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updated to v.1.10

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This commit is contained in:
Dan Remollino
2023-03-27 15:46:04 -04:00
parent 1add96bccc
commit eecbd369d6
4 changed files with 228 additions and 20 deletions
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121
FIGlet Text.novaextension/Scripts/main.js
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@ -66,7 +66,31 @@ nova.commands.register('figletTextEditor', editor => {
justification: nova.config.get('figlet_text.justification', 'string'),
}
let comment = nova.config.get('figlet_text.comment', 'boolean')
let bordersEnabled = nova.config.get('figlet_text.borders', 'boolean')
let borders = {
top: {
width: nova.config.get('figlet_text.borderTopWidth', 'number'),
padding: nova.config.get('figlet_text.borderTopPadding', 'number'),
char: nova.config.get('figlet_text.borderTopChar', 'string'),
},
right: {
width: nova.config.get('figlet_text.borderRightWidth', 'number'),
padding: nova.config.get('figlet_text.borderRightPadding', 'number'),
char: nova.config.get('figlet_text.borderRightChar', 'string'),
},
bottom: {
width: nova.config.get('figlet_text.borderBottomWidth', 'number'),
padding: nova.config.get('figlet_text.borderBottomPadding', 'number'),
char: nova.config.get('figlet_text.borderBottomChar', 'string'),
},
left: {
width: nova.config.get('figlet_text.borderLeftWidth', 'number'),
padding: nova.config.get('figlet_text.borderLeftPadding', 'number'),
char: nova.config.get('figlet_text.borderLeftChar', 'string'),
}
}
let commentsEnabled = nova.config.get('figlet_text.comment', 'boolean')
let commentPadding = nova.config.get('figlet_text.commentPadding', 'number')
let commentPaddingStr = nova.config.get('figlet_text.commentPaddingStr', 'string')
const getCommentChars = () => {
@ -108,9 +132,93 @@ nova.commands.register('figletTextEditor', editor => {
// easier to modify line by line; order of transformations matter
let figletTextArr = figletText.split('\n')
// add borders if the option is enabled
if (bordersEnabled) {
let longestLine = 0
figletTextArr.map(line => { if (line.length > longestLine) longestLine = line.length })
let additionalWidth = ((borders.left.width * borders.left.char.length) + borders.left.padding) + ((borders.right.width * borders.right.char.length) + borders.right.padding)
// top/bottom transformations need to be buffered and applied
// after left/right transformations which are done line by and
// are affected by top/bottom transformations if done in place
let borderBuffer = { paddingTop: [], paddingBottom: [], widthTop: [], widthBottom: [] }
for (const border in borders) {
if (borders[border].padding > 0) {
switch (border) {
case 'left':
figletTextArr = figletTextArr.map(line => {
if (!/^\s+$/.test(line)) return `${' '.repeat(borders[border].padding)}${line}`
})
break
case 'right':
figletTextArr = figletTextArr.map(line => {
if (!/^\s+$/.test(line)) return `${line}${' '.repeat(borders[border].padding)}`
})
break
case 'top':
if (borders.left.width === 0 && borders.right.width === 0) {
// subtract one; will Array.prototype.join('\n') before final editor output
borderBuffer.paddingTop.push([`${'\n'.repeat(borders[border].padding - 1)}`])
} else {
for (let count = borders.top.padding; count; count--) {
borderBuffer.paddingTop.push(
borders.left.char.repeat(borders.left.width) + ' '.repeat(longestLine + borders.left.padding + borders.right.padding) + borders.left.char.repeat(borders.right.width)
)
}
}
break
case 'bottom':
if (borders.left.width === 0 && borders.right.width === 0) {
// subtract one; will Array.prototype.join('\n') before final editor output
borderBuffer.paddingBottom.push([`${'\n'.repeat(borders[border].padding - 1)}`])
} else {
for (let count = borders.bottom.padding; count; count--) {
borderBuffer.paddingBottom.push(
borders.left.char.repeat(borders.left.width) + ' '.repeat(longestLine + borders.left.padding + borders.right.padding) + borders.left.char.repeat(borders.right.width)
)
}
}
break
}
}
if (borders[border].width > 0) {
switch (border) {
case 'left':
figletTextArr = figletTextArr.map(line => {
if (!/^\s+$/.test(line)) { return `${borders[border].char.repeat(borders[border].width)}${line}` }
})
break
case 'right':
figletTextArr = figletTextArr.map(line => {
if (!/^\s+$/.test(line)) { return `${line}${borders[border].char.repeat(borders[border].width)}` }
})
break
case 'top':
for (let count = 0; count < borders[border].width; count++) {
borderBuffer.widthTop.push(`${borders[border].char.repeat(longestLine + additionalWidth)}`)
}
break
case 'bottom':
for (let count = 0; count < borders[border].width; count++) {
borderBuffer.widthBottom.push(`${borders[border].char.repeat(longestLine + additionalWidth)}`)
}
break
}
}
}
if (!borderBuffer.paddingTop.empty) figletTextArr = borderBuffer.paddingTop.concat(figletTextArr)
if (!borderBuffer.paddingBottom.empty) figletTextArr = figletTextArr.concat(borderBuffer.paddingBottom)
if (!borderBuffer.widthTop.empty) figletTextArr = borderBuffer.widthTop.concat(figletTextArr)
if (!borderBuffer.widthBottom.empty) figletTextArr = figletTextArr.concat(borderBuffer.widthBottom)
}
// comment each line if the option is selected and a
// comment structure is defined for the current syntax
if (comment && getCommentChars() !== null) {
if (commentsEnabled && getCommentChars() !== null) {
// find the longest line so we can add whitespace to shorter
// lines so closing comments line up if the syntax uses them
let longestLine = 0
@ -122,20 +230,21 @@ nova.commands.register('figletTextEditor', editor => {
let linePadding = 0
if (line.length < longestLine && (getCommentChars().end !== '')) linePadding = longestLine - line.length
// return the fully commented and formatted array of strings
// return the commented line if not whitespace
if (/^\s+$/.test(line)) return '\n'
return `${getCommentChars().start}${commentPaddingStr.repeat(commentPadding)}${line}${' '.repeat(linePadding)}${commentPaddingStr.repeat(commentPadding)}${getCommentChars().end}`.trimEnd()
})
}
// prepend/append new lines
if (prependNewLines > 0) figletTextArr = Array.of(`${'\n'.repeat(prependNewLines)}`).concat(figletTextArr)
if (appendNewLines > 0) figletTextArr = figletTextArr.concat(Array.of(`${'\n'.repeat(appendNewLines)}`))
if (prependNewLines > 0) figletTextArr = [`${'\n'.repeat(prependNewLines)}`].concat(figletTextArr)
if (appendNewLines > 0) figletTextArr = figletTextArr.concat([`${'\n'.repeat(appendNewLines)}`])
// indent subsequent lines after the first if
// the line with the selection was indented
if (!indentRange.empty) {
figletTextArr = figletTextArr.map((line, index) => {
if (index === 0) { return `${line}` }
if (index === 0) return `${line}`
return `${indentText}${line}`
})
}