s `element` must be a child of the popper' , 'element.' ] . join ( ' ' ) ) ;
}
return ;
}
state . elements . arrow = arrowElement ;
} // eslint-disable-next-line import/no-unused-modules
var arrow$1 = {
name : 'arrow' ,
enabled : true ,
phase : 'main' ,
fn : arrow ,
effect : effect$1 ,
requires : [ 'popperOffsets' ] ,
requiresIfExists : [ 'preventOverflow' ]
} ;
function getVariation ( placement ) {
return placement . split ( '-' ) [ 1 ] ;
}
var unsetSides = {
top : 'auto' ,
right : 'auto' ,
bottom : 'auto' ,
left : 'auto'
} ; // Round the offsets to the nearest suitable subpixel based on the DPR.
// Zooming can change the DPR, but it seems to report a value that will
// cleanly divide the values into the appropriate subpixels.
function roundOffsetsByDPR ( _ref ) {
var x = _ref . x ,
y = _ref . y ;
var win = window ;
var dpr = win . devicePixelRatio || 1 ;
return {
x : round ( x * dpr ) / dpr || 0 ,
y : round ( y * dpr ) / dpr || 0
} ;
}
function mapToStyles ( _ref2 ) {
var _Object$assign2 ;
var popper = _ref2 . popper ,
popperRect = _ref2 . popperRect ,
placement = _ref2 . placement ,
variation = _ref2 . variation ,
offsets = _ref2 . offsets ,
position = _ref2 . position ,
gpuAcceleration = _ref2 . gpuAcceleration ,
adaptive = _ref2 . adaptive ,
roundOffsets = _ref2 . roundOffsets ,
isFixed = _ref2 . isFixed ;
var _offsets$x = offsets . x ,
x = _offsets$x === void 0 ? 0 : _offsets$x ,
_offsets$y = offsets . y ,
y = _offsets$y === void 0 ? 0 : _offsets$y ;
var _ref3 = typeof roundOffsets === 'function' ? roundOffsets ( {
x : x ,
y : y
} ) : {
x : x ,
y : y
} ;
x = _ref3 . x ;
y = _ref3 . y ;
var hasX = offsets . hasOwnProperty ( 'x' ) ;
var hasY = offsets . hasOwnProperty ( 'y' ) ;
var sideX = left ;
var sideY = top ;
var win = window ;
if ( adaptive ) {
var offsetParent = getOffsetParent ( popper ) ;
var heightProp = 'clientHeight' ;
var widthProp = 'clientWidth' ;
if ( offsetParent === getWindow ( popper ) ) {
offsetParent = getDocumentElement ( popper ) ;
if ( getComputedStyle$1 ( offsetParent ) . position !== 'static' && position === 'absolute' ) {
heightProp = 'scrollHeight' ;
widthProp = 'scrollWidth' ;
}
} // $FlowFixMe[incompatible-cast]: force type refinement, we compare offsetParent with window above, but Flow doesn't detect it
offsetParent = offsetParent ;
if ( placement === top || ( placement === left || placement === right ) && variation === end ) {
sideY = bottom ;
var offsetY = isFixed && win . visualViewport ? win . visualViewport . height : // $FlowFixMe[prop-missing]
offsetParent [ heightProp ] ;
y -= offsetY - popperRect . height ;
y *= gpuAcceleration ? 1 : - 1 ;
}
if ( placement === left || ( placement === top || placement === bottom ) && variation === end ) {
sideX = right ;
var offsetX = isFixed && win . visualViewport ? win . visualViewport . width : // $FlowFixMe[prop-missing]
offsetParent [ widthProp ] ;
x -= offsetX - popperRect . width ;
x *= gpuAcceleration ? 1 : - 1 ;
}
}
var commonStyles = Object . assign ( {
position : position
} , adaptive && unsetSides ) ;
var _ref4 = roundOffsets === true ? roundOffsetsByDPR ( {
x : x ,
y : y
} ) : {
x : x ,
y : y
} ;
x = _ref4 . x ;
y = _ref4 . y ;
if ( gpuAcceleration ) {
var _Object$assign ;
return Object . assign ( { } , commonStyles , ( _Object$assign = { } , _Object$assign [ sideY ] = hasY ? '0' : '' , _Object$assign [ sideX ] = hasX ? '0' : '' , _Object$assign . transform = ( win . devicePixelRatio || 1 ) <= 1 ? "translate(" + x + "px, " + y + "px)" : "translate3d(" + x + "px, " + y + "px, 0)" , _Object$assign ) ) ;
}
return Object . assign ( { } , commonStyles , ( _Object$assign2 = { } , _Object$assign2 [ sideY ] = hasY ? y + "px" : '' , _Object$assign2 [ sideX ] = hasX ? x + "px" : '' , _Object$assign2 . transform = '' , _Object$assign2 ) ) ;
}
function computeStyles ( _ref5 ) {
var state = _ref5 . state ,
options = _ref5 . options ;
var _options$gpuAccelerat = options . gpuAcceleration ,
gpuAcceleration = _options$gpuAccelerat === void 0 ? true : _options$gpuAccelerat ,
_options$adaptive = options . adaptive ,
adaptive = _options$adaptive === void 0 ? true : _options$adaptive ,
_options$roundOffsets = options . roundOffsets ,
roundOffsets = _options$roundOffsets === void 0 ? true : _options$roundOffsets ;
if ( process . env . NODE _ENV !== "production" ) {
var transitionProperty = getComputedStyle$1 ( state . elements . popper ) . transitionProperty || '' ;
if ( adaptive && [ 'transform' , 'top' , 'right' , 'bottom' , 'left' ] . some ( function ( property ) {
return transitionProperty . indexOf ( property ) >= 0 ;
} ) ) {
console . warn ( [ 'Popper: Detected CSS transitions on at least one of the following' , 'CSS properties: "transform", "top", "right", "bottom", "left".' , '\n\n' , 'Disable the "computeStyles" modifier\'s `adaptive` option to allow' , 'for smooth transitions, or remove these properties from the CSS' , 'transition declaration on the popper element if only transitioning' , 'opacity or background-color for example.' , '\n\n' , 'We recommend using the popper element as a wrapper around an inner' , 'element that can have any CSS property transitioned for animations.' ] . join ( ' ' ) ) ;
}
}
var commonStyles = {
placement : getBasePlacement ( state . placement ) ,
variation : getVariation ( state . placement ) ,
popper : state . elements . popper ,
popperRect : state . rects . popper ,
gpuAcceleration : gpuAcceleration ,
isFixed : state . options . strategy === 'fixed'
} ;
if ( state . modifiersData . popperOffsets != null ) {
state . styles . popper = Object . assign ( { } , state . styles . popper , mapToStyles ( Object . assign ( { } , commonStyles , {
offsets : state . modifiersData . popperOffsets ,
position : state . options . strategy ,
adaptive : adaptive ,
roundOffsets : roundOffsets
} ) ) ) ;
}
if ( state . modifiersData . arrow != null ) {
state . styles . arrow = Object . assign ( { } , state . styles . arrow , mapToStyles ( Object . assign ( { } , commonStyles , {
offsets : state . modifiersData . arrow ,
position : 'absolute' ,
adaptive : false ,
roundOffsets : roundOffsets
} ) ) ) ;
}
state . attributes . popper = Object . assign ( { } , state . attributes . popper , {
'data-popper-placement' : state . placement
} ) ;
} // eslint-disable-next-line import/no-unused-modules
var computeStyles$1 = {
name : 'computeStyles' ,
enabled : true ,
phase : 'beforeWrite' ,
fn : computeStyles ,
data : { }
} ;
var passive = {
passive : true
} ;
function effect ( _ref ) {
var state = _ref . state ,
instance = _ref . instance ,
options = _ref . options ;
var _options$scroll = options . scroll ,
scroll = _options$scroll === void 0 ? true : _options$scroll ,
_options$resize = options . resize ,
resize = _options$resize === void 0 ? true : _options$resize ;
var window = getWindow ( state . elements . popper ) ;
var scrollParents = [ ] . concat ( state . scrollParents . reference , state . scrollParents . popper ) ;
if ( scroll ) {
scrollParents . forEach ( function ( scrollParent ) {
scrollParent . addEventListener ( 'scroll' , instance . update , passive ) ;
} ) ;
}
if ( resize ) {
window . addEventListener ( 'resize' , instance . update , passive ) ;
}
return function ( ) {
if ( scroll ) {
scrollParents . forEach ( function ( scrollParent ) {
scrollParent . removeEventListener ( 'scroll' , instance . update , passive ) ;
} ) ;
}
if ( resize ) {
window . removeEventListener ( 'resize' , instance . update , passive ) ;
}
} ;
} // eslint-disable-next-line import/no-unused-modules
var eventListeners = {
name : 'eventListeners' ,
enabled : true ,
phase : 'write' ,
fn : function fn ( ) { } ,
effect : effect ,
data : { }
} ;
var hash$1 = {
left : 'right' ,
right : 'left' ,
bottom : 'top' ,
top : 'bottom'
} ;
function getOppositePlacement ( placement ) {
return placement . replace ( /left|right|bottom|top/g , function ( matched ) {
return hash$1 [ matched ] ;
} ) ;
}
var hash = {
start : 'end' ,
end : 'start'
} ;
function getOppositeVariationPlacement ( placement ) {
return placement . replace ( /start|end/g , function ( matched ) {
return hash [ matched ] ;
} ) ;
}
function getWindowScroll ( node ) {
var win = getWindow ( node ) ;
var scrollLeft = win . pageXOffset ;
var scrollTop = win . pageYOffset ;
return {
scrollLeft : scrollLeft ,
scrollTop : scrollTop
} ;
}
function getWindowScrollBarX ( element ) {
// If <html> has a CSS width greater than the viewport, then this will be
// incorrect for RTL.
// Popper 1 is broken in this case and never had a bug report so let's assume
// it's not an issue. I don't think anyone ever specifies width on <html>
// anyway.
// Browsers where the left scrollbar doesn't cause an issue report `0` for
// this (e.g. Edge 2019, IE11, Safari)
return getBoundingClientRect ( getDocumentElement ( element ) ) . left + getWindowScroll ( element ) . scrollLeft ;
}
function getViewportRect ( element ) {
var win = getWindow ( element ) ;
var html = getDocumentElement ( element ) ;
var visualViewport = win . visualViewport ;
var width = html . clientWidth ;
var height = html . clientHeight ;
var x = 0 ;
var y = 0 ; // NB: This isn't supported on iOS <= 12. If the keyboard is open, the popper
// can be obscured underneath it.
// Also, `html.clientHeight` adds the bottom bar height in Safari iOS, even
// if it isn't open, so if this isn't available, the popper will be detected
// to overflow the bottom of the screen too early.
if ( visualViewport ) {
width = visualViewport . width ;
height = visualViewport . height ; // Uses Layout Viewport (like Chrome; Safari does not currently)
// In Chrome, it returns a value very close to 0 (+/-) but contains rounding
// errors due to floating point numbers, so we need to check precision.
// Safari returns a number <= 0, usually < -1 when pinch-zoomed
// Feature detection fails in mobile emulation mode in Chrome.
// Math.abs(win.innerWidth / visualViewport.scale - visualViewport.width) <
// 0.001
// Fallback here: "Not Safari" userAgent
if ( ! /^((?!chrome|android).)*safari/i . test ( navigator . userAgent ) ) {
x = visualViewport . offsetLeft ;
y = visualViewport . offsetTop ;
}
}
return {
width : width ,
height : height ,
x : x + getWindowScrollBarX ( element ) ,
y : y
} ;
}
// of the `<html>` and `<body>` rect bounds if horizontally scrollable
function getDocumentRect ( element ) {
var _element$ownerDocumen ;
var html = getDocumentElement ( element ) ;
var winScroll = getWindowScroll ( element ) ;
var body = ( _element$ownerDocumen = element . ownerDocument ) == null ? void 0 : _element$ownerDocumen . body ;
var width = max ( html . scrollWidth , html . clientWidth , body ? body . scrollWidth : 0 , body ? body . clientWidth : 0 ) ;
var height = max ( html . scrollHeight , html . clientHeight , body ? body . scrollHeight : 0 , body ? body . clientHeight : 0 ) ;
var x = - winScroll . scrollLeft + getWindowScrollBarX ( element ) ;
var y = - winScroll . scrollTop ;
if ( getComputedStyle$1 ( body || html ) . direction === 'rtl' ) {
x += max ( html . clientWidth , body ? body . clientWidth : 0 ) - width ;
}
return {
width : width ,
height : height ,
x : x ,
y : y
} ;
}
function isScrollParent ( element ) {
// Firefox wants us to check `-x` and `-y` variations as well
var _getComputedStyle = getComputedStyle$1 ( element ) ,
overflow = _getComputedStyle . overflow ,
overflowX = _getComputedStyle . overflowX ,
overflowY = _getComputedStyle . overflowY ;
return /auto|scroll|overlay|hidden/ . test ( overflow + overflowY + overflowX ) ;
}
function getScrollParent ( node ) {
if ( [ 'html' , 'body' , '#document' ] . indexOf ( getNodeName ( node ) ) >= 0 ) {
// $FlowFixMe[incompatible-return]: assume body is always available
return node . ownerDocument . body ;
}
if ( isHTMLElement ( node ) && isScrollParent ( node ) ) {
return node ;
}
return getScrollParent ( getParentNode ( node ) ) ;
}
/ *
given a DOM element , return the list of all scroll parents , up the list of ancesors
until we get to the top window object . This list is what we attach scroll listeners
to , because if any of these parent elements scroll , we ' ll need to re - calculate the
reference element ' s position .
* /
function listScrollParents ( element , list ) {
var _element$ownerDocumen ;
if ( list === void 0 ) {
list = [ ] ;
}
var scrollParent = getScrollParent ( element ) ;
var isBody = scrollParent === ( ( _element$ownerDocumen = element . ownerDocument ) == null ? void 0 : _element$ownerDocumen . body ) ;
var win = getWindow ( scrollParent ) ;
var target = isBody ? [ win ] . concat ( win . visualViewport || [ ] , isScrollParent ( scrollParent ) ? scrollParent : [ ] ) : scrollParent ;
var updatedList = list . concat ( target ) ;
return isBody ? updatedList : // $FlowFixMe[incompatible-call]: isBody tells us target will be an HTMLElement here
updatedList . concat ( listScrollParents ( getParentNode ( target ) ) ) ;
}
function rectToClientRect ( rect ) {
return Object . assign ( { } , rect , {
left : rect . x ,
top : rect . y ,
right : rect . x + rect . width ,
bottom : rect . y + rect . height
} ) ;
}
function getInnerBoundingClientRect ( element ) {
var rect = getBoundingClientRect ( element ) ;
rect . top = rect . top + element . clientTop ;
rect . left = rect . left + element . clientLeft ;
rect . bottom = rect . top + element . clientHeight ;
rect . right = rect . left + element . clientWidth ;
rect . width = element . clientWidth ;
rect . height = element . clientHeight ;
rect . x = rect . left ;
rect . y = rect . top ;
return rect ;
}
function getClientRectFromMixedType ( element , clippingParent ) {
return clippingParent === viewport ? rectToClientRect ( getViewportRect ( element ) ) : isElement ( clippingParent ) ? getInnerBoundingClientRect ( clippingParent ) : rectToClientRect ( getDocumentRect ( getDocumentElement ( element ) ) ) ;
} // A "clipping parent" is an overflowable container with the characteristic of
// clipping (or hiding) overflowing elements with a position different from
// `initial`
function getClippingParents ( element ) {
var clippingParents = listScrollParents ( getParentNode ( element ) ) ;
var canEscapeClipping = [ 'absolute' , 'fixed' ] . indexOf ( getComputedStyle$1 ( element ) . position ) >= 0 ;
var clipperElement = canEscapeClipping && isHTMLElement ( element ) ? getOffsetParent ( element ) : element ;
if ( ! isElement ( clipperElement ) ) {
return [ ] ;
} // $FlowFixMe[incompatible-return]: https://github.com/facebook/flow/issues/1414
return clippingParents . filter ( function ( clippingParent ) {
return isElement ( clippingParent ) && contains ( clippingParent , clipperElement ) && getNodeName ( clippingParent ) !== 'body' ;
} ) ;
} // Gets the maximum area that the element is visible in due to any number of
// clipping parents
function getClippingRect ( element , boundary , rootBoundary ) {
var mainClippingParents = boundary === 'clippingParents' ? getClippingParents ( element ) : [ ] . concat ( boundary ) ;
var clippingParents = [ ] . concat ( mainClippingParents , [ rootBoundary ] ) ;
var firstClippingParent = clippingParents [ 0 ] ;
var clippingRect = clippingParents . reduce ( function ( accRect , clippingParent ) {
var rect = getClientRectFromMixedType ( element , clippingParent ) ;
accRect . top = max ( rect . top , accRect . top ) ;
accRect . right = min ( rect . right , accRect . right ) ;
accRect . bottom = min ( rect . bottom , accRect . bottom ) ;
accRect . left = max ( rect . left , accRect . left ) ;
return accRect ;
} , getClientRectFromMixedType ( element , firstClippingParent ) ) ;
clippingRect . width = clippingRect . right - clippingRect . left ;
clippingRect . height = clippingRect . bottom - clippingRect . top ;
clippingRect . x = clippingRect . left ;
clippingRect . y = clippingRect . top ;
return clippingRect ;
}
function computeOffsets ( _ref ) {
var reference = _ref . reference ,
element = _ref . element ,
placement = _ref . placement ;
var basePlacement = placement ? getBasePlacement ( placement ) : null ;
var variation = placement ? getVariation ( placement ) : null ;
var commonX = reference . x + reference . width / 2 - element . width / 2 ;
var commonY = reference . y + reference . height / 2 - element . height / 2 ;
var offsets ;
switch ( basePlacement ) {
case top :
offsets = {
x : commonX ,
y : reference . y - element . height
} ;
break ;
case bottom :
offsets = {
x : commonX ,
y : reference . y + reference . height
} ;
break ;
case right :
offsets = {
x : reference . x + reference . width ,
y : commonY
} ;
break ;
case left :
offsets = {
x : reference . x - element . width ,
y : commonY
} ;
break ;
default :
offsets = {
x : reference . x ,
y : reference . y
} ;
}
var mainAxis = basePlacement ? getMainAxisFromPlacement ( basePlacement ) : null ;
if ( mainAxis != null ) {
var len = mainAxis === 'y' ? 'height' : 'width' ;
switch ( variation ) {
case start :
offsets [ mainAxis ] = offsets [ mainAxis ] - ( reference [ len ] / 2 - element [ len ] / 2 ) ;
break ;
case end :
offsets [ mainAxis ] = offsets [ mainAxis ] + ( reference [ len ] / 2 - element [ len ] / 2 ) ;
break ;
}
}
return offsets ;
}
function detectOverflow ( state , options ) {
if ( options === void 0 ) {
options = { } ;
}
var _options = options ,
_options$placement = _options . placement ,
placement = _options$placement === void 0 ? state . placement : _options$placement ,
_options$boundary = _options . boundary ,
boundary = _options$boundary === void 0 ? clippingParents : _options$boundary ,
_options$rootBoundary = _options . rootBoundary ,
rootBoundary = _options$rootBoundary === void 0 ? viewport : _options$rootBoundary ,
_options$elementConte = _options . elementContext ,
elementContext = _options$elementConte === void 0 ? popper : _options$elementConte ,
_options$altBoundary = _options . altBoundary ,
altBoundary = _options$altBoundary === void 0 ? false : _options$altBoundary ,
_options$padding = _options . padding ,
padding = _options$padding === void 0 ? 0 : _options$padding ;
var paddingObject = mergePaddingObject ( typeof padding !== 'number' ? padding : expandToHashMap ( padding , basePlacements ) ) ;
var altContext = elementContext === popper ? reference : popper ;
var popperRect = state . rects . popper ;
var element = state . elements [ altBoundary ? altContext : elementContext ] ;
var clippingClientRect = getClippingRect ( isElement ( element ) ? element : element . contextElement || getDocumentElement ( state . elements . popper ) , boundary , rootBoundary ) ;
var referenceClientRect = getBoundingClientRect ( state . elements . reference ) ;
var popperOffsets = computeOffsets ( {
reference : referenceClientRect ,
element : popperRect ,
strategy : 'absolute' ,
placement : placement
} ) ;
var popperClientRect = rectToClientRect ( Object . assign ( { } , popperRect , popperOffsets ) ) ;
var elementClientRect = elementContext === popper ? popperClientRect : referenceClientRect ; // positive = overflowing the clipping rect
// 0 or negative = within the clipping rect
var overflowOffsets = {
top : clippingClientRect . top - elementClientRect . top + paddingObject . top ,
bottom : elementClientRect . bottom - clippingClientRect . bottom + paddingObject . bottom ,
left : clippingClientRect . left - elementClientRect . left + paddingObject . left ,
right : elementClientRect . right - clippingClientRect . right + paddingObject . right
} ;
var offsetData = state . modifiersData . offset ; // Offsets can be applied only to the popper element
if ( elementContext === popper && offsetData ) {
var offset = offsetData [ placement ] ;
Object . keys ( overflowOffsets ) . forEach ( function ( key ) {
var multiply = [ right , bottom ] . indexOf ( key ) >= 0 ? 1 : - 1 ;
var axis = [ top , bottom ] . indexOf ( key ) >= 0 ? 'y' : 'x' ;
overflowOffsets [ key ] += offset [ axis ] * multiply ;
} ) ;
}
return overflowOffsets ;
}
function computeAutoPlacement ( state , options ) {
if ( options === void 0 ) {
options = { } ;
}
var _options = options ,
placement = _options . placement ,
boundary = _options . boundary ,
rootBoundary = _options . rootBoundary ,
padding = _options . padding ,
flipVariations = _options . flipVariations ,
_options$allowedAutoP = _options . allowedAutoPlacements ,
allowedAutoPlacements = _options$allowedAutoP === void 0 ? placements : _options$allowedAutoP ;
var variation = getVariation ( placement ) ;
var placements$1 = variation ? flipVariations ? variationPlacements : variationPlacements . filter ( function ( placement ) {
return getVariation ( placement ) === variation ;
} ) : basePlacements ;
var allowedPlacements = placements$1 . filter ( function ( placement ) {
return allowedAutoPlacements . indexOf ( placement ) >= 0 ;
} ) ;
if ( allowedPlacements . length === 0 ) {
allowedPlacements = placements$1 ;
if ( process . env . NODE _ENV !== "production" ) {
console . error ( [ 'Popper: The `allowedAutoPlacements` option did not allow any' , 'placements. Ensure the `placement` option matches the variation' , 'of the allowed placements.' , 'For example, "auto" cannot be used to allow "bottom-start".' , 'Use "auto-start" instead.' ] . join ( ' ' ) ) ;
}
} // $FlowFixMe[incompatible-type]: Flow seems to have problems with two array unions...
var overflows = allowedPlacements . reduce ( function ( acc , placement ) {
acc [ placement ] = detectOverflow ( state , {
placement : placement ,
boundary : boundary ,
rootBoundary : rootBoundary ,
padding : padding
} ) [ getBasePlacement ( placement ) ] ;
return acc ;
} , { } ) ;
return Object . keys ( overflows ) . sort ( function ( a , b ) {
return overflows [ a ] - overflows [ b ] ;
} ) ;
}
function getExpandedFallbackPlacements ( placement ) {
if ( getBasePlacement ( placement ) === auto ) {
return [ ] ;
}
var oppositePlacement = getOppositePlacement ( placement ) ;
return [ getOppositeVariationPlacement ( placement ) , oppositePlacement , getOppositeVariationPlacement ( oppositePlacement ) ] ;
}
function flip ( _ref ) {
var state = _ref . state ,
options = _ref . options ,
name = _ref . name ;
if ( state . modifiersData [ name ] . _skip ) {
return ;
}
var _options$mainAxis = options . mainAxis ,
checkMainAxis = _options$mainAxis === void 0 ? true : _options$mainAxis ,
_options$altAxis = options . altAxis ,
checkAltAxis = _options$altAxis === void 0 ? true : _options$altAxis ,
specifiedFallbackPlacements = options . fallbackPlacements ,
padding = options . padding ,
boundary = options . boundary ,
rootBoundary = options . rootBoundary ,
altBoundary = options . altBoundary ,
_options$flipVariatio = options . flipVariations ,
flipVariations = _options$flipVariatio === void 0 ? true : _options$flipVariatio ,
allowedAutoPlacements = options . allowedAutoPlacements ;
var preferredPlacement = state . options . placement ;
var basePlacement = getBasePlacement ( preferredPlacement ) ;
var isBasePlacement = basePlacement === preferredPlacement ;
var fallbackPlacements = specifiedFallbackPlacements || ( isBasePlacement || ! flipVariations ? [ getOppositePlacement ( preferredPlacement ) ] : getExpandedFallbackPlacements ( preferredPlacement ) ) ;
var placements = [ preferredPlacement ] . concat ( fallbackPlacements ) . reduce ( function ( acc , placement ) {
return acc . concat ( getBasePlacement ( placement ) === auto ? computeAutoPlacement ( state , {
placement : placement ,
boundary : boundary ,
rootBoundary : rootBoundary ,
padding : padding ,
flipVariations : flipVariations ,
allowedAutoPlacements : allowedAutoPlacements
} ) : placement ) ;
} , [ ] ) ;
var referenceRect = state . rects . reference ;
var popperRect = state . rects . popper ;
var checksMap = new Map ( ) ;
var makeFallbackChecks = true ;
var firstFittingPlacement = placements [ 0 ] ;
for ( var i = 0 ; i < placements . length ; i ++ ) {
var placement = placements [ i ] ;
var _basePlacement = getBasePlacement ( placement ) ;
var isStartVariation = getVariation ( placement ) === start ;
var isVertical = [ top , bottom ] . indexOf ( _basePlacement ) >= 0 ;
var len = isVertical ? 'width' : 'height' ;
var overflow = detectOverflow ( state , {
placement : placement ,
boundary : boundary ,
rootBoundary : rootBoundary ,
altBoundary : altBoundary ,
padding : padding
} ) ;
var mainVariationSide = isVertical ? isStartVariation ? right : left : isStartVariation ? bottom : top ;
if ( referenceRect [ len ] > popperRect [ len ] ) {
mainVariationSide = getOppositePlacement ( mainVariationSide ) ;
}
var altVariationSide = getOppositePlacement ( mainVariationSide ) ;
var checks = [ ] ;
if ( checkMainAxis ) {
checks . push ( overflow [ _basePlacement ] <= 0 ) ;
}
if ( checkAltAxis ) {
checks . push ( overflow [ mainVariationSide ] <= 0 , overflow [ altVariationSide ] <= 0 ) ;
}
if ( checks . every ( function ( check ) {
return check ;
} ) ) {
firstFittingPlacement = placement ;
makeFallbackChecks = false ;
break ;
}
checksMap . set ( placement , checks ) ;
}
if ( makeFallbackChecks ) {
// `2` may be desired in some cases –
var numberOfChecks = flipVariations ? 3 : 1 ;
var _loop = function _loop ( _i ) {
var fittingPlacement = placements . find ( function ( placement ) {
var checks = checksMap . get ( placement ) ;
if ( checks ) {
return checks . slice ( 0 , _i ) . every ( function ( check ) {
return check ;
} ) ;
}
} ) ;
if ( fittingPlacement ) {
firstFittingPlacement = fittingPlacement ;
return "break" ;
}
} ;
for ( var _i = numberOfChecks ; _i > 0 ; _i -- ) {
var _ret = _loop ( _i ) ;
if ( _ret === "break" ) break ;
}
}
if ( state . placement !== firstFittingPlacement ) {
state . modifiersData [ name ] . _skip = true ;
state . placement = firstFittingPlacement ;
state . reset = true ;
}
} // eslint-disable-next-line import/no-unused-modules
var flip$1 = {
name : 'flip' ,
enabled : true ,
phase : 'main' ,
fn : flip ,
requiresIfExists : [ 'offset' ] ,
data : {
_skip : false
}
} ;
function getSideOffsets ( overflow , rect , preventedOffsets ) {
if ( preventedOffsets === void 0 ) {
preventedOffsets = {
x : 0 ,
y : 0
} ;
}
return {
top : overflow . top - rect . height - preventedOffsets . y ,
right : overflow . right - rect . width + preventedOffsets . x ,
bottom : overflow . bottom - rect . height + preventedOffsets . y ,
left : overflow . left - rect . width - preventedOffsets . x
} ;
}
function isAnySideFullyClipped ( overflow ) {
return [ top , right , bottom , left ] . some ( function ( side ) {
return overflow [ side ] >= 0 ;
} ) ;
}
function hide ( _ref ) {
var state = _ref . state ,
name = _ref . name ;
var referenceRect = state . rects . reference ;
var popperRect = state . rects . popper ;
var preventedOffsets = state . modifiersData . preventOverflow ;
var referenceOverflow = detectOverflow ( state , {
elementContext : 'reference'
} ) ;
var popperAltOverflow = detectOverflow ( state , {
altBoundary : true
} ) ;
var referenceClippingOffsets = getSideOffsets ( referenceOverflow , referenceRect ) ;
var popperEscapeOffsets = getSideOffsets ( popperAltOverflow , popperRect , preventedOffsets ) ;
var isReferenceHidden = isAnySideFullyClipped ( referenceClippingOffsets ) ;
var hasPopperEscaped = isAnySideFullyClipped ( popperEscapeOffsets ) ;
state . modifiersData [ name ] = {
referenceClippingOffsets : referenceClippingOffsets ,
popperEscapeOffsets : popperEscapeOffsets ,
isReferenceHidden : isReferenceHidden ,
hasPopperEscaped : hasPopperEscaped
} ;
state . attributes . popper = Object . assign ( { } , state . attributes . popper , {
'data-popper-reference-hidden' : isReferenceHidden ,
'data-popper-escaped' : hasPopperEscaped
} ) ;
} // eslint-disable-next-line import/no-unused-modules
var hide$1 = {
name : 'hide' ,
enabled : true ,
phase : 'main' ,
requiresIfExists : [ 'preventOverflow' ] ,
fn : hide
} ;
function distanceAndSkiddingToXY ( placement , rects , offset ) {
var basePlacement = getBasePlacement ( placement ) ;
var invertDistance = [ left , top ] . indexOf ( basePlacement ) >= 0 ? - 1 : 1 ;
var _ref = typeof offset === 'function' ? offset ( Object . assign ( { } , rects , {
placement : placement
} ) ) : offset ,
skidding = _ref [ 0 ] ,
distance = _ref [ 1 ] ;
skidding = skidding || 0 ;
distance = ( distance || 0 ) * invertDistance ;
return [ left , right ] . indexOf ( basePlacement ) >= 0 ? {
x : distance ,
y : skidding
} : {
x : skidding ,
y : distance
} ;
}
function offset ( _ref2 ) {
var state = _ref2 . state ,
options = _ref2 . options ,
name = _ref2 . name ;
var _options$offset = options . offset ,
offset = _options$offset === void 0 ? [ 0 , 0 ] : _options$offset ;
var data = placements . reduce ( function ( acc , placement ) {
acc [ placement ] = distanceAndSkiddingToXY ( placement , state . rects , offset ) ;
return acc ;
} , { } ) ;
var _data$state$placement = data [ state . placement ] ,
x = _data$state$placement . x ,
y = _data$state$placement . y ;
if ( state . modifiersData . popperOffsets != null ) {
state . modifiersData . popperOffsets . x += x ;
state . modifiersData . popperOffsets . y += y ;
}
state . modifiersData [ name ] = data ;
} // eslint-disable-next-line import/no-unused-modules
var offset$1 = {
name : 'offset' ,
enabled : true ,
phase : 'main' ,
requires : [ 'popperOffsets' ] ,
fn : offset
} ;
function popperOffsets ( _ref ) {
var state = _ref . state ,
name = _ref . name ;
// Offsets are the actual position the popper needs to have to be
// properly positioned near its reference element
// This is the most basic placement, and will be adjusted by
// the modifiers in the next step
state . modifiersData [ name ] = computeOffsets ( {
reference : state . rects . reference ,
element : state . rects . popper ,
strategy : 'absolute' ,
placement : state . placement
} ) ;
} // eslint-disable-next-line import/no-unused-modules
var popperOffsets$1 = {
name : 'popperOffsets' ,
enabled : true ,
phase : 'read' ,
fn : popperOffsets ,
data : { }
} ;
function getAltAxis ( axis ) {
return axis === 'x' ? 'y' : 'x' ;
}
function preventOverflow ( _ref ) {
var state = _ref . state ,
options = _ref . options ,
name = _ref . name ;
var _options$mainAxis = options . mainAxis ,
checkMainAxis = _options$mainAxis === void 0 ? true : _options$mainAxis ,
_options$altAxis = options . altAxis ,
checkAltAxis = _options$altAxis === void 0 ? false : _options$altAxis ,
boundary = options . boundary ,
rootBoundary = options . rootBoundary ,
altBoundary = options . altBoundary ,
padding = options . padding ,
_options$tether = options . tether ,
tether = _options$tether === void 0 ? true : _options$tether ,
_options$tetherOffset = options . tetherOffset ,
tetherOffset = _options$tetherOffset === void 0 ? 0 : _options$tetherOffset ;
var overflow = detectOverflow ( state , {
boundary : boundary ,
rootBoundary : rootBoundary ,
padding : padding ,
altBoundary : altBoundary
} ) ;
var basePlacement = getBasePlacement ( state . placement ) ;
var variation = getVariation ( state . placement ) ;
var isBasePlacement = ! variation ;
var mainAxis = getMainAxisFromPlacement ( basePlacement ) ;
var altAxis = getAltAxis ( mainAxis ) ;
var popperOffsets = state . modifiersData . popperOffsets ;
var referenceRect = state . rects . reference ;
var popperRect = state . rects . popper ;
var tetherOffsetValue = typeof tetherOffset === 'function' ? tetherOffset ( Object . assign ( { } , state . rects , {
placement : state . placement
} ) ) : tetherOffset ;
var normalizedTetherOffsetValue = typeof tetherOffsetValue === 'number' ? {
mainAxis : tetherOffsetValue ,
altAxis : tetherOffsetValue
} : Object . assign ( {
mainAxis : 0 ,
altAxis : 0
} , tetherOffsetValue ) ;
var offsetModifierState = state . modifiersData . offset ? state . modifiersData . offset [ state . placement ] : null ;
var data = {
x : 0 ,
y : 0
} ;
if ( ! popperOffsets ) {
return ;
}
if ( checkMainAxis ) {
var _offsetModifierState$ ;
var mainSide = mainAxis === 'y' ? top : left ;
var altSide = mainAxis === 'y' ? bottom : right ;
var len = mainAxis === 'y' ? 'height' : 'width' ;
var offset = popperOffsets [ mainAxis ] ;
var min$1 = offset + overflow [ mainSide ] ;
var max$1 = offset - overflow [ altSide ] ;
var additive = tether ? - popperRect [ len ] / 2 : 0 ;
var minLen = variation === start ? referenceRect [ len ] : popperRect [ len ] ;
var maxLen = variation === start ? - popperRect [ len ] : - referenceRect [ len ] ; // We need to include the arrow in the calculation so the arrow doesn't go
// outside the reference bounds
var arrowElement = state . elements . arrow ;
var arrowRect = tether && arrowElement ? getLayoutRect ( arrowElement ) : {
width : 0 ,
height : 0
} ;
var arrowPaddingObject = state . modifiersData [ 'arrow#persistent' ] ? state . modifiersData [ 'arrow#persistent' ] . padding : getFreshSideObject ( ) ;
var arrowPaddingMin = arrowPaddingObject [ mainSide ] ;
var arrowPaddingMax = arrowPaddingObject [ altSide ] ; // If the reference length is smaller than the arrow length, we don't want
// to include its full size in the calculation. If the reference is small
// and near the edge of a boundary, the popper can overflow even if the
// reference is not overflowing as well (e.g. virtual elements with no
// width or height)
var arrowLen = within ( 0 , referenceRect [ len ] , arrowRect [ len ] ) ;
var minOffset = isBasePlacement ? referenceRect [ len ] / 2 - additive - arrowLen - arrowPaddingMin - normalizedTetherOffsetValue . mainAxis : minLen - arrowLen - arrowPaddingMin - normalizedTetherOffsetValue . mainAxis ;
var maxOffset = isBasePlacement ? - referenceRect [ len ] / 2 + additive + arrowLen + arrowPaddingMax + normalizedTetherOffsetValue . mainAxis : maxLen + arrowLen + arrowPaddingMax + normalizedTetherOffsetValue . mainAxis ;
var arrowOffsetParent = state . elements . arrow && getOffsetParent ( state . elements . arrow ) ;
var clientOffset = arrowOffsetParent ? mainAxis === 'y' ? arrowOffsetParent . clientTop || 0 : arrowOffsetParent . clientLeft || 0 : 0 ;
var offsetModifierValue = ( _offsetModifierState$ = offsetModifierState == null ? void 0 : offsetModifierState [ mainAxis ] ) != null ? _offsetModifierState$ : 0 ;
var tetherMin = offset + minOffset - offsetModifierValue - clientOffset ;
var tetherMax = offset + maxOffset - offsetModifierValue ;
var preventedOffset = within ( tether ? min ( min$1 , tetherMin ) : min$1 , offset , tether ? max ( max$1 , tetherMax ) : max$1 ) ;
popperOffsets [ mainAxis ] = preventedOffset ;
data [ mainAxis ] = preventedOffset - offset ;
}
if ( checkAltAxis ) {
var _offsetModifierState$2 ;
var _mainSide = mainAxis === 'x' ? top : left ;
var _altSide = mainAxis === 'x' ? bottom : right ;
var _offset = popperOffsets [ altAxis ] ;
var _len = altAxis === 'y' ? 'height' : 'width' ;
var _min = _offset + overflow [ _mainSide ] ;
var _max = _offset - overflow [ _altSide ] ;
var isOriginSide = [ top , left ] . indexOf ( basePlacement ) !== - 1 ;
var _offsetModifierValue = ( _offsetModifierState$2 = offsetModifierState == null ? void 0 : offsetModifierState [ altAxis ] ) != null ? _offsetModifierState$2 : 0 ;
var _tetherMin = isOriginSide ? _min : _offset - referenceRect [ _len ] - popperRect [ _len ] - _offsetModifierValue + normalizedTetherOffsetValue . altAxis ;
var _tetherMax = isOriginSide ? _offset + referenceRect [ _len ] + popperRect [ _len ] - _offsetModifierValue - normalizedTetherOffsetValue . altAxis : _max ;
var _preventedOffset = tether && isOriginSide ? withinMaxClamp ( _tetherMin , _offset , _tetherMax ) : within ( tether ? _tetherMin : _min , _offset , tether ? _tetherMax : _max ) ;
popperOffsets [ altAxis ] = _preventedOffset ;
data [ altAxis ] = _preventedOffset - _offset ;
}
state . modifiersData [ name ] = data ;
} // eslint-disable-next-line import/no-unused-modules
var preventOverflow$1 = {
name : 'preventOverflow' ,
enabled : true ,
phase : 'main' ,
fn : preventOverflow ,
requiresIfExists : [ 'offset' ]
} ;
function getHTMLElementScroll ( element ) {
return {
scrollLeft : element . scrollLeft ,
scrollTop : element . scrollTop
} ;
}
function getNodeScroll ( node ) {
if ( node === getWindow ( node ) || ! isHTMLElement ( node ) ) {
return getWindowScroll ( node ) ;
} else {
return getHTMLElementScroll ( node ) ;
}
}
function isElementScaled ( element ) {
var rect = element . getBoundingClientRect ( ) ;
var scaleX = round ( rect . width ) / element . offsetWidth || 1 ;
var scaleY = round ( rect . height ) / element . offsetHeight || 1 ;
return scaleX !== 1 || scaleY !== 1 ;
} // Returns the composite rect of an element relative to its offsetParent.
// Composite means it takes into account transforms as well as layout.
function getCompositeRect ( elementOrVirtualElement , offsetParent , isFixed ) {
if ( isFixed === void 0 ) {
isFixed = false ;
}
var isOffsetParentAnElement = isHTMLElement ( offsetParent ) ;
var offsetParentIsScaled = isHTMLElement ( offsetParent ) && isElementScaled ( offsetParent ) ;
var documentElement = getDocumentElement ( offsetParent ) ;
var rect = getBoundingClientRect ( elementOrVirtualElement , offsetParentIsScaled ) ;
var scroll = {
scrollLeft : 0 ,
scrollTop : 0
} ;
var offsets = {
x : 0 ,
y : 0
} ;
if ( isOffsetParentAnElement || ! isOffsetParentAnElement && ! isFixed ) {
if ( getNodeName ( offsetParent ) !== 'body' || // https://github.com/popperjs/popper-core/issues/1078
isScrollParent ( documentElement ) ) {
scroll = getNodeScroll ( offsetParent ) ;
}
if ( isHTMLElement ( offsetParent ) ) {
offsets = getBoundingClientRect ( offsetParent , true ) ;
offsets . x += offsetParent . clientLeft ;
offsets . y += offsetParent . clientTop ;
} else if ( documentElement ) {
offsets . x = getWindowScrollBarX ( documentElement ) ;
}
}
return {
x : rect . left + scroll . scrollLeft - offsets . x ,
y : rect . top + scroll . scrollTop - offsets . y ,
width : rect . width ,
height : rect . height
} ;
}
function order ( modifiers ) {
var map = new Map ( ) ;
var visited = new Set ( ) ;
var result = [ ] ;
modifiers . forEach ( function ( modifier ) {
map . set ( modifier . name , modifier ) ;
} ) ; // On visiting object, check for its dependencies and visit them recursively
function sort ( modifier ) {
visited . add ( modifier . name ) ;
var requires = [ ] . concat ( modifier . requires || [ ] , modifier . requiresIfExists || [ ] ) ;
requires . forEach ( function ( dep ) {
if ( ! visited . has ( dep ) ) {
var depModifier = map . get ( dep ) ;
if ( depModifier ) {
sort ( depModifier ) ;
}
}
} ) ;
result . push ( modifier ) ;
}
modifiers . forEach ( function ( modifier ) {
if ( ! visited . has ( modifier . name ) ) {
// check for visited object
sort ( modifier ) ;
}
} ) ;
return result ;
}
function orderModifiers ( modifiers ) {
// order based on dependencies
var orderedModifiers = order ( modifiers ) ; // order based on phase
return modifierPhases . reduce ( function ( acc , phase ) {
return acc . concat ( orderedModifiers . filter ( function ( modifier ) {
return modifier . phase === phase ;
} ) ) ;
} , [ ] ) ;
}
function debounce ( fn ) {
var pending ;
return function ( ) {
if ( ! pending ) {
pending = new Promise ( function ( resolve ) {
Promise . resolve ( ) . then ( function ( ) {
pending = undefined ;
resolve ( fn ( ) ) ;
} ) ;
} ) ;
}
return pending ;
} ;
}
function format$1 ( str ) {
for ( var _len = arguments . length , args = new Array ( _len > 1 ? _len - 1 : 0 ) , _key = 1 ; _key < _len ; _key ++ ) {
args [ _key - 1 ] = arguments [ _key ] ;
}
return [ ] . concat ( args ) . reduce ( function ( p , c ) {
return p . replace ( /%s/ , c ) ;
} , str ) ;
}
var INVALID _MODIFIER _ERROR = 'Popper: modifier "%s" provided an invalid %s property, expected %s but got %s' ;
var MISSING _DEPENDENCY _ERROR = 'Popper: modifier "%s" requires "%s", but "%s" modifier is not available' ;
var VALID _PROPERTIES = [ 'name' , 'enabled' , 'phase' , 'fn' , 'effect' , 'requires' , 'options' ] ;
function validateModifiers ( modifiers ) {
modifiers . forEach ( function ( modifier ) {
[ ] . concat ( Object . keys ( modifier ) , VALID _PROPERTIES ) // IE11-compatible replacement for `new Set(iterable)`
. filter ( function ( value , index , self ) {
return self . indexOf ( value ) === index ;
} ) . forEach ( function ( key ) {
switch ( key ) {
case 'name' :
if ( typeof modifier . name !== 'string' ) {
console . error ( format$1 ( INVALID _MODIFIER _ERROR , String ( modifier . name ) , '"name"' , '"string"' , "\"" + String ( modifier . name ) + "\"" ) ) ;
}
break ;
case 'enabled' :
if ( typeof modifier . enabled !== 'boolean' ) {
console . error ( format$1 ( INVALID _MODIFIER _ERROR , modifier . name , '"enabled"' , '"boolean"' , "\"" + String ( modifier . enabled ) + "\"" ) ) ;
}
break ;
case 'phase' :
if ( modifierPhases . indexOf ( modifier . phase ) < 0 ) {
console . error ( format$1 ( INVALID _MODIFIER _ERROR , modifier . name , '"phase"' , "either " + modifierPhases . join ( ', ' ) , "\"" + String ( modifier . phase ) + "\"" ) ) ;
}
break ;
case 'fn' :
if ( typeof modifier . fn !== 'function' ) {
console . error ( format$1 ( INVALID _MODIFIER _ERROR , modifier . name , '"fn"' , '"function"' , "\"" + String ( modifier . fn ) + "\"" ) ) ;
}
break ;
case 'effect' :
if ( modifier . effect != null && typeof modifier . effect !== 'function' ) {
console . error ( format$1 ( INVALID _MODIFIER _ERROR , modifier . name , '"effect"' , '"function"' , "\"" + String ( modifier . fn ) + "\"" ) ) ;
}
break ;
case 'requires' :
if ( modifier . requires != null && ! Array . isArray ( modifier . requires ) ) {
console . error ( format$1 ( INVALID _MODIFIER _ERROR , modifier . name , '"requires"' , '"array"' , "\"" + String ( modifier . requires ) + "\"" ) ) ;
}
break ;
case 'requiresIfExists' :
if ( ! Array . isArray ( modifier . requiresIfExists ) ) {
console . error ( format$1 ( INVALID _MODIFIER _ERROR , modifier . name , '"requiresIfExists"' , '"array"' , "\"" + String ( modifier . requiresIfExists ) + "\"" ) ) ;
}
break ;
case 'options' :
case 'data' :
break ;
default :
console . error ( "PopperJS: an invalid property has been provided to the \"" + modifier . name + "\" modifier, valid properties are " + VALID _PROPERTIES . map ( function ( s ) {
return "\"" + s + "\"" ;
} ) . join ( ', ' ) + "; but \"" + key + "\" was provided." ) ;
}
modifier . requires && modifier . requires . forEach ( function ( requirement ) {
if ( modifiers . find ( function ( mod ) {
return mod . name === requirement ;
} ) == null ) {
console . error ( format$1 ( MISSING _DEPENDENCY _ERROR , String ( modifier . name ) , requirement , requirement ) ) ;
}
} ) ;
} ) ;
} ) ;
}
function uniqueBy ( arr , fn ) {
var identifiers = new Set ( ) ;
return arr . filter ( function ( item ) {
var identifier = fn ( item ) ;
if ( ! identifiers . has ( identifier ) ) {
identifiers . add ( identifier ) ;
return true ;
}
} ) ;
}
function mergeByName ( modifiers ) {
var merged = modifiers . reduce ( function ( merged , current ) {
var existing = merged [ current . name ] ;
merged [ current . name ] = existing ? Object . assign ( { } , existing , current , {
options : Object . assign ( { } , existing . options , current . options ) ,
data : Object . assign ( { } , existing . data , current . data )
} ) : current ;
return merged ;
} , { } ) ; // IE11 does not support Object.values
return Object . keys ( merged ) . map ( function ( key ) {
return merged [ key ] ;
} ) ;
}
var INVALID _ELEMENT _ERROR = 'Popper: Invalid reference or popper argument provided. They must be either a DOM element or virtual element.' ;
var INFINITE _LOOP _ERROR = 'Popper: An infinite loop in the modifiers cycle has been detected! The cycle has been interrupted to prevent a browser crash.' ;
var DEFAULT _OPTIONS = {
placement : 'bottom' ,
modifiers : [ ] ,
strategy : 'absolute'
} ;
function areValidElements ( ) {
for ( var _len = arguments . length , args = new Array ( _len ) , _key = 0 ; _key < _len ; _key ++ ) {
args [ _key ] = arguments [ _key ] ;
}
return ! args . some ( function ( element ) {
return ! ( element && typeof element . getBoundingClientRect === 'function' ) ;
} ) ;
}
function popperGenerator ( generatorOptions ) {
if ( generatorOptions === void 0 ) {
generatorOptions = { } ;
}
var _generatorOptions = generatorOptions ,
_generatorOptions$def = _generatorOptions . defaultModifiers ,
defaultModifiers = _generatorOptions$def === void 0 ? [ ] : _generatorOptions$def ,
_generatorOptions$def2 = _generatorOptions . defaultOptions ,
defaultOptions = _generatorOptions$def2 === void 0 ? DEFAULT _OPTIONS : _generatorOptions$def2 ;
return function createPopper ( reference , popper , options ) {
if ( options === void 0 ) {
options = defaultOptions ;
}
var state = {
placement : 'bottom' ,
orderedModifiers : [ ] ,
options : Object . assign ( { } , DEFAULT _OPTIONS , defaultOptions ) ,
modifiersData : { } ,
elements : {
reference : reference ,
popper : popper
} ,
attributes : { } ,
styles : { }
} ;
var effectCleanupFns = [ ] ;
var isDestroyed = false ;
var instance = {
state : state ,
setOptions : function setOptions ( setOptionsAction ) {
var options = typeof setOptionsAction === 'function' ? setOptionsAction ( state . options ) : setOptionsAction ;
cleanupModifierEffects ( ) ;
state . options = Object . assign ( { } , defaultOptions , state . options , options ) ;
state . scrollParents = {
reference : isElement ( reference ) ? listScrollParents ( reference ) : reference . contextElement ? listScrollParents ( reference . contextElement ) : [ ] ,
popper : listScrollParents ( popper )
} ; // Orders the modifiers based on their dependencies and `phase`
// properties
var orderedModifiers = orderModifiers ( mergeByName ( [ ] . concat ( defaultModifiers , state . options . modifiers ) ) ) ; // Strip out disabled modifiers
state . orderedModifiers = orderedModifiers . filter ( function ( m ) {
return m . enabled ;
} ) ; // Validate the provided modifiers so that the consumer will get warned
// if one of the modifiers is invalid for any reason
if ( process . env . NODE _ENV !== "production" ) {
var modifiers = uniqueBy ( [ ] . concat ( orderedModifiers , state . options . modifiers ) , function ( _ref ) {
var name = _ref . name ;
return name ;
} ) ;
validateModifiers ( modifiers ) ;
if ( getBasePlacement ( state . options . placement ) === auto ) {
var flipModifier = state . orderedModifiers . find ( function ( _ref2 ) {
var name = _ref2 . name ;
return name === 'flip' ;
} ) ;
if ( ! flipModifier ) {
console . error ( [ 'Popper: "auto" placements require the "flip" modifier be' , 'present and enabled to work.' ] . join ( ' ' ) ) ;
}
}
var _getComputedStyle = getComputedStyle$1 ( popper ) ,
marginTop = _getComputedStyle . marginTop ,
marginRight = _getComputedStyle . marginRight ,
marginBottom = _getComputedStyle . marginBottom ,
marginLeft = _getComputedStyle . marginLeft ; // We no longer take into account `margins` on the popper, and it can
// cause bugs with positioning, so we'll warn the consumer
if ( [ marginTop , marginRight , marginBottom , marginLeft ] . some ( function ( margin ) {
return parseFloat ( margin ) ;
} ) ) {
console . warn ( [ 'Popper: CSS "margin" styles cannot be used to apply padding' , 'between the popper and its reference element or boundary.' , 'To replicate margin, use the `offset` modifier, as well as' , 'the `padding` option in the `preventOverflow` and `flip`' , 'modifiers.' ] . join ( ' ' ) ) ;
}
}
runModifierEffects ( ) ;
return instance . update ( ) ;
} ,
// Sync update –
// is useful for low frequency updates where sync behavior simplifies the
// logic.
// For high frequency updates (e.g. `resize` and `scroll` events), always
// prefer the async Popper#update method
forceUpdate : function forceUpdate ( ) {
if ( isDestroyed ) {
return ;
}
var _state$elements = state . elements ,
reference = _state$elements . reference ,
popper = _state$elements . popper ; // Don't proceed if `reference` or `popper` are not valid elements
// anymore
if ( ! areValidElements ( reference , popper ) ) {
if ( process . env . NODE _ENV !== "production" ) {
console . error ( INVALID _ELEMENT _ERROR ) ;
}
return ;
} // Store the reference and popper rects to be read by modifiers
state . rects = {
reference : getCompositeRect ( reference , getOffsetParent ( popper ) , state . options . strategy === 'fixed' ) ,
popper : getLayoutRect ( popper )
} ; // Modifiers have the ability to reset the current update cycle. The
// most common use case for this is the `flip` modifier changing the
// placement, which then needs to re-run all the modifiers, because the
// logic was previously ran for the previous placement and is therefore
// stale/incorrect
state . reset = false ;
state . placement = state . options . placement ; // On each update cycle, the `modifiersData` property for each modifier
// is filled with the initial data specified by the modifier. This means
// it doesn't persist and is fresh on each update.
// To ensure persistent data, use `${name}#persistent`
state . orderedModifiers . forEach ( function ( modifier ) {
return state . modifiersData [ modifier . name ] = Object . assign ( { } , modifier . data ) ;
} ) ;
var _ _debug _loops _ _ = 0 ;
for ( var index = 0 ; index < state . orderedModifiers . length ; index ++ ) {
if ( process . env . NODE _ENV !== "production" ) {
_ _debug _loops _ _ += 1 ;
if ( _ _debug _loops _ _ > 100 ) {
console . error ( INFINITE _LOOP _ERROR ) ;
break ;
}
}
if ( state . reset === true ) {
state . reset = false ;
index = - 1 ;
continue ;
}
var _state$orderedModifie = state . orderedModifiers [ index ] ,
fn = _state$orderedModifie . fn ,
_state$orderedModifie2 = _state$orderedModifie . options ,
_options = _state$orderedModifie2 === void 0 ? { } : _state$orderedModifie2 ,
name = _state$orderedModifie . name ;
if ( typeof fn === 'function' ) {
state = fn ( {
state : state ,
options : _options ,
name : name ,
instance : instance
} ) || state ;
}
}
} ,
// Async and optimistically optimized update –
// not necessary (debounced to run at most once-per-tick)
update : debounce ( function ( ) {
return new Promise ( function ( resolve ) {
instance . forceUpdate ( ) ;
resolve ( state ) ;
} ) ;
} ) ,
destroy : function destroy ( ) {
cleanupModifierEffects ( ) ;
isDestroyed = true ;
}
} ;
if ( ! areValidElements ( reference , popper ) ) {
if ( process . env . NODE _ENV !== "production" ) {
console . error ( INVALID _ELEMENT _ERROR ) ;
}
return instance ;
}
instance . setOptions ( options ) . then ( function ( state ) {
if ( ! isDestroyed && options . onFirstUpdate ) {
options . onFirstUpdate ( state ) ;
}
} ) ; // Modifiers have the ability to execute arbitrary code before the first
// update cycle runs. They will be executed in the same order as the update
// cycle. This is useful when a modifier adds some persistent data that
// other modifiers need to use, but the modifier is run after the dependent
// one.
function runModifierEffects ( ) {
state . orderedModifiers . forEach ( function ( _ref3 ) {
var name = _ref3 . name ,
_ref3$options = _ref3 . options ,
options = _ref3$options === void 0 ? { } : _ref3$options ,
effect = _ref3 . effect ;
if ( typeof effect === 'function' ) {
var cleanupFn = effect ( {
state : state ,
name : name ,
instance : instance ,
options : options
} ) ;
var noopFn = function noopFn ( ) { } ;
effectCleanupFns . push ( cleanupFn || noopFn ) ;
}
} ) ;
}
function cleanupModifierEffects ( ) {
effectCleanupFns . forEach ( function ( fn ) {
return fn ( ) ;
} ) ;
effectCleanupFns = [ ] ;
}
return instance ;
} ;
}
var defaultModifiers = [ eventListeners , popperOffsets$1 , computeStyles$1 , applyStyles$1 , offset$1 , flip$1 , preventOverflow$1 , arrow$1 , hide$1 ] ;
var createPopper = /*#__PURE__*/ popperGenerator ( {
defaultModifiers : defaultModifiers
} ) ; // eslint-disable-next-line import/no-unused-modules
// Credits go to Liam's Periodic Notes Plugin: https://github.com/liamcain/obsidian-periodic-notes
const wrapAround = ( value , size ) => {
return ( ( value % size ) + size ) % size ;
} ;
class Suggest {
constructor ( owner , containerEl , scope ) {
this . owner = owner ;
this . containerEl = containerEl ;
containerEl . on ( "click" , ".suggestion-item" , this . onSuggestionClick . bind ( this ) ) ;
containerEl . on ( "mousemove" , ".suggestion-item" , this . onSuggestionMouseover . bind ( this ) ) ;
scope . register ( [ ] , "ArrowUp" , ( event ) => {
if ( ! event . isComposing ) {
this . setSelectedItem ( this . selectedItem - 1 , true ) ;
return false ;
}
} ) ;
scope . register ( [ ] , "ArrowDown" , ( event ) => {
if ( ! event . isComposing ) {
this . setSelectedItem ( this . selectedItem + 1 , true ) ;
return false ;
}
} ) ;
scope . register ( [ ] , "Enter" , ( event ) => {
if ( ! event . isComposing ) {
this . useSelectedItem ( event ) ;
return false ;
}
} ) ;
}
onSuggestionClick ( event , el ) {
event . preventDefault ( ) ;
const item = this . suggestions . indexOf ( el ) ;
this . setSelectedItem ( item , false ) ;
this . useSelectedItem ( event ) ;
}
onSuggestionMouseover ( _event , el ) {
const item = this . suggestions . indexOf ( el ) ;
this . setSelectedItem ( item , false ) ;
}
setSuggestions ( values ) {
this . containerEl . empty ( ) ;
const suggestionEls = [ ] ;
values . forEach ( ( value ) => {
const suggestionEl = this . containerEl . createDiv ( "suggestion-item" ) ;
this . owner . renderSuggestion ( value , suggestionEl ) ;
suggestionEls . push ( suggestionEl ) ;
} ) ;
this . values = values ;
this . suggestions = suggestionEls ;
this . setSelectedItem ( 0 , false ) ;
}
useSelectedItem ( event ) {
const currentValue = this . values [ this . selectedItem ] ;
if ( currentValue ) {
this . owner . selectSuggestion ( currentValue , event ) ;
}
}
setSelectedItem ( selectedIndex , scrollIntoView ) {
const normalizedIndex = wrapAround ( selectedIndex , this . suggestions . length ) ;
const prevSelectedSuggestion = this . suggestions [ this . selectedItem ] ;
const selectedSuggestion = this . suggestions [ normalizedIndex ] ;
prevSelectedSuggestion === null || prevSelectedSuggestion === void 0 ? void 0 : prevSelectedSuggestion . removeClass ( "is-selected" ) ;
selectedSuggestion === null || selectedSuggestion === void 0 ? void 0 : selectedSuggestion . addClass ( "is-selected" ) ;
this . selectedItem = normalizedIndex ;
if ( scrollIntoView ) {
selectedSuggestion . scrollIntoView ( false ) ;
}
}
}
class TextInputSuggest {
constructor ( app , inputEl ) {
this . app = app ;
this . inputEl = inputEl ;
this . scope = new obsidian . Scope ( ) ;
this . suggestEl = createDiv ( "suggestion-container" ) ;
const suggestion = this . suggestEl . createDiv ( "suggestion" ) ;
this . suggest = new Suggest ( this , suggestion , this . scope ) ;
this . scope . register ( [ ] , "Escape" , this . close . bind ( this ) ) ;
this . inputEl . addEventListener ( "input" , this . onInputChanged . bind ( this ) ) ;
this . inputEl . addEventListener ( "focus" , this . onInputChanged . bind ( this ) ) ;
this . inputEl . addEventListener ( "blur" , this . close . bind ( this ) ) ;
this . suggestEl . on ( "mousedown" , ".suggestion-container" , ( event ) => {
event . preventDefault ( ) ;
} ) ;
}
onInputChanged ( ) {
const inputStr = this . inputEl . value ;
const suggestions = this . getSuggestions ( inputStr ) ;
if ( ! suggestions ) {
this . close ( ) ;
return ;
}
if ( suggestions . length > 0 ) {
this . suggest . setSuggestions ( suggestions ) ;
// eslint-disable-next-line @typescript-eslint/no-explicit-any
this . open ( this . app . dom . appContainerEl , this . inputEl ) ;
}
else {
this . close ( ) ;
}
}
open ( container , inputEl ) {
// eslint-disable-next-line @typescript-eslint/no-explicit-any
this . app . keymap . pushScope ( this . scope ) ;
container . appendChild ( this . suggestEl ) ;
this . popper = createPopper ( inputEl , this . suggestEl , {
placement : "bottom-start" ,
modifiers : [
{
name : "sameWidth" ,
enabled : true ,
fn : ( { state , instance } ) => {
// Note: positioning needs to be calculated twice -
// first pass - positioning it according to the width of the popper
// second pass - position it with the width bound to the reference element
// we need to early exit to avoid an infinite loop
const targetWidth = ` ${ state . rects . reference . width } px ` ;
if ( state . styles . popper . width === targetWidth ) {
return ;
}
state . styles . popper . width = targetWidth ;
instance . update ( ) ;
} ,
phase : "beforeWrite" ,
requires : [ "computeStyles" ] ,
} ,
] ,
} ) ;
}
close ( ) {
// eslint-disable-next-line @typescript-eslint/no-explicit-any
this . app . keymap . popScope ( this . scope ) ;
this . suggest . setSuggestions ( [ ] ) ;
if ( this . popper )
this . popper . destroy ( ) ;
this . suggestEl . detach ( ) ;
}
}
class GenericTextSuggester extends TextInputSuggest {
constructor ( app , inputEl , items ) {
super ( app , inputEl ) ;
this . app = app ;
this . inputEl = inputEl ;
this . items = items ;
}
getSuggestions ( inputStr ) {
const inputLowerCase = inputStr . toLowerCase ( ) ;
const filtered = this . items . filter ( item => {
if ( item . toLowerCase ( ) . contains ( inputLowerCase ) )
return item ;
} ) ;
if ( ! filtered )
this . close ( ) ;
if ( ( filtered === null || filtered === void 0 ? void 0 : filtered . length ) > 0 )
return filtered ;
}
selectSuggestion ( item ) {
this . inputEl . value = item ;
this . inputEl . trigger ( "input" ) ;
this . close ( ) ;
}
renderSuggestion ( value , el ) {
if ( value )
el . setText ( value ) ;
}
}
const VALUE _SYNTAX = "{{VALUE}}" ;
const DATE _SYNTAX = "{{DATE}}" ;
const NAME _SYNTAX = "{{NAME}}" ;
const VARIABLE _SYNTAX = "{{VALUE:<VARIABLE NAME>}}" ;
const MATH _VALUE _SYNTAX = "{{MVALUE}}" ;
const LINKCURRENT _SYNTAX = "{{LINKCURRENT}}" ;
const FILE _NAME _FORMAT _SYNTAX = [
DATE _SYNTAX , "{{DATE:<DATEFORMAT>}}" , "{{VDATE:<VARIABLE NAME>, <DATE FORMAT>}}" ,
VALUE _SYNTAX , NAME _SYNTAX , VARIABLE _SYNTAX ,
] ;
const FILE _NUMBER _REGEX = new RegExp ( /([0-9]*)\.md$/ ) ;
const NUMBER _REGEX = new RegExp ( /^-?[0-9]*$/ ) ;
const CREATE _IF _NOT _FOUND _TOP = "top" ;
const CREATE _IF _NOT _FOUND _BOTTOM = "bottom" ;
// == Format Syntax == //
const DATE _REGEX = new RegExp ( /{{DATE(\+-?[0-9]+)?}}/ ) ;
const DATE _REGEX _FORMATTED = new RegExp ( /{{DATE:([^}\n\r+]*)(\+-?[0-9]+)?}}/ ) ;
const NAME _VALUE _REGEX = new RegExp ( /{{NAME}}|{{VALUE}}/ ) ;
const VARIABLE _REGEX = new RegExp ( /{{VALUE:([^\n\r}]*)}}/ ) ;
const DATE _VARIABLE _REGEX = new RegExp ( /{{VDATE:([^\n\r},]*),\s*([^\n\r},]*)}}/ ) ;
const LINK _TO _CURRENT _FILE _REGEX = new RegExp ( /{{LINKCURRENT}}/ ) ;
const MARKDOWN _FILE _EXTENSION _REGEX = new RegExp ( /\.md$/ ) ;
const JAVASCRIPT _FILE _EXTENSION _REGEX = new RegExp ( /\.js$/ ) ;
const MACRO _REGEX = new RegExp ( /{{MACRO:([^\n\r}]*)}}/ ) ;
const TEMPLATE _REGEX = new RegExp ( /{{TEMPLATE:([^\n\r}]*.md)}}/ ) ;
const LINEBREAK _REGEX = new RegExp ( /\\n/ ) ;
const INLINE _JAVASCRIPT _REGEX = new RegExp ( /`{3,}js quickadd([\s\S]*?)`{3,}/ ) ;
const MATH _VALUE _REGEX = new RegExp ( /{{MVALUE}}/ ) ;
// This is not an accurate wikilink regex - but works for its intended purpose.
const FILE _LINK _REGEX = new RegExp ( /\[\[([^\]]*)$/ ) ;
const TAG _REGEX = new RegExp ( /#([^ ]*)$/ ) ;
// == Format Syntax Suggestion == //
const DATE _SYNTAX _SUGGEST _REGEX = new RegExp ( /{{[D]?[A]?[T]?[E]?[}]?[}]?$/i ) ;
const DATE _FORMAT _SYNTAX _SUGGEST _REGEX = new RegExp ( /{{[D]?[A]?[T]?[E]?[:]?$|{{DATE:[^\n\r}]*}}$/i ) ;
const NAME _SYNTAX _SUGGEST _REGEX = new RegExp ( /{{[N]?[A]?[M]?[E]?[}]?[}]?$/i ) ;
const VALUE _SYNTAX _SUGGEST _REGEX = new RegExp ( /{{[V]?[A]?[L]?[U]?[E]?[}]?[}]?$/i ) ;
const VARIABLE _SYNTAX _SUGGEST _REGEX = new RegExp ( /{{[V]?[A]?[L]?[U]?[E]?[:]?$|{{VALUE:[^\n\r}]*}}$/i ) ;
const VARIABLE _DATE _SYNTAX _SUGGEST _REGEX = new RegExp ( /{{[V]?[D]?[A]?[T]?[E]?[:]?$|{{VDATE:[^\n\r}]*}}$/i ) ;
const LINKCURRENT _SYNTAX _SUGGEST _REGEX = new RegExp ( /{{[L]?[I]?[N]?[K]?[C]?[U]?[R]?[R]?[E]?[N]?[T]?[}]?[}]?$/i ) ;
const TEMPLATE _SYNTAX _SUGGEST _REGEX = new RegExp ( /{{[T]?[E]?[M]?[P]?[L]?[A]?[T]?[E]?[:]?$|{{TEMPLATE:[^\n\r}]*[}]?[}]?$/i ) ;
const MACRO _SYNTAX _SUGGEST _REGEX = new RegExp ( /{{[M]?[A]?[C]?[R]?[O]?[:]?$|{{MACRO:[^\n\r}]*}}$/i ) ;
const MATH _VALUE _SYNTAX _SUGGEST _REGEX = new RegExp ( /{{[M]?[V]?[A]?[L]?[U]?[E]?[}]?[}]?/i ) ;
// == File Exists (Template Choice) == //
const fileExistsAppendToBottom = "Append to the bottom of the file" ;
const fileExistsAppendToTop = "Append to the top of the file" ;
const fileExistsOverwriteFile = "Overwrite the file" ;
const fileExistsDoNothing = "Nothing" ;
const fileExistsChoices = [ fileExistsAppendToBottom , fileExistsAppendToTop , fileExistsOverwriteFile , fileExistsDoNothing ] ;
// == MISC == //
const WIKI _LINK _REGEX = new RegExp ( /\[\[([^\]]*)\]\]/ ) ;
/ * *
* Fuse . js v6 . 4.6 - Lightweight fuzzy - search ( http : //fusejs.io)
*
* Copyright ( c ) 2021 Kiro Risk ( http : //kiro.me)
* All Rights Reserved . Apache Software License 2.0
*
* http : //www.apache.org/licenses/LICENSE-2.0
* /
function isArray ( value ) {
return ! Array . isArray
? getTag ( value ) === '[object Array]'
: Array . isArray ( value )
}
// Adapted from: https://github.com/lodash/lodash/blob/master/.internal/baseToString.js
const INFINITY = 1 / 0 ;
function baseToString ( value ) {
// Exit early for strings to avoid a performance hit in some environments.
if ( typeof value == 'string' ) {
return value
}
let result = value + '' ;
return result == '0' && 1 / value == - INFINITY ? '-0' : result
}
function toString ( value ) {
return value == null ? '' : baseToString ( value )
}
function isString ( value ) {
return typeof value === 'string'
}
function isNumber ( value ) {
return typeof value === 'number'
}
// Adapted from: https://github.com/lodash/lodash/blob/master/isBoolean.js
function isBoolean ( value ) {
return (
value === true ||
value === false ||
( isObjectLike ( value ) && getTag ( value ) == '[object Boolean]' )
)
}
function isObject ( value ) {
return typeof value === 'object'
}
// Checks if `value` is object-like.
function isObjectLike ( value ) {
return isObject ( value ) && value !== null
}
function isDefined ( value ) {
return value !== undefined && value !== null
}
function isBlank ( value ) {
return ! value . trim ( ) . length
}
// Gets the `toStringTag` of `value`.
// Adapted from: https://github.com/lodash/lodash/blob/master/.internal/getTag.js
function getTag ( value ) {
return value == null
? value === undefined
? '[object Undefined]'
: '[object Null]'
: Object . prototype . toString . call ( value )
}
const EXTENDED _SEARCH _UNAVAILABLE = 'Extended search is not available' ;
const INCORRECT _INDEX _TYPE = "Incorrect 'index' type" ;
const LOGICAL _SEARCH _INVALID _QUERY _FOR _KEY = ( key ) =>
` Invalid value for key ${ key } ` ;
const PATTERN _LENGTH _TOO _LARGE = ( max ) =>
` Pattern length exceeds max of ${ max } . ` ;
const MISSING _KEY _PROPERTY = ( name ) => ` Missing ${ name } property in key ` ;
const INVALID _KEY _WEIGHT _VALUE = ( key ) =>
` Property 'weight' in key ' ${ key } ' must be a positive integer ` ;
const hasOwn = Object . prototype . hasOwnProperty ;
class KeyStore {
constructor ( keys ) {
this . _keys = [ ] ;
this . _keyMap = { } ;
let totalWeight = 0 ;
keys . forEach ( ( key ) => {
let obj = createKey ( key ) ;
totalWeight += obj . weight ;
this . _keys . push ( obj ) ;
this . _keyMap [ obj . id ] = obj ;
totalWeight += obj . weight ;
} ) ;
// Normalize weights so that their sum is equal to 1
this . _keys . forEach ( ( key ) => {
key . weight /= totalWeight ;
} ) ;
}
get ( keyId ) {
return this . _keyMap [ keyId ]
}
keys ( ) {
return this . _keys
}
toJSON ( ) {
return JSON . stringify ( this . _keys )
}
}
function createKey ( key ) {
let path = null ;
let id = null ;
let src = null ;
let weight = 1 ;
if ( isString ( key ) || isArray ( key ) ) {
src = key ;
path = createKeyPath ( key ) ;
id = createKeyId ( key ) ;
} else {
if ( ! hasOwn . call ( key , 'name' ) ) {
throw new Error ( MISSING _KEY _PROPERTY ( 'name' ) )
}
const name = key . name ;
src = name ;
if ( hasOwn . call ( key , 'weight' ) ) {
weight = key . weight ;
if ( weight <= 0 ) {
throw new Error ( INVALID _KEY _WEIGHT _VALUE ( name ) )
}
}
path = createKeyPath ( name ) ;
id = createKeyId ( name ) ;
}
return { path , id , weight , src }
}
function createKeyPath ( key ) {
return isArray ( key ) ? key : key . split ( '.' )
}
function createKeyId ( key ) {
return isArray ( key ) ? key . join ( '.' ) : key
}
function get ( obj , path ) {
let list = [ ] ;
let arr = false ;
const deepGet = ( obj , path , index ) => {
if ( ! isDefined ( obj ) ) {
return
}
if ( ! path [ index ] ) {
// If there's no path left, we've arrived at the object we care about.
list . push ( obj ) ;
} else {
let key = path [ index ] ;
const value = obj [ key ] ;
if ( ! isDefined ( value ) ) {
return
}
// If we're at the last value in the path, and if it's a string/number/bool,
// add it to the list
if (
index === path . length - 1 &&
( isString ( value ) || isNumber ( value ) || isBoolean ( value ) )
) {
list . push ( toString ( value ) ) ;
} else if ( isArray ( value ) ) {
arr = true ;
// Search each item in the array.
for ( let i = 0 , len = value . length ; i < len ; i += 1 ) {
deepGet ( value [ i ] , path , index + 1 ) ;
}
} else if ( path . length ) {
// An object. Recurse further.
deepGet ( value , path , index + 1 ) ;
}
}
} ;
// Backwards compatibility (since path used to be a string)
deepGet ( obj , isString ( path ) ? path . split ( '.' ) : path , 0 ) ;
return arr ? list : list [ 0 ]
}
const MatchOptions = {
// Whether the matches should be included in the result set. When `true`, each record in the result
// set will include the indices of the matched characters.
// These can consequently be used for highlighting purposes.
includeMatches : false ,
// When `true`, the matching function will continue to the end of a search pattern even if
// a perfect match has already been located in the string.
findAllMatches : false ,
// Minimum number of characters that must be matched before a result is considered a match
minMatchCharLength : 1
} ;
const BasicOptions = {
// When `true`, the algorithm continues searching to the end of the input even if a perfect
// match is found before the end of the same input.
isCaseSensitive : false ,
// When true, the matching function will continue to the end of a search pattern even if
includeScore : false ,
// List of properties that will be searched. This also supports nested properties.
keys : [ ] ,
// Whether to sort the result list, by score
shouldSort : true ,
// Default sort function: sort by ascending score, ascending index
sortFn : ( a , b ) =>
a . score === b . score ? ( a . idx < b . idx ? - 1 : 1 ) : a . score < b . score ? - 1 : 1
} ;
const FuzzyOptions = {
// Approximately where in the text is the pattern expected to be found?
location : 0 ,
// At what point does the match algorithm give up. A threshold of '0.0' requires a perfect match
// (of both letters and location), a threshold of '1.0' would match anything.
threshold : 0.6 ,
// Determines how close the match must be to the fuzzy location (specified above).
// An exact letter match which is 'distance' characters away from the fuzzy location
// would score as a complete mismatch. A distance of '0' requires the match be at
// the exact location specified, a threshold of '1000' would require a perfect match
// to be within 800 characters of the fuzzy location to be found using a 0.8 threshold.
distance : 100
} ;
const AdvancedOptions = {
// When `true`, it enables the use of unix-like search commands
useExtendedSearch : false ,
// The get function to use when fetching an object's properties.
// The default will search nested paths *ie foo.bar.baz*
getFn : get ,
// When `true`, search will ignore `location` and `distance`, so it won't matter
// where in the string the pattern appears.
// More info: https://fusejs.io/concepts/scoring-theory.html#fuzziness-score
ignoreLocation : false ,
// When `true`, the calculation for the relevance score (used for sorting) will
// ignore the field-length norm.
// More info: https://fusejs.io/concepts/scoring-theory.html#field-length-norm
ignoreFieldNorm : false
} ;
var Config = {
... BasicOptions ,
... MatchOptions ,
... FuzzyOptions ,
... AdvancedOptions
} ;
const SPACE = /[^ ]+/g ;
// Field-length norm: the shorter the field, the higher the weight.
// Set to 3 decimals to reduce index size.
function norm ( mantissa = 3 ) {
const cache = new Map ( ) ;
const m = Math . pow ( 10 , mantissa ) ;
return {
get ( value ) {
const numTokens = value . match ( SPACE ) . length ;
if ( cache . has ( numTokens ) ) {
return cache . get ( numTokens )
}
const norm = 1 / Math . sqrt ( numTokens ) ;
// In place of `toFixed(mantissa)`, for faster computation
const n = parseFloat ( Math . round ( norm * m ) / m ) ;
cache . set ( numTokens , n ) ;
return n
} ,
clear ( ) {
cache . clear ( ) ;
}
}
}
class FuseIndex {
constructor ( { getFn = Config . getFn } = { } ) {
this . norm = norm ( 3 ) ;
this . getFn = getFn ;
this . isCreated = false ;
this . setIndexRecords ( ) ;
}
setSources ( docs = [ ] ) {
this . docs = docs ;
}
setIndexRecords ( records = [ ] ) {
this . records = records ;
}
setKeys ( keys = [ ] ) {
this . keys = keys ;
this . _keysMap = { } ;
keys . forEach ( ( key , idx ) => {
this . _keysMap [ key . id ] = idx ;
} ) ;
}
create ( ) {
if ( this . isCreated || ! this . docs . length ) {
return
}
this . isCreated = true ;
// List is Array<String>
if ( isString ( this . docs [ 0 ] ) ) {
this . docs . forEach ( ( doc , docIndex ) => {
this . _addString ( doc , docIndex ) ;
} ) ;
} else {
// List is Array<Object>
this . docs . forEach ( ( doc , docIndex ) => {
this . _addObject ( doc , docIndex ) ;
} ) ;
}
this . norm . clear ( ) ;
}
// Adds a doc to the end of the index
add ( doc ) {
const idx = this . size ( ) ;
if ( isString ( doc ) ) {
this . _addString ( doc , idx ) ;
} else {
this . _addObject ( doc , idx ) ;
}
}
// Removes the doc at the specified index of the index
removeAt ( idx ) {
this . records . splice ( idx , 1 ) ;
// Change ref index of every subsquent doc
for ( let i = idx , len = this . size ( ) ; i < len ; i += 1 ) {
this . records [ i ] . i -= 1 ;
}
}
getValueForItemAtKeyId ( item , keyId ) {
return item [ this . _keysMap [ keyId ] ]
}
size ( ) {
return this . records . length
}
_addString ( doc , docIndex ) {
if ( ! isDefined ( doc ) || isBlank ( doc ) ) {
return
}
let record = {
v : doc ,
i : docIndex ,
n : this . norm . get ( doc )
} ;
this . records . push ( record ) ;
}
_addObject ( doc , docIndex ) {
let record = { i : docIndex , $ : { } } ;
// Iterate over every key (i.e, path), and fetch the value at that key
this . keys . forEach ( ( key , keyIndex ) => {
// console.log(key)
let value = this . getFn ( doc , key . path ) ;
if ( ! isDefined ( value ) ) {
return
}
if ( isArray ( value ) ) {
let subRecords = [ ] ;
const stack = [ { nestedArrIndex : - 1 , value } ] ;
while ( stack . length ) {
const { nestedArrIndex , value } = stack . pop ( ) ;
if ( ! isDefined ( value ) ) {
continue
}
if ( isString ( value ) && ! isBlank ( value ) ) {
let subRecord = {
v : value ,
i : nestedArrIndex ,
n : this . norm . get ( value )
} ;
subRecords . push ( subRecord ) ;
} else if ( isArray ( value ) ) {
value . forEach ( ( item , k ) => {
stack . push ( {
nestedArrIndex : k ,
value : item
} ) ;
} ) ;
}
}
record . $ [ keyIndex ] = subRecords ;
} else if ( ! isBlank ( value ) ) {
let subRecord = {
v : value ,
n : this . norm . get ( value )
} ;
record . $ [ keyIndex ] = subRecord ;
}
} ) ;
this . records . push ( record ) ;
}
toJSON ( ) {
return {
keys : this . keys ,
records : this . records
}
}
}
function createIndex ( keys , docs , { getFn = Config . getFn } = { } ) {
const myIndex = new FuseIndex ( { getFn } ) ;
myIndex . setKeys ( keys . map ( createKey ) ) ;
myIndex . setSources ( docs ) ;
myIndex . create ( ) ;
return myIndex
}
function parseIndex ( data , { getFn = Config . getFn } = { } ) {
const { keys , records } = data ;
const myIndex = new FuseIndex ( { getFn } ) ;
myIndex . setKeys ( keys ) ;
myIndex . setIndexRecords ( records ) ;
return myIndex
}
function computeScore (
pattern ,
{
errors = 0 ,
currentLocation = 0 ,
expectedLocation = 0 ,
distance = Config . distance ,
ignoreLocation = Config . ignoreLocation
} = { }
) {
const accuracy = errors / pattern . length ;
if ( ignoreLocation ) {
return accuracy
}
const proximity = Math . abs ( expectedLocation - currentLocation ) ;
if ( ! distance ) {
// Dodge divide by zero error.
return proximity ? 1.0 : accuracy
}
return accuracy + proximity / distance
}
function convertMaskToIndices (
matchmask = [ ] ,
minMatchCharLength = Config . minMatchCharLength
) {
let indices = [ ] ;
let start = - 1 ;
let end = - 1 ;
let i = 0 ;
for ( let len = matchmask . length ; i < len ; i += 1 ) {
let match = matchmask [ i ] ;
if ( match && start === - 1 ) {
start = i ;
} else if ( ! match && start !== - 1 ) {
end = i - 1 ;
if ( end - start + 1 >= minMatchCharLength ) {
indices . push ( [ start , end ] ) ;
}
start = - 1 ;
}
}
// (i-1 - start) + 1 => i - start
if ( matchmask [ i - 1 ] && i - start >= minMatchCharLength ) {
indices . push ( [ start , i - 1 ] ) ;
}
return indices
}
// Machine word size
const MAX _BITS = 32 ;
function search (
text ,
pattern ,
patternAlphabet ,
{
location = Config . location ,
distance = Config . distance ,
threshold = Config . threshold ,
findAllMatches = Config . findAllMatches ,
minMatchCharLength = Config . minMatchCharLength ,
includeMatches = Config . includeMatches ,
ignoreLocation = Config . ignoreLocation
} = { }
) {
if ( pattern . length > MAX _BITS ) {
throw new Error ( PATTERN _LENGTH _TOO _LARGE ( MAX _BITS ) )
}
const patternLen = pattern . length ;
// Set starting location at beginning text and initialize the alphabet.
const textLen = text . length ;
// Handle the case when location > text.length
const expectedLocation = Math . max ( 0 , Math . min ( location , textLen ) ) ;
// Highest score beyond which we give up.
let currentThreshold = threshold ;
// Is there a nearby exact match? (speedup)
let bestLocation = expectedLocation ;
// Performance: only computer matches when the minMatchCharLength > 1
// OR if `includeMatches` is true.
const computeMatches = minMatchCharLength > 1 || includeMatches ;
// A mask of the matches, used for building the indices
const matchMask = computeMatches ? Array ( textLen ) : [ ] ;
let index ;
// Get all exact matches, here for speed up
while ( ( index = text . indexOf ( pattern , bestLocation ) ) > - 1 ) {
let score = computeScore ( pattern , {
currentLocation : index ,
expectedLocation ,
distance ,
ignoreLocation
} ) ;
currentThreshold = Math . min ( score , currentThreshold ) ;
bestLocation = index + patternLen ;
if ( computeMatches ) {
let i = 0 ;
while ( i < patternLen ) {
matchMask [ index + i ] = 1 ;
i += 1 ;
}
}
}
// Reset the best location
bestLocation = - 1 ;
let lastBitArr = [ ] ;
let finalScore = 1 ;
let binMax = patternLen + textLen ;
const mask = 1 << ( patternLen - 1 ) ;
for ( let i = 0 ; i < patternLen ; i += 1 ) {
// Scan for the best match; each iteration allows for one more error.
// Run a binary search to determine how far from the match location we can stray
// at this error level.
let binMin = 0 ;
let binMid = binMax ;
while ( binMin < binMid ) {
const score = computeScore ( pattern , {
errors : i ,
currentLocation : expectedLocation + binMid ,
expectedLocation ,
distance ,
ignoreLocation
} ) ;
if ( score <= currentThreshold ) {
binMin = binMid ;
} else {
binMax = binMid ;
}
binMid = Math . floor ( ( binMax - binMin ) / 2 + binMin ) ;
}
// Use the result from this iteration as the maximum for the next.
binMax = binMid ;
let start = Math . max ( 1 , expectedLocation - binMid + 1 ) ;
let finish = findAllMatches
? textLen
: Math . min ( expectedLocation + binMid , textLen ) + patternLen ;
// Initialize the bit array
let bitArr = Array ( finish + 2 ) ;
bitArr [ finish + 1 ] = ( 1 << i ) - 1 ;
for ( let j = finish ; j >= start ; j -= 1 ) {
let currentLocation = j - 1 ;
let charMatch = patternAlphabet [ text . charAt ( currentLocation ) ] ;
if ( computeMatches ) {
// Speed up: quick bool to int conversion (i.e, `charMatch ? 1 : 0`)
matchMask [ currentLocation ] = + ! ! charMatch ;
}
// First pass: exact match
bitArr [ j ] = ( ( bitArr [ j + 1 ] << 1 ) | 1 ) & charMatch ;
// Subsequent passes: fuzzy match
if ( i ) {
bitArr [ j ] |=
( ( lastBitArr [ j + 1 ] | lastBitArr [ j ] ) << 1 ) | 1 | lastBitArr [ j + 1 ] ;
}
if ( bitArr [ j ] & mask ) {
finalScore = computeScore ( pattern , {
errors : i ,
currentLocation ,
expectedLocation ,
distance ,
ignoreLocation
} ) ;
// This match will almost certainly be better than any existing match.
// But check anyway.
if ( finalScore <= currentThreshold ) {
// Indeed it is
currentThreshold = finalScore ;
bestLocation = currentLocation ;
// Already passed `loc`, downhill from here on in.
if ( bestLocation <= expectedLocation ) {
break
}
// When passing `bestLocation`, don't exceed our current distance from `expectedLocation`.
start = Math . max ( 1 , 2 * expectedLocation - bestLocation ) ;
}
}
}
// No hope for a (better) match at greater error levels.
const score = computeScore ( pattern , {
errors : i + 1 ,
currentLocation : expectedLocation ,
expectedLocation ,
distance ,
ignoreLocation
} ) ;
if ( score > currentThreshold ) {
break
}
lastBitArr = bitArr ;
}
const result = {
isMatch : bestLocation >= 0 ,
// Count exact matches (those with a score of 0) to be "almost" exact
score : Math . max ( 0.001 , finalScore )
} ;
if ( computeMatches ) {
const indices = convertMaskToIndices ( matchMask , minMatchCharLength ) ;
if ( ! indices . length ) {
result . isMatch = false ;
} else if ( includeMatches ) {
result . indices = indices ;
}
}
return result
}
function createPatternAlphabet ( pattern ) {
let mask = { } ;
for ( let i = 0 , len = pattern . length ; i < len ; i += 1 ) {
const char = pattern . charAt ( i ) ;
mask [ char ] = ( mask [ char ] || 0 ) | ( 1 << ( len - i - 1 ) ) ;
}
return mask
}
class BitapSearch {
constructor (
pattern ,
{
location = Config . location ,
threshold = Config . threshold ,
distance = Config . distance ,
includeMatches = Config . includeMatches ,
findAllMatches = Config . findAllMatches ,
minMatchCharLength = Config . minMatchCharLength ,
isCaseSensitive = Config . isCaseSensitive ,
ignoreLocation = Config . ignoreLocation
} = { }
) {
this . options = {
location ,
threshold ,
distance ,
includeMatches ,
findAllMatches ,
minMatchCharLength ,
isCaseSensitive ,
ignoreLocation
} ;
this . pattern = isCaseSensitive ? pattern : pattern . toLowerCase ( ) ;
this . chunks = [ ] ;
if ( ! this . pattern . length ) {
return
}
const addChunk = ( pattern , startIndex ) => {
this . chunks . push ( {
pattern ,
alphabet : createPatternAlphabet ( pattern ) ,
startIndex
} ) ;
} ;
const len = this . pattern . length ;
if ( len > MAX _BITS ) {
let i = 0 ;
const remainder = len % MAX _BITS ;
const end = len - remainder ;
while ( i < end ) {
addChunk ( this . pattern . substr ( i , MAX _BITS ) , i ) ;
i += MAX _BITS ;
}
if ( remainder ) {
const startIndex = len - MAX _BITS ;
addChunk ( this . pattern . substr ( startIndex ) , startIndex ) ;
}
} else {
addChunk ( this . pattern , 0 ) ;
}
}
searchIn ( text ) {
const { isCaseSensitive , includeMatches } = this . options ;
if ( ! isCaseSensitive ) {
text = text . toLowerCase ( ) ;
}
// Exact match
if ( this . pattern === text ) {
let result = {
isMatch : true ,
score : 0
} ;
if ( includeMatches ) {
result . indices = [ [ 0 , text . length - 1 ] ] ;
}
return result
}
// Otherwise, use Bitap algorithm
const {
location ,
distance ,
threshold ,
findAllMatches ,
minMatchCharLength ,
ignoreLocation
} = this . options ;
let allIndices = [ ] ;
let totalScore = 0 ;
let hasMatches = false ;
this . chunks . forEach ( ( { pattern , alphabet , startIndex } ) => {
const { isMatch , score , indices } = search ( text , pattern , alphabet , {
location : location + startIndex ,
distance ,
threshold ,
findAllMatches ,
minMatchCharLength ,
includeMatches ,
ignoreLocation
} ) ;
if ( isMatch ) {
hasMatches = true ;
}
totalScore += score ;
if ( isMatch && indices ) {
allIndices = [ ... allIndices , ... indices ] ;
}
} ) ;
let result = {
isMatch : hasMatches ,
score : hasMatches ? totalScore / this . chunks . length : 1
} ;
if ( hasMatches && includeMatches ) {
result . indices = allIndices ;
}
return result
}
}
class BaseMatch {
constructor ( pattern ) {
this . pattern = pattern ;
}
static isMultiMatch ( pattern ) {
return getMatch ( pattern , this . multiRegex )
}
static isSingleMatch ( pattern ) {
return getMatch ( pattern , this . singleRegex )
}
search ( /*text*/ ) { }
}
function getMatch ( pattern , exp ) {
const matches = pattern . match ( exp ) ;
return matches ? matches [ 1 ] : null
}
// Token: 'file
class ExactMatch extends BaseMatch {
constructor ( pattern ) {
super ( pattern ) ;
}
static get type ( ) {
return 'exact'
}
static get multiRegex ( ) {
return /^="(.*)"$/
}
static get singleRegex ( ) {
return /^=(.*)$/
}
search ( text ) {
const isMatch = text === this . pattern ;
return {
isMatch ,
score : isMatch ? 0 : 1 ,
indices : [ 0 , this . pattern . length - 1 ]
}
}
}
// Token: !fire
class InverseExactMatch extends BaseMatch {
constructor ( pattern ) {
super ( pattern ) ;
}
static get type ( ) {
return 'inverse-exact'
}
static get multiRegex ( ) {
return /^!"(.*)"$/
}
static get singleRegex ( ) {
return /^!(.*)$/
}
search ( text ) {
const index = text . indexOf ( this . pattern ) ;
const isMatch = index === - 1 ;
return {
isMatch ,
score : isMatch ? 0 : 1 ,
indices : [ 0 , text . length - 1 ]
}
}
}
// Token: ^file
class PrefixExactMatch extends BaseMatch {
constructor ( pattern ) {
super ( pattern ) ;
}
static get type ( ) {
return 'prefix-exact'
}
static get multiRegex ( ) {
return /^\^"(.*)"$/
}
static get singleRegex ( ) {
return /^\^(.*)$/
}
search ( text ) {
const isMatch = text . startsWith ( this . pattern ) ;
return {
isMatch ,
score : isMatch ? 0 : 1 ,
indices : [ 0 , this . pattern . length - 1 ]
}
}
}
// Token: !^fire
class InversePrefixExactMatch extends BaseMatch {
constructor ( pattern ) {
super ( pattern ) ;
}
static get type ( ) {
return 'inverse-prefix-exact'
}
static get multiRegex ( ) {
return /^!\^"(.*)"$/
}
static get singleRegex ( ) {
return /^!\^(.*)$/
}
search ( text ) {
const isMatch = ! text . startsWith ( this . pattern ) ;
return {
isMatch ,
score : isMatch ? 0 : 1 ,
indices : [ 0 , text . length - 1 ]
}
}
}
// Token: .file$
class SuffixExactMatch extends BaseMatch {
constructor ( pattern ) {
super ( pattern ) ;
}
static get type ( ) {
return 'suffix-exact'
}
static get multiRegex ( ) {
return /^"(.*)"\$$/
}
static get singleRegex ( ) {
return /^(.*)\$$/
}
search ( text ) {
const isMatch = text . endsWith ( this . pattern ) ;
return {
isMatch ,
score : isMatch ? 0 : 1 ,
indices : [ text . length - this . pattern . length , text . length - 1 ]
}
}
}
// Token: !.file$
class InverseSuffixExactMatch extends BaseMatch {
constructor ( pattern ) {
super ( pattern ) ;
}
static get type ( ) {
return 'inverse-suffix-exact'
}
static get multiRegex ( ) {
return /^!"(.*)"\$$/
}
static get singleRegex ( ) {
return /^!(.*)\$$/
}
search ( text ) {
const isMatch = ! text . endsWith ( this . pattern ) ;
return {
isMatch ,
score : isMatch ? 0 : 1 ,
indices : [ 0 , text . length - 1 ]
}
}
}
class FuzzyMatch extends BaseMatch {
constructor (
pattern ,
{
location = Config . location ,
threshold = Config . threshold ,
distance = Config . distance ,
includeMatches = Config . includeMatches ,
findAllMatches = Config . findAllMatches ,
minMatchCharLength = Config . minMatchCharLength ,
isCaseSensitive = Config . isCaseSensitive ,
ignoreLocation = Config . ignoreLocation
} = { }
) {
super ( pattern ) ;
this . _bitapSearch = new BitapSearch ( pattern , {
location ,
threshold ,
distance ,
includeMatches ,
findAllMatches ,
minMatchCharLength ,
isCaseSensitive ,
ignoreLocation
} ) ;
}
static get type ( ) {
return 'fuzzy'
}
static get multiRegex ( ) {
return /^"(.*)"$/
}
static get singleRegex ( ) {
return /^(.*)$/
}
search ( text ) {
return this . _bitapSearch . searchIn ( text )
}
}
// Token: 'file
class IncludeMatch extends BaseMatch {
constructor ( pattern ) {
super ( pattern ) ;
}
static get type ( ) {
return 'include'
}
static get multiRegex ( ) {
return /^'"(.*)"$/
}
static get singleRegex ( ) {
return /^'(.*)$/
}
search ( text ) {
let location = 0 ;
let index ;
const indices = [ ] ;
const patternLen = this . pattern . length ;
// Get all exact matches
while ( ( index = text . indexOf ( this . pattern , location ) ) > - 1 ) {
location = index + patternLen ;
indices . push ( [ index , location - 1 ] ) ;
}
const isMatch = ! ! indices . length ;
return {
isMatch ,
score : isMatch ? 0 : 1 ,
indices
}
}
}
// ❗Order is important. DO NOT CHANGE.
const searchers = [
ExactMatch ,
IncludeMatch ,
PrefixExactMatch ,
InversePrefixExactMatch ,
InverseSuffixExactMatch ,
SuffixExactMatch ,
InverseExactMatch ,
FuzzyMatch
] ;
const searchersLen = searchers . length ;
// Regex to split by spaces, but keep anything in quotes together
const SPACE _RE = / +(?=([^\"]*\"[^\"]*\")*[^\"]*$)/ ;
const OR _TOKEN = '|' ;
// Return a 2D array representation of the query, for simpler parsing.
// Example:
// "^core go$ | rb$ | py$ xy$" => [["^core", "go$"], ["rb$"], ["py$", "xy$"]]
function parseQuery ( pattern , options = { } ) {
return pattern . split ( OR _TOKEN ) . map ( ( item ) => {
let query = item
. trim ( )
. split ( SPACE _RE )
. filter ( ( item ) => item && ! ! item . trim ( ) ) ;
let results = [ ] ;
for ( let i = 0 , len = query . length ; i < len ; i += 1 ) {
const queryItem = query [ i ] ;
// 1. Handle multiple query match (i.e, once that are quoted, like `"hello world"`)
let found = false ;
let idx = - 1 ;
while ( ! found && ++ idx < searchersLen ) {
const searcher = searchers [ idx ] ;
let token = searcher . isMultiMatch ( queryItem ) ;
if ( token ) {
results . push ( new searcher ( token , options ) ) ;
found = true ;
}
}
if ( found ) {
continue
}
// 2. Handle single query matches (i.e, once that are *not* quoted)
idx = - 1 ;
while ( ++ idx < searchersLen ) {
const searcher = searchers [ idx ] ;
let token = searcher . isSingleMatch ( queryItem ) ;
if ( token ) {
results . push ( new searcher ( token , options ) ) ;
break
}
}
}
return results
} )
}
// These extended matchers can return an array of matches, as opposed
// to a singl match
const MultiMatchSet = new Set ( [ FuzzyMatch . type , IncludeMatch . type ] ) ;
/ * *
* Command - like searching
* === === === === === === === =
*
* Given multiple search terms delimited by spaces . e . g . ` ^jscript .python $ ruby !java ` ,
* search in a given text .
*
* Search syntax :
*
* | Token | Match type | Description |
* | -- -- -- -- -- - | -- -- -- -- -- -- -- -- -- -- -- -- -- | -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- |
* | ` jscript ` | fuzzy - match | Items that fuzzy match ` jscript ` |
* | ` =scheme ` | exact - match | Items that are ` scheme ` |
* | ` 'python ` | include - match | Items that include ` python ` |
* | ` !ruby ` | inverse - exact - match | Items that do not include ` ruby ` |
* | ` ^java ` | prefix - exact - match | Items that start with ` java ` |
* | ` !^earlang ` | inverse - prefix - exact - match | Items that do not start with ` earlang ` |
* | ` .js $ ` | suffix - exact - match | Items that end with ` .js ` |
* | ` !.go $ ` | inverse - suffix - exact - match | Items that do not end with ` .go ` |
*
* A single pipe character acts as an OR operator . For example , the following
* query matches entries that start with ` core ` and end with either ` go ` , ` rb ` ,
* or ` py ` .
*
* ` ` `
* ^ core go$ | rb$ | py$
* ` ` `
* /
class ExtendedSearch {
constructor (
pattern ,
{
isCaseSensitive = Config . isCaseSensitive ,
includeMatches = Config . includeMatches ,
minMatchCharLength = Config . minMatchCharLength ,
ignoreLocation = Config . ignoreLocation ,
findAllMatches = Config . findAllMatches ,
location = Config . location ,
threshold = Config . threshold ,
distance = Config . distance
} = { }
) {
this . query = null ;
this . options = {
isCaseSensitive ,
includeMatches ,
minMatchCharLength ,
findAllMatches ,
ignoreLocation ,
location ,
threshold ,
distance
} ;
this . pattern = isCaseSensitive ? pattern : pattern . toLowerCase ( ) ;
this . query = parseQuery ( this . pattern , this . options ) ;
}
static condition ( _ , options ) {
return options . useExtendedSearch
}
searchIn ( text ) {
const query = this . query ;
if ( ! query ) {
return {
isMatch : false ,
score : 1
}
}
const { includeMatches , isCaseSensitive } = this . options ;
text = isCaseSensitive ? text : text . toLowerCase ( ) ;
let numMatches = 0 ;
let allIndices = [ ] ;
let totalScore = 0 ;
// ORs
for ( let i = 0 , qLen = query . length ; i < qLen ; i += 1 ) {
const searchers = query [ i ] ;
// Reset indices
allIndices . length = 0 ;
numMatches = 0 ;
// ANDs
for ( let j = 0 , pLen = searchers . length ; j < pLen ; j += 1 ) {
const searcher = searchers [ j ] ;
const { isMatch , indices , score } = searcher . search ( text ) ;
if ( isMatch ) {
numMatches += 1 ;
totalScore += score ;
if ( includeMatches ) {
const type = searcher . constructor . type ;
if ( MultiMatchSet . has ( type ) ) {
allIndices = [ ... allIndices , ... indices ] ;
} else {
allIndices . push ( indices ) ;
}
}
} else {
totalScore = 0 ;
numMatches = 0 ;
allIndices . length = 0 ;
break
}
}
// OR condition, so if TRUE, return
if ( numMatches ) {
let result = {
isMatch : true ,
score : totalScore / numMatches
} ;
if ( includeMatches ) {
result . indices = allIndices ;
}
return result
}
}
// Nothing was matched
return {
isMatch : false ,
score : 1
}
}
}
const registeredSearchers = [ ] ;
function register ( ... args ) {
registeredSearchers . push ( ... args ) ;
}
function createSearcher ( pattern , options ) {
for ( let i = 0 , len = registeredSearchers . length ; i < len ; i += 1 ) {
let searcherClass = registeredSearchers [ i ] ;
if ( searcherClass . condition ( pattern , options ) ) {
return new searcherClass ( pattern , options )
}
}
return new BitapSearch ( pattern , options )
}
const LogicalOperator = {
AND : '$and' ,
OR : '$or'
} ;
const KeyType = {
PATH : '$path' ,
PATTERN : '$val'
} ;
const isExpression = ( query ) =>
! ! ( query [ LogicalOperator . AND ] || query [ LogicalOperator . OR ] ) ;
const isPath = ( query ) => ! ! query [ KeyType . PATH ] ;
const isLeaf = ( query ) =>
! isArray ( query ) && isObject ( query ) && ! isExpression ( query ) ;
const convertToExplicit = ( query ) => ( {
[ LogicalOperator . AND ] : Object . keys ( query ) . map ( ( key ) => ( {
[ key ] : query [ key ]
} ) )
} ) ;
// When `auto` is `true`, the parse function will infer and initialize and add
// the appropriate `Searcher` instance
function parse ( query , options , { auto = true } = { } ) {
const next = ( query ) => {
let keys = Object . keys ( query ) ;
const isQueryPath = isPath ( query ) ;
if ( ! isQueryPath && keys . length > 1 && ! isExpression ( query ) ) {
return next ( convertToExplicit ( query ) )
}
if ( isLeaf ( query ) ) {
const key = isQueryPath ? query [ KeyType . PATH ] : keys [ 0 ] ;
const pattern = isQueryPath ? query [ KeyType . PATTERN ] : query [ key ] ;
if ( ! isString ( pattern ) ) {
throw new Error ( LOGICAL _SEARCH _INVALID _QUERY _FOR _KEY ( key ) )
}
const obj = {
keyId : createKeyId ( key ) ,
pattern
} ;
if ( auto ) {
obj . searcher = createSearcher ( pattern , options ) ;
}
return obj
}
let node = {
children : [ ] ,
operator : keys [ 0 ]
} ;
keys . forEach ( ( key ) => {
const value = query [ key ] ;
if ( isArray ( value ) ) {
value . forEach ( ( item ) => {
node . children . push ( next ( item ) ) ;
} ) ;
}
} ) ;
return node
} ;
if ( ! isExpression ( query ) ) {
query = convertToExplicit ( query ) ;
}
return next ( query )
}
// Practical scoring function
function computeScore$1 (
results ,
{ ignoreFieldNorm = Config . ignoreFieldNorm }
) {
results . forEach ( ( result ) => {
let totalScore = 1 ;
result . matches . forEach ( ( { key , norm , score } ) => {
const weight = key ? key . weight : null ;
totalScore *= Math . pow (
score === 0 && weight ? Number . EPSILON : score ,
( weight || 1 ) * ( ignoreFieldNorm ? 1 : norm )
) ;
} ) ;
result . score = totalScore ;
} ) ;
}
function transformMatches ( result , data ) {
const matches = result . matches ;
data . matches = [ ] ;
if ( ! isDefined ( matches ) ) {
return
}
matches . forEach ( ( match ) => {
if ( ! isDefined ( match . indices ) || ! match . indices . length ) {
return
}
const { indices , value } = match ;
let obj = {
indices ,
value
} ;
if ( match . key ) {
obj . key = match . key . src ;
}
if ( match . idx > - 1 ) {
obj . refIndex = match . idx ;
}
data . matches . push ( obj ) ;
} ) ;
}
function transformScore ( result , data ) {
data . score = result . score ;
}
function format (
results ,
docs ,
{
includeMatches = Config . includeMatches ,
includeScore = Config . includeScore
} = { }
) {
const transformers = [ ] ;
if ( includeMatches ) transformers . push ( transformMatches ) ;
if ( includeScore ) transformers . push ( transformScore ) ;
return results . map ( ( result ) => {
const { idx } = result ;
const data = {
item : docs [ idx ] ,
refIndex : idx
} ;
if ( transformers . length ) {
transformers . forEach ( ( transformer ) => {
transformer ( result , data ) ;
} ) ;
}
return data
} )
}
class Fuse {
constructor ( docs , options = { } , index ) {
this . options = { ... Config , ... options } ;
if (
this . options . useExtendedSearch &&
! true
) {
throw new Error ( EXTENDED _SEARCH _UNAVAILABLE )
}
this . _keyStore = new KeyStore ( this . options . keys ) ;
this . setCollection ( docs , index ) ;
}
setCollection ( docs , index ) {
this . _docs = docs ;
if ( index && ! ( index instanceof FuseIndex ) ) {
throw new Error ( INCORRECT _INDEX _TYPE )
}
this . _myIndex =
index ||
createIndex ( this . options . keys , this . _docs , {
getFn : this . options . getFn
} ) ;
}
add ( doc ) {
if ( ! isDefined ( doc ) ) {
return
}
this . _docs . push ( doc ) ;
this . _myIndex . add ( doc ) ;
}
remove ( predicate = ( /* doc, idx */ ) => false ) {
const results = [ ] ;
for ( let i = 0 , len = this . _docs . length ; i < len ; i += 1 ) {
const doc = this . _docs [ i ] ;
if ( predicate ( doc , i ) ) {
this . removeAt ( i ) ;
i -= 1 ;
len -= 1 ;
results . push ( doc ) ;
}
}
return results
}
removeAt ( idx ) {
this . _docs . splice ( idx , 1 ) ;
this . _myIndex . removeAt ( idx ) ;
}
getIndex ( ) {
return this . _myIndex
}
search ( query , { limit = - 1 } = { } ) {
const {
includeMatches ,
includeScore ,
shouldSort ,
sortFn ,
ignoreFieldNorm
} = this . options ;
let results = isString ( query )
? isString ( this . _docs [ 0 ] )
? this . _searchStringList ( query )
: this . _searchObjectList ( query )
: this . _searchLogical ( query ) ;
computeScore$1 ( results , { ignoreFieldNorm } ) ;
if ( shouldSort ) {
results . sort ( sortFn ) ;
}
if ( isNumber ( limit ) && limit > - 1 ) {
results = results . slice ( 0 , limit ) ;
}
return format ( results , this . _docs , {
includeMatches ,
includeScore
} )
}
_searchStringList ( query ) {
const searcher = createSearcher ( query , this . options ) ;
const { records } = this . _myIndex ;
const results = [ ] ;
// Iterate over every string in the index
records . forEach ( ( { v : text , i : idx , n : norm } ) => {
if ( ! isDefined ( text ) ) {
return
}
const { isMatch , score , indices } = searcher . searchIn ( text ) ;
if ( isMatch ) {
results . push ( {
item : text ,
idx ,
matches : [ { score , value : text , norm , indices } ]
} ) ;
}
} ) ;
return results
}
_searchLogical ( query ) {
const expression = parse ( query , this . options ) ;
const evaluate = ( node , item , idx ) => {
if ( ! node . children ) {
const { keyId , searcher } = node ;
const matches = this . _findMatches ( {
key : this . _keyStore . get ( keyId ) ,
value : this . _myIndex . getValueForItemAtKeyId ( item , keyId ) ,
searcher
} ) ;
if ( matches && matches . length ) {
return [
{
idx ,
item ,
matches
}
]
}
return [ ]
}
/*eslint indent: [2, 2, {"SwitchCase": 1}]*/
switch ( node . operator ) {
case LogicalOperator . AND : {
const res = [ ] ;
for ( let i = 0 , len = node . children . length ; i < len ; i += 1 ) {
const child = node . children [ i ] ;
const result = evaluate ( child , item , idx ) ;
if ( result . length ) {
res . push ( ... result ) ;
} else {
return [ ]
}
}
return res
}
case LogicalOperator . OR : {
const res = [ ] ;
for ( let i = 0 , len = node . children . length ; i < len ; i += 1 ) {
const child = node . children [ i ] ;
const result = evaluate ( child , item , idx ) ;
if ( result . length ) {
res . push ( ... result ) ;
break
}
}
return res
}
}
} ;
const records = this . _myIndex . records ;
const resultMap = { } ;
const results = [ ] ;
records . forEach ( ( { $ : item , i : idx } ) => {
if ( isDefined ( item ) ) {
let expResults = evaluate ( expression , item , idx ) ;
if ( expResults . length ) {
// Dedupe when adding
if ( ! resultMap [ idx ] ) {
resultMap [ idx ] = { idx , item , matches : [ ] } ;
results . push ( resultMap [ idx ] ) ;
}
expResults . forEach ( ( { matches } ) => {
resultMap [ idx ] . matches . push ( ... matches ) ;
} ) ;
}
}
} ) ;
return results
}
_searchObjectList ( query ) {
const searcher = createSearcher ( query , this . options ) ;
const { keys , records } = this . _myIndex ;
const results = [ ] ;
// List is Array<Object>
records . forEach ( ( { $ : item , i : idx } ) => {
if ( ! isDefined ( item ) ) {
return
}
let matches = [ ] ;
// Iterate over every key (i.e, path), and fetch the value at that key
keys . forEach ( ( key , keyIndex ) => {
matches . push (
... this . _findMatches ( {
key ,
value : item [ keyIndex ] ,
searcher
} )
) ;
} ) ;
if ( matches . length ) {
results . push ( {
idx ,
item ,
matches
} ) ;
}
} ) ;
return results
}
_findMatches ( { key , value , searcher } ) {
if ( ! isDefined ( value ) ) {
return [ ]
}
let matches = [ ] ;
if ( isArray ( value ) ) {
value . forEach ( ( { v : text , i : idx , n : norm } ) => {
if ( ! isDefined ( text ) ) {
return
}
const { isMatch , score , indices } = searcher . searchIn ( text ) ;
if ( isMatch ) {
matches . push ( {
score ,
key ,
value : text ,
idx ,
norm ,
indices
} ) ;
}
} ) ;
} else {
const { v : text , n : norm } = value ;
const { isMatch , score , indices } = searcher . searchIn ( text ) ;
if ( isMatch ) {
matches . push ( { score , key , value : text , norm , indices } ) ;
}
}
return matches
}
}
Fuse . version = '6.4.6' ;
Fuse . createIndex = createIndex ;
Fuse . parseIndex = parseIndex ;
Fuse . config = Config ;
{
Fuse . parseQuery = parse ;
}
{
register ( ExtendedSearch ) ;
}
var TagOrFile ;
( function ( TagOrFile ) {
TagOrFile [ TagOrFile [ "Tag" ] = 0 ] = "Tag" ;
TagOrFile [ TagOrFile [ "File" ] = 1 ] = "File" ;
} ) ( TagOrFile || ( TagOrFile = { } ) ) ;
class SilentFileAndTagSuggester extends TextInputSuggest {
constructor ( app , inputEl ) {
super ( app , inputEl ) ;
this . app = app ;
this . inputEl = inputEl ;
this . lastInput = "" ;
this . files = app . vault . getMarkdownFiles ( ) ;
this . unresolvedLinkNames = this . getUnresolvedLinkNames ( app ) ;
// @ts-ignore
this . tags = Object . keys ( app . metadataCache . getTags ( ) ) ;
}
getSuggestions ( inputStr ) {
const cursorPosition = this . inputEl . selectionStart ;
const inputBeforeCursor = inputStr . substr ( 0 , cursorPosition ) ;
const fileLinkMatch = FILE _LINK _REGEX . exec ( inputBeforeCursor ) ;
const tagMatch = TAG _REGEX . exec ( inputBeforeCursor ) ;
let suggestions = [ ] ;
if ( tagMatch ) {
const tagInput = tagMatch [ 1 ] ;
this . lastInput = tagInput ;
this . lastInputType = TagOrFile . Tag ;
suggestions = this . tags . filter ( tag => tag . toLowerCase ( ) . contains ( tagInput . toLowerCase ( ) ) ) ;
}
if ( fileLinkMatch ) {
const fileNameInput = fileLinkMatch [ 1 ] ;
this . lastInput = fileNameInput ;
this . lastInputType = TagOrFile . File ;
suggestions = this . files
. filter ( file => file . basename . toLowerCase ( ) . contains ( fileNameInput . toLowerCase ( ) ) )
. map ( file => file . path ) ;
suggestions . push ( ... this . unresolvedLinkNames . filter ( name => name . toLowerCase ( ) . contains ( fileNameInput . toLowerCase ( ) ) ) ) ;
}
const fuse = new Fuse ( suggestions , { findAllMatches : true , threshold : 0.8 } ) ;
return fuse . search ( this . lastInput ) . map ( value => value . item ) ;
}
renderSuggestion ( item , el ) {
if ( item )
el . setText ( item ) ;
}
selectSuggestion ( item ) {
const cursorPosition = this . inputEl . selectionStart ;
const lastInputLength = this . lastInput . length ;
const currentInputValue = this . inputEl . value ;
let insertedEndPosition = 0 ;
if ( this . lastInputType === TagOrFile . File ) {
const linkFile = this . app . vault . getAbstractFileByPath ( item ) ;
if ( linkFile instanceof obsidian . TFile ) {
insertedEndPosition = this . makeLinkObsidianMethod ( linkFile , currentInputValue , cursorPosition , lastInputLength ) ;
}
else {
insertedEndPosition = this . makeLinkManually ( currentInputValue , item . replace ( /.md$/ , '' ) , cursorPosition , lastInputLength ) ;
}
}
if ( this . lastInputType === TagOrFile . Tag ) {
this . inputEl . value = this . getNewInputValueForTag ( currentInputValue , item , cursorPosition , lastInputLength ) ;
insertedEndPosition = cursorPosition - lastInputLength + item . length - 1 ;
}
this . inputEl . trigger ( "input" ) ;
this . close ( ) ;
this . inputEl . setSelectionRange ( insertedEndPosition , insertedEndPosition ) ;
}
makeLinkObsidianMethod ( linkFile , currentInputValue , cursorPosition , lastInputLength ) {
const link = this . app . fileManager . generateMarkdownLink ( linkFile , '' ) ;
this . inputEl . value = this . getNewInputValueForFileLink ( currentInputValue , link , cursorPosition , lastInputLength ) ;
return cursorPosition - lastInputLength + link . length + 2 ;
}
makeLinkManually ( currentInputValue , item , cursorPosition , lastInputLength ) {
this . inputEl . value = this . getNewInputValueForFileName ( currentInputValue , item , cursorPosition , lastInputLength ) ;
return cursorPosition - lastInputLength + item . length + 2 ;
}
getNewInputValueForFileLink ( currentInputElValue , selectedItem , cursorPosition , lastInputLength ) {
return ` ${ currentInputElValue . substr ( 0 , cursorPosition - lastInputLength - 2 ) } ${ selectedItem } ${ currentInputElValue . substr ( cursorPosition ) } ` ;
}
getNewInputValueForFileName ( currentInputElValue , selectedItem , cursorPosition , lastInputLength ) {
return ` ${ currentInputElValue . substr ( 0 , cursorPosition - lastInputLength ) } ${ selectedItem } ]] ${ currentInputElValue . substr ( cursorPosition ) } ` ;
}
getNewInputValueForTag ( currentInputElValue , selectedItem , cursorPosition , lastInputLength ) {
return ` ${ currentInputElValue . substr ( 0 , cursorPosition - lastInputLength - 1 ) } ${ selectedItem } ${ currentInputElValue . substr ( cursorPosition ) } ` ;
}
getUnresolvedLinkNames ( app ) {
const unresolvedLinks = app . metadataCache . unresolvedLinks ;
const unresolvedLinkNames = new Set ( ) ;
for ( const sourceFileName in unresolvedLinks ) {
for ( const unresolvedLink in unresolvedLinks [ sourceFileName ] ) {
unresolvedLinkNames . add ( unresolvedLink ) ;
}
}
return Array . from ( unresolvedLinkNames ) ;
}
}
class GenericInputPrompt extends obsidian . Modal {
constructor ( app , header , placeholder , value ) {
super ( app ) ;
this . header = header ;
this . didSubmit = false ;
this . submitClickCallback = ( evt ) => this . submit ( ) ;
this . cancelClickCallback = ( evt ) => this . cancel ( ) ;
this . submitEnterCallback = ( evt ) => {
if ( evt . key === "Enter" ) {
evt . preventDefault ( ) ;
this . submit ( ) ;
}
} ;
this . placeholder = placeholder ;
this . input = value ;
this . waitForClose = new Promise ( ( resolve , reject ) => {
this . resolvePromise = resolve ;
this . rejectPromise = reject ;
} ) ;
this . display ( ) ;
this . open ( ) ;
this . suggester = new SilentFileAndTagSuggester ( app , this . inputComponent . inputEl ) ;
}
static Prompt ( app , header , placeholder , value ) {
const newPromptModal = new GenericInputPrompt ( app , header , placeholder , value ) ;
return newPromptModal . waitForClose ;
}
display ( ) {
this . containerEl . addClass ( 'quickAddModal' , 'qaInputPrompt' ) ;
this . contentEl . empty ( ) ;
this . titleEl . textContent = this . header ;
const mainContentContainer = this . contentEl . createDiv ( ) ;
this . inputComponent = this . createInputField ( mainContentContainer , this . placeholder , this . input ) ;
this . createButtonBar ( mainContentContainer ) ;
}
createInputField ( container , placeholder , value ) {
const textComponent = new obsidian . TextComponent ( container ) ;
textComponent . inputEl . style . width = "100%" ;
textComponent . setPlaceholder ( placeholder !== null && placeholder !== void 0 ? placeholder : "" )
. setValue ( value !== null && value !== void 0 ? value : "" )
. onChange ( value => this . input = value )
. inputEl . addEventListener ( 'keydown' , this . submitEnterCallback ) ;
return textComponent ;
}
createButton ( container , text , callback ) {
const btn = new obsidian . ButtonComponent ( container ) ;
btn . setButtonText ( text )
. onClick ( callback ) ;
return btn ;
}
createButtonBar ( mainContentContainer ) {
const buttonBarContainer = mainContentContainer . createDiv ( ) ;
this . createButton ( buttonBarContainer , "Ok" , this . submitClickCallback )
. setCta ( ) . buttonEl . style . marginRight = '0' ;
this . createButton ( buttonBarContainer , "Cancel" , this . cancelClickCallback ) ;
buttonBarContainer . style . display = 'flex' ;
buttonBarContainer . style . flexDirection = 'row-reverse' ;
buttonBarContainer . style . justifyContent = 'flex-start' ;
buttonBarContainer . style . marginTop = '1rem' ;
}
submit ( ) {
this . didSubmit = true ;
this . close ( ) ;
}
cancel ( ) {
this . close ( ) ;
}
resolveInput ( ) {
if ( ! this . didSubmit )
this . rejectPromise ( "No input given." ) ;
else
this . resolvePromise ( this . input ) ;
}
removeInputListener ( ) {
this . inputComponent . inputEl . removeEventListener ( 'keydown' , this . submitEnterCallback ) ;
}
onOpen ( ) {
super . onOpen ( ) ;
this . inputComponent . inputEl . focus ( ) ;
this . inputComponent . inputEl . select ( ) ;
}
onClose ( ) {
super . onClose ( ) ;
this . resolveInput ( ) ;
this . removeInputListener ( ) ;
}
}
class LogManager {
register ( logger ) {
LogManager . loggers . push ( logger ) ;
return this ;
}
logError ( message ) {
LogManager . loggers . forEach ( logger => logger . logError ( message ) ) ;
throw new Error ( ) ;
}
logWarning ( message ) {
LogManager . loggers . forEach ( logger => logger . logError ( message ) ) ;
}
logMessage ( message ) {
LogManager . loggers . forEach ( logger => logger . logMessage ( message ) ) ;
}
}
LogManager . loggers = [ ] ;
const log = new LogManager ( ) ;
class ChoiceBuilder extends obsidian . Modal {
constructor ( app ) {
super ( app ) ;
this . didSubmit = false ;
this . svelteElements = [ ] ;
this . waitForClose = new Promise ( ( resolve , reject ) => {
this . resolvePromise = resolve ;
this . rejectPromise = reject ;
} ) ;
this . containerEl . addClass ( 'quickAddModal' ) ;
this . open ( ) ;
}
reload ( ) {
this . contentEl . empty ( ) ;
this . display ( ) ;
}
addFileSearchInputToSetting ( setting , value , onChangeCallback ) {
let component ;
setting . addSearch ( searchComponent => {
component = searchComponent ;
searchComponent . setValue ( value ) ;
searchComponent . setPlaceholder ( "File path" ) ;
const markdownFiles = this . app . vault . getMarkdownFiles ( ) . map ( f => f . path ) ;
new GenericTextSuggester ( this . app , searchComponent . inputEl , markdownFiles ) ;
searchComponent . onChange ( onChangeCallback ) ;
} ) ;
return component ;
}
addCenteredChoiceNameHeader ( choice ) {
const headerEl = this . contentEl . createEl ( 'h2' , { cls : "choiceNameHeader" } ) ;
headerEl . setText ( choice . name ) ;
headerEl . addEventListener ( 'click' , async ( ev ) => {
try {
const newName = await GenericInputPrompt . Prompt ( this . app , choice . name , "Choice name" , choice . name ) ;
if ( newName !== choice . name ) {
choice . name = newName ;
headerEl . setText ( newName ) ;
}
}
catch ( e ) {
log . logMessage ( ` No new name given for ${ choice . name } ` ) ;
}
} ) ;
}
onClose ( ) {
super . onClose ( ) ;
this . resolvePromise ( this . choice ) ;
this . svelteElements . forEach ( el => {
if ( el && el . $destroy )
el . $destroy ( ) ;
} ) ;
if ( ! this . didSubmit )
this . rejectPromise ( "No answer given." ) ;
else
this . resolvePromise ( this . input ) ;
}
}
function getTemplater ( app ) {
// @ts-ignore
return app . plugins . plugins [ "templater-obsidian" ] ;
}
async function replaceTemplaterTemplatesInCreatedFile ( app , file , force = false ) {
const templater = getTemplater ( app ) ;
if ( templater && ( force || ! ( templater === null || templater === void 0 ? void 0 : templater . settings [ "trigger_on_file_creation" ] ) ) ) {
app . workspace . getActiveFile ( ) ;
await templater . templater . overwrite _file _commands ( file ) ;
}
}
async function templaterParseTemplate ( app , templateContent , targetFile ) {
const templater = getTemplater ( app ) ;
if ( ! templater )
return templateContent ;
return await templater . templater . parse _template ( { target _file : targetFile , run _mode : 4 } , templateContent ) ;
}
function getCoreTemplatesPath ( app ) {
// @ts-ignore
const internalTemplatePlugin = app . internalPlugins . plugins . templates ;
if ( internalTemplatePlugin ) {
const templateFolderPath = internalTemplatePlugin . instance . options . folder ;
if ( templateFolderPath )
return templateFolderPath ;
}
}
function getTemplaterTemplatesPath ( app ) {
const templater = getTemplater ( app ) ;
if ( templater ) {
const templateFolderPath = templater . settings [ "template_folder" ] ;
if ( templateFolderPath )
return templateFolderPath ;
}
}
function getTemplateFiles ( app ) {
let templateFiles = new Set ( ) ;
const markdownFiles = app . vault . getMarkdownFiles ( ) ;
const coreTemplatesPath = getCoreTemplatesPath ( app ) ;
const templaterTemplatesPath = getTemplaterTemplatesPath ( app ) ;
markdownFiles . forEach ( file => {
if ( file . path . contains ( coreTemplatesPath ) || file . path . contains ( templaterTemplatesPath ) )
templateFiles . add ( file ) ;
} ) ;
return [ ... templateFiles ] ;
}
function getTemplatePaths ( app ) {
return getTemplateFiles ( app ) . map ( file => file . path ) ;
}
function getNaturalLanguageDates ( app ) {
// @ts-ignore
return app . plugins . plugins [ "nldates-obsidian" ] ;
}
function getDate ( input ) {
let duration ;
if ( input . offset !== null && input . offset !== undefined && typeof input . offset === "number" ) {
duration = window . moment . duration ( input . offset , "days" ) ;
}
return input . format ? window . moment ( ) . add ( duration ) . format ( input . format )
: window . moment ( ) . add ( duration ) . format ( "YYYY-MM-DD" ) ;
}
function appendToCurrentLine ( toAppend , app ) {
try {
const activeView = app . workspace . getActiveViewOfType ( obsidian . MarkdownView ) ;
if ( ! activeView ) {
log . logError ( ` unable to append ' ${ toAppend } ' to current line. ` ) ;
return ;
}
activeView . editor . replaceSelection ( toAppend ) ;
}
catch ( _a ) {
log . logError ( ` unable to append ' ${ toAppend } ' to current line. ` ) ;
}
}
function findObsidianCommand ( app , commandId ) {
// @ts-ignore
return app . commands . findCommand ( commandId ) ;
}
function deleteObsidianCommand ( app , commandId ) {
if ( findObsidianCommand ( app , commandId ) ) {
// @ts-ignore
delete app . commands . commands [ commandId ] ;
// @ts-ignore
delete app . commands . editorCommands [ commandId ] ;
}
}
function getAllFolderPathsInVault ( app ) {
return app . vault . getAllLoadedFiles ( )
. filter ( f => f instanceof obsidian . TFolder )
. map ( folder => folder . path ) ;
}
function getUserScriptMemberAccess ( fullMemberPath ) {
const fullMemberArray = fullMemberPath . split ( "::" ) ;
return {
basename : fullMemberArray [ 0 ] ,
memberAccess : fullMemberArray . slice ( 1 )
} ;
}
function waitFor ( ms ) {
return new Promise ( res => setTimeout ( res , ms ) ) ;
}
function getLinesInString ( input ) {
let lines = [ ] ;
let tempString = input ;
while ( tempString . contains ( "\n" ) ) {
const lineEndIndex = tempString . indexOf ( "\n" ) ;
lines . push ( tempString . slice ( 0 , lineEndIndex ) ) ;
tempString = tempString . slice ( lineEndIndex + 1 ) ;
}
lines . push ( tempString ) ;
return lines ;
}
// https://stackoverflow.com/questions/3115150/how-to-escape-regular-expression-special-characters-using-javascript
function escapeRegExp ( text ) {
return text . replace ( /[-[\]{}()*+?.,\\^$|#\s]/g , '\\$&' ) ;
}
async function openFile ( app , file , optional ) {
let leaf ;
if ( ( optional === null || optional === void 0 ? void 0 : optional . openInNewTab ) && ( optional === null || optional === void 0 ? void 0 : optional . direction ) ) {
leaf = app . workspace . splitActiveLeaf ( optional . direction ) ;
}
else {
leaf = app . workspace . getUnpinnedLeaf ( ) ;
}
await leaf . openFile ( file ) ;
if ( ( optional === null || optional === void 0 ? void 0 : optional . mode ) || ( optional === null || optional === void 0 ? void 0 : optional . focus ) ) {
await leaf . setViewState ( Object . assign ( Object . assign ( { } , leaf . getViewState ( ) ) , { state : optional . mode && optional . mode !== 'default' ? Object . assign ( Object . assign ( { } , leaf . view . getState ( ) ) , { mode : optional . mode } ) : leaf . view . getState ( ) , popstate : true } ) , { focus : optional === null || optional === void 0 ? void 0 : optional . focus } ) ;
}
}
// Slightly modified version of Templater's user script import implementation
// Source: https://github.com/SilentVoid13/Templater
async function getUserScript ( command , app ) {
// @ts-ignore
const file = app . vault . getAbstractFileByPath ( command . path ) ;
if ( ! file ) {
log . logError ( ` failed to load file ${ command . path } . ` ) ;
return ;
}
if ( file instanceof obsidian . TFile ) {
let req = ( s ) => window . require && window . require ( s ) ;
let exp = { } ;
let mod = { exports : exp } ;
const fileContent = await app . vault . read ( file ) ;
const fn = window . eval ( ` (function(require, module, exports) { ${ fileContent } \n }) ` ) ;
fn ( req , mod , exp ) ;
// @ts-ignore
const userScript = exp [ 'default' ] || mod . exports ;
if ( ! userScript )
return ;
let script = userScript ;
const { memberAccess } = getUserScriptMemberAccess ( command . name ) ;
if ( memberAccess && memberAccess . length > 0 ) {
let member ;
while ( member = memberAccess . shift ( ) ) {
script = script [ member ] ;
}
}
return script ;
}
}
var FormatSyntaxToken ;
( function ( FormatSyntaxToken ) {
FormatSyntaxToken [ FormatSyntaxToken [ "Date" ] = 0 ] = "Date" ;
FormatSyntaxToken [ FormatSyntaxToken [ "DateFormat" ] = 1 ] = "DateFormat" ;
FormatSyntaxToken [ FormatSyntaxToken [ "VariableDate" ] = 2 ] = "VariableDate" ;
FormatSyntaxToken [ FormatSyntaxToken [ "Value" ] = 3 ] = "Value" ;
FormatSyntaxToken [ FormatSyntaxToken [ "Name" ] = 4 ] = "Name" ;
FormatSyntaxToken [ FormatSyntaxToken [ "Variable" ] = 5 ] = "Variable" ;
FormatSyntaxToken [ FormatSyntaxToken [ "LinkCurrent" ] = 6 ] = "LinkCurrent" ;
FormatSyntaxToken [ FormatSyntaxToken [ "Macro" ] = 7 ] = "Macro" ;
FormatSyntaxToken [ FormatSyntaxToken [ "Template" ] = 8 ] = "Template" ;
FormatSyntaxToken [ FormatSyntaxToken [ "MathValue" ] = 9 ] = "MathValue" ;
} ) ( FormatSyntaxToken || ( FormatSyntaxToken = { } ) ) ;
class FormatSyntaxSuggester extends TextInputSuggest {
constructor ( app , inputEl , plugin , suggestForFileNames = false ) {
super ( app , inputEl ) ;
this . app = app ;
this . inputEl = inputEl ;
this . plugin = plugin ;
this . suggestForFileNames = suggestForFileNames ;
this . lastInput = "" ;
this . macroNames = this . plugin . settings . macros . map ( macro => macro . name ) ;
this . templatePaths = getTemplatePaths ( this . app ) ;
}
getSuggestions ( inputStr ) {
const cursorPosition = this . inputEl . selectionStart ;
const lookbehind = 15 ;
const inputBeforeCursor = inputStr . substr ( cursorPosition - lookbehind , lookbehind ) ;
let suggestions = [ ] ;
this . processToken ( inputBeforeCursor , ( match , type , suggestion ) => {
this . lastInput = match [ 0 ] ;
this . lastInputType = type ;
suggestions . push ( suggestion ) ;
if ( this . lastInputType === FormatSyntaxToken . Template ) {
suggestions . push ( ... this . templatePaths . map ( templatePath => ` {{TEMPLATE: ${ templatePath } }} ` ) ) ;
}
if ( this . lastInputType === FormatSyntaxToken . Macro ) {
suggestions . push ( ... this . macroNames . map ( macroName => ` {{MACRO: ${ macroName } }} ` ) ) ;
}
} ) ;
return suggestions ;
}
selectSuggestion ( item ) {
const cursorPosition = this . inputEl . selectionStart ;
const lastInputLength = this . lastInput . length ;
const currentInputValue = this . inputEl . value ;
let insertedEndPosition = 0 ;
const insert = ( text , offset = 0 ) => {
return ` ${ currentInputValue . substr ( 0 , cursorPosition - lastInputLength + offset ) } ${ text } ${ currentInputValue . substr ( cursorPosition ) } ` ;
} ;
this . processToken ( item , ( ( match , type , suggestion ) => {
if ( item . contains ( suggestion ) ) {
this . inputEl . value = insert ( item ) ;
this . lastInputType = type ;
insertedEndPosition = cursorPosition - lastInputLength + item . length ;
if ( this . lastInputType === FormatSyntaxToken . VariableDate ||
this . lastInputType === FormatSyntaxToken . Variable ||
this . lastInputType === FormatSyntaxToken . DateFormat ) {
insertedEndPosition -= 2 ;
}
}
} ) ) ;
this . inputEl . trigger ( "input" ) ;
this . close ( ) ;
this . inputEl . setSelectionRange ( insertedEndPosition , insertedEndPosition ) ;
}
renderSuggestion ( value , el ) {
if ( value )
el . setText ( value ) ;
}
processToken ( input , callback ) {
const dateFormatMatch = DATE _FORMAT _SYNTAX _SUGGEST _REGEX . exec ( input ) ;
if ( dateFormatMatch )
callback ( dateFormatMatch , FormatSyntaxToken . DateFormat , "{{DATE:}}" ) ;
const dateMatch = DATE _SYNTAX _SUGGEST _REGEX . exec ( input ) ;
if ( dateMatch )
callback ( dateMatch , FormatSyntaxToken . Date , DATE _SYNTAX ) ;
const nameMatch = NAME _SYNTAX _SUGGEST _REGEX . exec ( input ) ;
if ( nameMatch )
callback ( nameMatch , FormatSyntaxToken . Name , NAME _SYNTAX ) ;
const valueMatch = VALUE _SYNTAX _SUGGEST _REGEX . exec ( input ) ;
if ( valueMatch )
callback ( valueMatch , FormatSyntaxToken . Value , VALUE _SYNTAX ) ;
const mathValueMatch = MATH _VALUE _SYNTAX _SUGGEST _REGEX . exec ( input ) ;
if ( mathValueMatch )
callback ( mathValueMatch , FormatSyntaxToken . MathValue , MATH _VALUE _SYNTAX ) ;
const variableMatch = VARIABLE _SYNTAX _SUGGEST _REGEX . exec ( input ) ;
if ( variableMatch )
callback ( variableMatch , FormatSyntaxToken . Variable , "{{VALUE:}}" ) ;
const variableDateMatch = VARIABLE _DATE _SYNTAX _SUGGEST _REGEX . exec ( input ) ;
if ( variableDateMatch )
callback ( variableDateMatch , FormatSyntaxToken . VariableDate , "{{VDATE:}}" ) ;
if ( ! this . suggestForFileNames ) {
const linkCurrentMatch = LINKCURRENT _SYNTAX _SUGGEST _REGEX . exec ( input ) ;
if ( linkCurrentMatch )
callback ( linkCurrentMatch , FormatSyntaxToken . LinkCurrent , LINKCURRENT _SYNTAX ) ;
const templateMatch = TEMPLATE _SYNTAX _SUGGEST _REGEX . exec ( input ) ;
if ( templateMatch )
callback ( templateMatch , FormatSyntaxToken . Template , "{{TEMPLATE:" ) ;
const macroMatch = MACRO _SYNTAX _SUGGEST _REGEX . exec ( input ) ;
if ( macroMatch )
callback ( macroMatch , FormatSyntaxToken . Macro , "{{MACRO:" ) ;
}
}
}
/* src/gui/ChoiceBuilder/FolderList.svelte generated by Svelte v3.46.4 */
function add _css$3 ( target ) {
append _styles ( target , "svelte-tuapcq" , ".quickAddCommandListItem.svelte-tuapcq{display:flex;align-items:center;justify-content:space-between}@media(min-width: 768px){.quickAddFolderListGrid.svelte-tuapcq{display:grid;grid-template-columns:repeat(2, 1fr);column-gap:20px}}.quickAddCommandList.svelte-tuapcq{max-width:50%;margin:12px auto}.clickable.svelte-tuapcq{cursor:pointer}" ) ;
}
function get _each _context$1 ( ctx , list , i ) {
const child _ctx = ctx . slice ( ) ;
child _ctx [ 4 ] = list [ i ] ;
child _ctx [ 6 ] = i ;
return child _ctx ;
}
// (11:4) {#each folders as folder, i}
function create _each _block$1 ( ctx ) {
let div ;
let span0 ;
let t0 _value = /*folder*/ ctx [ 4 ] + "" ;
let t0 ;
let t1 ;
let span1 ;
let icon ;
let t2 ;
let current ;
let mounted ;
let dispose ;
icon = new Icon ( { props : { data : faTrash } } ) ;
function click _handler ( ) {
return /*click_handler*/ ctx [ 3 ] ( /*folder*/ ctx [ 4 ] ) ;
}
return {
c ( ) {
div = element ( "div" ) ;
span0 = element ( "span" ) ;
t0 = text ( t0 _value ) ;
t1 = space ( ) ;
span1 = element ( "span" ) ;
create _component ( icon . $$ . fragment ) ;
t2 = space ( ) ;
attr ( span1 , "class" , "clickable svelte-tuapcq" ) ;
attr ( div , "class" , "quickAddCommandListItem svelte-tuapcq" ) ;
} ,
m ( target , anchor ) {
insert ( target , div , anchor ) ;
append ( div , span0 ) ;
append ( span0 , t0 ) ;
append ( div , t1 ) ;
append ( div , span1 ) ;
mount _component ( icon , span1 , null ) ;
append ( div , t2 ) ;
current = true ;
if ( ! mounted ) {
dispose = listen ( span1 , "click" , click _handler ) ;
mounted = true ;
}
} ,
p ( new _ctx , dirty ) {
ctx = new _ctx ;
if ( ( ! current || dirty & /*folders*/ 1 ) && t0 _value !== ( t0 _value = /*folder*/ ctx [ 4 ] + "" ) ) set _data ( t0 , t0 _value ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( icon . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( icon . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div ) ;
destroy _component ( icon ) ;
mounted = false ;
dispose ( ) ;
}
} ;
}
function create _fragment$6 ( ctx ) {
let div ;
let current ;
let each _value = /*folders*/ ctx [ 0 ] ;
let each _blocks = [ ] ;
for ( let i = 0 ; i < each _value . length ; i += 1 ) {
each _blocks [ i ] = create _each _block$1 ( get _each _context$1 ( ctx , each _value , i ) ) ;
}
const out = i => transition _out ( each _blocks [ i ] , 1 , 1 , ( ) => {
each _blocks [ i ] = null ;
} ) ;
return {
c ( ) {
div = element ( "div" ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . c ( ) ;
}
attr ( div , "class" , "quickAddFolderListGrid quickAddCommandList svelte-tuapcq" ) ;
} ,
m ( target , anchor ) {
insert ( target , div , anchor ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . m ( div , null ) ;
}
current = true ;
} ,
p ( ctx , [ dirty ] ) {
if ( dirty & /*deleteFolder, folders, faTrash*/ 3 ) {
each _value = /*folders*/ ctx [ 0 ] ;
let i ;
for ( i = 0 ; i < each _value . length ; i += 1 ) {
const child _ctx = get _each _context$1 ( ctx , each _value , i ) ;
if ( each _blocks [ i ] ) {
each _blocks [ i ] . p ( child _ctx , dirty ) ;
transition _in ( each _blocks [ i ] , 1 ) ;
} else {
each _blocks [ i ] = create _each _block$1 ( child _ctx ) ;
each _blocks [ i ] . c ( ) ;
transition _in ( each _blocks [ i ] , 1 ) ;
each _blocks [ i ] . m ( div , null ) ;
}
}
group _outros ( ) ;
for ( i = each _value . length ; i < each _blocks . length ; i += 1 ) {
out ( i ) ;
}
check _outros ( ) ;
}
} ,
i ( local ) {
if ( current ) return ;
for ( let i = 0 ; i < each _value . length ; i += 1 ) {
transition _in ( each _blocks [ i ] ) ;
}
current = true ;
} ,
o ( local ) {
each _blocks = each _blocks . filter ( Boolean ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
transition _out ( each _blocks [ i ] ) ;
}
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div ) ;
destroy _each ( each _blocks , detaching ) ;
}
} ;
}
function instance$6 ( $$self , $$props , $$invalidate ) {
let { folders } = $$props ;
let { deleteFolder } = $$props ;
const updateFolders = newFolders => {
$$invalidate ( 0 , folders = newFolders ) ;
} ;
const click _handler = folder => deleteFolder ( folder ) ;
$$self . $$set = $$props => {
if ( 'folders' in $$props ) $$invalidate ( 0 , folders = $$props . folders ) ;
if ( 'deleteFolder' in $$props ) $$invalidate ( 1 , deleteFolder = $$props . deleteFolder ) ;
} ;
return [ folders , deleteFolder , updateFolders , click _handler ] ;
}
class FolderList extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init (
this ,
options ,
instance$6 ,
create _fragment$6 ,
safe _not _equal ,
{
folders : 0 ,
deleteFolder : 1 ,
updateFolders : 2
} ,
add _css$3
) ;
}
get updateFolders ( ) {
return this . $$ . ctx [ 2 ] ;
}
}
class Formatter {
constructor ( ) {
this . variables = new Map ( ) ;
}
replacer ( str , reg , replaceValue ) {
return str . replace ( reg , function ( ) { return replaceValue ; } ) ;
}
replaceDateInString ( input ) {
let output = input ;
while ( DATE _REGEX . test ( output ) ) {
const dateMatch = DATE _REGEX . exec ( output ) ;
let offset ;
if ( dateMatch [ 1 ] ) {
const offsetString = dateMatch [ 1 ] . replace ( '+' , '' ) . trim ( ) ;
const offsetIsInt = NUMBER _REGEX . test ( offsetString ) ;
if ( offsetIsInt )
offset = parseInt ( offsetString ) ;
}
output = this . replacer ( output , DATE _REGEX , getDate ( { offset : offset } ) ) ;
}
while ( DATE _REGEX _FORMATTED . test ( output ) ) {
const dateMatch = DATE _REGEX _FORMATTED . exec ( output ) ;
const format = dateMatch [ 1 ] ;
let offset ;
if ( dateMatch [ 2 ] ) {
const offsetString = dateMatch [ 2 ] . replace ( '+' , '' ) . trim ( ) ;
const offsetIsInt = NUMBER _REGEX . test ( offsetString ) ;
if ( offsetIsInt )
offset = parseInt ( offsetString ) ;
}
output = this . replacer ( output , DATE _REGEX _FORMATTED , getDate ( { format , offset } ) ) ;
}
return output ;
}
async replaceValueInString ( input ) {
let output = input ;
while ( NAME _VALUE _REGEX . test ( output ) ) {
if ( ! this . value )
this . value = await this . promptForValue ( ) ;
output = this . replacer ( output , NAME _VALUE _REGEX , this . value ) ;
}
return output ;
}
async replaceLinkToCurrentFileInString ( input ) {
const currentFilePathLink = this . getCurrentFileLink ( ) ;
let output = input ;
while ( LINK _TO _CURRENT _FILE _REGEX . test ( output ) )
output = this . replacer ( output , LINK _TO _CURRENT _FILE _REGEX , currentFilePathLink ) ;
return output ;
}
async replaceVariableInString ( input ) {
let output = input ;
while ( VARIABLE _REGEX . test ( output ) ) {
const match = VARIABLE _REGEX . exec ( output ) ;
const variableName = match [ 1 ] ;
if ( variableName ) {
if ( ! this . getVariableValue ( variableName ) ) {
const suggestedValues = variableName . split ( "," ) ;
if ( suggestedValues . length === 1 )
this . variables . set ( variableName , await this . promptForVariable ( variableName ) ) ;
else
this . variables . set ( variableName , await this . suggestForValue ( suggestedValues ) ) ;
}
output = this . replacer ( output , VARIABLE _REGEX , this . getVariableValue ( variableName ) ) ;
}
else {
break ;
}
}
return output ;
}
async replaceMathValueInString ( input ) {
let output = input ;
while ( MATH _VALUE _REGEX . test ( output ) ) {
const mathstr = await this . promptForMathValue ( ) ;
output = this . replacer ( output , MATH _VALUE _REGEX , mathstr ) ;
}
return output ;
}
async replaceMacrosInString ( input ) {
let output = input ;
while ( MACRO _REGEX . test ( output ) ) {
const macroName = MACRO _REGEX . exec ( output ) [ 1 ] ;
const macroOutput = await this . getMacroValue ( macroName ) ;
output = this . replacer ( output , MACRO _REGEX , macroOutput ? macroOutput . toString ( ) : "" ) ;
}
return output ;
}
async replaceDateVariableInString ( input ) {
let output = input ;
while ( DATE _VARIABLE _REGEX . test ( output ) ) {
const match = DATE _VARIABLE _REGEX . exec ( output ) ;
const variableName = match [ 1 ] ;
const dateFormat = match [ 2 ] ;
if ( variableName && dateFormat ) {
if ( ! this . variables [ variableName ] ) {
this . variables [ variableName ] = await this . promptForVariable ( variableName ) ;
const parseAttempt = this . getNaturalLanguageDates ( ) . parseDate ( this . variables [ variableName ] ) ;
if ( parseAttempt )
this . variables [ variableName ] = parseAttempt . moment . format ( dateFormat ) ;
else
throw new Error ( ` unable to parse date variable ${ this . variables [ variableName ] } ` ) ;
}
output = this . replacer ( output , DATE _VARIABLE _REGEX , this . variables [ variableName ] ) ;
}
else {
break ;
}
}
return output ;
}
async replaceTemplateInString ( input ) {
let output = input ;
while ( TEMPLATE _REGEX . test ( output ) ) {
const templatePath = TEMPLATE _REGEX . exec ( output ) [ 1 ] ;
const templateContent = await this . getTemplateContent ( templatePath ) ;
output = this . replacer ( output , TEMPLATE _REGEX , templateContent ) ;
}
return output ;
}
replaceLinebreakInString ( input ) {
let output = input ;
let match = LINEBREAK _REGEX . exec ( output ) ;
while ( match && input [ match . index - 1 ] !== "\\" ) {
output = this . replacer ( output , LINEBREAK _REGEX , ` \n ` ) ;
match = LINEBREAK _REGEX . exec ( output ) ;
}
const EscapedLinebreakRegex = /\\\\n/ ;
while ( EscapedLinebreakRegex . test ( output ) ) {
output = this . replacer ( output , EscapedLinebreakRegex , ` \\ n ` ) ;
}
return output ;
}
}
class FileNameDisplayFormatter extends Formatter {
constructor ( app ) {
super ( ) ;
this . app = app ;
}
async format ( input ) {
let output = input ;
output = await this . replaceMacrosInString ( output ) ;
output = this . replaceDateInString ( output ) ;
output = await this . replaceValueInString ( output ) ;
output = await this . replaceDateVariableInString ( output ) ;
output = await this . replaceVariableInString ( output ) ;
return ` File Name: ${ output } ` ;
}
promptForValue ( header ) {
return ` FileName ` ;
}
getVariableValue ( variableName ) {
return variableName ;
}
getCurrentFileLink ( ) {
var _a ;
return ( _a = this . app . workspace . getActiveFile ( ) . path ) !== null && _a !== void 0 ? _a : "" ;
}
getNaturalLanguageDates ( ) {
return getNaturalLanguageDates ( this . app ) ;
}
suggestForValue ( suggestedValues ) {
return "_suggest_" ;
}
promptForMathValue ( ) {
return Promise . resolve ( "_math_" ) ;
}
getMacroValue ( macroName ) {
return ` _macro: ${ macroName } ` ;
}
async promptForVariable ( variableName ) {
return ` _ ${ variableName } _ ` ;
}
async getTemplateContent ( templatePath ) {
return ` / ${ templatePath } / ` ;
}
async getSelectedText ( ) {
return "_selected_" ;
}
}
class ExclusiveSuggester extends TextInputSuggest {
constructor ( app , inputEl , suggestItems , currentItems ) {
super ( app , inputEl ) ;
this . app = app ;
this . inputEl = inputEl ;
this . suggestItems = suggestItems ;
this . currentItems = currentItems ;
}
updateCurrentItems ( currentItems ) {
this . currentItems = currentItems ;
}
getSuggestions ( inputStr ) {
return this . suggestItems . filter ( item => item . contains ( inputStr ) ) ;
}
selectSuggestion ( item ) {
this . inputEl . value = item ;
this . inputEl . trigger ( "input" ) ;
this . close ( ) ;
}
renderSuggestion ( value , el ) {
if ( value )
el . setText ( value ) ;
}
}
class TemplateChoiceBuilder extends ChoiceBuilder {
constructor ( app , choice , plugin ) {
super ( app ) ;
this . plugin = plugin ;
this . choice = choice ;
this . display ( ) ;
}
display ( ) {
this . containerEl . addClass ( "templateChoiceBuilder" ) ;
this . addCenteredChoiceNameHeader ( this . choice ) ;
this . addTemplatePathSetting ( ) ;
this . addFileNameFormatSetting ( ) ;
this . addFolderSetting ( ) ;
this . addAppendLinkSetting ( ) ;
this . addIncrementFileNameSetting ( ) ;
this . addOpenFileSetting ( ) ;
if ( this . choice . openFile )
this . addOpenFileInNewTabSetting ( ) ;
}
addTemplatePathSetting ( ) {
new obsidian . Setting ( this . contentEl )
. setName ( 'Template Path' )
. setDesc ( 'Path to the Template.' )
. addSearch ( search => {
const templates = getTemplatePaths ( this . app ) ;
search . setValue ( this . choice . templatePath ) ;
search . setPlaceholder ( "Template path" ) ;
new GenericTextSuggester ( this . app , search . inputEl , templates ) ;
search . onChange ( value => {
this . choice . templatePath = value ;
} ) ;
} ) ;
}
addFileNameFormatSetting ( ) {
let textField ;
const enableSetting = new obsidian . Setting ( this . contentEl ) ;
enableSetting . setName ( "File Name Format" )
. setDesc ( "Set the file name format." )
. addToggle ( toggleComponent => {
toggleComponent . setValue ( this . choice . fileNameFormat . enabled )
. onChange ( value => {
this . choice . fileNameFormat . enabled = value ;
textField . setDisabled ( ! value ) ;
} ) ;
} ) ;
const formatDisplay = this . contentEl . createEl ( 'span' ) ;
const displayFormatter = new FileNameDisplayFormatter ( this . app ) ;
( async ( ) => formatDisplay . textContent = await displayFormatter . format ( this . choice . fileNameFormat . format ) ) ( ) ;
const formatInput = new obsidian . TextComponent ( this . contentEl ) ;
formatInput . setPlaceholder ( "File name format" ) ;
textField = formatInput ;
formatInput . inputEl . style . width = "100%" ;
formatInput . inputEl . style . marginBottom = "8px" ;
formatInput . setValue ( this . choice . fileNameFormat . format )
. setDisabled ( ! this . choice . fileNameFormat . enabled )
. onChange ( async ( value ) => {
this . choice . fileNameFormat . format = value ;
formatDisplay . textContent = await displayFormatter . format ( value ) ;
} ) ;
new FormatSyntaxSuggester ( this . app , textField . inputEl , this . plugin , true ) ;
}
addFolderSetting ( ) {
var _a , _b , _c , _d ;
const folderSetting = new obsidian . Setting ( this . contentEl ) ;
folderSetting . setName ( "Create in folder" )
. setDesc ( "Create the file in the specified folder. If multiple folders are specified, you will be prompted for which folder to create the file in." )
. addToggle ( toggle => {
toggle . setValue ( this . choice . folder . enabled ) ;
toggle . onChange ( value => {
this . choice . folder . enabled = value ;
this . reload ( ) ;
} ) ;
} ) ;
if ( this . choice . folder . enabled ) {
if ( ! ( ( _a = this . choice . folder ) === null || _a === void 0 ? void 0 : _a . createInSameFolderAsActiveFile ) ) {
const chooseFolderWhenCreatingNoteContainer = this . contentEl . createDiv ( 'chooseFolderWhenCreatingNoteContainer' ) ;
chooseFolderWhenCreatingNoteContainer . createEl ( 'span' , { text : "Choose folder when creating a new note" } ) ;
const chooseFolderWhenCreatingNote = new obsidian . ToggleComponent ( chooseFolderWhenCreatingNoteContainer ) ;
chooseFolderWhenCreatingNote . setValue ( ( _b = this . choice . folder ) === null || _b === void 0 ? void 0 : _b . chooseWhenCreatingNote )
. onChange ( value => {
this . choice . folder . chooseWhenCreatingNote = value ;
this . reload ( ) ;
} ) ;
if ( ! ( ( _c = this . choice . folder ) === null || _c === void 0 ? void 0 : _c . chooseWhenCreatingNote ) ) {
this . addFolderSelector ( ) ;
}
}
if ( ! ( ( _d = this . choice . folder ) === null || _d === void 0 ? void 0 : _d . chooseWhenCreatingNote ) ) {
const createInSameFolderAsActiveFileSetting = new obsidian . Setting ( this . contentEl ) ;
createInSameFolderAsActiveFileSetting . setName ( "Create in same folder as active file" )
. setDesc ( "Creates the file in the same folder as the currently active file. Will not create the file if there is no active file." )
. addToggle ( toggle => {
var _a ;
return toggle
. setValue ( ( _a = this . choice . folder ) === null || _a === void 0 ? void 0 : _a . createInSameFolderAsActiveFile )
. onChange ( value => {
this . choice . folder . createInSameFolderAsActiveFile = value ;
this . reload ( ) ;
} ) ;
} ) ;
}
}
}
addFolderSelector ( ) {
const folderSelectionContainer = this . contentEl . createDiv ( 'folderSelectionContainer' ) ;
const folderList = folderSelectionContainer . createDiv ( 'folderList' ) ;
const folderListEl = new FolderList ( {
target : folderList ,
props : {
folders : this . choice . folder . folders ,
deleteFolder : ( folder ) => {
this . choice . folder . folders = this . choice . folder . folders . filter ( f => f !== folder ) ;
folderListEl . updateFolders ( this . choice . folder . folders ) ;
suggester . updateCurrentItems ( this . choice . folder . folders ) ;
}
}
} ) ;
this . svelteElements . push ( folderListEl ) ;
const inputContainer = folderSelectionContainer . createDiv ( 'folderInputContainer' ) ;
const folderInput = new obsidian . TextComponent ( inputContainer ) ;
folderInput . inputEl . style . width = "100%" ;
folderInput . setPlaceholder ( "Folder path" ) ;
const allFolders = getAllFolderPathsInVault ( this . app ) ;
const suggester = new ExclusiveSuggester ( this . app , folderInput . inputEl , allFolders , this . choice . folder . folders ) ;
const addFolder = ( ) => {
const input = folderInput . inputEl . value . trim ( ) ;
if ( this . choice . folder . folders . some ( folder => folder === input ) ) {
log . logWarning ( "cannot add same folder twice." ) ;
return ;
}
this . choice . folder . folders . push ( input ) ;
folderListEl . updateFolders ( this . choice . folder . folders ) ;
folderInput . inputEl . value = "" ;
suggester . updateCurrentItems ( this . choice . folder . folders ) ;
} ;
folderInput . inputEl . addEventListener ( 'keypress' , ( e ) => {
if ( e . key === 'Enter' ) {
addFolder ( ) ;
}
} ) ;
const addButton = new obsidian . ButtonComponent ( inputContainer ) ;
addButton . setCta ( ) . setButtonText ( "Add" ) . onClick ( evt => {
addFolder ( ) ;
} ) ;
}
addAppendLinkSetting ( ) {
const appendLinkSetting = new obsidian . Setting ( this . contentEl ) ;
appendLinkSetting . setName ( "Append link" )
. setDesc ( "Append link to created file to current file." )
. addToggle ( toggle => {
toggle . setValue ( this . choice . appendLink ) ;
toggle . onChange ( value => this . choice . appendLink = value ) ;
} ) ;
}
addIncrementFileNameSetting ( ) {
const incrementFileNameSetting = new obsidian . Setting ( this . contentEl ) ;
incrementFileNameSetting . setName ( "Increment file name" )
. setDesc ( "If the file already exists, increment the file name." )
. addToggle ( toggle => {
toggle . setValue ( this . choice . incrementFileName ) ;
toggle . onChange ( value => this . choice . incrementFileName = value ) ;
} ) ;
}
addOpenFileSetting ( ) {
const noOpenSetting = new obsidian . Setting ( this . contentEl ) ;
noOpenSetting . setName ( "Open" )
. setDesc ( "Open the created file." )
. addToggle ( toggle => {
toggle . setValue ( this . choice . openFile ) ;
toggle . onChange ( value => {
this . choice . openFile = value ;
this . reload ( ) ;
} ) ;
} )
. addDropdown ( dropdown => {
dropdown . selectEl . style . marginLeft = "10px" ;
if ( ! this . choice . openFileInMode )
this . choice . openFileInMode = 'default' ;
dropdown
. addOption ( 'source' , 'Source' )
. addOption ( 'preview' , 'Preview' )
. addOption ( 'default' , 'Default' )
. setValue ( this . choice . openFileInMode )
. onChange ( value => this . choice . openFileInMode = value ) ;
} ) ;
}
addOpenFileInNewTabSetting ( ) {
const newTabSetting = new obsidian . Setting ( this . contentEl ) ;
newTabSetting . setName ( "New Tab" )
. setDesc ( "Open created file in a new tab." )
. addToggle ( toggle => {
toggle . setValue ( this . choice . openFileInNewTab . enabled ) ;
toggle . onChange ( value => this . choice . openFileInNewTab . enabled = value ) ;
} )
. addDropdown ( dropdown => {
dropdown . selectEl . style . marginLeft = "10px" ;
dropdown . addOption ( NewTabDirection . vertical , "Vertical" ) ;
dropdown . addOption ( NewTabDirection . horizontal , "Horizontal" ) ;
dropdown . setValue ( this . choice . openFileInNewTab . direction ) ;
dropdown . onChange ( value => this . choice . openFileInNewTab . direction = value ) ;
} ) ;
new obsidian . Setting ( this . contentEl )
. setName ( "Focus new pane" )
. setDesc ( "Focus the opened tab immediately" )
. addToggle ( toggle => toggle
. setValue ( this . choice . openFileInNewTab . focus )
. onChange ( value => this . choice . openFileInNewTab . focus = value ) ) ;
}
}
class QuickAddEngine {
constructor ( app ) {
this . app = app ;
}
async createFolder ( folder ) {
const folderExists = await this . app . vault . adapter . exists ( folder ) ;
if ( ! folderExists ) {
await this . app . vault . createFolder ( folder ) ;
}
}
formatFilePath ( folderPath , fileName ) {
const actualFolderPath = folderPath ? ` ${ folderPath } / ` : "" ;
const formattedFileName = fileName . replace ( MARKDOWN _FILE _EXTENSION _REGEX , '' ) ;
return ` ${ actualFolderPath } ${ formattedFileName } .md ` ;
}
async fileExists ( filePath ) {
return await this . app . vault . adapter . exists ( filePath ) ;
}
async getFileByPath ( filePath ) {
const file = await this . app . vault . getAbstractFileByPath ( filePath ) ;
if ( ! file ) {
log . logError ( ` ${ filePath } not found ` ) ;
return null ;
}
if ( file instanceof obsidian . TFolder ) {
log . logError ( ` ${ filePath } found but it's a folder ` ) ;
return null ;
}
if ( file instanceof obsidian . TFile )
return file ;
}
async createFileWithInput ( filePath , fileContent ) {
const dirMatch = filePath . match ( /(.*)[\/\\]/ ) ;
let dirName = "" ;
if ( dirMatch )
dirName = dirMatch [ 1 ] ;
if ( await this . app . vault . adapter . exists ( dirName ) ) {
return await this . app . vault . create ( filePath , fileContent ) ;
}
else {
await this . createFolder ( dirName ) ;
return await this . app . vault . create ( filePath , fileContent ) ;
}
}
}
class GenericSuggester extends obsidian . FuzzySuggestModal {
constructor ( app , displayItems , items ) {
super ( app ) ;
this . displayItems = displayItems ;
this . items = items ;
this . promise = new Promise ( ( resolve , reject ) => { ( this . resolvePromise = resolve ) ; ( this . rejectPromise = reject ) ; } ) ;
this . open ( ) ;
}
static Suggest ( app , displayItems , items ) {
const newSuggester = new GenericSuggester ( app , displayItems , items ) ;
return newSuggester . promise ;
}
getItemText ( item ) {
return this . displayItems [ this . items . indexOf ( item ) ] ;
}
getItems ( ) {
return this . items ;
}
selectSuggestion ( value , evt ) {
this . resolved = true ;
super . selectSuggestion ( value , evt ) ;
}
onChooseItem ( item , evt ) {
this . resolved = true ;
this . resolvePromise ( item ) ;
}
onClose ( ) {
super . onClose ( ) ;
if ( ! this . resolved )
this . rejectPromise ( "no input given." ) ;
}
}
var CommandType ;
( function ( CommandType ) {
CommandType [ "Obsidian" ] = "Obsidian" ;
CommandType [ "UserScript" ] = "UserScript" ;
CommandType [ "Choice" ] = "Choice" ;
CommandType [ "Wait" ] = "Wait" ;
CommandType [ "NestedChoice" ] = "NestedChoice" ;
CommandType [ "EditorCommand" ] = "EditorCommand" ;
} ) ( CommandType || ( CommandType = { } ) ) ;
class GenericCheckboxPrompt extends obsidian . Modal {
constructor ( app , items , selectedItems = [ ] ) {
super ( app ) ;
this . items = items ;
this . selectedItems = selectedItems ;
// This clones the item so that we don't get any unexpected modifications of the
// arguments
this . _selectedItems = [ ... selectedItems ] ;
this . promise = new Promise ( ( resolve , reject ) => { ( this . resolvePromise = resolve ) ; ( this . rejectPromise = reject ) ; } ) ;
this . display ( ) ;
this . open ( ) ;
}
static Open ( app , items , selectedItems ) {
const newSuggester = new GenericCheckboxPrompt ( app , items , selectedItems ) ;
return newSuggester . promise ;
}
display ( ) {
this . contentEl . empty ( ) ;
this . containerEl . addClass ( 'quickAddModal' , 'checkboxPrompt' ) ;
this . addCheckboxRows ( ) ;
this . addSubmitButton ( ) ;
}
onClose ( ) {
super . onClose ( ) ;
if ( ! this . resolved )
this . rejectPromise ( "no input given." ) ;
}
addCheckboxRows ( ) {
const rowContainer = this . contentEl . createDiv ( 'checkboxRowContainer' ) ;
this . items . forEach ( item => this . addCheckboxRow ( item , rowContainer ) ) ;
}
addCheckboxRow ( item , container ) {
const checkboxRow = container . createDiv ( 'checkboxRow' ) ;
checkboxRow . createEl ( 'span' , { text : item } ) ;
const checkbox = new obsidian . ToggleComponent ( checkboxRow ) ;
checkbox
. setTooltip ( ` Toggle ${ item } ` )
. setValue ( this . _selectedItems . contains ( item ) )
. onChange ( value => {
if ( value )
this . _selectedItems . push ( item ) ;
else {
const index = this . _selectedItems . findIndex ( value => item === value ) ;
this . _selectedItems . splice ( index , 1 ) ;
}
} ) ;
}
addSubmitButton ( ) {
const submitButtonContainer = this . contentEl . createDiv ( 'submitButtonContainer' ) ;
const submitButton = new obsidian . ButtonComponent ( submitButtonContainer ) ;
submitButton . setButtonText ( "Submit" ) . setCta ( ) . onClick ( evt => {
this . resolved = true ;
this . resolvePromise ( this . _selectedItems ) ;
this . close ( ) ;
} ) ;
}
}
class GenericWideInputPrompt extends obsidian . Modal {
constructor ( app , header , placeholder , value ) {
super ( app ) ;
this . header = header ;
this . didSubmit = false ;
this . submitClickCallback = ( evt ) => this . submit ( ) ;
this . cancelClickCallback = ( evt ) => this . cancel ( ) ;
this . submitEnterCallback = ( evt ) => {
if ( ( evt . ctrlKey || evt . metaKey ) && evt . key === "Enter" ) {
evt . preventDefault ( ) ;
this . submit ( ) ;
}
} ;
this . placeholder = placeholder ;
this . input = value ;
this . waitForClose = new Promise ( ( resolve , reject ) => {
this . resolvePromise = resolve ;
this . rejectPromise = reject ;
} ) ;
this . display ( ) ;
this . open ( ) ;
this . suggester = new SilentFileAndTagSuggester ( app , this . inputComponent . inputEl ) ;
}
static Prompt ( app , header , placeholder , value ) {
const newPromptModal = new GenericWideInputPrompt ( app , header , placeholder , value ) ;
return newPromptModal . waitForClose ;
}
display ( ) {
this . containerEl . addClass ( 'quickAddModal' , 'qaWideInputPrompt' ) ;
this . contentEl . empty ( ) ;
this . titleEl . textContent = this . header ;
const mainContentContainer = this . contentEl . createDiv ( ) ;
this . inputComponent = this . createInputField ( mainContentContainer , this . placeholder , this . input ) ;
this . createButtonBar ( mainContentContainer ) ;
}
createInputField ( container , placeholder , value ) {
const textComponent = new obsidian . TextAreaComponent ( container ) ;
textComponent . inputEl . classList . add ( 'wideInputPromptInputEl' ) ;
textComponent . setPlaceholder ( placeholder !== null && placeholder !== void 0 ? placeholder : "" )
. setValue ( value !== null && value !== void 0 ? value : "" )
. onChange ( value => this . input = value )
. inputEl . addEventListener ( 'keydown' , this . submitEnterCallback ) ;
return textComponent ;
}
createButton ( container , text , callback ) {
const btn = new obsidian . ButtonComponent ( container ) ;
btn . setButtonText ( text )
. onClick ( callback ) ;
return btn ;
}
createButtonBar ( mainContentContainer ) {
const buttonBarContainer = mainContentContainer . createDiv ( ) ;
this . createButton ( buttonBarContainer , "Ok" , this . submitClickCallback )
. setCta ( ) . buttonEl . style . marginRight = '0' ;
this . createButton ( buttonBarContainer , "Cancel" , this . cancelClickCallback ) ;
buttonBarContainer . style . display = 'flex' ;
buttonBarContainer . style . flexDirection = 'row-reverse' ;
buttonBarContainer . style . justifyContent = 'flex-start' ;
buttonBarContainer . style . marginTop = '1rem' ;
}
submit ( ) {
this . didSubmit = true ;
this . close ( ) ;
}
cancel ( ) {
this . close ( ) ;
}
resolveInput ( ) {
if ( ! this . didSubmit )
this . rejectPromise ( "No input given." ) ;
else
this . resolvePromise ( this . input ) ;
}
removeInputListener ( ) {
this . inputComponent . inputEl . removeEventListener ( 'keydown' , this . submitEnterCallback ) ;
}
onOpen ( ) {
super . onOpen ( ) ;
this . inputComponent . inputEl . focus ( ) ;
this . inputComponent . inputEl . select ( ) ;
}
onClose ( ) {
super . onClose ( ) ;
this . resolveInput ( ) ;
this . removeInputListener ( ) ;
}
}
class QuickAddApi {
static GetApi ( app , plugin , choiceExecutor ) {
return {
inputPrompt : ( header , placeholder , value ) => { return this . inputPrompt ( app , header , placeholder , value ) ; } ,
wideInputPrompt : ( header , placeholder , value ) => { return this . wideInputPrompt ( app , header , placeholder , value ) ; } ,
yesNoPrompt : ( header , text ) => { return this . yesNoPrompt ( app , header , text ) ; } ,
suggester : ( displayItems , actualItems ) => { return this . suggester ( app , displayItems , actualItems ) ; } ,
checkboxPrompt : ( items , selectedItems ) => { return this . checkboxPrompt ( app , items , selectedItems ) ; } ,
executeChoice : async ( choiceName , variables ) => {
const choice = plugin . getChoiceByName ( choiceName ) ;
if ( ! choice )
log . logError ( ` choice named ' ${ choiceName } ' not found ` ) ;
if ( variables ) {
Object . keys ( variables ) . forEach ( key => {
choiceExecutor . variables . set ( key , variables [ key ] ) ;
} ) ;
}
await choiceExecutor . execute ( choice ) ;
choiceExecutor . variables . clear ( ) ;
} ,
format : async ( input ) => {
return new CompleteFormatter ( app , plugin , choiceExecutor ) . formatFileContent ( input ) ;
} ,
utility : {
getClipboard : async ( ) => { return await navigator . clipboard . readText ( ) ; } ,
setClipboard : async ( text ) => { return await navigator . clipboard . writeText ( text ) ; } ,
getSelectedText : ( ) => {
const activeView = app . workspace . getActiveViewOfType ( obsidian . MarkdownView ) ;
if ( ! activeView ) {
log . logError ( "no active view - could not get selected text." ) ;
return ;
}
if ( ! activeView . editor . somethingSelected ( ) ) {
log . logError ( "no text selected." ) ;
return ;
}
return activeView . editor . getSelection ( ) ;
}
} ,
date : {
now : ( format , offset ) => {
return getDate ( { format , offset } ) ;
} ,
tomorrow : ( format ) => {
return getDate ( { format , offset : 1 } ) ;
} ,
yesterday : ( format ) => {
return getDate ( { format , offset : - 1 } ) ;
}
}
} ;
}
static async inputPrompt ( app , header , placeholder , value ) {
try {
return await GenericInputPrompt . Prompt ( app , header , placeholder , value ) ;
}
catch ( _a ) {
return undefined ;
}
}
static async wideInputPrompt ( app , header , placeholder , value ) {
try {
return await GenericWideInputPrompt . Prompt ( app , header , placeholder , value ) ;
}
catch ( _a ) {
return undefined ;
}
}
static async yesNoPrompt ( app , header , text ) {
try {
return await GenericYesNoPrompt . Prompt ( app , header , text ) ;
}
catch ( _a ) {
return undefined ;
}
}
static async suggester ( app , displayItems , actualItems ) {
try {
let displayedItems ;
if ( typeof displayItems === "function" ) {
displayedItems = actualItems . map ( displayItems ) ;
}
else {
displayedItems = displayItems ;
}
return await GenericSuggester . Suggest ( app , displayedItems , actualItems ) ;
}
catch ( _a ) {
return undefined ;
}
}
static async checkboxPrompt ( app , items , selectedItems ) {
try {
return await GenericCheckboxPrompt . Open ( app , items , selectedItems ) ;
}
catch ( _a ) {
return undefined ;
}
}
}
class QuickAddChoiceEngine extends QuickAddEngine {
}
var EditorCommandType ;
( function ( EditorCommandType ) {
EditorCommandType [ "Cut" ] = "Cut" ;
EditorCommandType [ "Copy" ] = "Copy" ;
EditorCommandType [ "Paste" ] = "Paste" ;
EditorCommandType [ "SelectActiveLine" ] = "Select active line" ;
EditorCommandType [ "SelectLinkOnActiveLine" ] = "Select link on active line" ;
} ) ( EditorCommandType || ( EditorCommandType = { } ) ) ;
class Command {
constructor ( name , type ) {
this . name = name ;
this . type = type ;
this . id = v4 ( ) ;
}
}
class EditorCommand extends Command {
constructor ( type ) {
super ( type , CommandType . EditorCommand ) ;
this . editorCommandType = type ;
}
static getSelectedText ( app ) {
return this . getActiveMarkdownView ( app ) . editor . getSelection ( ) ;
}
static getActiveMarkdownView ( app ) {
const activeView = app . workspace . getActiveViewOfType ( obsidian . MarkdownView ) ;
if ( ! activeView ) {
log . logError ( "no active markdown view." ) ;
return ;
}
return activeView ;
}
}
class CutCommand extends EditorCommand {
constructor ( ) {
super ( EditorCommandType . Cut ) ;
}
static async run ( app ) {
const selectedText = EditorCommand . getSelectedText ( app ) ;
const activeView = EditorCommand . getActiveMarkdownView ( app ) ;
if ( ! selectedText ) {
log . logError ( "nothing selected." ) ;
return ;
}
await navigator . clipboard . writeText ( selectedText ) ;
activeView . editor . replaceSelection ( "" ) ;
}
}
class CopyCommand extends EditorCommand {
constructor ( ) {
super ( EditorCommandType . Copy ) ;
}
static async run ( app ) {
const selectedText = EditorCommand . getSelectedText ( app ) ;
await navigator . clipboard . writeText ( selectedText ) ;
}
}
class PasteCommand extends EditorCommand {
constructor ( ) {
super ( EditorCommandType . Paste ) ;
}
static async run ( app ) {
const clipboard = await navigator . clipboard . readText ( ) ;
const activeView = EditorCommand . getActiveMarkdownView ( app ) ;
if ( ! activeView ) {
log . logError ( "no active markdown view." ) ;
return ;
}
activeView . editor . replaceSelection ( clipboard ) ;
}
}
class SelectActiveLineCommand extends EditorCommand {
constructor ( ) {
super ( EditorCommandType . SelectActiveLine ) ;
}
static run ( app ) {
const activeView = EditorCommand . getActiveMarkdownView ( app ) ;
const { line : lineNumber } = activeView . editor . getCursor ( ) ;
const line = activeView . editor . getLine ( lineNumber ) ;
const lineLength = line . length ;
activeView . editor . setSelection ( { line : lineNumber , ch : 0 } , { line : lineNumber , ch : lineLength } ) ;
}
}
class SelectLinkOnActiveLineCommand extends EditorCommand {
constructor ( ) {
super ( EditorCommandType . SelectLinkOnActiveLine ) ;
}
static async run ( app ) {
const activeView = EditorCommand . getActiveMarkdownView ( app ) ;
const { line : lineNumber } = activeView . editor . getCursor ( ) ;
const line = activeView . editor . getLine ( lineNumber ) ;
const match = WIKI _LINK _REGEX . exec ( line ) ;
if ( ! match ) {
log . logError ( ` no internal link found on line ${ lineNumber } . ` ) ;
return ;
}
const matchStart = match . index ;
const matchEnd = match [ 0 ] . length + matchStart ;
activeView . editor . setSelection ( { line : lineNumber , ch : matchStart } , { line : lineNumber , ch : matchEnd } ) ;
}
}
class MacroChoiceEngine extends QuickAddChoiceEngine {
constructor ( app , plugin , choice , macros , choiceExecutor , variables ) {
super ( app ) ;
this . choice = choice ;
this . plugin = plugin ;
this . macros = macros ;
this . choiceExecutor = choiceExecutor ;
this . params = { app : this . app , quickAddApi : QuickAddApi . GetApi ( app , plugin , choiceExecutor ) , variables : { } , obsidian : obsidian _ _namespace } ;
variables === null || variables === void 0 ? void 0 : variables . forEach ( ( ( value , key ) => {
this . params . variables [ key ] = value ;
} ) ) ;
}
async run ( ) {
var _a , _b , _c ;
const macroId = ( _a = this . choice . macroId ) !== null && _a !== void 0 ? _a : ( _c = ( _b = this . choice ) === null || _b === void 0 ? void 0 : _b . macro ) === null || _c === void 0 ? void 0 : _c . id ;
const macro = this . macros . find ( m => m . id === macroId ) ;
if ( ! macro || ! ( macro === null || macro === void 0 ? void 0 : macro . commands ) ) {
log . logError ( ` No commands in the selected macro. Did you select a macro for ' ${ this . choice . name } '? ` ) ;
}
await this . executeCommands ( macro . commands ) ;
}
async executeCommands ( commands ) {
for ( const command of commands ) {
if ( ( command === null || command === void 0 ? void 0 : command . type ) === CommandType . Obsidian )
await this . executeObsidianCommand ( command ) ;
if ( ( command === null || command === void 0 ? void 0 : command . type ) === CommandType . UserScript )
await this . executeUserScript ( command ) ;
if ( ( command === null || command === void 0 ? void 0 : command . type ) === CommandType . Choice )
await this . executeChoice ( command ) ;
if ( ( command === null || command === void 0 ? void 0 : command . type ) === CommandType . Wait ) {
const waitCommand = command ;
await waitFor ( waitCommand . time ) ;
}
if ( ( command === null || command === void 0 ? void 0 : command . type ) === CommandType . NestedChoice ) {
await this . executeNestedChoice ( command ) ;
}
if ( ( command === null || command === void 0 ? void 0 : command . type ) === CommandType . EditorCommand ) {
await this . executeEditorCommand ( command ) ;
}
Object . keys ( this . params . variables ) . forEach ( key => {
this . choiceExecutor . variables . set ( key , this . params . variables [ key ] ) ;
} ) ;
}
}
// Slightly modified from Templater's user script engine:
// https://github.com/SilentVoid13/Templater/blob/master/src/UserTemplates/UserTemplateParser.ts
async executeUserScript ( command ) {
const userScript = await getUserScript ( command , this . app ) ;
if ( ! userScript ) {
log . logError ( ` failed to load user script ${ command . path } . ` ) ;
return ;
}
// @ts-ignore
if ( userScript . settings ) {
this . userScriptCommand = command ;
}
await this . userScriptDelegator ( userScript ) ;
if ( this . userScriptCommand )
this . userScriptCommand = null ;
}
async runScriptWithSettings ( userScript , command ) {
if ( userScript . entry ) {
await this . onExportIsFunction ( userScript . entry , command . settings ) ;
}
else {
await this . onExportIsFunction ( userScript , command . settings ) ;
}
}
async userScriptDelegator ( userScript ) {
switch ( typeof userScript ) {
case "function" :
if ( this . userScriptCommand ) {
await this . runScriptWithSettings ( userScript , this . userScriptCommand ) ;
}
else {
await this . onExportIsFunction ( userScript ) ;
}
break ;
case "object" :
await this . onExportIsObject ( userScript ) ;
break ;
case "bigint" :
case "boolean" :
case "number" :
case "string" :
this . output = userScript . toString ( ) ;
break ;
default :
log . logError ( ` user script in macro for ' ${ this . choice . name } ' is invalid ` ) ;
}
}
async onExportIsFunction ( userScript , settings ) {
this . output = await userScript ( this . params , settings ) ;
}
async onExportIsObject ( obj ) {
if ( this . userScriptCommand && obj . entry !== null ) {
await this . runScriptWithSettings ( obj , this . userScriptCommand ) ;
return ;
}
try {
const keys = Object . keys ( obj ) ;
const selected = await GenericSuggester . Suggest ( this . app , keys , keys ) ;
await this . userScriptDelegator ( obj [ selected ] ) ;
}
catch ( e ) {
log . logMessage ( e ) ;
}
}
executeObsidianCommand ( command ) {
// @ts-ignore
this . app . commands . executeCommandById ( command . commandId ) ;
}
async executeChoice ( command ) {
const targetChoice = this . plugin . getChoiceById ( command . choiceId ) ;
if ( ! targetChoice ) {
log . logError ( "choice could not be found." ) ;
return ;
}
await this . choiceExecutor . execute ( targetChoice ) ;
}
async executeNestedChoice ( command ) {
const choice = command . choice ;
if ( ! choice ) {
log . logError ( ` choice in ${ command . name } is invalid ` ) ;
return ;
}
await this . choiceExecutor . execute ( choice ) ;
}
async executeEditorCommand ( command ) {
switch ( command . editorCommandType ) {
case EditorCommandType . Cut :
await CutCommand . run ( this . app ) ;
break ;
case EditorCommandType . Copy :
await CopyCommand . run ( this . app ) ;
break ;
case EditorCommandType . Paste :
await PasteCommand . run ( this . app ) ;
break ;
case EditorCommandType . SelectActiveLine :
await SelectActiveLineCommand . run ( this . app ) ;
break ;
case EditorCommandType . SelectLinkOnActiveLine :
await SelectLinkOnActiveLineCommand . run ( this . app ) ;
break ;
}
}
}
class SingleMacroEngine extends MacroChoiceEngine {
constructor ( app , plugin , macros , choiceExecutor , variables ) {
super ( app , plugin , null , macros , choiceExecutor , variables ) ;
}
async runAndGetOutput ( macroName ) {
const { basename , memberAccess } = getUserScriptMemberAccess ( macroName ) ;
const macro = this . macros . find ( macro => macro . name === basename ) ;
if ( ! macro ) {
log . logError ( ` macro ' ${ macroName } ' does not exist. ` ) ;
return ;
}
if ( memberAccess && memberAccess . length > 0 ) {
this . memberAccess = memberAccess ;
}
await this . executeCommands ( macro . commands ) ;
return this . output ;
}
async onExportIsObject ( obj ) {
if ( ! this . memberAccess )
return await super . onExportIsObject ( obj ) ;
let newObj = obj ;
this . memberAccess . forEach ( key => {
newObj = newObj [ key ] ;
} ) ;
await this . userScriptDelegator ( newObj ) ;
}
}
class SingleInlineScriptEngine extends MacroChoiceEngine {
constructor ( app , plugin , choiceExecutor , variables ) {
super ( app , plugin , null , null , choiceExecutor , variables ) ;
}
async runAndGetOutput ( code ) {
const AsyncFunction = Object . getPrototypeOf ( async function ( ) { } ) . constructor ;
const userCode = new AsyncFunction ( code ) ;
return await userCode . bind ( this . params , this ) . call ( ) ;
}
}
const LATEX _CURSOR _MOVE _HERE = "\u261A" ;
// Modified from https://github.com/echaos/BetterLatexForObsidian (MIT License).
const commands = [
"\\!" ,
"\\," ,
"\\:" ,
"\\>" ,
"\\;" ,
"\\#" ,
"\\$" ,
"\\%" ,
"\\&" ,
"\\" ,
"\_" ,
"\{ \}" ,
"\|" ,
` \^ { ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
` \[ ${ LATEX _CURSOR _MOVE _HERE } ] ${ LATEX _CURSOR _MOVE _HERE } ` ,
"\\above" ,
"\\abovewithdelims" ,
"\\acute" ,
"\\aleph" ,
"\\alpha" ,
"\\amalg" ,
"\\And" ,
"\\angle" ,
"\\approx" ,
"\\approxeq" ,
"\\arccos" ,
"\\arcsin" ,
"\\arctan" ,
"\\arg" ,
"\\array" ,
"\\arrowvert" ,
"\\Arrowvert" ,
"\\ast" ,
"\\asymp" ,
"\\atop" ,
"\\atopwithdelims" ,
"\\backepsilon" ,
"\\backprime" ,
"\\backsim" ,
"\\backsimeq" ,
"\\backslash" ,
"\\bar" ,
"\\barwedge" ,
"\\Bbb" ,
"\\Bbbk" ,
"\\because" ,
"\\begin" ,
"\\beta" ,
"\\beth" ,
"\\between" ,
"\\bf" ,
"\\Bigg" ,
"\\bigg" ,
"\\Big" ,
"\\big" ,
"\\Biggl" , "\\Biggm" , "\\Biggr" ,
"\\biggl" , "\\biggm" , "\\biggr" ,
"\\Bigl" , "\\Bigm" , "\\Bigl" ,
"\\bigl" , "\\bigm" , "\\bigr" ,
"\\bigcap" ,
"\\bigcirc" ,
"\\bigcup" ,
"\\bigodot" ,
"\\bigoplus" ,
"\\bigotimes" ,
"\\bigsqcup" ,
"\\bigstar" ,
"\\bigtriangledown" ,
"\\bigtriangleup" ,
"\\biguplus" ,
"\\bigvee" ,
"\\bigwedge" ,
"\\binom" ,
"\\blacklozenge" ,
"\\blacksquare" ,
"\\blacktriangle" ,
"\\blacktriangledown" ,
"\\blacktriangleleft" ,
"\\blacktriangleright" ,
"\\bmod" ,
"\\boldsymbol" ,
"\\bot" ,
"\\bowtie" ,
"\\Box" ,
"\\boxdot" ,
"\\boxed" ,
"\\boxminus" ,
"\\boxplus" ,
"\\boxtimes" ,
"\\brace" ,
"\\bracevert" ,
"\\brack" ,
"\\breve" ,
"\\bullet" ,
"\\Bumpeq" ,
"\\bumpeq" ,
"\\cal" ,
"\\cancel" ,
"\\Cap" ,
"\\cap" ,
"\\cases" ,
"\\cdot" ,
"\\cdotp" ,
"\\cdots" ,
"\\centerdot" ,
` \\ cfrac{ ${ LATEX _CURSOR _MOVE _HERE } }{ ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
"\\check" ,
"\\checkmark" ,
"\\chi" ,
"\\choose" ,
"\\circ" ,
"\\circeq" ,
"\\circlearrowleft" ,
"\\circlearrowright" ,
"\\circledast" ,
"\\circledcirc" ,
"\\circleddash" ,
"\\circledR" ,
"\\circledS" ,
"\\class" ,
"\\clubsuit" ,
"\\colon" ,
"\\color" ,
"\\complement" ,
"\\cong" ,
"\\coprod" ,
"\\cos" ,
"\\cosh" ,
"\\cot" ,
"\\coth" ,
"\\cr" ,
"\\csc" ,
"\\cssId" ,
"\\Cup" ,
"\\cup" ,
"\\curlyeqprec" ,
"\\curlyeqsucc" ,
"\\curlyvee" ,
"\\curlywedge" ,
"\\curvearrowleft" ,
"\\curvearrowright" ,
"\\dagger" ,
"\\ddagger" ,
"\\daleth" ,
"\\dashleftarrow" ,
"\\dashrightarrow" ,
"\\dashv" ,
"\\dbinom" ,
"\\dot" ,
"\\ddot" ,
"\\dddot" ,
"\\ddddot" ,
"\\ddots" ,
"\\DeclareMathOperator" ,
"\\def" ,
"\\deg" ,
"\\Delta" ,
"\\delta" ,
"\\det" ,
` \\ dfrac{ ${ LATEX _CURSOR _MOVE _HERE } }{ ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
"\\diagdown" ,
"\\diagup" ,
"\\Diamond" ,
"\\diamond" ,
"\\diamondsuit" ,
"\\digamma" ,
"\\dim" ,
"\\displaylines" ,
"\\displaystyle" ,
"\\div" ,
"\\divideontimes" ,
"\\Doteq" ,
"\\doteq" ,
"\\dotplus" ,
"\\dots" ,
"\\dotsb" ,
"\\dotsc" ,
"\\dotsi" ,
"\\dotsm" ,
"\\dotso" ,
"\\doublebarwedge" ,
"\\doublecap" ,
"\\doublecup" ,
"\\downarrow" ,
"\\Downarrow" ,
"\\downdownarrows" ,
"\\downharpoonleft" ,
"\\downharpoonright" ,
"\\ell" ,
"\\emptyset" ,
"\\end" ,
"\\enspace" ,
"\\epsilon" ,
"\\eqalign" ,
"\\eqalignno" ,
"\\eqcirc" ,
"\\eqsim" ,
"\\eqslantgtr" ,
"\\eqslantless" ,
"\\equiv" ,
"\\eta" ,
"\\eth" ,
"\\exists" ,
"\\exp" ,
"\\fallingdotseq" ,
"\\fbox" ,
"\\Finv" ,
"\\flat" ,
"\\forall" ,
` \\ frac{ ${ LATEX _CURSOR _MOVE _HERE } }{ ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
"\\frak" ,
"\\frown" ,
"\\Game" ,
"\\Gamma" ,
"\\gamma" ,
"\\gcd" ,
"\\ge" ,
"\\geq" ,
"\\geqq" ,
"\\geqslant" ,
"\\genfrac" ,
"\\gets" ,
"\\gg" ,
"\\ggg" ,
"\\gggtr" ,
"\\gimel" ,
"\\gtrapprox" ,
"\\gnapprox" ,
"\\gneq" ,
"\\gneqq" ,
"\\gvertneqq" ,
"\\gtrsim" ,
"\\gnsim" ,
"\\grave" ,
"\\gt" ,
"\\gtrdot" ,
"\\gtreqless" ,
"\\gtreqqless" ,
"\\gtrless" ,
"\\hat" ,
"\\hbar" ,
"\\hbox" ,
"\\hdashline" ,
"\\hline" ,
"\\heartsuit" ,
"\\hfil" ,
"\\hfill" ,
"\\hom" ,
"\\hookleftarrow" ,
"\\hookrightarrow" ,
"\\hphantom" ,
"\\href" ,
"\\hskip" ,
"\\hslash" ,
"\\hspace" ,
"\\Huge" ,
"\\huge" ,
"\\iddots" ,
"\\idotsint" ,
"\\iff" ,
"\\iiiint" ,
"\\iiint" ,
"\\iint" ,
"\\int" ,
"\\intop" ,
"\\Im" ,
"\\imath" ,
"\\impliedby" ,
"\\implies" ,
"\\in" ,
"\\inf" ,
"\\infty" ,
"\\injlim" ,
"\\intercal" ,
"\\iota" ,
"\\it" ,
"\\jmath" ,
"\\Join" ,
"\\kappa" ,
"\\ker" ,
"\\kern" ,
"\\Lambda" ,
"\\lambda" ,
"\\land" ,
"\\langle" ,
"\\LARGE" ,
"\\Large" ,
"\\large" ,
"\\LaTeX" ,
"\\lbrace" ,
"\\lbrack" ,
"\\lceil" ,
"\\ldotp" ,
"\\ldots" ,
"\\le" ,
"\\leq" ,
"\\leqq" ,
"\\leqslant" ,
"\\leadsto" ,
"\\left" ,
"\\leftarrow" ,
"\\Leftarrow" ,
"\\leftarrowtail" ,
"\\leftharpoondown" ,
"\\leftharpoonup" ,
"\\leftleftarrows" ,
"\\leftrightarrow" ,
"\\Leftrightarrow" ,
"\\leftrightarrows" ,
"\\leftrightharpoons" ,
"\\leftrightsquigarrow" ,
"\\leftroot" ,
"\\leftthreetimes" ,
"\\leqalignno" ,
"\\lessapprox" ,
"\\lessdot" ,
"\\lesseqgtr" ,
"\\lesseqqgtr" ,
"\\lessgtr" ,
"\\lesssim" ,
"\\lfloor" ,
"\\lg" ,
"\\lgroup" ,
"\\lhd" ,
"\\lim" ,
"\\liminf" ,
"\\limits" ,
"\\limsup" ,
"\\ll" ,
"\\llap" ,
"\\llcorner" ,
"\\lrcorner" ,
"\\Lleftarrow" ,
"\\lll" ,
"\\llless" ,
"\\lmoustache" ,
"\\ln" ,
"\\lnapprox" ,
"\\lneq" ,
"\\lneqq" ,
"\\lnot" ,
"\\lnsim" ,
"\\log" ,
"\\longleftarrow" ,
"\\Longleftarrow" ,
"\\longrightarrow" ,
"\\Longrightarrow" ,
"\\longleftrightarrow" ,
"\\Longleftrightarrow" ,
"\\longmapsto" ,
"\\looparrowleft" ,
"\\looparrowright" ,
"\\lor" ,
"\\lower" ,
"\\lozenge" ,
"\\Lsh" ,
"\\lt" ,
"\\ltimes" ,
"\\lvert" ,
"\\lVert" ,
"\\lvertneqq" ,
"\\maltese" ,
"\\mapsto" ,
"\\mathbb" ,
"\\mathbf" ,
"\\mathbin" ,
"\\mathcal" ,
"\\mathchoice" ,
"\\mathclose" ,
"\\mathfrak" ,
"\\mathinner" ,
"\\mathit" ,
"\\mathop" ,
"\\mathopen" ,
"\\mathord" ,
"\\mathpunct" ,
"\\mathrel" ,
"\\mathring" ,
"\\mathrm" ,
"\\mathscr" ,
"\\mathsf" ,
"\\mathstrut" ,
"\\mathtt" ,
"\\matrix" ,
"\\max" ,
"\\mbox" ,
"\\measuredangle" ,
"\\mho" ,
"\\mid" ,
"\\min" ,
"\\mit" ,
"\\mod" ,
"\\models" ,
"\\moveleft" ,
"\\moveright" ,
"\\mp" ,
"\\mskip" ,
"\\mspace" ,
"\\mu" ,
"\\multimap" ,
"\\nabla" ,
"\\natural" ,
"\\ncong" ,
"\\ne" ,
"\\nearrow" ,
"\\neg" ,
"\\negthinspace" ,
"\\negmedspace" ,
"\\negthickspace" ,
"\\neq" ,
"\\newcommand" ,
"\\newenvironment" ,
"\\newline" ,
"\\nexists" ,
"\\ngeq" ,
"\\ngeqq" ,
"\\ngeqslant" ,
"\\ngtr" ,
"\\ni" ,
"\\nleftarrow" ,
"\\nLeftarrow" ,
"\\nleftrightarrow" ,
"\\nLeftrightarrow" ,
"\\nleq" ,
"\\nleqq" ,
"\\nleqslant" ,
"\\nless" ,
"\\nmid" ,
"\\nobreakspace" ,
"\\nolimits" ,
"\\normalsize" ,
"\\not" ,
"\\notag" ,
"\\notin" ,
"\\nparallel" ,
"\\nprec" ,
"\\npreceq" ,
"\\nrightarrow" ,
"\\nRightarrow" ,
"\\nshortmid" ,
"\\nshortparallel" ,
"\\nsim" ,
"\\nsubseteq" ,
"\\nsubseteqq" ,
"\\nsucc" ,
"\\nsucceq" ,
"\\nsupseteq" ,
"\\nsupseteqq" ,
"\\ntriangleleft" ,
"\\ntrianglelefteq" ,
"\\ntriangleright" ,
"\\ntrianglerighteq" ,
"\\nu" ,
"\\nVDash" ,
"\\nVdash" ,
"\\nvDash" ,
"\\nvdash" ,
"\\nwarrow" ,
"\\odot" ,
"\\ominus" ,
"\\oplus" ,
"\\oslash" ,
"\\otimes" ,
"\\oint" ,
"\\oldstyle" ,
"\\omega" ,
"\\Omega" ,
"\\omicron" ,
"\\operatorname" ,
"\\over" ,
"\\overbrace" ,
"\\overleftarrow" ,
"\\overrightarrow" ,
"\\overleftrightarrow" ,
"\\overline" ,
"\\overparen" ,
"\\overset" ,
"\\overwithdelims" ,
"\\owns" ,
"\\parallel" ,
"\\partial" ,
"\\perp" ,
"\\phantom" ,
"\\phi" ,
"\\Phi" ,
"\\pi" ,
"\\Pi" ,
"\\pitchfork" ,
"\\pm" ,
"\\pmatrix" ,
"\\pmb" ,
"\\pmod" ,
"\\pod" ,
"\\Pr" ,
"\\prec" ,
"\\precapprox" ,
"\\precnapprox" ,
"\\preccurlyeq" ,
"\\preceq" ,
"\\precneqq" ,
"\\precsim" ,
"\\precnsim" ,
"\\prime" ,
"\\prod" ,
"\\projlim" ,
"\\propto" ,
"\\psi" ,
"\\Psi" ,
"\\quad" ,
"\\qquad" ,
"\\raise" ,
"\\rangle" ,
"\\rbrace" ,
"\\rbrack" ,
"\\rceil" ,
"\\Re" ,
"\\renewcommand" ,
"\\require (non-standard)" ,
"\\restriction" ,
"\\rfloor" ,
"\\rgroup" ,
"\\rhd" ,
"\\rho" ,
"\\right" ,
"\\rightarrow" ,
"\\Rightarrow" ,
"\\rightarrowtail" ,
"\\rightharpoondown" ,
"\\rightharpoonup" ,
"\\rightleftarrows" ,
"\\rightleftharpoons" ,
"\\rightrightarrows" ,
"\\rightsquigarrow" ,
"\\rightthreetimes" ,
"\\risingdotseq" ,
"\\rlap" ,
"\\rm" ,
"\\rmoustache" ,
"\\Rrightarrow" ,
"\\Rsh" ,
"\\rtimes" ,
"\\Rule (non-standard)" ,
"\\rvert" ,
"\\rVert" ,
"\\S" ,
"\\scr" ,
"\\scriptscriptstyle" ,
"\\scriptsize" ,
"\\scriptstyle" ,
"\\searrow" ,
"\\sec" ,
"\\setminus" ,
"\\sf" ,
"\\sharp" ,
"\\shortmid" ,
"\\shortparallel" ,
"\\shoveleft" ,
"\\shoveright" ,
"\\sideset" ,
"\\sigma" ,
"\\Sigma" ,
"\\sim" ,
"\\simeq" ,
"\\sin" ,
"\\sinh" ,
"\\skew" ,
"\\small" ,
"\\smallfrown" ,
"\\smallint" ,
"\\smallsetminus" ,
"\\smallsmile" ,
"\\smash" ,
"\\smile" ,
"\\space" ,
"\\Space (non-standard)" ,
"\\spadesuit" ,
"\\sphericalangle" ,
"\\sqcap" ,
"\\sqcup" ,
"\\sqrt" ,
"\\sqsubset" ,
"\\sqsupset" ,
"\\sqsubseteq" ,
"\\sqsupseteq" ,
"\\square" ,
"\\stackrel" ,
"\\star" ,
"\\strut" ,
"\\style" ,
"\\subset" ,
"\\Subset" ,
"\\subseteq" ,
"\\subsetneq" ,
"\\subseteqq" ,
"\\subsetneqq" ,
"\\substack" ,
"\\succ" ,
"\\succapprox" ,
"\\succnapprox" ,
"\\succcurlyeq" ,
"\\succeq" ,
"\\succneqq" ,
"\\succsim" ,
"\\succnsim" ,
"\\sum" ,
"\\sup" ,
"\\supset" ,
"\\Supset" ,
"\\supseteq" ,
"\\supsetneq" ,
"\\supseteqq" ,
"\\supsetneqq" ,
"\\surd" ,
"\\swarrow" ,
"\\tag" ,
"\\tan" ,
"\\tanh" ,
"\\tau" ,
"\\tbinom" ,
"\\TeX" ,
` \\ text{ ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
` \\ textbf{ ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
` \\ textit{ ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
` \\ textrm{ ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
` \\ textsf{ ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
` \\ texttt{ ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
"\\textstyle" ,
` \\ tfrac{ ${ LATEX _CURSOR _MOVE _HERE } }{ ${ LATEX _CURSOR _MOVE _HERE } } ${ LATEX _CURSOR _MOVE _HERE } ` ,
"\\therefore" ,
"\\theta" ,
"\\Theta" ,
"\\thickapprox" ,
"\\thicksim" ,
"\\thinspace" ,
"\\tilde" ,
"\\times" ,
"\\tiny" ,
"\\Tiny" ,
"\\to" ,
"\\top" ,
"\\triangle" ,
"\\triangledown" ,
"\\triangleleft" ,
"\\triangleright" ,
"\\trianglelefteq" ,
"\\trianglerighteq" ,
"\\triangleq" ,
"\\tt" ,
"\\twoheadleftarrow" ,
"\\twoheadrightarrow" ,
"\\ulcorner" ,
"\\urcorner" ,
"\\underbrace" ,
"\\underleftarrow" ,
"\\underrightarrow" ,
"\\underleftrightarrow" ,
"\\underline" ,
"\\underparen" ,
"\\underset" ,
"\\unicode" ,
"\\unlhd" ,
"\\unrhd" ,
"\\uparrow" ,
"\\Uparrow" ,
"\\updownarrow" ,
"\\Updownarrow" ,
"\\upharpoonleft" ,
"\\upharpoonright" ,
"\\uplus" ,
"\\uproot" ,
"\\upsilon" ,
"\\Upsilon" ,
"\\upuparrows" ,
"\\varDelta" ,
"\\varepsilon" ,
"\\varGamma" ,
"\\varinjlim" ,
"\\varkappa" ,
"\\varLambda" ,
"\\varlimsup" ,
"\\varliminf" ,
"\\varnothing" ,
"\\varOmega" ,
"\\varphi" ,
"\\varPhi" ,
"\\varpi" ,
"\\varPi" ,
"\\varprojlim" ,
"\\varpropto" ,
"\\varPsi" ,
"\\varrho" ,
"\\varsigma" ,
"\\varSigma" ,
"\\varsubsetneq" ,
"\\varsubsetneqq" ,
"\\varsupsetneq" ,
"\\varsupsetneqq" ,
"\\vartheta" ,
"\\varTheta" ,
"\\vartriangle" ,
"\\vartriangleleft" ,
"\\vartriangleright" ,
"\\varUpsilon" ,
"\\varXi" ,
"\\vcenter" ,
"\\vdash" ,
"\\Vdash" ,
"\\vDash" ,
"\\vdots" ,
"\\vec" ,
"\\vee" ,
"\\veebar" ,
"\\verb" ,
"\\vert" ,
"\\Vert" ,
"\\vphantom" ,
"\\Vvdash" ,
"\\wedge" ,
"\\widehat" ,
"\\widetilde" ,
"\\wp" ,
"\\wr" ,
"\\Xi" ,
"\\xi" ,
"\\xleftarrow" ,
"\\xrightarrow" ,
"\\yen" ,
"\\zeta" ,
"\\{%C\\}%C" ,
"\\langle %C \\rangle%C"
] ;
const environments = [
"align" ,
"align*" ,
"alignat" ,
"alignat*" ,
"array" ,
"Bmatrix" ,
"bmatrix" ,
"cases" ,
"eqnarray" ,
"eqnarray*" ,
"equation" ,
"equation*" ,
"gather" ,
"gather*" ,
"matrix" ,
"pmatrix" ,
"smallmatrix" ,
"subarray" ,
"Vmatrix" ,
"vmatrix" ,
] ;
function beginEndGen ( symbol ) {
return ` \\ begin{ ${ symbol } } \n ${ LATEX _CURSOR _MOVE _HERE } \n \\ end{ ${ symbol } } ${ LATEX _CURSOR _MOVE _HERE } ` ;
}
const LaTeXSymbols = [ ... commands , ... environments . map ( beginEndGen ) ] ;
const LATEX _REGEX = new RegExp ( /\\([a-z{}A-Z0-9]*)$/ ) ;
class LaTeXSuggester extends TextInputSuggest {
constructor ( inputEl ) {
super ( QuickAdd . instance . app , inputEl ) ;
this . inputEl = inputEl ;
this . lastInput = "" ;
this . symbols = Object . assign ( [ ] , LaTeXSymbols ) ;
this . elementsRendered = this . symbols . reduce ( ( elements , symbol ) => {
try {
elements [ symbol . toString ( ) ] = obsidian . renderMath ( symbol , true ) ;
}
catch ( _a ) { } // Ignoring symbols that we can't use
return elements ;
} , { } ) ;
}
getSuggestions ( inputStr ) {
const cursorPosition = this . inputEl . selectionStart ;
const inputBeforeCursor = inputStr . substr ( 0 , cursorPosition ) ;
const lastBackslashPos = inputBeforeCursor . lastIndexOf ( "\\" ) ;
const commandText = inputBeforeCursor . substr ( lastBackslashPos ) ;
const match = LATEX _REGEX . exec ( commandText ) ;
let suggestions = [ ] ;
if ( match ) {
this . lastInput = match [ 1 ] ;
suggestions = this . symbols . filter ( val => val . toLowerCase ( ) . contains ( this . lastInput ) ) ;
}
const fuse = new Fuse ( suggestions , { findAllMatches : true , threshold : 0.8 } ) ;
const searchResults = fuse . search ( this . lastInput ) ;
return searchResults . map ( value => value . item ) ;
}
renderSuggestion ( item , el ) {
if ( item ) {
el . setText ( item ) ;
el . append ( this . elementsRendered [ item ] ) ;
}
}
selectSuggestion ( item ) {
const cursorPosition = this . inputEl . selectionStart ;
const lastInputLength = this . lastInput . length ;
const currentInputValue = this . inputEl . value ;
let insertedEndPosition = 0 ;
const textToInsert = item . replace ( /\\\\/g , "\\" ) ;
this . inputEl . value = ` ${ currentInputValue . substr ( 0 , cursorPosition - lastInputLength - 1 ) } ${ textToInsert } ${ currentInputValue . substr ( cursorPosition ) } ` ;
insertedEndPosition = cursorPosition - lastInputLength + item . length - 1 ;
this . inputEl . trigger ( "input" ) ;
this . close ( ) ;
if ( item . contains ( LATEX _CURSOR _MOVE _HERE ) ) {
const cursorPos = this . inputEl . value . indexOf ( LATEX _CURSOR _MOVE _HERE ) ;
this . inputEl . value = this . inputEl . value . replace ( LATEX _CURSOR _MOVE _HERE , "" ) ;
this . inputEl . setSelectionRange ( cursorPos , cursorPos ) ;
}
else {
this . inputEl . setSelectionRange ( insertedEndPosition , insertedEndPosition ) ;
}
}
}
class MathModal extends obsidian . Modal {
constructor ( ) {
super ( QuickAdd . instance . app ) ;
this . didSubmit = false ;
this . keybindListener = ( evt ) => {
if ( evt . ctrlKey && evt . key === "Enter" ) {
this . submit ( ) ;
}
if ( evt . key === "Tab" ) {
evt . preventDefault ( ) ;
this . cursorToGoTo ( ) ;
}
} ;
this . submitClickCallback = ( evt ) => this . submit ( ) ;
this . cancelClickCallback = ( evt ) => this . cancel ( ) ;
this . open ( ) ;
this . display ( ) ;
this . waitForClose = new Promise ( ( resolve , reject ) => {
this . resolvePromise = resolve ;
this . rejectPromise = reject ;
} ) ;
new LaTeXSuggester ( this . inputEl ) ;
this . inputEl . focus ( ) ;
this . inputEl . select ( ) ;
}
static Prompt ( ) {
return new MathModal ( ) . waitForClose ;
}
display ( ) {
this . containerEl . addClass ( 'quickAddModal' , 'qaMathModal' ) ;
this . contentEl . empty ( ) ;
const mathDiv = this . contentEl . createDiv ( ) ;
mathDiv . className = "math math-block is-loaded" ;
const tc = new obsidian . TextAreaComponent ( this . contentEl ) ;
tc . inputEl . style . width = "100%" ;
tc . inputEl . style . height = "10rem" ;
this . inputEl = tc . inputEl ;
tc . onChange ( obsidian . debounce ( async ( value ) => await this . mathjaxLoop ( mathDiv , value ) , 50 ) ) ;
tc . inputEl . addEventListener ( 'keydown' , this . keybindListener ) ;
this . createButtonBar ( this . contentEl . createDiv ( ) ) ;
}
async onOpen ( ) {
super . onOpen ( ) ;
await obsidian . loadMathJax ( ) ;
}
async mathjaxLoop ( container , value ) {
const html = obsidian . renderMath ( value , true ) ;
await obsidian . finishRenderMath ( ) ;
container . empty ( ) ;
container . append ( html ) ;
}
cursorToGoTo ( ) {
if ( this . inputEl . value . contains ( LATEX _CURSOR _MOVE _HERE ) ) {
const cursorPos = this . inputEl . value . indexOf ( LATEX _CURSOR _MOVE _HERE ) ;
this . inputEl . value = this . inputEl . value . replace ( LATEX _CURSOR _MOVE _HERE , "" ) ;
this . inputEl . setSelectionRange ( cursorPos , cursorPos ) ;
}
}
createButton ( container , text , callback ) {
const btn = new obsidian . ButtonComponent ( container ) ;
btn . setButtonText ( text )
. onClick ( callback ) ;
return btn ;
}
createButtonBar ( mainContentContainer ) {
const buttonBarContainer = mainContentContainer . createDiv ( ) ;
this . createButton ( buttonBarContainer , "Ok" , this . submitClickCallback )
. setCta ( ) . buttonEl . style . marginRight = '0' ;
this . createButton ( buttonBarContainer , "Cancel" , this . cancelClickCallback ) ;
buttonBarContainer . style . display = 'flex' ;
buttonBarContainer . style . flexDirection = 'row-reverse' ;
buttonBarContainer . style . justifyContent = 'flex-start' ;
buttonBarContainer . style . marginTop = '1rem' ;
}
removeInputListeners ( ) {
this . inputEl . removeEventListener ( 'keydown' , this . keybindListener ) ;
}
resolveInput ( ) {
const output = this . inputEl . value . replace ( "\\n" , ` \\ \\ n ` ) . replace ( new RegExp ( LATEX _CURSOR _MOVE _HERE , "g" ) , '' ) ;
if ( ! this . didSubmit )
this . rejectPromise ( "No input given." ) ;
else
this . resolvePromise ( output ) ;
}
submit ( ) {
this . didSubmit = true ;
this . close ( ) ;
}
cancel ( ) {
this . close ( ) ;
}
onClose ( ) {
super . onClose ( ) ;
this . resolveInput ( ) ;
this . removeInputListeners ( ) ;
}
}
class InputPrompt {
factory ( ) {
if ( QuickAdd . instance . settings . inputPrompt === "multi-line" ) {
return GenericWideInputPrompt ;
}
else {
return GenericInputPrompt ;
}
}
}
class CompleteFormatter extends Formatter {
constructor ( app , plugin , choiceExecutor ) {
super ( ) ;
this . app = app ;
this . plugin = plugin ;
this . choiceExecutor = choiceExecutor ;
this . variables = choiceExecutor === null || choiceExecutor === void 0 ? void 0 : choiceExecutor . variables ;
}
async format ( input ) {
let output = input ;
output = await this . replaceInlineJavascriptInString ( output ) ;
output = await this . replaceMacrosInString ( output ) ;
output = await this . replaceTemplateInString ( output ) ;
output = this . replaceDateInString ( output ) ;
output = await this . replaceValueInString ( output ) ;
output = await this . replaceDateVariableInString ( output ) ;
output = await this . replaceVariableInString ( output ) ;
output = await this . replaceMathValueInString ( output ) ;
return output ;
}
async formatFileName ( input , valueHeader ) {
this . valueHeader = valueHeader ;
return await this . format ( input ) ;
}
async formatFileContent ( input ) {
let output = input ;
output = await this . format ( output ) ;
output = await this . replaceLinkToCurrentFileInString ( output ) ;
return output ;
}
async formatFolderPath ( folderName ) {
return await this . format ( folderName ) ;
}
getCurrentFileLink ( ) {
const currentFile = this . app . workspace . getActiveFile ( ) ;
if ( ! currentFile )
return null ;
return this . app . fileManager . generateMarkdownLink ( currentFile , '' ) ;
}
getNaturalLanguageDates ( ) {
return getNaturalLanguageDates ( this . app ) ;
}
getVariableValue ( variableName ) {
return this . variables . get ( variableName ) ;
}
async promptForValue ( header ) {
var _a ;
if ( ! this . value ) {
const selectedText = await this . getSelectedText ( ) ;
this . value = selectedText ? selectedText :
await new InputPrompt ( ) . factory ( ) . Prompt ( this . app , ( _a = this . valueHeader ) !== null && _a !== void 0 ? _a : ` Enter value ` ) ;
}
return this . value ;
}
async promptForVariable ( header ) {
return await new InputPrompt ( ) . factory ( ) . Prompt ( this . app , header ) ;
}
async promptForMathValue ( ) {
return await MathModal . Prompt ( ) ;
}
async suggestForValue ( suggestedValues ) {
return await GenericSuggester . Suggest ( this . app , suggestedValues , suggestedValues ) ;
}
async getMacroValue ( macroName ) {
var _a ;
const macroEngine = new SingleMacroEngine ( this . app , this . plugin , this . plugin . settings . macros , this . choiceExecutor , this . variables ) ;
const macroOutput = ( _a = await macroEngine . runAndGetOutput ( macroName ) ) !== null && _a !== void 0 ? _a : "" ;
Object . keys ( macroEngine . params . variables ) . forEach ( key => {
this . variables . set ( key , macroEngine . params . variables [ key ] ) ;
} ) ;
return macroOutput ;
}
async getTemplateContent ( templatePath ) {
return await new SingleTemplateEngine ( this . app , this . plugin , templatePath , this . choiceExecutor ) . run ( ) ;
}
async getSelectedText ( ) {
const activeView = this . app . workspace . getActiveViewOfType ( obsidian . MarkdownView ) ;
if ( ! activeView )
return ;
return activeView . editor . getSelection ( ) ;
}
async replaceInlineJavascriptInString ( input ) {
var _a ;
let output = input ;
while ( INLINE _JAVASCRIPT _REGEX . test ( output ) ) {
const match = INLINE _JAVASCRIPT _REGEX . exec ( output ) ;
const code = ( _a = match [ 1 ] ) === null || _a === void 0 ? void 0 : _a . trim ( ) ;
if ( code ) {
const executor = new SingleInlineScriptEngine ( this . app , this . plugin , this . choiceExecutor , this . variables ) ;
const outVal = await executor . runAndGetOutput ( code ) ;
for ( let key in executor . params . variables ) {
this . variables . set ( key , executor . params . variables [ key ] ) ;
}
output = typeof outVal === "string" ?
this . replacer ( output , INLINE _JAVASCRIPT _REGEX , outVal ) :
this . replacer ( output , INLINE _JAVASCRIPT _REGEX , "" ) ;
}
}
return output ;
}
}
class TemplateEngine extends QuickAddEngine {
constructor ( app , plugin , choiceFormatter ) {
super ( app ) ;
this . plugin = plugin ;
this . templater = getTemplater ( app ) ;
this . formatter = new CompleteFormatter ( app , plugin , choiceFormatter ) ;
}
async getOrCreateFolder ( folders ) {
let folderPath ;
if ( folders . length > 1 ) {
folderPath = await GenericSuggester . Suggest ( this . app , folders , folders ) ;
if ( ! folderPath )
return null ;
}
else {
folderPath = folders [ 0 ] ;
}
if ( folderPath )
await this . createFolder ( folderPath ) ;
else
folderPath = "" ;
return folderPath ;
}
async getFormattedFilePath ( folderPath , format , promptHeader ) {
const formattedName = await this . formatter . formatFileName ( format , promptHeader ) ;
return this . formatFilePath ( folderPath , formattedName ) ;
}
async incrementFileName ( fileName ) {
const numStr = FILE _NUMBER _REGEX . exec ( fileName ) [ 1 ] ;
const fileExists = await this . app . vault . adapter . exists ( fileName ) ;
let newFileName = fileName ;
if ( fileExists && numStr ) {
const number = parseInt ( numStr ) ;
if ( ! number )
throw new Error ( "detected numbers but couldn't get them." ) ;
newFileName = newFileName . replace ( FILE _NUMBER _REGEX , ` ${ number + 1 } .md ` ) ;
}
else if ( fileExists ) {
newFileName = newFileName . replace ( FILE _NUMBER _REGEX , ` ${ 1 } .md ` ) ;
}
const newFileExists = await this . app . vault . adapter . exists ( newFileName ) ;
if ( newFileExists )
newFileName = await this . incrementFileName ( newFileName ) ;
return newFileName ;
}
async createFileWithTemplate ( filePath , templatePath ) {
try {
const templateContent = await this . getTemplateContent ( templatePath ) ;
const formattedTemplateContent = await this . formatter . formatFileContent ( templateContent ) ;
const createdFile = await this . createFileWithInput ( filePath , formattedTemplateContent ) ;
await replaceTemplaterTemplatesInCreatedFile ( this . app , createdFile ) ;
return createdFile ;
}
catch ( e ) {
log . logError ( ` Could not create file with template. Maybe ' ${ templatePath } ' is an invalid template path? ` ) ;
return null ;
}
}
async overwriteFileWithTemplate ( file , templatePath ) {
try {
const templateContent = await this . getTemplateContent ( templatePath ) ;
const formattedTemplateContent = await this . formatter . formatFileContent ( templateContent ) ;
await this . app . vault . modify ( file , formattedTemplateContent ) ;
await replaceTemplaterTemplatesInCreatedFile ( this . app , file , true ) ;
return file ;
}
catch ( e ) {
log . logError ( e ) ;
return null ;
}
}
async appendToFileWithTemplate ( file , templatePath , section ) {
try {
const templateContent = await this . getTemplateContent ( templatePath ) ;
const formattedTemplateContent = await this . formatter . formatFileContent ( templateContent ) ;
const fileContent = await this . app . vault . cachedRead ( file ) ;
const newFileContent = section === "top" ?
` ${ formattedTemplateContent } \n ${ fileContent } ` :
` ${ fileContent } \n ${ formattedTemplateContent } ` ;
await this . app . vault . modify ( file , newFileContent ) ;
await replaceTemplaterTemplatesInCreatedFile ( this . app , file , true ) ;
return file ;
}
catch ( e ) {
log . logError ( e ) ;
return null ;
}
}
async getTemplateContent ( templatePath ) {
let correctTemplatePath = templatePath ;
if ( ! MARKDOWN _FILE _EXTENSION _REGEX . test ( templatePath ) )
correctTemplatePath += ".md" ;
const templateFile = this . app . vault . getAbstractFileByPath ( correctTemplatePath ) ;
if ( ! ( templateFile instanceof obsidian . TFile ) )
return ;
return await this . app . vault . cachedRead ( templateFile ) ;
}
}
class SingleTemplateEngine extends TemplateEngine {
constructor ( app , plugin , templatePath , choiceExecutor ) {
super ( app , plugin , choiceExecutor ) ;
this . templatePath = templatePath ;
}
async run ( ) {
let templateContent = await this . getTemplateContent ( this . templatePath ) ;
if ( ! templateContent ) {
log . logError ( ` Template ${ this . templatePath } not found. ` ) ;
}
templateContent = await this . formatter . formatFileContent ( templateContent ) ;
return templateContent ;
}
}
class FormatDisplayFormatter extends Formatter {
constructor ( app , plugin ) {
super ( ) ;
this . app = app ;
this . plugin = plugin ;
}
async format ( input ) {
let output = input ;
output = this . replaceDateInString ( output ) ;
output = await this . replaceValueInString ( output ) ;
output = await this . replaceDateVariableInString ( output ) ;
output = await this . replaceVariableInString ( output ) ;
output = await this . replaceLinkToCurrentFileInString ( output ) ;
output = await this . replaceMacrosInString ( output ) ;
output = await this . replaceTemplateInString ( output ) ;
output = this . replaceLinebreakInString ( output ) ;
return output ;
}
promptForValue ( header ) {
return "_value_" ;
}
getVariableValue ( variableName ) {
return variableName ;
}
getCurrentFileLink ( ) {
var _a , _b ;
return ( _b = ( _a = this . app . workspace . getActiveFile ( ) ) === null || _a === void 0 ? void 0 : _a . path ) !== null && _b !== void 0 ? _b : "_noPageOpen_" ;
}
getNaturalLanguageDates ( ) {
return getNaturalLanguageDates ( this . app ) ;
}
suggestForValue ( suggestedValues ) {
return "_suggest_" ;
}
getMacroValue ( macroName ) {
return ` _macro: ${ macroName } _ ` ;
}
promptForMathValue ( ) {
return Promise . resolve ( "_math_" ) ;
}
promptForVariable ( variableName ) {
return Promise . resolve ( ` ${ variableName } _ ` ) ;
}
async getTemplateContent ( templatePath ) {
try {
return await new SingleTemplateEngine ( this . app , this . plugin , templatePath , null ) . run ( ) ;
}
catch ( e ) {
return ` Template (not found): ${ templatePath } ` ;
}
}
async getSelectedText ( ) {
return "_selected_" ;
}
}
class CaptureChoiceBuilder extends ChoiceBuilder {
constructor ( app , choice , plugin ) {
super ( app ) ;
this . plugin = plugin ;
this . choice = choice ;
this . display ( ) ;
}
display ( ) {
var _a , _b , _c ;
this . containerEl . addClass ( "captureChoiceBuilder" ) ;
this . contentEl . empty ( ) ;
this . addCenteredChoiceNameHeader ( this . choice ) ;
this . addCapturedToSetting ( ) ;
if ( ! ( ( _a = this . choice ) === null || _a === void 0 ? void 0 : _a . captureToActiveFile ) ) {
this . addCreateIfNotExistsSetting ( ) ;
if ( ( _c = ( _b = this . choice ) === null || _b === void 0 ? void 0 : _b . createFileIfItDoesntExist ) === null || _c === void 0 ? void 0 : _c . enabled )
this . addCreateWithTemplateSetting ( ) ;
}
this . addTaskSetting ( ) ;
this . addPrependSetting ( ) ;
if ( ! this . choice . captureToActiveFile ) {
this . addAppendLinkSetting ( ) ;
this . addInsertAfterSetting ( ) ;
this . addOpenFileSetting ( ) ;
if ( this . choice . openFile )
this . addOpenFileInNewTabSetting ( ) ;
}
this . addFormatSetting ( ) ;
}
addCapturedToSetting ( ) {
var _a , _b , _c ;
let textField ;
new obsidian . Setting ( this . contentEl )
. setName ( 'Capture To' )
. setDesc ( 'File to capture to. Supports some format syntax.' ) ;
const captureToContainer = this . contentEl . createDiv ( 'captureToContainer' ) ;
const captureToActiveFileContainer = captureToContainer . createDiv ( 'captureToActiveFileContainer' ) ;
const captureToActiveFileText = captureToActiveFileContainer . createEl ( 'span' ) ;
captureToActiveFileText . textContent = "Capture to active file" ;
const captureToActiveFileToggle = new obsidian . ToggleComponent ( captureToActiveFileContainer ) ;
captureToActiveFileToggle . setValue ( ( _a = this . choice ) === null || _a === void 0 ? void 0 : _a . captureToActiveFile ) ;
captureToActiveFileToggle . onChange ( value => {
this . choice . captureToActiveFile = value ;
this . reload ( ) ;
} ) ;
if ( ! ( ( _b = this . choice ) === null || _b === void 0 ? void 0 : _b . captureToActiveFile ) ) {
const captureToFileContainer = captureToContainer . createDiv ( 'captureToFileContainer' ) ;
const formatDisplay = captureToFileContainer . createEl ( 'span' ) ;
const displayFormatter = new FileNameDisplayFormatter ( this . app ) ;
( async ( ) => formatDisplay . textContent = await displayFormatter . format ( this . choice . captureTo ) ) ( ) ;
const formatInput = new obsidian . TextComponent ( captureToFileContainer ) ;
formatInput . setPlaceholder ( "File name format" ) ;
textField = formatInput ;
formatInput . inputEl . style . width = "100%" ;
formatInput . inputEl . style . marginBottom = "8px" ;
formatInput . setValue ( this . choice . captureTo )
. setDisabled ( ( _c = this . choice ) === null || _c === void 0 ? void 0 : _c . captureToActiveFile )
. onChange ( async ( value ) => {
this . choice . captureTo = value ;
formatDisplay . textContent = await displayFormatter . format ( value ) ;
} ) ;
const markdownFilesAndFormatSyntax = [ ... this . app . vault . getMarkdownFiles ( ) . map ( f => f . path ) , ... FILE _NAME _FORMAT _SYNTAX ] ;
new GenericTextSuggester ( this . app , textField . inputEl , markdownFilesAndFormatSyntax ) ;
}
}
addPrependSetting ( ) {
var _a ;
const prependSetting = new obsidian . Setting ( this . contentEl ) ;
prependSetting . setName ( "Write to bottom of file" )
. setDesc ( ` Put value at the bottom of the file - otherwise at the ${ ( ( _a = this . choice ) === null || _a === void 0 ? void 0 : _a . captureToActiveFile ) ? "active cursor location" : "top" } . ` )
. addToggle ( toggle => {
toggle . setValue ( this . choice . prepend ) ;
toggle . onChange ( value => this . choice . prepend = value ) ;
} ) ;
}
addTaskSetting ( ) {
const taskSetting = new obsidian . Setting ( this . contentEl ) ;
taskSetting . setName ( "Task" )
. setDesc ( "Formats the value as a task." )
. addToggle ( toggle => {
toggle . setValue ( this . choice . task ) ;
toggle . onChange ( value => this . choice . task = value ) ;
} ) ;
}
addAppendLinkSetting ( ) {
const appendLinkSetting = new obsidian . Setting ( this . contentEl ) ;
appendLinkSetting . setName ( "Append link" )
. setDesc ( "Add a link on your current cursor position, linking to the file you're capturing to." )
. addToggle ( toggle => {
toggle . setValue ( this . choice . appendLink ) ;
toggle . onChange ( value => this . choice . appendLink = value ) ;
} ) ;
}
addInsertAfterSetting ( ) {
let insertAfterInput ;
const insertAfterSetting = new obsidian . Setting ( this . contentEl ) ;
insertAfterSetting . setName ( "Insert after" )
. setDesc ( "Insert capture after specified line. Accepts format syntax." )
. addToggle ( toggle => {
toggle . setValue ( this . choice . insertAfter . enabled ) ;
toggle . onChange ( value => {
this . choice . insertAfter . enabled = value ;
insertAfterInput . setDisabled ( ! value ) ;
this . reload ( ) ;
} ) ;
} ) ;
const insertAfterFormatDisplay = this . contentEl . createEl ( 'span' ) ;
const displayFormatter = new FormatDisplayFormatter ( this . app , this . plugin ) ;
( async ( ) => insertAfterFormatDisplay . innerText = await displayFormatter . format ( this . choice . insertAfter . after ) ) ( ) ;
insertAfterInput = new obsidian . TextComponent ( this . contentEl ) ;
insertAfterInput . setPlaceholder ( "Insert after" ) ;
insertAfterInput . inputEl . style . width = "100%" ;
insertAfterInput . inputEl . style . marginBottom = "8px" ;
insertAfterInput . setValue ( this . choice . insertAfter . after )
. setDisabled ( ! this . choice . insertAfter . enabled )
. onChange ( async ( value ) => {
this . choice . insertAfter . after = value ;
insertAfterFormatDisplay . innerText = await displayFormatter . format ( value ) ;
} ) ;
new FormatSyntaxSuggester ( this . app , insertAfterInput . inputEl , this . plugin ) ;
if ( this . choice . insertAfter . enabled ) {
const insertAtEndSetting = new obsidian . Setting ( this . contentEl ) ;
insertAtEndSetting . setName ( "Insert at end of section" )
. setDesc ( "Insert the text at the end of the section, rather than at the top." )
. addToggle ( toggle => {
var _a ;
return toggle
. setValue ( ( _a = this . choice . insertAfter ) === null || _a === void 0 ? void 0 : _a . insertAtEnd )
. onChange ( value => this . choice . insertAfter . insertAtEnd = value ) ;
} ) ;
const createLineIfNotFound = new obsidian . Setting ( this . contentEl ) ;
createLineIfNotFound . setName ( "Create line if not found" )
. setDesc ( "Creates the 'insert after' line if it is not found." )
. addToggle ( toggle => {
var _a , _b ;
if ( ! ( ( _a = this . choice . insertAfter ) === null || _a === void 0 ? void 0 : _a . createIfNotFound ) )
this . choice . insertAfter . createIfNotFound = false ; // Set to default
toggle
. setValue ( ( _b = this . choice . insertAfter ) === null || _b === void 0 ? void 0 : _b . createIfNotFound )
. onChange ( value => this . choice . insertAfter . createIfNotFound = value )
. toggleEl . style . marginRight = "1em" ;
} )
. addDropdown ( dropdown => {
var _a , _b ;
if ( ! ( ( _a = this . choice . insertAfter ) === null || _a === void 0 ? void 0 : _a . createIfNotFoundLocation ) )
this . choice . insertAfter . createIfNotFoundLocation = CREATE _IF _NOT _FOUND _TOP ; // Set to default
dropdown
. addOption ( CREATE _IF _NOT _FOUND _TOP , "Top" )
. addOption ( CREATE _IF _NOT _FOUND _BOTTOM , "Bottom" )
. setValue ( ( _b = this . choice . insertAfter ) === null || _b === void 0 ? void 0 : _b . createIfNotFoundLocation )
. onChange ( value => this . choice . insertAfter . createIfNotFoundLocation = value ) ;
} ) ;
}
}
addFormatSetting ( ) {
let textField ;
const enableSetting = new obsidian . Setting ( this . contentEl ) ;
enableSetting . setName ( "Capture format" )
. setDesc ( "Set the format of the capture." )
. addToggle ( toggleComponent => {
toggleComponent . setValue ( this . choice . format . enabled )
. onChange ( value => {
this . choice . format . enabled = value ;
textField . setDisabled ( ! value ) ;
} ) ;
} ) ;
const formatInput = new obsidian . TextAreaComponent ( this . contentEl ) ;
formatInput . setPlaceholder ( "Format" ) ;
textField = formatInput ;
formatInput . inputEl . style . width = "100%" ;
formatInput . inputEl . style . marginBottom = "8px" ;
formatInput . inputEl . style . height = "10rem" ;
formatInput . setValue ( this . choice . format . format )
. setDisabled ( ! this . choice . format . enabled )
. onChange ( async ( value ) => {
this . choice . format . format = value ;
formatDisplay . innerText = await displayFormatter . format ( value ) ;
} ) ;
new FormatSyntaxSuggester ( this . app , textField . inputEl , this . plugin ) ;
const formatDisplay = this . contentEl . createEl ( 'span' ) ;
const displayFormatter = new FormatDisplayFormatter ( this . app , this . plugin ) ;
( async ( ) => formatDisplay . innerText = await displayFormatter . format ( this . choice . format . format ) ) ( ) ;
}
addCreateIfNotExistsSetting ( ) {
if ( ! this . choice . createFileIfItDoesntExist )
this . choice . createFileIfItDoesntExist = { enabled : false , createWithTemplate : false , template : "" } ;
const createFileIfItDoesntExist = new obsidian . Setting ( this . contentEl ) ;
createFileIfItDoesntExist
. setName ( "Create file if it doesn't exist" )
. addToggle ( toggle => {
var _a , _b ;
return toggle
. setValue ( ( _b = ( _a = this . choice ) === null || _a === void 0 ? void 0 : _a . createFileIfItDoesntExist ) === null || _b === void 0 ? void 0 : _b . enabled )
. setTooltip ( "Create file if it doesn't exist" )
. onChange ( value => {
this . choice . createFileIfItDoesntExist . enabled = value ;
this . reload ( ) ;
} ) ;
} ) ;
}
addCreateWithTemplateSetting ( ) {
var _a , _b , _c , _d , _e ;
let templateSelector ;
const createWithTemplateSetting = new obsidian . Setting ( this . contentEl ) ;
createWithTemplateSetting . setName ( "Create file with given template." )
. addToggle ( toggle => {
var _a ;
return toggle . setValue ( ( _a = this . choice . createFileIfItDoesntExist ) === null || _a === void 0 ? void 0 : _a . createWithTemplate )
. onChange ( value => {
this . choice . createFileIfItDoesntExist . createWithTemplate = value ;
templateSelector . setDisabled ( ! value ) ;
} ) ;
} ) ;
templateSelector = new obsidian . TextComponent ( this . contentEl ) ;
templateSelector . setValue ( ( _c = ( _b = ( _a = this . choice ) === null || _a === void 0 ? void 0 : _a . createFileIfItDoesntExist ) === null || _b === void 0 ? void 0 : _b . template ) !== null && _c !== void 0 ? _c : "" )
. setPlaceholder ( "Template path" )
. setDisabled ( ! ( ( _e = ( _d = this . choice ) === null || _d === void 0 ? void 0 : _d . createFileIfItDoesntExist ) === null || _e === void 0 ? void 0 : _e . createWithTemplate ) ) ;
templateSelector . inputEl . style . width = "100%" ;
templateSelector . inputEl . style . marginBottom = "8px" ;
const markdownFiles = getTemplatePaths ( this . app ) ;
new GenericTextSuggester ( this . app , templateSelector . inputEl , markdownFiles ) ;
templateSelector . onChange ( value => {
this . choice . createFileIfItDoesntExist . template = value ;
} ) ;
}
addOpenFileSetting ( ) {
const noOpenSetting = new obsidian . Setting ( this . contentEl ) ;
noOpenSetting . setName ( "Open" )
. setDesc ( "Open the file that is captured to." )
. addToggle ( toggle => {
toggle . setValue ( this . choice . openFile ) ;
toggle . onChange ( value => {
this . choice . openFile = value ;
this . reload ( ) ;
} ) ;
} )
. addDropdown ( dropdown => {
dropdown . selectEl . style . marginLeft = "10px" ;
if ( ! this . choice . openFileInMode )
this . choice . openFileInMode = 'default' ;
dropdown
. addOption ( 'source' , 'Source' )
. addOption ( 'preview' , 'Preview' )
. addOption ( 'default' , 'Default' )
. setValue ( this . choice . openFileInMode )
. onChange ( value => this . choice . openFileInMode = value ) ;
} ) ;
}
addOpenFileInNewTabSetting ( ) {
const newTabSetting = new obsidian . Setting ( this . contentEl ) ;
newTabSetting . setName ( "New Tab" )
. setDesc ( "Open the file that is captured to in a new tab." )
. addToggle ( toggle => {
var _a , _b ;
toggle . setValue ( ( _b = ( _a = this . choice ) === null || _a === void 0 ? void 0 : _a . openFileInNewTab ) === null || _b === void 0 ? void 0 : _b . enabled ) ;
toggle . onChange ( value => this . choice . openFileInNewTab . enabled = value ) ;
} )
. addDropdown ( dropdown => {
var _a , _b , _c ;
if ( ! ( ( _a = this . choice ) === null || _a === void 0 ? void 0 : _a . openFileInNewTab ) ) {
this . choice . openFileInNewTab = { enabled : false , direction : NewTabDirection . vertical , focus : true } ;
}
dropdown . selectEl . style . marginLeft = "10px" ;
dropdown . addOption ( NewTabDirection . vertical , "Vertical" ) ;
dropdown . addOption ( NewTabDirection . horizontal , "Horizontal" ) ;
dropdown . setValue ( ( _c = ( _b = this . choice ) === null || _b === void 0 ? void 0 : _b . openFileInNewTab ) === null || _c === void 0 ? void 0 : _c . direction ) ;
dropdown . onChange ( value => this . choice . openFileInNewTab . direction = value ) ;
} ) ;
new obsidian . Setting ( this . contentEl )
. setName ( "Focus new pane" )
. setDesc ( "Focus the opened tab immediately" )
. addToggle ( toggle => toggle
. setValue ( this . choice . openFileInNewTab . focus )
. onChange ( value => this . choice . openFileInNewTab . focus = value ) ) ;
}
}
class MacroChoiceBuilder extends ChoiceBuilder {
constructor ( app , choice , macros ) {
super ( app ) ;
this . macros = macros ;
this . choice = choice ;
this . display ( ) ;
}
display ( ) {
this . containerEl . addClass ( "macroChoiceBuilder" ) ;
this . addCenteredChoiceNameHeader ( this . choice ) ;
this . addSelectMacroSearch ( ) ;
}
addSelectMacroSearch ( ) {
const selectMacroDropdownContainer = this . contentEl . createDiv ( 'selectMacroDropdownContainer' ) ;
const dropdown = new obsidian . DropdownComponent ( selectMacroDropdownContainer ) ;
let macroOptions = { } ;
this . macros . forEach ( macro => {
macroOptions [ macro . name ] = macro . name ;
} ) ;
dropdown . addOptions ( macroOptions ) ;
dropdown . onChange ( value => {
this . selectMacro ( value ) ;
} ) ;
const selectedMacro = this . macros . find ( m => m . id === this . choice . macroId ) ;
if ( selectedMacro ) {
dropdown . setValue ( selectedMacro . name ) ;
}
else {
const value = dropdown . getValue ( ) ;
if ( value ) {
this . selectMacro ( value ) ;
}
}
}
selectMacro ( value ) {
const targetMacro = this . macros . find ( m => m . name === value ) ;
if ( ! targetMacro )
return ;
this . choice . macroId = targetMacro . id ;
}
}
class UserScript extends Command {
constructor ( name , path ) {
super ( name , CommandType . UserScript ) ;
this . path = path ;
this . settings = { } ;
}
}
class ObsidianCommand extends Command {
constructor ( name , commandId ) {
super ( name , CommandType . Obsidian ) ;
this . generateId = ( ) => this . id = v4 ( ) ;
this . commandId = commandId ;
}
}
/* src/gui/MacroGUIs/Components/StandardCommand.svelte generated by Svelte v3.46.4 */
function create _fragment$5 ( ctx ) {
let div1 ;
let li ;
let t0 _value = /*command*/ ctx [ 0 ] . name + "" ;
let t0 ;
let t1 ;
let div0 ;
let span0 ;
let icon0 ;
let t2 ;
let span1 ;
let icon1 ;
let span1 _style _value ;
let span1 _tabindex _value ;
let current ;
let mounted ;
let dispose ;
icon0 = new Icon ( { props : { data : faTrash } } ) ;
icon1 = new Icon ( { props : { data : faBars } } ) ;
return {
c ( ) {
div1 = element ( "div" ) ;
li = element ( "li" ) ;
t0 = text ( t0 _value ) ;
t1 = space ( ) ;
div0 = element ( "div" ) ;
span0 = element ( "span" ) ;
create _component ( icon0 . $$ . fragment ) ;
t2 = space ( ) ;
span1 = element ( "span" ) ;
create _component ( icon1 . $$ . fragment ) ;
attr ( span0 , "class" , "clickable" ) ;
attr ( span1 , "aria-label" , "Drag-handle" ) ;
attr ( span1 , "style" , span1 _style _value = "" + ( ( /*dragDisabled*/ ctx [ 2 ]
? 'cursor: grab'
: 'cursor: grabbing' ) + ";" ) ) ;
attr ( span1 , "tabindex" , span1 _tabindex _value = /*dragDisabled*/ ctx [ 2 ] ? 0 : - 1 ) ;
attr ( div1 , "class" , "quickAddCommandListItem" ) ;
} ,
m ( target , anchor ) {
insert ( target , div1 , anchor ) ;
append ( div1 , li ) ;
append ( li , t0 ) ;
append ( div1 , t1 ) ;
append ( div1 , div0 ) ;
append ( div0 , span0 ) ;
mount _component ( icon0 , span0 , null ) ;
append ( div0 , t2 ) ;
append ( div0 , span1 ) ;
mount _component ( icon1 , span1 , null ) ;
current = true ;
if ( ! mounted ) {
dispose = [
listen ( span0 , "click" , /*click_handler*/ ctx [ 4 ] ) ,
listen ( span1 , "mousedown" , function ( ) {
if ( is _function ( /*startDrag*/ ctx [ 1 ] ) ) /*startDrag*/ ctx [ 1 ] . apply ( this , arguments ) ;
} ) ,
listen ( span1 , "touchstart" , function ( ) {
if ( is _function ( /*startDrag*/ ctx [ 1 ] ) ) /*startDrag*/ ctx [ 1 ] . apply ( this , arguments ) ;
} )
] ;
mounted = true ;
}
} ,
p ( new _ctx , [ dirty ] ) {
ctx = new _ctx ;
if ( ( ! current || dirty & /*command*/ 1 ) && t0 _value !== ( t0 _value = /*command*/ ctx [ 0 ] . name + "" ) ) set _data ( t0 , t0 _value ) ;
if ( ! current || dirty & /*dragDisabled*/ 4 && span1 _style _value !== ( span1 _style _value = "" + ( ( /*dragDisabled*/ ctx [ 2 ]
? 'cursor: grab'
: 'cursor: grabbing' ) + ";" ) ) ) {
attr ( span1 , "style" , span1 _style _value ) ;
}
if ( ! current || dirty & /*dragDisabled*/ 4 && span1 _tabindex _value !== ( span1 _tabindex _value = /*dragDisabled*/ ctx [ 2 ] ? 0 : - 1 ) ) {
attr ( span1 , "tabindex" , span1 _tabindex _value ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( icon0 . $$ . fragment , local ) ;
transition _in ( icon1 . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( icon0 . $$ . fragment , local ) ;
transition _out ( icon1 . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div1 ) ;
destroy _component ( icon0 ) ;
destroy _component ( icon1 ) ;
mounted = false ;
run _all ( dispose ) ;
}
} ;
}
function instance$5 ( $$self , $$props , $$invalidate ) {
let { command } = $$props ;
let { startDrag } = $$props ;
let { dragDisabled } = $$props ;
const dispatch = createEventDispatcher ( ) ;
function deleteCommand ( commandId ) {
dispatch ( 'deleteCommand' , commandId ) ;
}
const click _handler = ( ) => deleteCommand ( command . id ) ;
$$self . $$set = $$props => {
if ( 'command' in $$props ) $$invalidate ( 0 , command = $$props . command ) ;
if ( 'startDrag' in $$props ) $$invalidate ( 1 , startDrag = $$props . startDrag ) ;
if ( 'dragDisabled' in $$props ) $$invalidate ( 2 , dragDisabled = $$props . dragDisabled ) ;
} ;
return [ command , startDrag , dragDisabled , deleteCommand , click _handler ] ;
}
class StandardCommand extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init ( this , options , instance$5 , create _fragment$5 , safe _not _equal , {
command : 0 ,
startDrag : 1 ,
dragDisabled : 2
} ) ;
}
}
/* src/gui/MacroGUIs/Components/WaitCommand.svelte generated by Svelte v3.46.4 */
function add _css$2 ( target ) {
append _styles ( target , "svelte-1196d9p" , ".dotInput.svelte-1196d9p{border:none;display:inline;font-family:inherit;font-size:inherit;padding:0;width:0;text-decoration:underline dotted;background-color:transparent}.dotInput.svelte-1196d9p:hover{background-color:transparent}" ) ;
}
function create _fragment$4 ( ctx ) {
let div1 ;
let li ;
let t0 _value = /*command*/ ctx [ 0 ] . name + "" ;
let t0 ;
let t1 ;
let input ;
let t2 ;
let t3 ;
let div0 ;
let span0 ;
let icon0 ;
let t4 ;
let span1 ;
let icon1 ;
let span1 _style _value ;
let span1 _tabindex _value ;
let current ;
let mounted ;
let dispose ;
icon0 = new Icon ( { props : { data : faTrash } } ) ;
icon1 = new Icon ( { props : { data : faBars } } ) ;
return {
c ( ) {
div1 = element ( "div" ) ;
li = element ( "li" ) ;
t0 = text ( t0 _value ) ;
t1 = text ( " for " ) ;
input = element ( "input" ) ;
t2 = text ( "ms" ) ;
t3 = space ( ) ;
div0 = element ( "div" ) ;
span0 = element ( "span" ) ;
create _component ( icon0 . $$ . fragment ) ;
t4 = space ( ) ;
span1 = element ( "span" ) ;
create _component ( icon1 . $$ . fragment ) ;
attr ( input , "type" , "number" ) ;
attr ( input , "placeholder" , " " ) ;
attr ( input , "class" , "dotInput svelte-1196d9p" ) ;
attr ( span0 , "class" , "clickable" ) ;
attr ( span1 , "aria-label" , "Drag-handle" ) ;
attr ( span1 , "style" , span1 _style _value = "" + ( ( /*dragDisabled*/ ctx [ 2 ]
? 'cursor: grab'
: 'cursor: grabbing' ) + ";" ) ) ;
attr ( span1 , "tabindex" , span1 _tabindex _value = /*dragDisabled*/ ctx [ 2 ] ? 0 : - 1 ) ;
attr ( div1 , "class" , "quickAddCommandListItem" ) ;
} ,
m ( target , anchor ) {
insert ( target , div1 , anchor ) ;
append ( div1 , li ) ;
append ( li , t0 ) ;
append ( li , t1 ) ;
append ( li , input ) ;
/*input_binding*/ ctx [ 6 ] ( input ) ;
set _input _value ( input , /*command*/ ctx [ 0 ] . time ) ;
append ( li , t2 ) ;
append ( div1 , t3 ) ;
append ( div1 , div0 ) ;
append ( div0 , span0 ) ;
mount _component ( icon0 , span0 , null ) ;
append ( div0 , t4 ) ;
append ( div0 , span1 ) ;
mount _component ( icon1 , span1 , null ) ;
current = true ;
if ( ! mounted ) {
dispose = [
listen ( input , "keyup" , /*resizeInput*/ ctx [ 5 ] ) ,
listen ( input , "input" , /*input_input_handler*/ ctx [ 7 ] ) ,
listen ( span0 , "click" , /*click_handler*/ ctx [ 8 ] ) ,
listen ( span1 , "mousedown" , function ( ) {
if ( is _function ( /*startDrag*/ ctx [ 1 ] ) ) /*startDrag*/ ctx [ 1 ] . apply ( this , arguments ) ;
} ) ,
listen ( span1 , "touchstart" , function ( ) {
if ( is _function ( /*startDrag*/ ctx [ 1 ] ) ) /*startDrag*/ ctx [ 1 ] . apply ( this , arguments ) ;
} )
] ;
mounted = true ;
}
} ,
p ( new _ctx , [ dirty ] ) {
ctx = new _ctx ;
if ( ( ! current || dirty & /*command*/ 1 ) && t0 _value !== ( t0 _value = /*command*/ ctx [ 0 ] . name + "" ) ) set _data ( t0 , t0 _value ) ;
if ( dirty & /*command*/ 1 && to _number ( input . value ) !== /*command*/ ctx [ 0 ] . time ) {
set _input _value ( input , /*command*/ ctx [ 0 ] . time ) ;
}
if ( ! current || dirty & /*dragDisabled*/ 4 && span1 _style _value !== ( span1 _style _value = "" + ( ( /*dragDisabled*/ ctx [ 2 ]
? 'cursor: grab'
: 'cursor: grabbing' ) + ";" ) ) ) {
attr ( span1 , "style" , span1 _style _value ) ;
}
if ( ! current || dirty & /*dragDisabled*/ 4 && span1 _tabindex _value !== ( span1 _tabindex _value = /*dragDisabled*/ ctx [ 2 ] ? 0 : - 1 ) ) {
attr ( span1 , "tabindex" , span1 _tabindex _value ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( icon0 . $$ . fragment , local ) ;
transition _in ( icon1 . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( icon0 . $$ . fragment , local ) ;
transition _out ( icon1 . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div1 ) ;
/*input_binding*/ ctx [ 6 ] ( null ) ;
destroy _component ( icon0 ) ;
destroy _component ( icon1 ) ;
mounted = false ;
run _all ( dispose ) ;
}
} ;
}
function instance$4 ( $$self , $$props , $$invalidate ) {
let { command } = $$props ;
let { startDrag } = $$props ;
let { dragDisabled } = $$props ;
const dispatch = createEventDispatcher ( ) ;
let inputEl ;
function deleteCommand ( commandId ) {
dispatch ( 'deleteCommand' , commandId ) ;
}
function resizeInput ( ) {
const length = inputEl . value . length ;
$$invalidate ( 3 , inputEl . style . width = ( length === 0 ? 2 : length ) + 'ch' , inputEl ) ;
}
onMount ( resizeInput ) ;
function input _binding ( $$value ) {
binding _callbacks [ $$value ? 'unshift' : 'push' ] ( ( ) => {
inputEl = $$value ;
$$invalidate ( 3 , inputEl ) ;
} ) ;
}
function input _input _handler ( ) {
command . time = to _number ( this . value ) ;
$$invalidate ( 0 , command ) ;
}
const click _handler = ( ) => deleteCommand ( command . id ) ;
$$self . $$set = $$props => {
if ( 'command' in $$props ) $$invalidate ( 0 , command = $$props . command ) ;
if ( 'startDrag' in $$props ) $$invalidate ( 1 , startDrag = $$props . startDrag ) ;
if ( 'dragDisabled' in $$props ) $$invalidate ( 2 , dragDisabled = $$props . dragDisabled ) ;
} ;
return [
command ,
startDrag ,
dragDisabled ,
inputEl ,
deleteCommand ,
resizeInput ,
input _binding ,
input _input _handler ,
click _handler
] ;
}
class WaitCommand$1 extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init (
this ,
options ,
instance$4 ,
create _fragment$4 ,
safe _not _equal ,
{
command : 0 ,
startDrag : 1 ,
dragDisabled : 2
} ,
add _css$2
) ;
}
}
/* src/gui/MacroGUIs/Components/NestedChoiceCommand.svelte generated by Svelte v3.46.4 */
function create _fragment$3 ( ctx ) {
let div1 ;
let li ;
let t0 _value = /*command*/ ctx [ 0 ] . name + "" ;
let t0 ;
let t1 ;
let div0 ;
let span0 ;
let icon0 ;
let t2 ;
let span1 ;
let icon1 ;
let t3 ;
let span2 ;
let icon2 ;
let span2 _style _value ;
let span2 _tabindex _value ;
let current ;
let mounted ;
let dispose ;
icon0 = new Icon ( { props : { data : faCog } } ) ;
icon1 = new Icon ( { props : { data : faTrash } } ) ;
icon2 = new Icon ( { props : { data : faBars } } ) ;
return {
c ( ) {
div1 = element ( "div" ) ;
li = element ( "li" ) ;
t0 = text ( t0 _value ) ;
t1 = space ( ) ;
div0 = element ( "div" ) ;
span0 = element ( "span" ) ;
create _component ( icon0 . $$ . fragment ) ;
t2 = space ( ) ;
span1 = element ( "span" ) ;
create _component ( icon1 . $$ . fragment ) ;
t3 = space ( ) ;
span2 = element ( "span" ) ;
create _component ( icon2 . $$ . fragment ) ;
attr ( span0 , "class" , "clickable" ) ;
attr ( span1 , "class" , "clickable" ) ;
attr ( span2 , "aria-label" , "Drag-handle" ) ;
attr ( span2 , "style" , span2 _style _value = "" + ( ( /*dragDisabled*/ ctx [ 2 ]
? 'cursor: grab'
: 'cursor: grabbing' ) + ";" ) ) ;
attr ( span2 , "tabindex" , span2 _tabindex _value = /*dragDisabled*/ ctx [ 2 ] ? 0 : - 1 ) ;
attr ( div1 , "class" , "quickAddCommandListItem" ) ;
} ,
m ( target , anchor ) {
insert ( target , div1 , anchor ) ;
append ( div1 , li ) ;
append ( li , t0 ) ;
append ( div1 , t1 ) ;
append ( div1 , div0 ) ;
append ( div0 , span0 ) ;
mount _component ( icon0 , span0 , null ) ;
append ( div0 , t2 ) ;
append ( div0 , span1 ) ;
mount _component ( icon1 , span1 , null ) ;
append ( div0 , t3 ) ;
append ( div0 , span2 ) ;
mount _component ( icon2 , span2 , null ) ;
current = true ;
if ( ! mounted ) {
dispose = [
listen ( span0 , "click" , /*click_handler*/ ctx [ 5 ] ) ,
listen ( span1 , "click" , /*click_handler_1*/ ctx [ 6 ] ) ,
listen ( span2 , "mousedown" , function ( ) {
if ( is _function ( /*startDrag*/ ctx [ 1 ] ) ) /*startDrag*/ ctx [ 1 ] . apply ( this , arguments ) ;
} ) ,
listen ( span2 , "touchstart" , function ( ) {
if ( is _function ( /*startDrag*/ ctx [ 1 ] ) ) /*startDrag*/ ctx [ 1 ] . apply ( this , arguments ) ;
} )
] ;
mounted = true ;
}
} ,
p ( new _ctx , [ dirty ] ) {
ctx = new _ctx ;
if ( ( ! current || dirty & /*command*/ 1 ) && t0 _value !== ( t0 _value = /*command*/ ctx [ 0 ] . name + "" ) ) set _data ( t0 , t0 _value ) ;
if ( ! current || dirty & /*dragDisabled*/ 4 && span2 _style _value !== ( span2 _style _value = "" + ( ( /*dragDisabled*/ ctx [ 2 ]
? 'cursor: grab'
: 'cursor: grabbing' ) + ";" ) ) ) {
attr ( span2 , "style" , span2 _style _value ) ;
}
if ( ! current || dirty & /*dragDisabled*/ 4 && span2 _tabindex _value !== ( span2 _tabindex _value = /*dragDisabled*/ ctx [ 2 ] ? 0 : - 1 ) ) {
attr ( span2 , "tabindex" , span2 _tabindex _value ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( icon0 . $$ . fragment , local ) ;
transition _in ( icon1 . $$ . fragment , local ) ;
transition _in ( icon2 . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( icon0 . $$ . fragment , local ) ;
transition _out ( icon1 . $$ . fragment , local ) ;
transition _out ( icon2 . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div1 ) ;
destroy _component ( icon0 ) ;
destroy _component ( icon1 ) ;
destroy _component ( icon2 ) ;
mounted = false ;
run _all ( dispose ) ;
}
} ;
}
function instance$3 ( $$self , $$props , $$invalidate ) {
let { command } = $$props ;
let { startDrag } = $$props ;
let { dragDisabled } = $$props ;
const dispatch = createEventDispatcher ( ) ;
function deleteCommand ( ) {
dispatch ( 'deleteCommand' , command . id ) ;
}
function configureChoice ( ) {
dispatch ( 'configureChoice' , command ) ;
}
const click _handler = ( ) => configureChoice ( ) ;
const click _handler _1 = ( ) => deleteCommand ( ) ;
$$self . $$set = $$props => {
if ( 'command' in $$props ) $$invalidate ( 0 , command = $$props . command ) ;
if ( 'startDrag' in $$props ) $$invalidate ( 1 , startDrag = $$props . startDrag ) ;
if ( 'dragDisabled' in $$props ) $$invalidate ( 2 , dragDisabled = $$props . dragDisabled ) ;
} ;
return [
command ,
startDrag ,
dragDisabled ,
deleteCommand ,
configureChoice ,
click _handler ,
click _handler _1
] ;
}
class NestedChoiceCommand$1 extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init ( this , options , instance$3 , create _fragment$3 , safe _not _equal , {
command : 0 ,
startDrag : 1 ,
dragDisabled : 2
} ) ;
}
}
/* src/gui/MacroGUIs/Components/UserScriptCommand.svelte generated by Svelte v3.46.4 */
function create _fragment$2 ( ctx ) {
let div1 ;
let li ;
let t0 _value = /*command*/ ctx [ 0 ] . name + "" ;
let t0 ;
let t1 ;
let div0 ;
let span0 ;
let icon0 ;
let t2 ;
let span1 ;
let icon1 ;
let t3 ;
let span2 ;
let icon2 ;
let span2 _style _value ;
let span2 _tabindex _value ;
let current ;
let mounted ;
let dispose ;
icon0 = new Icon ( { props : { data : faCog } } ) ;
icon1 = new Icon ( { props : { data : faTrash } } ) ;
icon2 = new Icon ( { props : { data : faBars } } ) ;
return {
c ( ) {
div1 = element ( "div" ) ;
li = element ( "li" ) ;
t0 = text ( t0 _value ) ;
t1 = space ( ) ;
div0 = element ( "div" ) ;
span0 = element ( "span" ) ;
create _component ( icon0 . $$ . fragment ) ;
t2 = space ( ) ;
span1 = element ( "span" ) ;
create _component ( icon1 . $$ . fragment ) ;
t3 = space ( ) ;
span2 = element ( "span" ) ;
create _component ( icon2 . $$ . fragment ) ;
attr ( span0 , "class" , "clickable" ) ;
attr ( span1 , "class" , "clickable" ) ;
attr ( span2 , "aria-label" , "Drag-handle" ) ;
attr ( span2 , "style" , span2 _style _value = "" + ( ( /*dragDisabled*/ ctx [ 2 ]
? 'cursor: grab'
: 'cursor: grabbing' ) + ";" ) ) ;
attr ( span2 , "tabindex" , span2 _tabindex _value = /*dragDisabled*/ ctx [ 2 ] ? 0 : - 1 ) ;
attr ( div1 , "class" , "quickAddCommandListItem" ) ;
} ,
m ( target , anchor ) {
insert ( target , div1 , anchor ) ;
append ( div1 , li ) ;
append ( li , t0 ) ;
append ( div1 , t1 ) ;
append ( div1 , div0 ) ;
append ( div0 , span0 ) ;
mount _component ( icon0 , span0 , null ) ;
append ( div0 , t2 ) ;
append ( div0 , span1 ) ;
mount _component ( icon1 , span1 , null ) ;
append ( div0 , t3 ) ;
append ( div0 , span2 ) ;
mount _component ( icon2 , span2 , null ) ;
current = true ;
if ( ! mounted ) {
dispose = [
listen ( span0 , "click" , /*click_handler*/ ctx [ 5 ] ) ,
listen ( span1 , "click" , /*click_handler_1*/ ctx [ 6 ] ) ,
listen ( span2 , "mousedown" , function ( ) {
if ( is _function ( /*startDrag*/ ctx [ 1 ] ) ) /*startDrag*/ ctx [ 1 ] . apply ( this , arguments ) ;
} ) ,
listen ( span2 , "touchstart" , function ( ) {
if ( is _function ( /*startDrag*/ ctx [ 1 ] ) ) /*startDrag*/ ctx [ 1 ] . apply ( this , arguments ) ;
} )
] ;
mounted = true ;
}
} ,
p ( new _ctx , [ dirty ] ) {
ctx = new _ctx ;
if ( ( ! current || dirty & /*command*/ 1 ) && t0 _value !== ( t0 _value = /*command*/ ctx [ 0 ] . name + "" ) ) set _data ( t0 , t0 _value ) ;
if ( ! current || dirty & /*dragDisabled*/ 4 && span2 _style _value !== ( span2 _style _value = "" + ( ( /*dragDisabled*/ ctx [ 2 ]
? 'cursor: grab'
: 'cursor: grabbing' ) + ";" ) ) ) {
attr ( span2 , "style" , span2 _style _value ) ;
}
if ( ! current || dirty & /*dragDisabled*/ 4 && span2 _tabindex _value !== ( span2 _tabindex _value = /*dragDisabled*/ ctx [ 2 ] ? 0 : - 1 ) ) {
attr ( span2 , "tabindex" , span2 _tabindex _value ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( icon0 . $$ . fragment , local ) ;
transition _in ( icon1 . $$ . fragment , local ) ;
transition _in ( icon2 . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( icon0 . $$ . fragment , local ) ;
transition _out ( icon1 . $$ . fragment , local ) ;
transition _out ( icon2 . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div1 ) ;
destroy _component ( icon0 ) ;
destroy _component ( icon1 ) ;
destroy _component ( icon2 ) ;
mounted = false ;
run _all ( dispose ) ;
}
} ;
}
function instance$2 ( $$self , $$props , $$invalidate ) {
let { command } = $$props ;
let { startDrag } = $$props ;
let { dragDisabled } = $$props ;
const dispatch = createEventDispatcher ( ) ;
function deleteCommand ( ) {
dispatch ( 'deleteCommand' , command . id ) ;
}
function configureChoice ( ) {
dispatch ( 'configureScript' , command ) ;
}
const click _handler = ( ) => configureChoice ( ) ;
const click _handler _1 = ( ) => deleteCommand ( ) ;
$$self . $$set = $$props => {
if ( 'command' in $$props ) $$invalidate ( 0 , command = $$props . command ) ;
if ( 'startDrag' in $$props ) $$invalidate ( 1 , startDrag = $$props . startDrag ) ;
if ( 'dragDisabled' in $$props ) $$invalidate ( 2 , dragDisabled = $$props . dragDisabled ) ;
} ;
return [
command ,
startDrag ,
dragDisabled ,
deleteCommand ,
configureChoice ,
click _handler ,
click _handler _1
] ;
}
class UserScriptCommand extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init ( this , options , instance$2 , create _fragment$2 , safe _not _equal , {
command : 0 ,
startDrag : 1 ,
dragDisabled : 2
} ) ;
}
}
class UserScriptSettingsModal extends obsidian . Modal {
constructor ( app , command , settings ) {
super ( app ) ;
this . command = command ;
this . settings = settings ;
this . display ( ) ;
if ( ! this . command . settings )
this . command . settings = { } ;
Object . keys ( this . settings . options ) . forEach ( setting => {
var _a ;
if ( this . command . settings [ setting ] === undefined ) {
this . command . settings [ setting ] = ( _a = this . settings . options [ setting ] ) === null || _a === void 0 ? void 0 : _a . defaultValue ;
}
} ) ;
}
display ( ) {
var _a , _b , _c ;
this . containerEl . addClass ( 'quickAddModal' , 'userScriptSettingsModal' ) ;
this . contentEl . empty ( ) ;
this . titleEl . innerText = ` ${ ( _a = this . settings ) === null || _a === void 0 ? void 0 : _a . name } ${ ( ( _b = this . settings ) === null || _b === void 0 ? void 0 : _b . author ) ? " by " + ( ( _c = this . settings ) === null || _c === void 0 ? void 0 : _c . author ) : "" } ` ;
const options = this . settings . options ;
Object . keys ( options ) . forEach ( option => {
var _a , _b ;
const entry = options [ option ] ;
let value = entry . defaultValue ;
if ( this . command . settings [ option ] !== undefined ) {
value = this . command . settings [ option ] ;
}
switch ( ( _b = ( _a = options [ option ] ) === null || _a === void 0 ? void 0 : _a . type ) === null || _b === void 0 ? void 0 : _b . toLowerCase ( ) ) {
case "text" :
case "input" :
this . addInputBox ( option , value , entry === null || entry === void 0 ? void 0 : entry . placeholder , entry === null || entry === void 0 ? void 0 : entry . secret ) ;
break ;
case "checkbox" :
case "toggle" :
this . addToggle ( option , value ) ;
break ;
case "dropdown" :
case "select" :
this . addDropdown ( option , entry . options , value ) ;
break ;
case "format" :
this . addFormatInput ( option , value , entry === null || entry === void 0 ? void 0 : entry . placeholder ) ;
break ;
}
} ) ;
}
setPasswordOnBlur ( el ) {
el . addEventListener ( 'focus' , ( ) => {
el . type = "text" ;
} ) ;
el . addEventListener ( 'blur' , ( ) => {
el . type = "password" ;
} ) ;
el . type = "password" ;
}
addInputBox ( name , value , placeholder , passwordOnBlur ) {
new obsidian . Setting ( this . contentEl )
. setName ( name )
. addText ( input => {
input . setValue ( value )
. onChange ( value => this . command . settings [ name ] = value )
. setPlaceholder ( placeholder !== null && placeholder !== void 0 ? placeholder : "" ) ;
if ( passwordOnBlur ) {
this . setPasswordOnBlur ( input . inputEl ) ;
}
} ) ;
}
addToggle ( name , value ) {
new obsidian . Setting ( this . contentEl )
. setName ( name )
. addToggle ( toggle => toggle . setValue ( value )
. onChange ( value => this . command . settings [ name ] = value ) ) ;
}
addDropdown ( name , options , value ) {
new obsidian . Setting ( this . contentEl )
. setName ( name )
. addDropdown ( dropdown => {
options . forEach ( item => dropdown . addOption ( item , item ) ) ;
dropdown . setValue ( value ) ;
dropdown . onChange ( value => this . command . settings [ name ] = value ) ;
} ) ;
}
addFormatInput ( name , value , placeholder ) {
new obsidian . Setting ( this . contentEl ) . setName ( name ) ;
const formatDisplay = this . contentEl . createEl ( "span" ) ;
const input = new obsidian . TextComponent ( this . contentEl ) ;
new FormatSyntaxSuggester ( this . app , input . inputEl , QuickAdd . instance ) ;
const displayFormatter = new FormatDisplayFormatter ( this . app , QuickAdd . instance ) ;
input . setValue ( value )
. onChange ( async ( value ) => {
this . command . settings [ name ] = value ;
formatDisplay . innerText = await displayFormatter . format ( value ) ;
} )
. setPlaceholder ( placeholder !== null && placeholder !== void 0 ? placeholder : "" ) ;
input . inputEl . style . width = "100%" ;
input . inputEl . style . marginBottom = "1em" ;
( async ( ) => formatDisplay . innerText = await displayFormatter . format ( value ) ) ( ) ;
}
}
/* src/gui/MacroGUIs/CommandList.svelte generated by Svelte v3.46.4 */
function add _css$1 ( target ) {
append _styles ( target , "svelte-1ukgrgp" , ".quickAddCommandList.svelte-1ukgrgp{display:grid;grid-template-columns:auto;width:auto;border:0 solid black;overflow-y:auto;height:auto;margin-bottom:8px;padding:20px}" ) ;
}
function get _each _context ( ctx , list , i ) {
const child _ctx = ctx . slice ( ) ;
child _ctx [ 33 ] = list [ i ] ;
child _ctx [ 34 ] = list ;
child _ctx [ 35 ] = i ;
return child _ctx ;
}
// (93:8) {:else}
function create _else _block ( ctx ) {
let standardcommand ;
let updating _command ;
let updating _dragDisabled ;
let updating _startDrag ;
let current ;
function standardcommand _command _binding ( value ) {
/*standardcommand_command_binding*/ ctx [ 27 ] ( value , /*command*/ ctx [ 33 ] , /*each_value*/ ctx [ 34 ] , /*command_index*/ ctx [ 35 ] ) ;
}
function standardcommand _dragDisabled _binding ( value ) {
/*standardcommand_dragDisabled_binding*/ ctx [ 28 ] ( value ) ;
}
function standardcommand _startDrag _binding ( value ) {
/*standardcommand_startDrag_binding*/ ctx [ 29 ] ( value ) ;
}
let standardcommand _props = { } ;
if ( /*command*/ ctx [ 33 ] !== void 0 ) {
standardcommand _props . command = /*command*/ ctx [ 33 ] ;
}
if ( /*dragDisabled*/ ctx [ 3 ] !== void 0 ) {
standardcommand _props . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
}
if ( /*startDrag*/ ctx [ 4 ] !== void 0 ) {
standardcommand _props . startDrag = /*startDrag*/ ctx [ 4 ] ;
}
standardcommand = new StandardCommand ( { props : standardcommand _props } ) ;
binding _callbacks . push ( ( ) => bind ( standardcommand , 'command' , standardcommand _command _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( standardcommand , 'dragDisabled' , standardcommand _dragDisabled _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( standardcommand , 'startDrag' , standardcommand _startDrag _binding ) ) ;
standardcommand . $on ( "deleteCommand" , /*deleteCommand_handler_3*/ ctx [ 30 ] ) ;
standardcommand . $on ( "updateCommand" , /*updateCommandFromEvent*/ ctx [ 7 ] ) ;
return {
c ( ) {
create _component ( standardcommand . $$ . fragment ) ;
} ,
m ( target , anchor ) {
mount _component ( standardcommand , target , anchor ) ;
current = true ;
} ,
p ( new _ctx , dirty ) {
ctx = new _ctx ;
const standardcommand _changes = { } ;
if ( ! updating _command && dirty [ 0 ] & /*commands, SHADOW_PLACEHOLDER_ITEM_ID*/ 5 ) {
updating _command = true ;
standardcommand _changes . command = /*command*/ ctx [ 33 ] ;
add _flush _callback ( ( ) => updating _command = false ) ;
}
if ( ! updating _dragDisabled && dirty [ 0 ] & /*dragDisabled*/ 8 ) {
updating _dragDisabled = true ;
standardcommand _changes . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
add _flush _callback ( ( ) => updating _dragDisabled = false ) ;
}
if ( ! updating _startDrag && dirty [ 0 ] & /*startDrag*/ 16 ) {
updating _startDrag = true ;
standardcommand _changes . startDrag = /*startDrag*/ ctx [ 4 ] ;
add _flush _callback ( ( ) => updating _startDrag = false ) ;
}
standardcommand . $set ( standardcommand _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( standardcommand . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( standardcommand . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
destroy _component ( standardcommand , detaching ) ;
}
} ;
}
// (91:58)
function create _if _block _2 ( ctx ) {
let userscriptcommand ;
let updating _command ;
let updating _dragDisabled ;
let updating _startDrag ;
let current ;
function userscriptcommand _command _binding ( value ) {
/*userscriptcommand_command_binding*/ ctx [ 23 ] ( value , /*command*/ ctx [ 33 ] , /*each_value*/ ctx [ 34 ] , /*command_index*/ ctx [ 35 ] ) ;
}
function userscriptcommand _dragDisabled _binding ( value ) {
/*userscriptcommand_dragDisabled_binding*/ ctx [ 24 ] ( value ) ;
}
function userscriptcommand _startDrag _binding ( value ) {
/*userscriptcommand_startDrag_binding*/ ctx [ 25 ] ( value ) ;
}
let userscriptcommand _props = { } ;
if ( /*command*/ ctx [ 33 ] !== void 0 ) {
userscriptcommand _props . command = /*command*/ ctx [ 33 ] ;
}
if ( /*dragDisabled*/ ctx [ 3 ] !== void 0 ) {
userscriptcommand _props . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
}
if ( /*startDrag*/ ctx [ 4 ] !== void 0 ) {
userscriptcommand _props . startDrag = /*startDrag*/ ctx [ 4 ] ;
}
userscriptcommand = new UserScriptCommand ( { props : userscriptcommand _props } ) ;
binding _callbacks . push ( ( ) => bind ( userscriptcommand , 'command' , userscriptcommand _command _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( userscriptcommand , 'dragDisabled' , userscriptcommand _dragDisabled _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( userscriptcommand , 'startDrag' , userscriptcommand _startDrag _binding ) ) ;
userscriptcommand . $on ( "deleteCommand" , /*deleteCommand_handler_2*/ ctx [ 26 ] ) ;
userscriptcommand . $on ( "updateCommand" , /*updateCommandFromEvent*/ ctx [ 7 ] ) ;
userscriptcommand . $on ( "configureScript" , /*configureScript*/ ctx [ 9 ] ) ;
return {
c ( ) {
create _component ( userscriptcommand . $$ . fragment ) ;
} ,
m ( target , anchor ) {
mount _component ( userscriptcommand , target , anchor ) ;
current = true ;
} ,
p ( new _ctx , dirty ) {
ctx = new _ctx ;
const userscriptcommand _changes = { } ;
if ( ! updating _command && dirty [ 0 ] & /*commands, SHADOW_PLACEHOLDER_ITEM_ID*/ 5 ) {
updating _command = true ;
userscriptcommand _changes . command = /*command*/ ctx [ 33 ] ;
add _flush _callback ( ( ) => updating _command = false ) ;
}
if ( ! updating _dragDisabled && dirty [ 0 ] & /*dragDisabled*/ 8 ) {
updating _dragDisabled = true ;
userscriptcommand _changes . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
add _flush _callback ( ( ) => updating _dragDisabled = false ) ;
}
if ( ! updating _startDrag && dirty [ 0 ] & /*startDrag*/ 16 ) {
updating _startDrag = true ;
userscriptcommand _changes . startDrag = /*startDrag*/ ctx [ 4 ] ;
add _flush _callback ( ( ) => updating _startDrag = false ) ;
}
userscriptcommand . $set ( userscriptcommand _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( userscriptcommand . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( userscriptcommand . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
destroy _component ( userscriptcommand , detaching ) ;
}
} ;
}
// (89:60)
function create _if _block _1 ( ctx ) {
let nestedchoicecommand ;
let updating _command ;
let updating _dragDisabled ;
let updating _startDrag ;
let current ;
function nestedchoicecommand _command _binding ( value ) {
/*nestedchoicecommand_command_binding*/ ctx [ 19 ] ( value , /*command*/ ctx [ 33 ] , /*each_value*/ ctx [ 34 ] , /*command_index*/ ctx [ 35 ] ) ;
}
function nestedchoicecommand _dragDisabled _binding ( value ) {
/*nestedchoicecommand_dragDisabled_binding*/ ctx [ 20 ] ( value ) ;
}
function nestedchoicecommand _startDrag _binding ( value ) {
/*nestedchoicecommand_startDrag_binding*/ ctx [ 21 ] ( value ) ;
}
let nestedchoicecommand _props = { } ;
if ( /*command*/ ctx [ 33 ] !== void 0 ) {
nestedchoicecommand _props . command = /*command*/ ctx [ 33 ] ;
}
if ( /*dragDisabled*/ ctx [ 3 ] !== void 0 ) {
nestedchoicecommand _props . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
}
if ( /*startDrag*/ ctx [ 4 ] !== void 0 ) {
nestedchoicecommand _props . startDrag = /*startDrag*/ ctx [ 4 ] ;
}
nestedchoicecommand = new NestedChoiceCommand$1 ( { props : nestedchoicecommand _props } ) ;
binding _callbacks . push ( ( ) => bind ( nestedchoicecommand , 'command' , nestedchoicecommand _command _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( nestedchoicecommand , 'dragDisabled' , nestedchoicecommand _dragDisabled _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( nestedchoicecommand , 'startDrag' , nestedchoicecommand _startDrag _binding ) ) ;
nestedchoicecommand . $on ( "deleteCommand" , /*deleteCommand_handler_1*/ ctx [ 22 ] ) ;
nestedchoicecommand . $on ( "updateCommand" , /*updateCommandFromEvent*/ ctx [ 7 ] ) ;
nestedchoicecommand . $on ( "configureChoice" , /*configureChoice*/ ctx [ 8 ] ) ;
return {
c ( ) {
create _component ( nestedchoicecommand . $$ . fragment ) ;
} ,
m ( target , anchor ) {
mount _component ( nestedchoicecommand , target , anchor ) ;
current = true ;
} ,
p ( new _ctx , dirty ) {
ctx = new _ctx ;
const nestedchoicecommand _changes = { } ;
if ( ! updating _command && dirty [ 0 ] & /*commands, SHADOW_PLACEHOLDER_ITEM_ID*/ 5 ) {
updating _command = true ;
nestedchoicecommand _changes . command = /*command*/ ctx [ 33 ] ;
add _flush _callback ( ( ) => updating _command = false ) ;
}
if ( ! updating _dragDisabled && dirty [ 0 ] & /*dragDisabled*/ 8 ) {
updating _dragDisabled = true ;
nestedchoicecommand _changes . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
add _flush _callback ( ( ) => updating _dragDisabled = false ) ;
}
if ( ! updating _startDrag && dirty [ 0 ] & /*startDrag*/ 16 ) {
updating _startDrag = true ;
nestedchoicecommand _changes . startDrag = /*startDrag*/ ctx [ 4 ] ;
add _flush _callback ( ( ) => updating _startDrag = false ) ;
}
nestedchoicecommand . $set ( nestedchoicecommand _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( nestedchoicecommand . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( nestedchoicecommand . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
destroy _component ( nestedchoicecommand , detaching ) ;
}
} ;
}
// (87:8) {#if command.type === CommandType.Wait}
function create _if _block ( ctx ) {
let waitcommand ;
let updating _command ;
let updating _dragDisabled ;
let updating _startDrag ;
let current ;
function waitcommand _command _binding ( value ) {
/*waitcommand_command_binding*/ ctx [ 15 ] ( value , /*command*/ ctx [ 33 ] , /*each_value*/ ctx [ 34 ] , /*command_index*/ ctx [ 35 ] ) ;
}
function waitcommand _dragDisabled _binding ( value ) {
/*waitcommand_dragDisabled_binding*/ ctx [ 16 ] ( value ) ;
}
function waitcommand _startDrag _binding ( value ) {
/*waitcommand_startDrag_binding*/ ctx [ 17 ] ( value ) ;
}
let waitcommand _props = { } ;
if ( /*command*/ ctx [ 33 ] !== void 0 ) {
waitcommand _props . command = /*command*/ ctx [ 33 ] ;
}
if ( /*dragDisabled*/ ctx [ 3 ] !== void 0 ) {
waitcommand _props . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
}
if ( /*startDrag*/ ctx [ 4 ] !== void 0 ) {
waitcommand _props . startDrag = /*startDrag*/ ctx [ 4 ] ;
}
waitcommand = new WaitCommand$1 ( { props : waitcommand _props } ) ;
binding _callbacks . push ( ( ) => bind ( waitcommand , 'command' , waitcommand _command _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( waitcommand , 'dragDisabled' , waitcommand _dragDisabled _binding ) ) ;
binding _callbacks . push ( ( ) => bind ( waitcommand , 'startDrag' , waitcommand _startDrag _binding ) ) ;
waitcommand . $on ( "deleteCommand" , /*deleteCommand_handler*/ ctx [ 18 ] ) ;
waitcommand . $on ( "updateCommand" , /*updateCommandFromEvent*/ ctx [ 7 ] ) ;
return {
c ( ) {
create _component ( waitcommand . $$ . fragment ) ;
} ,
m ( target , anchor ) {
mount _component ( waitcommand , target , anchor ) ;
current = true ;
} ,
p ( new _ctx , dirty ) {
ctx = new _ctx ;
const waitcommand _changes = { } ;
if ( ! updating _command && dirty [ 0 ] & /*commands, SHADOW_PLACEHOLDER_ITEM_ID*/ 5 ) {
updating _command = true ;
waitcommand _changes . command = /*command*/ ctx [ 33 ] ;
add _flush _callback ( ( ) => updating _command = false ) ;
}
if ( ! updating _dragDisabled && dirty [ 0 ] & /*dragDisabled*/ 8 ) {
updating _dragDisabled = true ;
waitcommand _changes . dragDisabled = /*dragDisabled*/ ctx [ 3 ] ;
add _flush _callback ( ( ) => updating _dragDisabled = false ) ;
}
if ( ! updating _startDrag && dirty [ 0 ] & /*startDrag*/ 16 ) {
updating _startDrag = true ;
waitcommand _changes . startDrag = /*startDrag*/ ctx [ 4 ] ;
add _flush _callback ( ( ) => updating _startDrag = false ) ;
}
waitcommand . $set ( waitcommand _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( waitcommand . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( waitcommand . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
destroy _component ( waitcommand , detaching ) ;
}
} ;
}
// (86:4) {#each commands.filter(c => c.id !== SHADOW_PLACEHOLDER_ITEM_ID) as command(command.id)}
function create _each _block ( key _1 , ctx ) {
let first ;
let current _block _type _index ;
let if _block ;
let if _block _anchor ;
let current ;
const if _block _creators = [ create _if _block , create _if _block _1 , create _if _block _2 , create _else _block ] ;
const if _blocks = [ ] ;
function select _block _type ( ctx , dirty ) {
if ( /*command*/ ctx [ 33 ] . type === CommandType . Wait ) return 0 ;
if ( /*command*/ ctx [ 33 ] . type === CommandType . NestedChoice ) return 1 ;
if ( /*command*/ ctx [ 33 ] . type === CommandType . UserScript ) return 2 ;
return 3 ;
}
current _block _type _index = select _block _type ( ctx ) ;
if _block = if _blocks [ current _block _type _index ] = if _block _creators [ current _block _type _index ] ( ctx ) ;
return {
key : key _1 ,
first : null ,
c ( ) {
first = empty ( ) ;
if _block . c ( ) ;
if _block _anchor = empty ( ) ;
this . first = first ;
} ,
m ( target , anchor ) {
insert ( target , first , anchor ) ;
if _blocks [ current _block _type _index ] . m ( target , anchor ) ;
insert ( target , if _block _anchor , anchor ) ;
current = true ;
} ,
p ( new _ctx , dirty ) {
ctx = new _ctx ;
let previous _block _index = current _block _type _index ;
current _block _type _index = select _block _type ( ctx ) ;
if ( current _block _type _index === previous _block _index ) {
if _blocks [ current _block _type _index ] . p ( ctx , dirty ) ;
} else {
group _outros ( ) ;
transition _out ( if _blocks [ previous _block _index ] , 1 , 1 , ( ) => {
if _blocks [ previous _block _index ] = null ;
} ) ;
check _outros ( ) ;
if _block = if _blocks [ current _block _type _index ] ;
if ( ! if _block ) {
if _block = if _blocks [ current _block _type _index ] = if _block _creators [ current _block _type _index ] ( ctx ) ;
if _block . c ( ) ;
} else {
if _block . p ( ctx , dirty ) ;
}
transition _in ( if _block , 1 ) ;
if _block . m ( if _block _anchor . parentNode , if _block _anchor ) ;
}
} ,
i ( local ) {
if ( current ) return ;
transition _in ( if _block ) ;
current = true ;
} ,
o ( local ) {
transition _out ( if _block ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( first ) ;
if _blocks [ current _block _type _index ] . d ( detaching ) ;
if ( detaching ) detach ( if _block _anchor ) ;
}
} ;
}
function create _fragment$1 ( ctx ) {
let ol ;
let each _blocks = [ ] ;
let each _1 _lookup = new Map ( ) ;
let dndzone _action ;
let current ;
let mounted ;
let dispose ;
let each _value = /*commands*/ ctx [ 0 ] . filter ( /*func*/ ctx [ 14 ] ) ;
const get _key = ctx => /*command*/ ctx [ 33 ] . id ;
for ( let i = 0 ; i < each _value . length ; i += 1 ) {
let child _ctx = get _each _context ( ctx , each _value , i ) ;
let key = get _key ( child _ctx ) ;
each _1 _lookup . set ( key , each _blocks [ i ] = create _each _block ( key , child _ctx ) ) ;
}
return {
c ( ) {
ol = element ( "ol" ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . c ( ) ;
}
attr ( ol , "class" , "quickAddCommandList svelte-1ukgrgp" ) ;
} ,
m ( target , anchor ) {
insert ( target , ol , anchor ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . m ( ol , null ) ;
}
current = true ;
if ( ! mounted ) {
dispose = [
action _destroyer ( dndzone _action = dndzone$2 . call ( null , ol , {
items : /*commands*/ ctx [ 0 ] ,
dragDisabled : /*dragDisabled*/ ctx [ 3 ] ,
dropTargetStyle : { } ,
type : "command"
} ) ) ,
listen ( ol , "consider" , /*handleConsider*/ ctx [ 5 ] ) ,
listen ( ol , "finalize" , /*handleSort*/ ctx [ 6 ] )
] ;
mounted = true ;
}
} ,
p ( ctx , dirty ) {
if ( dirty [ 0 ] & /*commands, SHADOW_PLACEHOLDER_ITEM_ID, dragDisabled, startDrag, deleteCommand, updateCommandFromEvent, configureChoice, configureScript*/ 927 ) {
each _value = /*commands*/ ctx [ 0 ] . filter ( /*func*/ ctx [ 14 ] ) ;
group _outros ( ) ;
each _blocks = update _keyed _each ( each _blocks , dirty , get _key , 1 , ctx , each _value , each _1 _lookup , ol , outro _and _destroy _block , create _each _block , null , get _each _context ) ;
check _outros ( ) ;
}
if ( dndzone _action && is _function ( dndzone _action . update ) && dirty [ 0 ] & /*commands, dragDisabled*/ 9 ) dndzone _action . update . call ( null , {
items : /*commands*/ ctx [ 0 ] ,
dragDisabled : /*dragDisabled*/ ctx [ 3 ] ,
dropTargetStyle : { } ,
type : "command"
} ) ;
} ,
i ( local ) {
if ( current ) return ;
for ( let i = 0 ; i < each _value . length ; i += 1 ) {
transition _in ( each _blocks [ i ] ) ;
}
current = true ;
} ,
o ( local ) {
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
transition _out ( each _blocks [ i ] ) ;
}
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( ol ) ;
for ( let i = 0 ; i < each _blocks . length ; i += 1 ) {
each _blocks [ i ] . d ( ) ;
}
mounted = false ;
run _all ( dispose ) ;
}
} ;
}
function instance$1 ( $$self , $$props , $$invalidate ) {
let { commands } = $$props ;
let { deleteCommand } = $$props ;
let { saveCommands } = $$props ;
let { app } = $$props ;
let { plugin } = $$props ;
let dragDisabled = true ;
const updateCommandList = newCommands => {
$$invalidate ( 0 , commands = newCommands ) ;
} ;
function handleConsider ( e ) {
let { items : newItems } = e . detail ;
$$invalidate ( 0 , commands = newItems ) ;
}
function handleSort ( e ) {
let { items : newItems , info : { source } } = e . detail ;
$$invalidate ( 0 , commands = newItems ) ;
if ( source === SOURCES . POINTER ) {
$$invalidate ( 3 , dragDisabled = true ) ;
}
saveCommands ( commands ) ;
}
let startDrag = e => {
e . preventDefault ( ) ;
$$invalidate ( 3 , dragDisabled = false ) ;
} ;
function updateCommandFromEvent ( e ) {
const command = e . detail ;
updateCommand ( command ) ;
}
function updateCommand ( command ) {
const index = commands . findIndex ( c => c . id === command . id ) ;
$$invalidate ( 0 , commands [ index ] = command , commands ) ;
saveCommands ( commands ) ;
}
async function configureChoice ( e ) {
const command = e . detail ;
const newChoice = await getChoiceBuilder ( command . choice ) . waitForClose ;
if ( ! newChoice ) return ;
command . choice = newChoice ;
command . name = newChoice . name ;
updateCommand ( command ) ;
}
function getChoiceBuilder ( choice ) {
switch ( choice . type ) {
case ChoiceType . Template :
return new TemplateChoiceBuilder ( app , choice , plugin ) ;
case ChoiceType . Capture :
return new CaptureChoiceBuilder ( app , choice , plugin ) ;
case ChoiceType . Macro :
case ChoiceType . Multi :
}
}
async function configureScript ( e ) {
const command = e . detail ;
const userScript = await getUserScript ( command , app ) ;
if ( ! userScript . settings ) {
log . logWarning ( ` ${ command . name } has no settings. ` ) ;
return ;
}
new UserScriptSettingsModal ( app , command , userScript . settings ) . open ( ) ;
}
const func = c => c . id !== SHADOW _PLACEHOLDER _ITEM _ID ;
function waitcommand _command _binding ( value , command , each _value , command _index ) {
each _value [ command _index ] = value ;
$$invalidate ( 0 , commands ) ;
}
function waitcommand _dragDisabled _binding ( value ) {
dragDisabled = value ;
$$invalidate ( 3 , dragDisabled ) ;
}
function waitcommand _startDrag _binding ( value ) {
startDrag = value ;
$$invalidate ( 4 , startDrag ) ;
}
const deleteCommand _handler = async e => await deleteCommand ( e . detail ) ;
function nestedchoicecommand _command _binding ( value , command , each _value , command _index ) {
each _value [ command _index ] = value ;
$$invalidate ( 0 , commands ) ;
}
function nestedchoicecommand _dragDisabled _binding ( value ) {
dragDisabled = value ;
$$invalidate ( 3 , dragDisabled ) ;
}
function nestedchoicecommand _startDrag _binding ( value ) {
startDrag = value ;
$$invalidate ( 4 , startDrag ) ;
}
const deleteCommand _handler _1 = async e => await deleteCommand ( e . detail ) ;
function userscriptcommand _command _binding ( value , command , each _value , command _index ) {
each _value [ command _index ] = value ;
$$invalidate ( 0 , commands ) ;
}
function userscriptcommand _dragDisabled _binding ( value ) {
dragDisabled = value ;
$$invalidate ( 3 , dragDisabled ) ;
}
function userscriptcommand _startDrag _binding ( value ) {
startDrag = value ;
$$invalidate ( 4 , startDrag ) ;
}
const deleteCommand _handler _2 = async e => await deleteCommand ( e . detail ) ;
function standardcommand _command _binding ( value , command , each _value , command _index ) {
each _value [ command _index ] = value ;
$$invalidate ( 0 , commands ) ;
}
function standardcommand _dragDisabled _binding ( value ) {
dragDisabled = value ;
$$invalidate ( 3 , dragDisabled ) ;
}
function standardcommand _startDrag _binding ( value ) {
startDrag = value ;
$$invalidate ( 4 , startDrag ) ;
}
const deleteCommand _handler _3 = async e => await deleteCommand ( e . detail ) ;
$$self . $$set = $$props => {
if ( 'commands' in $$props ) $$invalidate ( 0 , commands = $$props . commands ) ;
if ( 'deleteCommand' in $$props ) $$invalidate ( 1 , deleteCommand = $$props . deleteCommand ) ;
if ( 'saveCommands' in $$props ) $$invalidate ( 10 , saveCommands = $$props . saveCommands ) ;
if ( 'app' in $$props ) $$invalidate ( 11 , app = $$props . app ) ;
if ( 'plugin' in $$props ) $$invalidate ( 12 , plugin = $$props . plugin ) ;
} ;
return [
commands ,
deleteCommand ,
SHADOW _PLACEHOLDER _ITEM _ID ,
dragDisabled ,
startDrag ,
handleConsider ,
handleSort ,
updateCommandFromEvent ,
configureChoice ,
configureScript ,
saveCommands ,
app ,
plugin ,
updateCommandList ,
func ,
waitcommand _command _binding ,
waitcommand _dragDisabled _binding ,
waitcommand _startDrag _binding ,
deleteCommand _handler ,
nestedchoicecommand _command _binding ,
nestedchoicecommand _dragDisabled _binding ,
nestedchoicecommand _startDrag _binding ,
deleteCommand _handler _1 ,
userscriptcommand _command _binding ,
userscriptcommand _dragDisabled _binding ,
userscriptcommand _startDrag _binding ,
deleteCommand _handler _2 ,
standardcommand _command _binding ,
standardcommand _dragDisabled _binding ,
standardcommand _startDrag _binding ,
deleteCommand _handler _3
] ;
}
class CommandList extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init (
this ,
options ,
instance$1 ,
create _fragment$1 ,
safe _not _equal ,
{
commands : 0 ,
deleteCommand : 1 ,
saveCommands : 10 ,
app : 11 ,
plugin : 12 ,
updateCommandList : 13
} ,
add _css$1 ,
[ - 1 , - 1 ]
) ;
}
get updateCommandList ( ) {
return this . $$ . ctx [ 13 ] ;
}
}
class ChoiceCommand extends Command {
constructor ( name , choiceId ) {
super ( name , CommandType . Choice ) ;
this . choiceId = choiceId ;
}
}
class WaitCommand extends Command {
constructor ( time ) {
super ( "Wait" , CommandType . Wait ) ;
this . time = time ;
}
}
class NestedChoiceCommand extends Command {
constructor ( choice ) {
super ( choice . name , CommandType . NestedChoice ) ;
this . choice = choice ;
}
}
class MacroBuilder extends obsidian . Modal {
constructor ( app , plugin , macro , choices ) {
super ( app ) ;
this . commands = [ ] ;
this . javascriptFiles = [ ] ;
this . choices = [ ] ;
this . macro = macro ;
this . svelteElements = [ ] ;
this . choices = choices ;
this . plugin = plugin ;
this . waitForClose = new Promise ( resolve => ( this . resolvePromise = resolve ) ) ;
this . getObsidianCommands ( ) ;
this . getJavascriptFiles ( ) ;
this . display ( ) ;
this . open ( ) ;
}
onClose ( ) {
super . onClose ( ) ;
this . resolvePromise ( this . macro ) ;
this . svelteElements . forEach ( el => {
if ( el && el . $destroy )
el . $destroy ( ) ;
} ) ;
}
display ( ) {
this . containerEl . addClass ( 'quickAddModal' , 'macroBuilder' ) ;
this . contentEl . empty ( ) ;
this . addCenteredHeader ( this . macro . name ) ;
this . addCommandList ( ) ;
this . addCommandBar ( ) ;
this . addAddObsidianCommandSetting ( ) ;
this . addAddEditorCommandsSetting ( ) ;
this . addAddUserScriptSetting ( ) ;
this . addAddChoiceSetting ( ) ;
}
addCenteredHeader ( header ) {
const headerEl = this . contentEl . createEl ( 'h2' ) ;
headerEl . style . textAlign = "center" ;
headerEl . setText ( header ) ;
headerEl . addClass ( 'clickable' ) ;
headerEl . addEventListener ( 'click' , async ( ) => {
const newMacroName = await GenericInputPrompt . Prompt ( this . app , ` Update name for ${ this . macro . name } ` , this . macro . name ) ;
if ( ! newMacroName )
return ;
this . macro . name = newMacroName ;
this . reload ( ) ;
} ) ;
}
reload ( ) {
this . display ( ) ;
}
addAddObsidianCommandSetting ( ) {
let input ;
const addObsidianCommandFromInput = ( ) => {
const value = input . getValue ( ) ;
const obsidianCommand = this . commands . find ( v => v . name === value ) ;
const command = new ObsidianCommand ( obsidianCommand . name , obsidianCommand . commandId ) ;
command . generateId ( ) ;
this . addCommandToMacro ( command ) ;
input . setValue ( "" ) ;
} ;
new obsidian . Setting ( this . contentEl )
. setName ( "Obsidian command" )
. setDesc ( "Add an Obsidian command" )
. addText ( textComponent => {
input = textComponent ;
textComponent . inputEl . style . marginRight = "1em" ;
textComponent . setPlaceholder ( "Obsidian command" ) ;
new GenericTextSuggester ( this . app , textComponent . inputEl , this . commands . map ( c => c . name ) ) ;
textComponent . inputEl . addEventListener ( 'keypress' , ( e ) => {
if ( e . key === 'Enter' ) {
addObsidianCommandFromInput ( ) ;
}
} ) ;
} )
. addButton ( button => button . setCta ( ) . setButtonText ( "Add" ) . onClick ( addObsidianCommandFromInput ) ) ;
}
addAddEditorCommandsSetting ( ) {
let dropdownComponent ;
const addEditorCommandFromDropdown = ( ) => {
const type = dropdownComponent . getValue ( ) ;
let command ;
switch ( type ) {
case EditorCommandType . Copy :
command = new CopyCommand ( ) ;
break ;
case EditorCommandType . Cut :
command = new CutCommand ( ) ;
break ;
case EditorCommandType . Paste :
command = new PasteCommand ( ) ;
break ;
case EditorCommandType . SelectActiveLine :
command = new SelectActiveLineCommand ( ) ;
break ;
case EditorCommandType . SelectLinkOnActiveLine :
command = new SelectLinkOnActiveLineCommand ( ) ;
break ;
default :
log . logError ( "invalid editor command type" ) ;
}
this . addCommandToMacro ( command ) ;
} ;
new obsidian . Setting ( this . contentEl )
. setName ( "Editor commands" )
. setDesc ( "Add editor command" )
. addDropdown ( dropdown => {
dropdownComponent = dropdown ;
dropdown . selectEl . style . marginRight = "1em" ;
dropdown . addOption ( EditorCommandType . Copy , EditorCommandType . Copy )
. addOption ( EditorCommandType . Cut , EditorCommandType . Cut )
. addOption ( EditorCommandType . Paste , EditorCommandType . Paste )
. addOption ( EditorCommandType . SelectActiveLine , EditorCommandType . SelectActiveLine )
. addOption ( EditorCommandType . SelectLinkOnActiveLine , EditorCommandType . SelectLinkOnActiveLine ) ;
} )
. addButton ( button => button . setCta ( ) . setButtonText ( "Add" ) . onClick ( addEditorCommandFromDropdown ) ) ;
}
addAddUserScriptSetting ( ) {
let input ;
const addUserScriptFromInput = ( ) => {
const value = input . getValue ( ) ;
const scriptBasename = getUserScriptMemberAccess ( value ) . basename ;
const file = this . javascriptFiles . find ( f => f . basename === scriptBasename ) ;
if ( ! file )
return ;
this . addCommandToMacro ( new UserScript ( value , file . path ) ) ;
input . setValue ( "" ) ;
} ;
new obsidian . Setting ( this . contentEl )
. setName ( "User Scripts" )
. setDesc ( "Add user script" )
. addText ( textComponent => {
input = textComponent ;
textComponent . inputEl . style . marginRight = "1em" ;
textComponent . setPlaceholder ( "User script" ) ;
new GenericTextSuggester ( this . app , textComponent . inputEl , this . javascriptFiles . map ( f => f . basename ) ) ;
textComponent . inputEl . addEventListener ( 'keypress' , ( e ) => {
if ( e . key === 'Enter' ) {
addUserScriptFromInput ( ) ;
}
} ) ;
} )
. addButton ( button => button
. setButtonText ( "Add" )
. setCta ( )
. onClick ( addUserScriptFromInput ) ) ;
}
addAddChoiceSetting ( ) {
let input ;
const addChoiceFromInput = ( ) => {
const value = input . getValue ( ) ;
const choice = this . choices . find ( c => c . name === value ) ;
if ( ! choice )
return ;
this . addCommandToMacro ( new ChoiceCommand ( choice . name , choice . id ) ) ;
input . setValue ( "" ) ;
} ;
new obsidian . Setting ( this . contentEl )
. setName ( "Choices" )
. setDesc ( "Add existing choice" )
. addText ( textComponent => {
input = textComponent ;
textComponent . inputEl . style . marginRight = "1em" ;
textComponent . setPlaceholder ( "Choice" ) ;
new GenericTextSuggester ( this . app , textComponent . inputEl , this . choices . map ( c => c . name ) ) ;
textComponent . inputEl . addEventListener ( 'keypress' , ( e ) => {
if ( e . key === 'Enter' ) {
addChoiceFromInput ( ) ;
}
} ) ;
} )
. addButton ( button => button . setCta ( )
. setButtonText ( "Add" )
. onClick ( addChoiceFromInput ) ) ;
}
getObsidianCommands ( ) {
// @ts-ignore
Object . keys ( this . app . commands . commands ) . forEach ( key => {
// @ts-ignore
const command = this . app . commands . commands [ key ] ;
this . commands . push ( new ObsidianCommand ( command . name , command . id ) ) ;
} ) ;
}
getJavascriptFiles ( ) {
this . javascriptFiles = this . app . vault . getFiles ( )
. filter ( file => JAVASCRIPT _FILE _EXTENSION _REGEX . test ( file . path ) ) ;
}
addCommandList ( ) {
const commandList = this . contentEl . createDiv ( 'commandList' ) ;
console . log ( this . macro . commands ) ;
this . commandListEl = new CommandList ( {
target : commandList ,
props : {
app : this . app ,
plugin : this . plugin ,
commands : this . macro . commands ,
deleteCommand : async ( commandId ) => {
const command = this . macro . commands . find ( c => c . id === commandId ) ;
const promptAnswer = await GenericYesNoPrompt . Prompt ( this . app , "Are you sure you wish to delete this command?" , ` If you click yes, you will delete ' ${ command . name } '. ` ) ;
if ( ! promptAnswer )
return ;
this . macro . commands = this . macro . commands . filter ( c => c . id !== commandId ) ;
this . commandListEl . updateCommandList ( this . macro . commands ) ;
} ,
saveCommands : ( commands ) => {
this . macro . commands = commands ;
} ,
}
} ) ;
this . svelteElements . push ( this . commandListEl ) ;
}
addCommandBar ( ) {
const quickCommandContainer = this . contentEl . createDiv ( 'quickCommandContainer' ) ;
this . newChoiceButton ( quickCommandContainer , "Capture" , CaptureChoice ) ;
this . newChoiceButton ( quickCommandContainer , "Template" , TemplateChoice ) ;
this . addAddWaitCommandButton ( quickCommandContainer ) ;
}
addAddWaitCommandButton ( quickCommandContainer ) {
const button = new obsidian . ButtonComponent ( quickCommandContainer ) ;
button . setIcon ( 'clock' ) . setTooltip ( "Add wait command" ) . onClick ( ( ) => {
this . addCommandToMacro ( new WaitCommand ( 100 ) ) ;
} ) ;
}
newChoiceButton ( container , typeName , type ) {
const button = new obsidian . ButtonComponent ( container ) ;
button . setButtonText ( typeName ) . setTooltip ( ` Add ${ typeName } Choice ` ) . onClick ( ( ) => {
const captureChoice = new type ( ` Untitled ${ typeName } Choice ` ) ;
this . addCommandToMacro ( new NestedChoiceCommand ( captureChoice ) ) ;
} ) ;
}
addCommandToMacro ( command ) {
this . macro . commands . push ( command ) ;
this . commandListEl . updateCommandList ( this . macro . commands ) ;
}
}
class QuickAddMacro {
constructor ( name ) {
this . name = name ;
this . id = v4 ( ) ;
this . commands = [ ] ;
this . runOnStartup = false ;
}
}
class MacrosManager extends obsidian . Modal {
constructor ( app , plugin , macros , choices ) {
super ( app ) ;
this . app = app ;
this . macros = macros ;
this . choices = choices ;
this . plugin = plugin ;
this . waitForClose = new Promise ( ( ( resolve , reject ) => {
this . rejectPromise = reject ;
this . resolvePromise = resolve ;
} ) ) ;
this . open ( ) ;
this . display ( ) ;
}
display ( ) {
this . contentEl . createEl ( 'h2' , { text : 'Macro Manager' } ) . style . textAlign = "center" ;
this . addMacroSettings ( ) ;
this . addAddMacroBar ( ) ;
}
addMacroSettings ( ) {
this . macroContainer = this . contentEl . createDiv ( ) ;
this . updateMacroContainer = ( ) => {
if ( this . macros . length <= 1 )
this . macroContainer . className = "macroContainer macroContainer1" ;
if ( this . macros . length === 2 )
this . macroContainer . className = "macroContainer macroContainer2" ;
if ( this . macros . length > 2 )
this . macroContainer . className = "macroContainer macroContainer3" ;
} ;
this . macros . forEach ( macro => this . addMacroSetting ( macro , this . macroContainer ) ) ;
this . updateMacroContainer ( ) ;
}
addMacroSetting ( macro , container ) {
const configureMacroContainer = container . createDiv ( ) ;
const macroSetting = new obsidian . Setting ( configureMacroContainer ) ;
macroSetting . setName ( macro . name ) ;
macroSetting . infoEl . style . fontWeight = "bold" ;
this . addMacroConfigurationItem ( configureMacroContainer , itemContainerEl => {
this . addSpanWithText ( itemContainerEl , "Run on plugin load" ) ;
const toggle = new obsidian . ToggleComponent ( itemContainerEl ) ;
toggle . setValue ( macro . runOnStartup ) ;
toggle . onChange ( value => {
macro . runOnStartup = value ;
this . updateMacro ( macro ) ;
} ) ;
} ) ;
configureMacroContainer . addClass ( "configureMacroDiv" ) ;
this . addMacroConfigurationItem ( configureMacroContainer , itemContainerEl => {
const deleteButton = new obsidian . ButtonComponent ( itemContainerEl ) ;
deleteButton . setClass ( 'mod-warning' ) ;
deleteButton . buttonEl . style . marginRight = "0" ;
deleteButton . setButtonText ( "Delete" ) . onClick ( evt => {
this . macros = this . macros . filter ( m => m . id !== macro . id ) ;
const scroll = this . macroContainer . scrollTop ;
this . reload ( ) ;
this . macroContainer . scrollTop = scroll ;
} ) ;
const configureButton = new obsidian . ButtonComponent ( itemContainerEl ) ;
configureButton . setClass ( 'mod-cta' ) ;
configureButton . buttonEl . style . marginRight = "0" ;
configureButton . setButtonText ( "Configure" ) . onClick ( async ( evt ) => {
const getReachableChoices = ( choices ) => {
let reachableChoices = [ ] ;
choices . forEach ( choice => {
if ( choice . type === ChoiceType . Multi )
reachableChoices . push ( ... getReachableChoices ( choice . choices ) ) ;
if ( choice . type !== ChoiceType . Multi )
reachableChoices . push ( choice ) ;
} ) ;
return reachableChoices ;
} ;
const reachableChoices = getReachableChoices ( this . choices ) ;
const newMacro = await new MacroBuilder ( this . app , this . plugin , macro , reachableChoices ) . waitForClose ;
if ( newMacro ) {
this . updateMacro ( newMacro ) ;
this . reload ( ) ;
}
} ) ;
} ) ;
}
addMacroConfigurationItem ( container , callback , classString = "configureMacroDivItem" ) {
const item = container . createDiv ( ) ;
item . addClass ( classString ) ;
callback ( item ) ;
}
addSpanWithText ( container , text ) {
const configureText = container . createEl ( 'span' ) ;
configureText . setText ( text ) ;
}
updateMacro ( macro ) {
const index = this . macros . findIndex ( v => v . id === macro . id ) ;
this . macros [ index ] = macro ;
if ( this . updateMacroContainer )
this . updateMacroContainer ( ) ;
this . reload ( ) ;
}
reload ( ) {
this . contentEl . empty ( ) ;
this . display ( ) ;
}
addAddMacroBar ( ) {
const addMacroBarContainer = this . contentEl . createDiv ( ) ;
addMacroBarContainer . addClass ( "addMacroBarContainer" ) ;
const nameInput = new obsidian . TextComponent ( addMacroBarContainer ) ;
nameInput . setPlaceholder ( "Macro name" ) ;
const addMacroButton = new obsidian . ButtonComponent ( addMacroBarContainer ) ;
addMacroButton . setButtonText ( "Add macro" )
. setClass ( "mod-cta" )
. onClick ( ( ) => {
const inputValue = nameInput . getValue ( ) ;
if ( inputValue !== "" && ! this . macros . find ( m => m . name === inputValue ) ) {
const macro = new QuickAddMacro ( inputValue ) ;
if ( ! macro ) {
log . logError ( "macro invalid - will not be added" ) ;
return ;
}
this . macros . push ( macro ) ;
this . reload ( ) ;
this . macroContainer . scrollTo ( 0 , this . macroContainer . scrollHeight ) ;
}
} ) ;
}
onClose ( ) {
super . onClose ( ) ;
this . resolvePromise ( this . macros ) ;
}
}
/* src/gui/choiceList/ChoiceView.svelte generated by Svelte v3.46.4 */
function add _css ( target ) {
append _styles ( target , "svelte-wcmtyt" , ".choiceViewBottomBar.svelte-wcmtyt{display:flex;flex-direction:row;align-items:center;justify-content:space-between;margin-top:1rem}@media(max-width: 800px){.choiceViewBottomBar.svelte-wcmtyt{flex-direction:column}}" ) ;
}
function create _fragment ( ctx ) {
let div1 ;
let choicelist ;
let updating _choices ;
let t0 ;
let div0 ;
let button ;
let t2 ;
let addchoicebox ;
let current ;
let mounted ;
let dispose ;
function choicelist _choices _binding ( value ) {
/*choicelist_choices_binding*/ ctx [ 11 ] ( value ) ;
}
let choicelist _props = { type : "main" } ;
if ( /*choices*/ ctx [ 0 ] !== void 0 ) {
choicelist _props . choices = /*choices*/ ctx [ 0 ] ;
}
choicelist = new ChoiceList ( { props : choicelist _props } ) ;
binding _callbacks . push ( ( ) => bind ( choicelist , 'choices' , choicelist _choices _binding ) ) ;
choicelist . $on ( "deleteChoice" , /*deleteChoice*/ ctx [ 3 ] ) ;
choicelist . $on ( "configureChoice" , /*configureChoice*/ ctx [ 4 ] ) ;
choicelist . $on ( "toggleCommand" , /*toggleCommandForChoice*/ ctx [ 5 ] ) ;
choicelist . $on ( "reorderChoices" , /*reorderChoices_handler*/ ctx [ 12 ] ) ;
addchoicebox = new AddChoiceBox ( { } ) ;
addchoicebox . $on ( "addChoice" , /*addChoiceToList*/ ctx [ 2 ] ) ;
return {
c ( ) {
div1 = element ( "div" ) ;
create _component ( choicelist . $$ . fragment ) ;
t0 = space ( ) ;
div0 = element ( "div" ) ;
button = element ( "button" ) ;
button . textContent = "Manage Macros" ;
t2 = space ( ) ;
create _component ( addchoicebox . $$ . fragment ) ;
attr ( button , "class" , "mod-cta" ) ;
attr ( div0 , "class" , "choiceViewBottomBar svelte-wcmtyt" ) ;
} ,
m ( target , anchor ) {
insert ( target , div1 , anchor ) ;
mount _component ( choicelist , div1 , null ) ;
append ( div1 , t0 ) ;
append ( div1 , div0 ) ;
append ( div0 , button ) ;
append ( div0 , t2 ) ;
mount _component ( addchoicebox , div0 , null ) ;
current = true ;
if ( ! mounted ) {
dispose = listen ( button , "click" , /*openMacroManager*/ ctx [ 6 ] ) ;
mounted = true ;
}
} ,
p ( ctx , [ dirty ] ) {
const choicelist _changes = { } ;
if ( ! updating _choices && dirty & /*choices*/ 1 ) {
updating _choices = true ;
choicelist _changes . choices = /*choices*/ ctx [ 0 ] ;
add _flush _callback ( ( ) => updating _choices = false ) ;
}
choicelist . $set ( choicelist _changes ) ;
} ,
i ( local ) {
if ( current ) return ;
transition _in ( choicelist . $$ . fragment , local ) ;
transition _in ( addchoicebox . $$ . fragment , local ) ;
current = true ;
} ,
o ( local ) {
transition _out ( choicelist . $$ . fragment , local ) ;
transition _out ( addchoicebox . $$ . fragment , local ) ;
current = false ;
} ,
d ( detaching ) {
if ( detaching ) detach ( div1 ) ;
destroy _component ( choicelist ) ;
destroy _component ( addchoicebox ) ;
mounted = false ;
dispose ( ) ;
}
} ;
}
function instance ( $$self , $$props , $$invalidate ) {
let { choices = [ ] } = $$props ;
let { macros = [ ] } = $$props ;
let { saveChoices } = $$props ;
let { saveMacros } = $$props ;
let { app } = $$props ;
let { plugin } = $$props ;
function addChoiceToList ( event ) {
const { name , type } = event . detail ;
switch ( type ) {
case ChoiceType . Template :
const templateChoice = new TemplateChoice ( name ) ;
$$invalidate ( 0 , choices = [ ... choices , templateChoice ] ) ;
break ;
case ChoiceType . Capture :
const captureChoice = new CaptureChoice ( name ) ;
$$invalidate ( 0 , choices = [ ... choices , captureChoice ] ) ;
break ;
case ChoiceType . Macro :
const macroChoice = new MacroChoice ( name ) ;
$$invalidate ( 0 , choices = [ ... choices , macroChoice ] ) ;
break ;
case ChoiceType . Multi :
const multiChoice = new MultiChoice ( name ) ;
$$invalidate ( 0 , choices = [ ... choices , multiChoice ] ) ;
break ;
}
saveChoices ( choices ) ;
}
async function deleteChoice ( e ) {
const choice = e . detail . choice ;
const userConfirmed = await GenericYesNoPrompt . Prompt ( app , ` Confirm deletion of choice ` , ` Please confirm that you wish to delete ' ${ choice . name } '.
$ { choice . type === ChoiceType . Multi
? "Deleting this choice will delete all (" + choice . choices . length + ") choices inside it!"
: "" }
` );
if ( userConfirmed ) {
$$invalidate ( 0 , choices = choices . filter ( value => deleteChoiceHelper ( choice . id , value ) ) ) ;
plugin . removeCommandForChoice ( choice ) ;
saveChoices ( choices ) ;
}
}
function deleteChoiceHelper ( id , value ) {
if ( value . type === ChoiceType . Multi ) {
value . choices = value . choices . filter ( v => deleteChoiceHelper ( id , v ) ) ;
}
return value . id !== id ;
}
async function configureChoice ( e ) {
const { choice : oldChoice } = e . detail ;
let updatedChoice ;
if ( oldChoice . type === ChoiceType . Multi ) {
updatedChoice = oldChoice ;
const name = await GenericInputPrompt . Prompt ( app , ` Rename ${ oldChoice . name } ` , '' , oldChoice . name ) ;
if ( ! name ) return ;
updatedChoice . name = name ;
} else {
updatedChoice = await getChoiceBuilder ( oldChoice ) . waitForClose ;
}
if ( ! updatedChoice ) return ;
$$invalidate ( 0 , choices = choices . map ( choice => updateChoiceHelper ( choice , updatedChoice ) ) ) ;
saveChoices ( choices ) ;
}
async function toggleCommandForChoice ( e ) {
const { choice : oldChoice } = e . detail ;
const updatedChoice = Object . assign ( Object . assign ( { } , oldChoice ) , { command : ! oldChoice . command } ) ;
updatedChoice . command
? plugin . addCommandForChoice ( updatedChoice )
: plugin . removeCommandForChoice ( updatedChoice ) ;
$$invalidate ( 0 , choices = choices . map ( choice => updateChoiceHelper ( choice , updatedChoice ) ) ) ;
saveChoices ( choices ) ;
}
function updateChoiceHelper ( oldChoice , newChoice ) {
if ( oldChoice . id === newChoice . id ) {
oldChoice = Object . assign ( Object . assign ( { } , oldChoice ) , newChoice ) ;
return oldChoice ;
}
if ( oldChoice . type === ChoiceType . Multi ) {
const multiChoice = oldChoice ;
const multiChoiceChoices = multiChoice . choices . map ( c => updateChoiceHelper ( c , newChoice ) ) ;
return Object . assign ( Object . assign ( { } , multiChoice ) , { choices : multiChoiceChoices } ) ;
}
return oldChoice ;
}
function getChoiceBuilder ( choice ) {
switch ( choice . type ) {
case ChoiceType . Template :
return new TemplateChoiceBuilder ( app , choice , plugin ) ;
case ChoiceType . Capture :
return new CaptureChoiceBuilder ( app , choice , plugin ) ;
case ChoiceType . Macro :
return new MacroChoiceBuilder ( app , choice , macros ) ;
case ChoiceType . Multi :
}
}
async function openMacroManager ( ) {
const newMacros = await new MacrosManager ( app , plugin , macros , choices ) . waitForClose ;
if ( newMacros ) {
saveMacros ( newMacros ) ;
$$invalidate ( 7 , macros = newMacros ) ;
}
}
function choicelist _choices _binding ( value ) {
choices = value ;
$$invalidate ( 0 , choices ) ;
}
const reorderChoices _handler = e => saveChoices ( e . detail . choices ) ;
$$self . $$set = $$props => {
if ( 'choices' in $$props ) $$invalidate ( 0 , choices = $$props . choices ) ;
if ( 'macros' in $$props ) $$invalidate ( 7 , macros = $$props . macros ) ;
if ( 'saveChoices' in $$props ) $$invalidate ( 1 , saveChoices = $$props . saveChoices ) ;
if ( 'saveMacros' in $$props ) $$invalidate ( 8 , saveMacros = $$props . saveMacros ) ;
if ( 'app' in $$props ) $$invalidate ( 9 , app = $$props . app ) ;
if ( 'plugin' in $$props ) $$invalidate ( 10 , plugin = $$props . plugin ) ;
} ;
return [
choices ,
saveChoices ,
addChoiceToList ,
deleteChoice ,
configureChoice ,
toggleCommandForChoice ,
openMacroManager ,
macros ,
saveMacros ,
app ,
plugin ,
choicelist _choices _binding ,
reorderChoices _handler
] ;
}
class ChoiceView extends SvelteComponent {
constructor ( options ) {
super ( ) ;
init (
this ,
options ,
instance ,
create _fragment ,
safe _not _equal ,
{
choices : 0 ,
macros : 7 ,
saveChoices : 1 ,
saveMacros : 8 ,
app : 9 ,
plugin : 10
} ,
add _css
) ;
}
}
const DEFAULT _SETTINGS = {
choices : [ ] ,
macros : [ ] ,
inputPrompt : "single-line"
} ;
class QuickAddSettingsTab extends obsidian . PluginSettingTab {
constructor ( app , plugin ) {
super ( app , plugin ) ;
this . plugin = plugin ;
}
display ( ) {
let { containerEl } = this ;
containerEl . empty ( ) ;
containerEl . createEl ( 'h2' , { text : 'QuickAdd Settings' } ) ;
this . addChoicesSetting ( ) ;
new obsidian . Setting ( this . containerEl )
. setName ( 'Use Multi-line Input Prompt' )
. setDesc ( 'Use multi-line input prompt instead of single-line input prompt' )
. addToggle ( toggle => toggle
. setValue ( this . plugin . settings . inputPrompt === "multi-line" )
. setTooltip ( "Use multi-line input prompt" )
. onChange ( value => {
if ( value ) {
this . plugin . settings . inputPrompt = "multi-line" ;
}
else {
this . plugin . settings . inputPrompt = "single-line" ;
}
this . plugin . saveSettings ( ) ;
} ) ) ;
}
hide ( ) {
if ( this . choiceView )
this . choiceView . $destroy ( ) ;
}
addChoicesSetting ( ) {
const setting = new obsidian . Setting ( this . containerEl ) ;
setting . infoEl . remove ( ) ;
setting . settingEl . style . display = "block" ;
this . choiceView = new ChoiceView ( {
target : setting . settingEl ,
props : {
app : this . app ,
plugin : this . plugin ,
choices : this . plugin . settings . choices ,
saveChoices : async ( choices ) => {
this . plugin . settings . choices = choices ;
await this . plugin . saveSettings ( ) ;
} ,
macros : this . plugin . settings . macros ,
saveMacros : async ( macros ) => {
this . plugin . settings . macros = macros ;
await this . plugin . saveSettings ( ) ;
}
}
} ) ;
}
}
class TemplateChoiceEngine extends TemplateEngine {
constructor ( app , plugin , choice , choiceExecutor ) {
super ( app , plugin , choiceExecutor ) ;
this . choice = choice ;
}
async run ( ) {
let folderPath = "" ;
if ( this . choice . folder . enabled ) {
folderPath = await this . getFolderPath ( ) ;
}
let filePath ;
if ( this . choice . fileNameFormat . enabled ) {
filePath = await this . getFormattedFilePath ( folderPath , this . choice . fileNameFormat . format , this . choice . name ) ;
}
else {
filePath = await this . getFormattedFilePath ( folderPath , VALUE _SYNTAX , this . choice . name ) ;
}
if ( this . choice . incrementFileName )
filePath = await this . incrementFileName ( filePath ) ;
let createdFile ;
if ( await this . app . vault . adapter . exists ( filePath ) ) {
const file = this . app . vault . getAbstractFileByPath ( filePath ) ;
if ( ! ( file instanceof obsidian . TFile ) || file . extension !== 'md' ) {
log . logError ( ` ' ${ filePath } ' already exists and is not a valid markdown file. ` ) ;
return ;
}
await this . app . workspace . splitActiveLeaf ( 'vertical' ) . openFile ( file ) ;
const userChoice = await GenericSuggester . Suggest ( this . app , fileExistsChoices , fileExistsChoices ) ;
switch ( userChoice ) {
case fileExistsAppendToTop :
createdFile = await this . appendToFileWithTemplate ( file , this . choice . templatePath , 'top' ) ;
break ;
case fileExistsAppendToBottom :
createdFile = await this . appendToFileWithTemplate ( file , this . choice . templatePath , 'bottom' ) ;
break ;
case fileExistsOverwriteFile :
createdFile = await this . overwriteFileWithTemplate ( file , this . choice . templatePath ) ;
break ;
case fileExistsDoNothing :
default :
log . logWarning ( "File not written to." ) ;
return ;
}
}
else {
createdFile = await this . createFileWithTemplate ( filePath , this . choice . templatePath ) ;
if ( ! createdFile ) {
log . logWarning ( ` Could not create file ' ${ filePath } '. ` ) ;
return ;
}
}
if ( this . choice . appendLink ) {
appendToCurrentLine ( this . app . fileManager . generateMarkdownLink ( createdFile , '' ) , this . app ) ;
}
if ( this . choice . openFile ) {
await openFile ( this . app , createdFile , {
openInNewTab : this . choice . openFileInNewTab . enabled ,
direction : this . choice . openFileInNewTab . direction ,
focus : this . choice . openFileInNewTab . focus ,
mode : this . choice . openFileInMode
} ) ;
}
}
async formatFolderPaths ( folders ) {
const folderPaths = await Promise . all ( folders . map ( async ( folder ) => {
return await this . formatter . formatFolderPath ( folder ) ;
} ) ) ;
return folderPaths ;
}
async getFolderPath ( ) {
var _a , _b ;
let folders = await this . formatFolderPaths ( [ ... this . choice . folder . folders ] ) ;
if ( ( _a = this . choice . folder ) === null || _a === void 0 ? void 0 : _a . chooseWhenCreatingNote ) {
const allFoldersInVault = getAllFolderPathsInVault ( this . app ) ;
return await this . getOrCreateFolder ( allFoldersInVault ) ;
}
if ( ( _b = this . choice . folder ) === null || _b === void 0 ? void 0 : _b . createInSameFolderAsActiveFile ) {
const activeFile = this . app . workspace . getActiveFile ( ) ;
if ( ! activeFile )
log . logError ( "No active file. Cannot create new file." ) ;
return this . getOrCreateFolder ( [ activeFile . parent . path ] ) ;
}
return await this . getOrCreateFolder ( folders ) ;
}
}
class CaptureChoiceFormatter extends CompleteFormatter {
constructor ( app , plugin , choiceExecutor ) {
super ( app , plugin , choiceExecutor ) ;
this . file = null ;
this . fileContent = "" ;
}
async formatContentWithFile ( input , choice , fileContent , file ) {
this . choice = choice ;
this . file = file ;
this . fileContent = fileContent ;
if ( ! choice || ! file || fileContent === null )
return input ;
const formatted = await this . formatFileContent ( input ) ;
const templaterFormatted = templaterParseTemplate ( this . app , formatted , this . file ) ;
if ( ! templaterFormatted )
return formatted ;
return templaterFormatted ;
}
async formatContent ( input , choice ) {
this . choice = choice ;
if ( ! choice )
return input ;
return await this . formatFileContent ( input ) ;
}
async formatFileContent ( input ) {
let formatted = await super . formatFileContent ( input ) ;
formatted = this . replaceLinebreakInString ( formatted ) ;
const formattedContentIsEmpty = formatted . trim ( ) === "" ;
if ( formattedContentIsEmpty )
return this . fileContent ;
if ( this . choice . prepend ) {
const shouldInsertLinebreak = ! this . choice . task ;
return ` ${ this . fileContent } ${ shouldInsertLinebreak ? "\n" : "" } ${ formatted } ` ;
}
if ( this . choice . insertAfter . enabled ) {
return await this . insertAfterHandler ( formatted ) ;
}
const frontmatterEndPosition = this . file ? await this . getFrontmatterEndPosition ( this . file ) : null ;
if ( ! frontmatterEndPosition )
return ` ${ formatted } ${ this . fileContent } ` ;
return this . insertTextAfterPositionInBody ( formatted , this . fileContent , frontmatterEndPosition ) ;
}
async insertAfterHandler ( formatted ) {
var _a , _b ;
const targetString = await this . format ( this . choice . insertAfter . after ) ;
const targetRegex = new RegExp ( ` \s * ${ escapeRegExp ( targetString . replace ( '\\n' , '' ) ) } \s * ` ) ;
let fileContentLines = getLinesInString ( this . fileContent ) ;
const targetPosition = fileContentLines . findIndex ( line => targetRegex . test ( line ) ) ;
const targetNotFound = targetPosition === - 1 ;
if ( targetNotFound ) {
if ( ( _a = this . choice . insertAfter ) === null || _a === void 0 ? void 0 : _a . createIfNotFound ) {
return await this . createInsertAfterIfNotFound ( formatted ) ;
}
log . logError ( "unable to find insert after line in file." ) ;
}
if ( ( _b = this . choice . insertAfter ) === null || _b === void 0 ? void 0 : _b . insertAtEnd ) {
const nextHeaderPositionAfterTargetPosition = fileContentLines
. slice ( targetPosition + 1 )
. findIndex ( line => ( /^#+ |---/ ) . test ( line ) ) ;
const foundNextHeader = nextHeaderPositionAfterTargetPosition !== - 1 ;
if ( foundNextHeader ) {
let endOfSectionIndex ;
for ( let i = nextHeaderPositionAfterTargetPosition + targetPosition ; i > targetPosition ; i -- ) {
const lineIsNewline = ( /^[\s\n ]*$/ ) . test ( fileContentLines [ i ] ) ;
if ( ! lineIsNewline ) {
endOfSectionIndex = i ;
break ;
}
}
if ( ! endOfSectionIndex )
endOfSectionIndex = targetPosition ;
return this . insertTextAfterPositionInBody ( formatted , this . fileContent , endOfSectionIndex ) ;
}
else {
return this . insertTextAfterPositionInBody ( formatted , this . fileContent , fileContentLines . length - 1 ) ;
}
}
return this . insertTextAfterPositionInBody ( formatted , this . fileContent , targetPosition ) ;
}
async createInsertAfterIfNotFound ( formatted ) {
var _a , _b ;
const insertAfterLine = this . replaceLinebreakInString ( await this . format ( this . choice . insertAfter . after ) ) ;
const insertAfterLineAndFormatted = ` ${ insertAfterLine } \n ${ formatted } ` ;
if ( ( ( _a = this . choice . insertAfter ) === null || _a === void 0 ? void 0 : _a . createIfNotFoundLocation ) === CREATE _IF _NOT _FOUND _TOP ) {
const frontmatterEndPosition = this . file ? await this . getFrontmatterEndPosition ( this . file ) : - 1 ;
return this . insertTextAfterPositionInBody ( insertAfterLineAndFormatted , this . fileContent , frontmatterEndPosition ) ;
}
if ( ( ( _b = this . choice . insertAfter ) === null || _b === void 0 ? void 0 : _b . createIfNotFoundLocation ) === CREATE _IF _NOT _FOUND _BOTTOM ) {
return ` ${ this . fileContent } \n ${ insertAfterLineAndFormatted } ` ;
}
}
async getFrontmatterEndPosition ( file ) {
const fileCache = await this . app . metadataCache . getFileCache ( file ) ;
if ( ! fileCache || ! fileCache . frontmatter ) {
log . logMessage ( "could not get frontmatter. Maybe there isn't any." ) ;
return - 1 ;
}
if ( fileCache . frontmatter . position )
return fileCache . frontmatter . position . end . line ;
return - 1 ;
}
insertTextAfterPositionInBody ( text , body , pos ) {
if ( pos === - 1 ) {
return ` ${ text } \n ${ body } ` ;
}
const splitContent = body . split ( "\n" ) ;
const pre = splitContent . slice ( 0 , pos + 1 ) . join ( "\n" ) ;
const post = splitContent . slice ( pos + 1 ) . join ( "\n" ) ;
return ` ${ pre } \n ${ text } ${ post } ` ;
}
}
class CaptureChoiceEngine extends QuickAddChoiceEngine {
constructor ( app , plugin , choice , choiceExecutor ) {
super ( app ) ;
this . choiceExecutor = choiceExecutor ;
this . choice = choice ;
this . plugin = plugin ;
this . formatter = new CaptureChoiceFormatter ( app , plugin , choiceExecutor ) ;
}
async run ( ) {
var _a , _b , _c , _d ;
try {
if ( ( _a = this . choice ) === null || _a === void 0 ? void 0 : _a . captureToActiveFile ) {
await this . captureToActiveFile ( ) ;
return ;
}
const captureTo = this . choice . captureTo ;
if ( ! captureTo ) {
log . logError ( ` Invalid capture to for ${ this . choice . name } ` ) ;
return ;
}
const filePath = await this . getFilePath ( captureTo ) ;
let content = await this . getCaptureContent ( ) ;
let file ;
if ( await this . fileExists ( filePath ) ) {
file = await this . getFileByPath ( filePath ) ;
if ( ! file )
return ;
const fileContent = await this . app . vault . read ( file ) ;
const newFileContent = await this . formatter . formatContentWithFile ( content , this . choice , fileContent , file ) ;
await this . app . vault . modify ( file , newFileContent ) ;
}
else if ( ( _c = ( _b = this . choice ) === null || _b === void 0 ? void 0 : _b . createFileIfItDoesntExist ) === null || _c === void 0 ? void 0 : _c . enabled ) {
let fileContent = "" ;
if ( this . choice . createFileIfItDoesntExist . createWithTemplate ) {
const singleTemplateEngine = new SingleTemplateEngine ( this . app , this . plugin , this . choice . createFileIfItDoesntExist . template , this . choiceExecutor ) ;
fileContent = await singleTemplateEngine . run ( ) ;
}
file = await this . createFileWithInput ( filePath , fileContent ) ;
await replaceTemplaterTemplatesInCreatedFile ( this . app , file ) ;
const updatedFileContent = await this . app . vault . cachedRead ( file ) ;
const newFileContent = await this . formatter . formatContentWithFile ( content , this . choice , updatedFileContent , file ) ;
await this . app . vault . modify ( file , newFileContent ) ;
}
else {
log . logWarning ( ` The file ${ filePath } does not exist and "Create file if it doesn't exist" is disabled. ` ) ;
return ;
}
if ( this . choice . appendLink )
appendToCurrentLine ( this . app . fileManager . generateMarkdownLink ( file , '' ) , this . app ) ;
if ( ( _d = this . choice ) === null || _d === void 0 ? void 0 : _d . openFile ) {
await openFile ( this . app , file , {
openInNewTab : this . choice . openFileInNewTab . enabled ,
direction : this . choice . openFileInNewTab . direction ,
focus : this . choice . openFileInNewTab . focus ,
mode : this . choice . openFileInMode
} ) ;
}
}
catch ( e ) {
log . logMessage ( e ) ;
}
}
async getCaptureContent ( ) {
let content ;
if ( ! this . choice . format . enabled )
content = VALUE _SYNTAX ;
else
content = this . choice . format . format ;
if ( this . choice . task )
content = ` - [ ] ${ content } \n ` ;
return content ;
}
async getFilePath ( captureTo ) {
const formattedCaptureTo = await this . formatter . formatFileName ( captureTo , this . choice . name ) ;
return this . formatFilePath ( "" , formattedCaptureTo ) ;
}
async captureToActiveFile ( ) {
const activeFile = this . app . workspace . getActiveFile ( ) ;
if ( ! activeFile ) {
log . logError ( "Cannot capture to active file - no active file." ) ;
}
let content = await this . getCaptureContent ( ) ;
content = await this . formatter . formatContent ( content , this . choice ) ;
if ( this . choice . format . enabled ) {
content = await templaterParseTemplate ( this . app , content , activeFile ) ;
}
if ( ! content )
return ;
if ( this . choice . prepend ) {
const fileContent = await this . app . vault . cachedRead ( activeFile ) ;
const newFileContent = ` ${ fileContent } ${ content } ` ;
await this . app . vault . modify ( activeFile , newFileContent ) ;
}
else {
appendToCurrentLine ( content , this . app ) ;
}
}
}
class ChoiceExecutor {
constructor ( app , plugin ) {
this . app = app ;
this . plugin = plugin ;
this . variables = new Map ( ) ;
}
async execute ( choice ) {
switch ( choice . type ) {
case ChoiceType . Template :
const templateChoice = choice ;
await this . onChooseTemplateType ( templateChoice ) ;
break ;
case ChoiceType . Capture :
const captureChoice = choice ;
await this . onChooseCaptureType ( captureChoice ) ;
break ;
case ChoiceType . Macro :
const macroChoice = choice ;
await this . onChooseMacroType ( macroChoice ) ;
break ;
case ChoiceType . Multi :
const multiChoice = choice ;
await this . onChooseMultiType ( multiChoice ) ;
break ;
}
}
async onChooseTemplateType ( templateChoice ) {
if ( ! templateChoice . templatePath ) {
log . logError ( ` please provide a template path for ${ templateChoice . name } ` ) ;
return ;
}
await new TemplateChoiceEngine ( this . app , this . plugin , templateChoice , this ) . run ( ) ;
}
async onChooseCaptureType ( captureChoice ) {
if ( ! captureChoice . captureTo && ! ( captureChoice === null || captureChoice === void 0 ? void 0 : captureChoice . captureToActiveFile ) ) {
log . logError ( ` please provide a capture path for ${ captureChoice . name } ` ) ;
return ;
}
await new CaptureChoiceEngine ( this . app , this . plugin , captureChoice , this ) . run ( ) ;
}
async onChooseMacroType ( macroChoice ) {
const macroEngine = await new MacroChoiceEngine ( this . app , this . plugin , macroChoice , this . plugin . settings . macros , this , this . variables ) ;
await macroEngine . run ( ) ;
Object . keys ( macroEngine . params . variables ) . forEach ( key => {
this . variables . set ( key , macroEngine . params . variables [ key ] ) ;
} ) ;
}
async onChooseMultiType ( multiChoice ) {
ChoiceSuggester . Open ( this . plugin , multiChoice . choices , this ) ;
}
}
class ChoiceSuggester extends obsidian . FuzzySuggestModal {
constructor ( plugin , choices , choiceExecutor ) {
super ( plugin . app ) ;
this . plugin = plugin ;
this . choices = choices ;
this . choiceExecutor = new ChoiceExecutor ( this . app , this . plugin ) ;
if ( choiceExecutor )
this . choiceExecutor = choiceExecutor ;
}
static Open ( plugin , choices , choiceExecutor ) {
new ChoiceSuggester ( plugin , choices , choiceExecutor ) . open ( ) ;
}
getItemText ( item ) {
return item . name ;
}
getItems ( ) {
return this . choices ;
}
async onChooseItem ( item , evt ) {
if ( item . type === ChoiceType . Multi )
this . onChooseMultiType ( item ) ;
else
await this . choiceExecutor . execute ( item ) ;
}
onChooseMultiType ( multi ) {
const choices = [ ... multi . choices ] ;
if ( multi . name != "← Back" )
choices . push ( new MultiChoice ( "← Back" ) . addChoices ( this . choices ) ) ;
ChoiceSuggester . Open ( this . plugin , choices ) ;
}
}
var ErrorLevel ;
( function ( ErrorLevel ) {
ErrorLevel [ "Error" ] = "ERROR" ;
ErrorLevel [ "Warning" ] = "WARNING" ;
ErrorLevel [ "Log" ] = "LOG" ;
} ) ( ErrorLevel || ( ErrorLevel = { } ) ) ;
class QuickAddLogger {
formatOutputString ( error ) {
return ` QuickAdd: ( ${ error . level } ) ${ error . message } ` ;
}
getQuickAddError ( message , level ) {
return { message , level , time : Date . now ( ) } ;
}
}
class ConsoleErrorLogger extends QuickAddLogger {
constructor ( ) {
super ( ... arguments ) ;
this . ErrorLog = [ ] ;
}
logError ( errorMsg ) {
const error = this . getQuickAddError ( errorMsg , ErrorLevel . Error ) ;
this . addMessageToErrorLog ( error ) ;
console . error ( this . formatOutputString ( error ) ) ;
}
logWarning ( warningMsg ) {
const warning = this . getQuickAddError ( warningMsg , ErrorLevel . Warning ) ;
this . addMessageToErrorLog ( warning ) ;
console . warn ( this . formatOutputString ( warning ) ) ;
}
logMessage ( logMsg ) {
const log = this . getQuickAddError ( logMsg , ErrorLevel . Log ) ;
this . addMessageToErrorLog ( log ) ;
console . log ( this . formatOutputString ( log ) ) ;
}
addMessageToErrorLog ( error ) {
this . ErrorLog . push ( error ) ;
}
}
class GuiLogger extends QuickAddLogger {
constructor ( plugin ) {
super ( ) ;
this . plugin = plugin ;
}
logError ( msg ) {
const error = this . getQuickAddError ( msg , ErrorLevel . Error ) ;
new obsidian . Notice ( this . formatOutputString ( error ) ) ;
}
logWarning ( msg ) {
const warning = this . getQuickAddError ( msg , ErrorLevel . Warning ) ;
new obsidian . Notice ( this . formatOutputString ( warning ) ) ;
}
logMessage ( msg ) { }
}
class StartupMacroEngine extends MacroChoiceEngine {
constructor ( app , plugin , macros , choiceExecutor ) {
super ( app , plugin , null , macros , choiceExecutor , null ) ;
}
async run ( ) {
this . macros . forEach ( macro => {
if ( macro . runOnStartup ) {
this . executeCommands ( macro . commands ) ;
}
} ) ;
}
}
class QuickAdd extends obsidian . Plugin {
async onload ( ) {
console . log ( 'Loading QuickAdd' ) ;
QuickAdd . instance = this ;
await this . loadSettings ( ) ;
this . addCommand ( {
id : 'runQuickAdd' ,
name : 'Run QuickAdd' ,
callback : ( ) => {
ChoiceSuggester . Open ( this , this . settings . choices ) ;
}
} ) ;
log . register ( new ConsoleErrorLogger ( ) )
. register ( new GuiLogger ( this ) ) ;
this . addSettingTab ( new QuickAddSettingsTab ( this . app , this ) ) ;
this . app . workspace . onLayoutReady ( ( ) => new StartupMacroEngine ( this . app , this , this . settings . macros , new ChoiceExecutor ( this . app , this ) ) . run ( ) ) ;
this . addCommandsForChoices ( this . settings . choices ) ;
await this . convertMacroChoicesMacroToId ( ) ;
}
onunload ( ) {
console . log ( 'Unloading QuickAdd' ) ;
}
async loadSettings ( ) {
this . settings = Object . assign ( { } , DEFAULT _SETTINGS , await this . loadData ( ) ) ;
}
async saveSettings ( ) {
await this . saveData ( this . settings ) ;
}
addCommandsForChoices ( choices ) {
choices . forEach ( choice => this . addCommandForChoice ( choice ) ) ;
}
addCommandForChoice ( choice ) {
if ( choice . type === ChoiceType . Multi ) {
this . addCommandsForChoices ( choice . choices ) ;
}
if ( choice . command ) {
this . addCommand ( {
id : ` choice: ${ choice . id } ` ,
name : choice . name ,
callback : async ( ) => {
await new ChoiceExecutor ( this . app , this ) . execute ( choice ) ;
}
} ) ;
}
}
getChoiceById ( choiceId ) {
return this . getChoice ( "id" , choiceId ) ;
}
getChoiceByName ( choiceName ) {
return this . getChoice ( "name" , choiceName ) ;
}
getChoice ( by , targetPropertyValue ) {
let tempChoice ;
const findChoice = ( choice ) => {
if ( choice [ by ] === targetPropertyValue ) {
tempChoice = choice ;
return tempChoice ;
}
if ( choice . type === ChoiceType . Multi )
choice . choices . forEach ( findChoice ) ;
} ;
this . settings . choices . forEach ( findChoice ) ;
return tempChoice ;
}
removeCommandForChoice ( choice ) {
deleteObsidianCommand ( this . app , ` quickadd:choice: ${ choice . id } ` ) ;
}
// Did not make sense to have copies of macros in the choices when they are maintained for themselves.
// Instead we reference by id now. Have to port this over for all users.
async convertMacroChoicesMacroToId ( ) {
function convertMacroChoiceMacroToIdHelper ( choice ) {
if ( choice . type === ChoiceType . Multi ) {
let multiChoice = choice ;
const multiChoices = multiChoice . choices . map ( convertMacroChoiceMacroToIdHelper ) ;
multiChoice = Object . assign ( Object . assign ( { } , multiChoice ) , { choices : multiChoices } ) ;
return multiChoice ;
}
if ( choice . type !== ChoiceType . Macro )
return choice ;
const macroChoice = choice ;
if ( macroChoice . macro ) {
macroChoice . macroId = macroChoice . macro . id ;
delete macroChoice . macro ;
}
return macroChoice ;
}
this . settings . choices = this . settings . choices . map ( convertMacroChoiceMacroToIdHelper ) ;
await this . saveSettings ( ) ;
}
}
module . exports = QuickAdd ;
