(function(F){
'use strict';
const D = F.dom;
const configStorageKey = 'pikchrshow-config';
const EAll = function(){
return (arguments.length>1 ? arguments[0] : document)
.querySelectorAll(arguments[arguments.length-1]);
};
const E = function(){
return (arguments.length>1 ? arguments[0] : document)
.querySelector(arguments[arguments.length-1]);
};
const PS = {
config: {
sideBySide: true,
swapInOut: false,
renderAutofit: false,
renderWhileTyping: false
},
e: {
previewCopyButton: E('#preview-copy-button'),
previewModeLabel: E('label[for=preview-copy-button]'),
zoneInputButtons: E('.zone-wrapper.input > legend > .button-bar'),
zoneOutputButtons: E('.zone-wrapper.output > legend > .button-bar'),
outText: E('#pikchr-output-text'),
pikOutWrapper: E('#pikchr-output-wrapper'),
pikOut: E('#pikchr-output'),
btnRender: E('#btn-render')
},
renderModes: ['svg','markdown', 'wiki', 'text'],
renderModeLabels: {
svg: 'SVG', markdown: 'Markdown', wiki: 'Fossil Wiki', text: 'Text'
},
_msgMap: {},
addMsgHandler: function f(type,callback){
if(Array.isArray(type)){
type.forEach((t)=>this.addMsgHandler(t, callback));
return this;
}
(this._msgMap.hasOwnProperty(type)
? this._msgMap[type]
: (this._msgMap[type] = [])).push(callback);
return this;
},
runMsgHandlers: function(msg){
const list = (this._msgMap.hasOwnProperty(msg.type)
? this._msgMap[msg.type] : false);
if(!list){
console.warn("No handlers found for message type:",msg);
return false;
}
list.forEach((f)=>f(msg));
return true;
},
clearMsgHandlers: function(type){
delete this._msgMap[type];
return this;
},
wMsg: function(type,data){
this.worker.postMessage({type, data});
return this;
},
storeConfig: function(){
F.storage.setJSON(configStorageKey,this.config);
}
};
PS.renderModes.selectedIndex = 0;
PS._config = F.storage.getJSON(configStorageKey);
if(PS._config){
Object.keys(PS.config).forEach(function(k){
if(PS._config.hasOwnProperty(k)){
PS.config[k] = PS._config[k];
}
});
delete PS._config;
}
PS.worker = new Worker('builtin/extsrc/pikchr-worker.js');
PS.worker.onmessage = (ev)=>PS.runMsgHandlers(ev.data);
PS.addMsgHandler('stdout', console.log.bind(console));
PS.addMsgHandler('stderr', console.error.bind(console));
PS.addMsgHandler('module', function f(ev){
ev = ev.data;
if('status'!==ev.type){
console.warn("Unexpected module-type message:",ev);
return;
}
if(!f.ui){
f.ui = {
status: E('#module-status'),
progress: E('#module-progress'),
spinner: E('#module-spinner')
};
}
const msg = ev.data;
if(f.ui.progres){
progress.value = msg.step;
progress.max = msg.step + 1;
}
if(1==msg.step){
f.ui.progress.classList.remove('hidden');
f.ui.spinner.classList.remove('hidden');
}
if(msg.text){
f.ui.status.classList.remove('hidden');
f.ui.status.innerText = msg.text;
}else{
if(f.ui.progress){
f.ui.progress.remove();
f.ui.spinner.remove();
delete f.ui.progress;
delete f.ui.spinner;
}
f.ui.status.classList.add('hidden');
}
});
PS.e.previewModeLabel.innerText =
PS.renderModeLabels[PS.renderModes[PS.renderModes.selectedIndex]];
PS.addMsgHandler('pikchr-ready', function(){
PS.clearMsgHandlers('pikchr-ready');
F.page.onPikchrshowLoaded();
});
F.page.onPikchrshowLoaded = function(){
delete this.onPikchrshowLoaded;
EAll('.initially-hidden').forEach((e)=>e.classList.remove('initially-hidden'));
const taInput = E('#input');
const btnClearIn = E('#btn-clear');
btnClearIn.addEventListener('click',function(){
taInput.value = '';
},false);
const getCurrentText = function(){
let text;
if(taInput.selectionStart<taInput.selectionEnd){
text = taInput.value.substring(taInput.selectionStart,taInput.selectionEnd).trim();
}else{
text = taInput.value.trim();
}
return text;;
};
const renderCurrentText = function(){
const text = getCurrentText();
if(text) PS.render(text);
};
const setCurrentText = function(txt){
taInput.value = txt;
renderCurrentText();
};
PS.e.btnRender.addEventListener('click',function(ev){
ev.preventDefault();
renderCurrentText();
},false);
const preStartWork = function f(){
if(!f._){
const title = E('title');
f._ = {
pageTitle: title,
pageTitleOrig: title.innerText
};
}
PS.e.btnRender.setAttribute('disabled','disabled');
};
PS.render = function f(txt){
preStartWork();
this.wMsg('pikchr',{
pikchr: txt,
darkMode: !!window.fossil.config.skin.isDark
});
};
PS.addMsgHandler('pikchr', function(ev){
const m = ev.data, pikOut = this.e.pikOut;
pikOut.classList[m.isError ? 'add' : 'remove']('error');
pikOut.dataset.pikchr = m.pikchr;
const mode = this.renderModes[this.renderModes.selectedIndex];
switch(mode){
case 'text': case 'markdown': case 'wiki': {
let body;
switch(mode){
case 'markdown':
body = ['```pikchr', m.pikchr, '```'].join('\n');
break;
case 'wiki':
body = ['<verbatim type="pikchr">', m.pikchr, '</verbatim>'].join('');
break;
default:
body = m.result;
}
this.e.outText.value = body;
this.e.outText.classList.remove('hidden');
pikOut.classList.add('hidden');
this.e.pikOutWrapper.classList.add('text');
break;
}
case 'svg':
this.e.outText.classList.add('hidden');
pikOut.classList.remove('hidden');
this.e.pikOutWrapper.classList.remove('text');
pikOut.innerHTML = m.result;
this.e.outText.value = m.result;
break;
default: throw new Error("Unhandled render mode: "+mode);
}
let vw = null, vh = null;
if('svg'===mode){
if(m.isError){
vw = vh = '100%';
}else if(this.config.renderAutofit){
vw = vh = '98%';
}else{
vw = m.width+1+'px'; vh = m.height+1+'px';
}
pikOut.style.width = vw;
pikOut.style.height = vh;
}
}.bind(PS));
E('#btn-render-mode').addEventListener('click',function(){
const modes = this.renderModes;
modes.selectedIndex = (modes.selectedIndex + 1) % modes.length;
this.e.previewModeLabel.innerText = this.renderModeLabels[modes[modes.selectedIndex]];
if(this.e.pikOut.dataset.pikchr){
this.render(this.e.pikOut.dataset.pikchr);
}
}.bind(PS));
F.copyButton(PS.e.previewCopyButton, {copyFromElement: PS.e.outText});
PS.e.previewModeLabel.addEventListener('click', ()=>PS.e.previewCopyButton.click(), false);
PS.addMsgHandler('working',function f(ev){
switch(ev.data){
case 'start':; return;
case 'end':
this.e.btnRender.removeAttribute('disabled');
this.e.pikOutWrapper.classList[this.config.renderAutofit ? 'add' : 'remove']('autofit');
return;
}
console.warn("Unhandled 'working' event:",ev.data);
}.bind(PS));
EAll('input[type=checkbox][data-csstgt]')
.forEach(function(e){
const tgt = E(e.dataset.csstgt);
const cssClass = e.dataset.cssclass || 'error';
e.checked = tgt.classList.contains(cssClass);
e.addEventListener('change', function(){
tgt.classList[
this.checked ? 'add' : 'remove'
](cssClass)
}, false);
});
EAll('input[type=checkbox][data-config]')
.forEach(function(e){
const confVal = !!PS.config[e.dataset.config];
if(e.checked !== confVal){
e.checked = confVal;
e.dispatchEvent(new Event('change'));
}
e.addEventListener('change', function(){
PS.config[this.dataset.config] = this.checked;
PS.storeConfig();
}, false);
});
E('#opt-cb-autofit').addEventListener('change',function(){
if(0==PS.renderModes.selectedIndex && PS.e.pikOut.dataset.pikchr){
PS.render(PS.e.pikOut.dataset.pikchr);
}
});
const cmdClick = function(){PS.render(this.dataset.cmd);};
EAll('button[data-cmd]').forEach(
e => e.addEventListener('click', cmdClick, false)
);
if(true){
const selectScript = PS.e.selectScript = D.select();
D.append(PS.e.zoneInputButtons, selectScript);
PS.predefinedPiks.forEach(function(script,ndx){
const opt = D.option(script.code ? script.code.trim() :'', script.name);
D.append(selectScript, opt);
if(!ndx) selectScript.selectedIndex = 0;
if(ndx && !script.code){
D.disable(opt);
}
});
delete PS.predefinedPiks;
selectScript.addEventListener('change', function(ev){
const val = ev.target.value;
if(!val) return;
setCurrentText(val);
}, false);
}
if(0) E('#load-pikchr').addEventListener('change',function(){
const f = this.files[0];
const r = new FileReader();
const status = {loaded: 0, total: 0};
this.setAttribute('disabled','disabled');
const that = this;
r.addEventListener('load', function(){
that.removeAttribute('disabled');
stdout("Loaded",f.name+". Opening pikchr...");
PS.wMsg('open',{
filename: f.name,
buffer: this.result
});
});
r.addEventListener('error',function(){
that.removeAttribute('disabled');
stderr("Loading",f.name,"failed for unknown reasons.");
});
r.addEventListener('abort',function(){
that.removeAttribute('disabled');
stdout("Cancelled loading of",f.name+".");
});
r.readAsArrayBuffer(f);
});
EAll('fieldset.collapsible').forEach(function(fs){
const btnToggle = E(fs,'legend > .fieldset-toggle'),
content = EAll(fs,':scope > div');
btnToggle.addEventListener('click', function(){
fs.classList.toggle('collapsed');
content.forEach((d)=>d.classList.toggle('hidden'));
}, false);
});
PS.e.btnRender.click();
const debounceAutoRender = F.debounce(function f(){
if(!PS._isDirty) return;
const text = getCurrentText();
if(f._ === text){
PS._isDirty = false;
return;
}
f._ = text;
PS._isDirty = false;
PS.render(text || '');
}, 800, false);
taInput.addEventListener('keydown',function f(ev){
if((ev.ctrlKey || ev.shiftKey) && 13 === ev.keyCode){
PS._isDirty = false;
ev.preventDefault();
ev.stopPropagation();
renderCurrentText();
return;
}
if(!PS.config.renderWhileTyping) return;
switch(ev.keyCode){
case (ev.keyCode<32):
case 33: case 34:
case 35: case 36:
case 37: case 38: case 39: case 40:
return;
}
PS._isDirty = true;
debounceAutoRender();
}, false);
const ForceResizeKludge = (function(){
const appViews = EAll('.app-view');
const elemsToCount = [
E('body > div.header'),
E('body > div.mainmenu'),
E('body > div.footer')
];
const resized = function f(){
if(f.$disabled) return;
const wh = window.innerHeight;
var ht;
var extra = 0;
elemsToCount.forEach((e)=>e ? extra += F.dom.effectiveHeight(e) : false);
ht = wh - extra;
appViews.forEach(function(e){
e.style.height =
e.style.maxHeight = [
"calc(", (ht>=100 ? ht : 100), "px",
" - 2em",")"
].join('');
});
};
resized.$disabled = true;
window.addEventListener('resize', F.debounce(resized, 250), false);
return resized;
})();
delete ForceResizeKludge.$disabled;
ForceResizeKludge();
};
PS.predefinedPiks = [
{name: "-- Example Scripts --", code: false},
{name:"Cardinal headings",code:`   linerad = 5px
C: circle "Center" rad 150%
circle "N"  at 1.0 n  of C; arrow from C to last chop ->
circle "NE" at 1.0 ne of C; arrow from C to last chop <-
circle "E"  at 1.0 e  of C; arrow from C to last chop <->
circle "SE" at 1.0 se of C; arrow from C to last chop ->
circle "S"  at 1.0 s  of C; arrow from C to last chop <-
circle "SW" at 1.0 sw of C; arrow from C to last chop <->
circle "W"  at 1.0 w  of C; arrow from C to last chop ->
circle "NW" at 1.0 nw of C; arrow from C to last chop <-
arrow from 2nd circle to 3rd circle chop
arrow from 4th circle to 3rd circle chop
arrow from SW to S chop <->
circle "ESE" at 2.0 heading 112.5 from Center \
thickness 150% fill lightblue radius 75%
arrow from Center to ESE thickness 150% <-> chop
arrow from ESE up 1.35 then to NE chop
line dashed <- from E.e to (ESE.x,E.y)
line dotted <-> thickness 50% from N to NW chop
`},{name:"Core object types",code:`AllObjects: [
# First row of objects
box "box"
box rad 10px "box (with" "rounded" "corners)" at 1in right of previous
circle "circle" at 1in right of previous
ellipse "ellipse" at 1in right of previous
# second row of objects
OVAL1: oval "oval" at 1in below first box
oval "(tall &" "thin)" "oval" width OVAL1.height height OVAL1.width \
at 1in right of previous
cylinder "cylinder" at 1in right of previous
file "file" at 1in right of previous
# third row shows line-type objects
dot "dot" above at 1in below first oval
line right from 1.8cm right of previous "lines" above
arrow right from 1.8cm right of previous "arrows" above
spline from 1.8cm right of previous \
go right .15 then .3 heading 30 then .5 heading 160 then .4 heading 20 \
then right .15
"splines" at 3rd vertex of previous
# The third vertex of the spline is not actually on the drawn
# curve.  The third vertex is a control point.  To see its actual
# position, uncomment the following line:
#dot color red at 3rd vertex of previous spline
# Draw various lines below the first line
line dashed right from 0.3cm below start of previous line
line dotted right from 0.3cm below start of previous
line thin   right from 0.3cm below start of previous
line thick  right from 0.3cm below start of previous
# Draw arrows with different arrowhead configurations below
# the first arrow
arrow <-  right from 0.4cm below start of previous arrow
arrow <-> right from 0.4cm below start of previous
# Draw splines with different arrowhead configurations below
# the first spline
spline same from .4cm below start of first spline ->
spline same from .4cm below start of previous <-
spline same from .4cm below start of previous <->
] # end of AllObjects
# Label the whole diagram
text "Examples Of Pikchr Objects" big bold  at .8cm above north of AllObjects
`},{name:"Swimlanes",code:`    $laneh = 0.75
# Draw the lanes
down
box width 3.5in height $laneh fill 0xacc9e3
box same fill 0xc5d8ef
box same as first box
box same as 2nd box
line from 1st box.sw+(0.2,0) up until even with 1st box.n \
"Alan" above aligned
line from 2nd box.sw+(0.2,0) up until even with 2nd box.n \
"Betty" above aligned
line from 3rd box.sw+(0.2,0) up until even with 3rd box.n \
"Charlie" above aligned
line from 4th box.sw+(0.2,0) up until even with 4th box.n \
"Darlene" above aligned
# fill in content for the Alice lane
right
A1: circle rad 0.1in at end of first line + (0.2,-0.2) \
fill white thickness 1.5px "1"
arrow right 50%
circle same "2"
arrow right until even with first box.e - (0.65,0.0)
ellipse "future" fit fill white height 0.2 width 0.5 thickness 1.5px
A3: circle same at A1+(0.8,-0.3) "3" fill 0xc0c0c0
arrow from A1 to last circle chop "fork!" below aligned
# content for the Betty lane
B1: circle same as A1 at A1-(0,$laneh) "1"
arrow right 50%
circle same "2"
arrow right until even with first ellipse.w
ellipse same "future"
B3: circle same at A3-(0,$laneh) "3"
arrow right 50%
circle same as A3 "4"
arrow from B1 to 2nd last circle chop
# content for the Charlie lane
C1: circle same as A1 at B1-(0,$laneh) "1"
arrow 50%
circle same "2"
arrow right 0.8in "goes" "offline"
C5: circle same as A3 "5"
arrow right until even with first ellipse.w \
"back online" above "pushes 5" below "pulls 3 & 4" below
ellipse same "future"
# content for the Darlene lane
D1: circle same as A1 at C1-(0,$laneh) "1"
arrow 50%
circle same "2"
arrow right until even with C5.w
circle same "5"
arrow 50%
circle same as A3 "6"
arrow right until even with first ellipse.w
ellipse same "future"
D3: circle same as B3 at B3-(0,2*$laneh) "3"
arrow 50%
circle same "4"
arrow from D1 to D3 chop
`},{
name: "The Stuff of Dreams",
code:`
O: text "DREAMS" color grey
circle rad 0.9 at 0.6 above O thick color red
text "INEXPENSIVE" big bold at 0.9 above O color red
circle rad 0.9   at 0.6 heading  120 from O thick color green
text "FAST" big bold at 0.9 heading  120 from O  color green
circle rad 0.9 at 0.6 heading -120 from O thick color blue
text "HIGH" big bold "QUALITY" big bold at 0.9 heading  -120 from O  color blue
text "EXPENSIVE" at 0.55 below O  color cyan
text "SLOW" at 0.55 heading  -60 from O  color magenta
text "POOR" "QUALITY" at 0.55 heading   60 from O  color gold
`},{name:"Precision Arrows",code:`
# Source: https://pikchr.org/home/forumpost/7f2f9a03eb
define quiver {
dot invis at 0.5 < $1.ne , $1.e >
dot invis at 0.5 < $1.nw , $1.w >
dot invis at 0.5 < $1.se , $1.e >
dot invis at 0.5 < $1.sw , $1.w >
dot at $2 right of 4th previous dot
dot at $3 right of 4th previous dot
dot at $4 right of 4th previous dot
dot at $5 right of 4th previous dot
arrow <- from previous dot to 2nd previous dot
arrow -> from 3rd previous dot to 4th previous dot
}
define show_compass_l {
dot color red  at $1.e " .e" ljust
dot same at $1.ne " .ne" ljust above
line thick color green from previous to 2nd last dot
}
define show_compass_r {
dot color red  at $1.w " .w" ljust
dot same at $1.nw " .nw" ljust above
line thick color green from previous to 2nd last dot
}
PROGRAM: file "Program" rad 45px
show_compass_l(PROGRAM)
QUIVER: box invis ht 0.75
DATABASE: oval "Database" ht 0.75 wid 1.1
show_compass_r(DATABASE)
quiver(QUIVER, 5px, -5px, 5px, 0px)
text "Query" with .c at 0.1in above last arrow
text "Records" with .c at 0.1in below 2nd last arrow
`}
];
})(window.fossil);