asciibird/src/Dashboard.vue
2021-05-29 10:28:30 +10:00

632 lines
19 KiB
Vue

<template>
<div id="app">
<NewAscii />
<context-menu :display="showContextMenu" ref="menu">
<ul>
<li
@click="$store.commit('openModal', 'new-ascii')"
class="ml-1"
@contextmenu.prevent
>
New ASCII
</li>
<li @click="clearCache()" class="ml-1">Clear and Refresh</li>
<li @click="startImport('mirc')" class="ml-1">Import mIRC</li>
<li
@click="exportMirc('file')"
class="ml-1"
v-if="this.$store.getters.asciibirdMeta.length"
>
Export mIRC to File
</li>
<li
class="ml-1"
@click="exportMirc('clipboard')"
v-if="this.$store.getters.asciibirdMeta.length"
>
Export mIRC to Clipboard
</li>
<li
@click="exportAsciibirdState()"
class="ml-1"
v-if="this.$store.getters.asciibirdMeta.length"
>
Save Asciibird State
</li>
<li @click="startImport('asb')" class="ml-1">Load Asciibird State</li>
</ul>
</context-menu>
<span
@mouseup.right="openContextMenu"
@contextmenu.prevent
style="width: 100%; height: 100%; position: absolute; z-index: -1"
></span>
<input
type="file"
style="display: none"
ref="asciiInput"
@change="onImport()"
/>
<template v-if="this.$store.getters.asciibirdMeta.length">
<t-button
v-for="(value, key) in this.$store.getters.asciibirdMeta"
v-bind:key="key"
class="ml-1"
@click="changeTab(key, value)"
:disabled="false"
>
{{ value.title }}
</t-button>
<Toolbar :canvas-x="canvasX" :canvas-y="canvasY" />
<DebugPanel :canvas-x="canvasX" :canvas-y="canvasY" />
<Editor @coordsupdate="updateCoords" />
<CharPicker v-if="$store.getters.getToolbarState.isChoosingChar" />
<ColourPicker
v-if="
$store.getters.getToolbarState.isChoosingFg ||
$store.getters.getToolbarState.isChoosingBg
"
/>
</template>
<template v-else>
<div style="left: 35%; top: 15%; position: absolute; z-index: -2">
<h1 style="font-size: 72px; text-align: center">ASCIIBIRD</h1>
<h1 style="font-size: 13px; text-align: center">
Right click to start
</h1>
</div>
</template>
</div>
</template>
<style>
/* html {
cursor: url('assets/mouse-pointer-solid.svg'), auto;
} */
</style>
<script>
import Toolbar from "./components/Toolbar.vue";
import DebugPanel from "./components/DebugPanel.vue";
import Editor from "./views/Editor.vue";
import CharPicker from "./components/parts/CharPicker.vue";
import ColourPicker from "./components/parts/ColourPicker.vue";
import ContextMenu from "./components/parts/ContextMenu.vue";
import NewAscii from "./components/modals/NewAscii.vue";
import LZString from 'lz-string';
export default {
async created() {
// Load from irc watch if present in the URL bar
const asciiUrlCdn = new URL(location.href).searchParams.get("ascii");
if (asciiUrlCdn) {
const res = await fetch(`https://ascii.jewbird.live/${asciiUrlCdn}`, {
method: "GET",
headers: {
Accept: "text/plain",
},
});
const asciiData = await res.text();
console.log({ asciiData, asciiUrlCdn });
this.mircAsciiImport(asciiData, asciiUrlCdn);
// window.location.href = "/";
}
const asciiUrl = new URL(location.href).searchParams.get("ircwatch");
if (asciiUrl) {
const res = await fetch(`https://irc.watch/ascii/txt/${asciiUrl}`, {
method: "GET",
headers: {
Accept: "text/plain",
},
});
const asciiData = await res.text();
console.log({ asciiData, asciiUrl });
this.mircAsciiImport(asciiData, asciiUrl);
// window.location.href = "/";
}
},
components: {
Toolbar,
DebugPanel,
Editor,
CharPicker,
ColourPicker,
ContextMenu,
NewAscii,
},
name: "Dashboard",
data: () => ({
showNewAsciiModal: false,
currentTab: 1,
canvasX: null,
canvasY: null,
dashboardX: 0,
dashboardY: 0,
importType: null,
showContextMenu: false,
}),
computed: {
currentTool() {
return (
this.$store.getters.getToolbarIcons[
this.$store.getters.getCurrentTool
] ?? null
);
},
icon() {
return [
this.currentTool.fa ?? "fas",
this.currentTool.icon ?? "mouse-pointer",
];
},
},
methods: {
openContextMenu(e) {
this.$refs.menu.open(e);
},
updateCoords(value) {
this.canvasX = value.x;
this.canvasY = value.y;
},
async onImport() {
const { files } = this.$refs.asciiInput;
const filename = files[0].name;
const fileReader = new FileReader();
const _importType = this.importType;
fileReader.addEventListener("load", () => {
switch (_importType) {
case "asb":
this.importAsciibirdState(fileReader.result, filename);
break;
case "mirc":
this.mircAsciiImport(fileReader.result, filename);
break;
}
});
// This will fire the file reader 'load' event
const asciiImport = fileReader.readAsText(files[0]);
},
startImport(type) {
// For ANSI we'll need to add back in the
// type cariable here
this.importType = type;
console.log(this.importType);
this.$refs.asciiInput.click();
},
// We can maybe try something different to import ANSI
// asniImport(contents, filename) {
// let ansiArray = contents.split("\n");
// let ansiWidth = 0;
// this.finalAscii = {
// width: false, // defined in: switch (curChar) case "\n":
// height: contents.split("\r\n").length,
// title: filename,
// key: this.$store.getters.nextTabValue,
// blockWidth: 8 * this.$store.getters.blockSizeMultiplier,
// blockHeight: 13 * this.$store.getters.blockSizeMultiplier,
// blocks: this.create2DArray(contents.split("\r\n").length),
// };
// for (let i = 0; i <= ansiArray.length - 1; i++) {
// if (ansiWidth > 0 && this.finalAscii.width === false) {
// this.finalAscii.width = ansiWidth;
// }
// ansiWidth = 0;
// for (let j = 0; j <= ansiArray[i].length - 1; j++) {
// let ansiParse = Anser.ansiToJson(ansiArray[i]);
// for (let l = 0; l <= ansiParse.length - 1; l++) {
// var contentArray = ansiParse[l].content.split("");
// var curBlock = {
// fg: this.mircColours.indexOf(`rgb(${ansiParse[l].fg})`),
// bg: this.mircColours.indexOf(`rgb(${ansiParse[l].bg})`),
// char: null,
// };
// // If we had no matches in our mIRC RGB lookup, then we have to try match
// // the ASNI colours to the best mIRC colour
// if (curBlock.fg === -1) {
// switch (ansiParse[l].fg) {
// case "187, 187, 0": // orangeish yellow
// curBlock.fg = 8;
// break;
// case "187, 0, 0": // red
// curBlock.fg = 4;
// break;
// }
// }
// if (curBlock.bg === -1) {
// switch (ansiParse[l].bg) {
// case "187, 187, 0": // orangeish yellow
// curBlock.bg = 8;
// break;
// case "187, 0, 0": // red
// curBlock.bg = 4;
// break;
// }
// }
// for (let k = 0; k <= contentArray.length - 1; k++) {
// if (contentArray[k] === "\r") {
// continue;
// }
// this.mircColours.indexOf(`rgb(${ansiParse[l].fg})`);
// curBlock.char = contentArray[k];
// this.finalAscii.blocks[i][ansiWidth] = JSON.parse(
// JSON.stringify(curBlock)
// );
// ansiWidth++;
// }
// }
// }
// }
// this.$store.commit("newAsciibirdMeta", this.finalAscii);
// },
onTriggeredEventHandler(payload) {
console.log(`You have pressed CMD (CTRL) + ${payload.keyString}`);
},
mircAsciiImport(contents, filename) {
const MIRC_MAX_COLOURS = this.$store.getters.mircColours.length;
// The current state of the Colours
let curBlock = {
fg: null,
bg: null,
char: null,
};
// set asciiImport as the entire file contents as a string
const asciiImport = contents.split("\u0003\u0003").join("\u0003");
// This will end up in the asciibirdMeta
const finalAscii = {
width: false, // defined in: switch (curChar) case "\n":
height: asciiImport.split("\n").length,
title: filename,
key: this.$store.getters.nextTabValue,
blockWidth: 8 * this.$store.getters.blockSizeMultiplier,
blockHeight: 13 * this.$store.getters.blockSizeMultiplier,
blocks: this.create2DArray(asciiImport.split("\n").length),
history: [],
redo: [],
x: 8 * 35, // the dragable ascii canvas x
y: 13 * 2, // the dragable ascii canvas y
};
// Turn the entire ascii string into an array
let asciiStringArray = asciiImport.split("");
// The proper X and Y value of the block inside the ASCII
let asciiX = 0;
let asciiY = 0;
// used to determine colours
let colourChar1 = null;
let colourChar2 = null;
let parsedColour = null;
// This variable just counts the amount of colour and char codes to minus
// to get the real width
let widthOfColCodes = 0;
while (asciiStringArray.length) {
const curChar = asciiStringArray[0];
// Defining a small finite state machine
// to detect the colour code
switch (curChar) {
case "\n":
// Reset the colours here on a new line
curBlock = {
fg: null,
bg: null,
char: null,
};
// the Y value of the ascii
asciiY++;
// We can determine the width at the end of the first line
// If for some reason like in aphex.txt the first line is
// trimmed it will trim the entire ascii!
if (!finalAscii.width) {
finalAscii.width =
asciiImport.split("\n")[0].length - widthOfColCodes; // minus \n for the proper width
}
// Resets the X value
asciiX = 0;
asciiStringArray.shift();
break;
case "\u0003":
// Remove the colour char
asciiStringArray.shift();
widthOfColCodes++;
// Attempt to work out bg
colourChar1 = `${asciiStringArray[0]}`;
colourChar2 = `${asciiStringArray[1]}`;
parsedColour = parseInt(`${colourChar1}${colourChar2}`);
// Work out the 01, 02 double digit codes
if (parseInt(colourChar1) === 0 && parseInt(colourChar2) >= 0) {
asciiStringArray.shift();
}
if (isNaN(parsedColour)) {
curBlock.bg = parseInt(colourChar1);
widthOfColCodes += 1;
asciiStringArray.shift();
} else if (parsedColour <= MIRC_MAX_COLOURS && parsedColour >= 0) {
curBlock.fg = parseInt(parsedColour);
widthOfColCodes += parsedColour.toString().length;
asciiStringArray = asciiStringArray.slice(
parsedColour.toString().length,
asciiStringArray.length
);
}
// No background colour
if (asciiStringArray[0] !== ",") {
break;
} else {
// Remove , from array
widthOfColCodes += 1;
asciiStringArray.shift();
}
// Attempt to work out bg
colourChar1 = `${asciiStringArray[0]}`;
colourChar2 = `${asciiStringArray[1]}`;
parsedColour = parseInt(`${colourChar1}${colourChar2}`);
if (
!isNaN(colourChar1) &&
!isNaN(colourChar2) &&
parseInt(colourChar2) > parseInt(colourChar1) &&
!isNaN(parsedColour) &&
parseInt(parsedColour) < 10
) {
parsedColour = parseInt(colourChar2);
widthOfColCodes += 1;
asciiStringArray.shift();
}
if (
parseInt(colourChar2) === parseInt(colourChar1) &&
parseInt(parsedColour) < 10
) {
parsedColour = parseInt(colourChar1);
asciiStringArray.shift();
asciiStringArray.shift();
widthOfColCodes += 2;
curBlock.bg = parseInt(colourChar1);
break;
}
if (isNaN(parsedColour)) {
curBlock.bg = parseInt(colourChar1);
widthOfColCodes += 1;
asciiStringArray.shift();
} else if (parsedColour <= MIRC_MAX_COLOURS && parsedColour >= 0) {
curBlock.bg = parseInt(parsedColour);
widthOfColCodes += parsedColour.toString().length;
asciiStringArray = asciiStringArray.slice(
parsedColour.toString().length,
asciiStringArray.length
);
break;
}
break;
default:
curBlock.char = curChar;
asciiStringArray.shift();
asciiX++;
finalAscii.blocks[asciiY][asciiX - 1] = { ...curBlock };
break;
} // End Switch
} // End loop charPos
// Store the ASCII
finalAscii.blocks = LZString.compressToUTF16(JSON.stringify(finalAscii.blocks))
finalAscii.history.push( finalAscii.blocks )
this.$store.commit("newAsciibirdMeta", finalAscii);
// To show the ASCII after importing we get the last key
// from the asciiBirdMeta array
const keys = this.$store.getters.asciibirdMeta
.map((v, k) => k)
.filter((i) => i !== undefined);
// Set the current tab and pop the array for the last value
this.currentTab = keys.pop();
this.$store.commit("changeTab", this.currentTab);
// Update the browsers title to the ASCII filename
document.title = `asciibird - ${this.$store.getters.currentAscii.title}`;
},
importAsciibirdState(fileContents) {
let contents = JSON.parse(LZString.decompressFromEncodedURIComponent(fileContents))
this.$store.commit("changeState", { ... contents });
},
exportAsciibirdState() {
let output;
try {
output = LZString.compressToEncodedURIComponent(JSON.stringify(this.$store.getters.getState));
// Default timestamp for filename
const today = new Date();
const y = today.getFullYear();
const m = today.getMonth() + 1; // JavaScript months are 0-based.
const d = today.getDate();
const h = today.getHours();
const mi = today.getMinutes();
const s = today.getSeconds();
this.downloadToFile(
output,
`asciibird-${y}-${m}-${d}-${h}-${mi}-${s}.asb`,
"application/gzip"
);
} catch (err) {
console.log(err);
}
},
exportMirc(type) {
const { currentAscii } = this.$store.getters;
let blocks = this.$store.getters.currentAsciiBlocks
const output = [];
let curBlock = null;
let prevBlock = { bg: -1, fg: -1 };
for (let y = 0; y <= blocks.length - 1; y++) {
for (let x = 0; x <= blocks[y].length - 1; x++) {
curBlock = blocks[y][x];
// If we have a difference between our previous block
// we'll put a colour codes and continue as normal
if (curBlock.bg !== prevBlock.bg || curBlock.fg !== prevBlock.fg) {
Object.assign(curBlock, blocks[y][x]);
const zeroPad = (num, places) => String(num).padStart(places, "0");
output.push(
`\u0003${zeroPad(
curBlock.fg ?? this.$store.getters.getOptions.defaultFg,
2
)},${zeroPad(
curBlock.bg ?? this.$store.getters.getOptions.defaultBg,
2
)}`
);
}
// null .chars will end up as space
output.push(curBlock.char ?? " ");
prevBlock = blocks[y][x];
}
// We can never have a -1 colour code so we'll always
// write one at the start of each line
prevBlock = { bg: -1, fg: -1 };
// New line except for the very last line
if (y < blocks.length - 1) {
output.push("\n");
}
}
// Download to a txt file
// Check if txt already exists and append it
const filename =
currentAscii.title.slice(currentAscii.title.length - 3) === "txt"
? currentAscii.title
: `${currentAscii.title}.txt`;
switch (type) {
case "clipboard":
this.$copyText(output.join("")).then(function (e) {
alert('Copied')
console.log(e)
}, function (e) {
alert('Can not copy')
console.log(e)
})
break;
default:
case "file":
this.downloadToFile(output.join(""), filename, "text/plain");
break;
}
},
downloadToFile(content, filename, contentType) {
const downloadToFile = (content, filename, contentType) => {
const a = document.createElement("a");
const file = new Blob([content], { type: contentType });
a.href = URL.createObjectURL(file);
a.download = filename;
a.click();
URL.revokeObjectURL(a.href);
};
return downloadToFile(content, filename, contentType);
},
changeTab(key, value) {
// Update the tab index in vuex store
this.currentTab = key;
this.$store.commit("changeTab", key);
},
clearCache() {
localStorage.clear();
window.location.href = "/";
},
create2DArray(rows) {
const arr = [];
for (let i = 0; i < rows; i++) {
arr[i] = [];
}
return arr;
},
captureMouse(event) {
// clientX/Y gives the coordinates relative to the viewport in CSS pixels.
// console.log("viewport", event.clientX);
// console.log("viewport", event.clientY);
// // pageX/Y gives the coordinates relative to the <html> element in CSS pixels.
// console.log("element", event.pageX);
// console.log("element", event.pageY);
this.dashboardX = event.pageX;
this.dashboardY = event.pageY;
// // screenX/Y gives the coordinates relative to the screen in device pixels.
// console.log("screen", event.screenX);
// console.log("screen", event.screenY);
},
},
};
</script>