Sublime Text enhanced syntax highlighting for JavaScript ES6/ES7/ES2015/ES2016/ES2017+, Babel, FlowType, React JSX, Styled Components, HTML5, SCSS3, PHP 7, phpDoc, PHPUnit, MQL4. Basic: Git config files.
License: Other
Given the following code:
const doSomething = () => ...;
const doSomethingElse = arg => {
...
};
const justAvariable = 1;I'd love to be able to color doSomething and doSomethingElse differently from justAvariable since they are functions.
Great work on this package!
The opening and closing div tags have a different color and it is pretty annoying coming from the babel syntax to see this change.
Broken:
Repro case:
class Button extends PureComponent {
onClick = (e) => {
const { dispatch, disabled } = this.props
if (disabled) {
return
}
if (typeof dispatch === 'function') {
dispatch(trackLinkClick({ type: LINKCLICK }))
}
}
}While I use this package daily, I cannot guarantee that it works on all cases, specially the new syntaxes.
In one of the more horrendous pieces of code we have a function that uses global variable variables which breaks the syntax highlighting. After the global variable variable everything is grey:
This seems to happen a lot with other instances using variable variables too; in if statements, foreach loops etc…
For copy & pasting:
<?php
$a = 1;
$b = 'a'
switch ($a) {
case 1:
global $$b;
echo $$b;
echo $$b;
echo $$b;
echo $$b;
}Hello. I've encountered with one syntax hightlighting bug.
Minimal code to reproduce the trouble:
code:
<Aaa>
<Bbb
/>
</Aaa>export Board from './board'
export { default as Board } from './board'
https://babeljs.io/blog/2017/09/12/planning-for-7.0
go to Stage 1: export-default-from
I use flow-builtin-type-completion and it didn't work with FJSX15 because code
How do you think which will be right: send PR for flow-builtin-type-completion or change your base scope name?
I suppose that it's not only one plugin which depends from source.js scope name
When using Javascript (Babel), the jsx section has the following scope:
When using FXJS15, the jsx section only has the following scope:
So when doing .myClass[tab] on each of the syntax, yields different results
On FXJS15
On Javascript (Babel)
I tried to add highlight to label declarations before but there were conflicts with switch case expression: because after the case keyword gets highlighted, it tries to highlight an expression which could contain label declarations and break the syntax as the label consume the :.
Screenshot:
This package goes beyond the common scopes found in other editors to allow greater flexibility when choosing the colors, but, that makes it not work correctly with some color schemes found on the internet.
Another problem is that most color schemes don't make use of CSScheme and it makes them really hard to extend, feel free to send pull requests of other color schemes.
To understand the logic behind the scopes names, look into the DESIGN document.
Check the scss files from the Candyman color scheme, there you will find most scopes generated by this package. Sublime has a builtin shortcut to list the current scopes under cursor:
OS X: ⌃ + Shift + P
Windows & Linux: Ctrl + Shift + Alt + P
Another option is to use Scope Hunter, the Instant Scope will update as you move the cursor.
Sublime stops responding when I attempt to access the /unit tests folder in an Ember project.
To recreate the scenario, you'd install ember-cli and create a new project + generate a model for something, (in my case 'thing') - which creates a /unit/thing-test.js + then just try and access the unit folder with fuzzy search or with the mouse.
Keywords could be "unit" or "thing" - I have no idea how to debug this, but I really loved the syntax highlighting. :)
for(const it of el.values)
if(it.length)
mea.eval(it); // throw
return el.values.length ? el.values[0] : '1';Hello. I don't know why, but the code abode breaks all syntax highlighting below :) My expreriments with it shows that it because I use here the variable called it. When I changed it to a the trouble dissolved.
Last closed tag broken and all after it too. I tried to remove all inside condition, but it didn't help
Function in render key has incorrect highlight.
Problem:
But this one works fine
const isFunction = require('isfunction')
const map = require('lodash.map')
const groupBy = require('lodash.groupby')
const memoize = require('lodash.memoize')
const mgby = memoize(groupBy)
module.exports = function findChildren(root, items = [], opts = {}, mapper) {
const {
rootKey, foreignKey,
withRoot, rootKeyOnly,
enableMemoize,
} = opts
const groupItemsByForeignKey = enableMemoize ? mgby(items, foreignKey)
let children = [root]
let _children = [].concat(children)
recurse()
if (!withRoot)
children.shift()
if (rootKeyOnly)
children = map(children, rootKey)
if (isFunction(mapper))
return map(children, mapper)
return children
function recurse() {
for (child of _children) {
_children.shift()
const foundChildren = groupItemsByForeignKey[child[rootKey]]
if (!foundChildren)
return recurse()
children = children.concat(foundChildren)
_children = _children.concat(foundChildren)
recurse()
}
}
}
this is the old buddy
jsx uncomment not work
Syntax for FJSX15 does not do auto closing tags for jsx, but it does for HTML 5.
I would expect to get the same type of auto close/auto complete on triggers for jsx files as I would for html files.
Cannot import any types that contains the characters "as". The image below should explain it:
/**/ 42; // Comment doesn't end */
42 /* */ /myVar/g; // Division slashes marked as regexps;
42
/myVar/g; // Division slashes marked as regexps;
myVar
[1]; // Property access marked as array literal.
+function foo() {} []; // Property access marked as array literal.
export default {} []; // Property access marked as array literal.
class Foo {
bar = 42
['prop'] // Property access marked as some kind of flow thing.
}Missing support for export default
Hey @borela! I like what you're doing here especially since there is no good Flowtype syntax highlighting for Sublime. One question I have is what is the color scheme you're using in the readme? If I go into the color schemes for Naomi there's just Candyman and it looks nothing like that on my machine.
Thank you!
A little known fact about JS is that case statements allow for block level scoping via {}. Its getting a bit more use with everyone switching to const and let instead of var, and everyone writing reducers in redux with switch statements.
In my screen shot, the syntax highlighting for the second 'foo' block should match the one outside of the switch statement.
Flow recently added the opaque type.
I've tried, but I can't seem to figure out where in the syntax to add it... I've only found 1 location but i can't seem to find the main syntax declaration for type.
Markdown syntax should be the same as the core but with extra features supported by the github markdown.
Conditions ruins syntax highlight. May I ask you to fix it?
HTML5 scopes are not synced with sublime's core.
this is a WIP package code
see screenshot
import React, { Component } from 'react'
import { render } from 'react-dom'
const config = {
loading: <div>loading</div>,
fault: <div>fault</div>,
error: error => <div>
{JSON.stringify(error)}
</div>,
}
const { loading } = config
// React Error Boundary
class WithFault extends Component {
state = {
fault: false,
}
componentDidCatch(error, info) {
this.setState({ fault: true, error, info })
}
render() {
const { fault, error, info } = this.state
if (!fault)
return this.props.children
return config.fault
}
}
// Meteor.subscribe wrapper
class WithSubscribe extends Component {
state = {
ready: false,
stop: false,
error: undefined,
}
componentDidMount() {
this.subscribe()
}
componentWillUnmount() {
this.unsubscribe()
}
render() {
const { ready, stop, error } = this.state
const { children, loading } = this.props
if (error)
return config.error(error)
if (stop)
return null
if (!ready)
return loading || config.loading
const props = {
_subscribeHandler: this.subscribeHandler,
_subscriptionId: this.subscribeHandler.subscriptionId,
}
return children.$$typeof
? children
: children(props)
}
getSubscriptionArgs = () => {
const args = getArgs(this.props)
const callbackObj = args.slice(-1)
if (!callbackObj.onStop)
args.push({ onStop: this.onStop })
return args
}
subscribe = () => {
const subscriptionArgs = this.getSubscriptionArgs()
this.trackerHandler = Meteor.autorun(computation => {
this.subscribeHandler = Meteor.subscribe.apply(Meteor.subscribe, subscriptionArgs)
const ready = this.subscribeHandler.ready()
this.setState({ ready })
})
}
unsubscribe = () => {
if (this.trackerHandler)
this.trackerHandler.stop()
if (this.subscribeHandler)
this.subscribeHandler.stop()
}
onStop = error => {
if (error)
return this.setState({ error })
this.setState({ stop: true })
}
}
// Meteor.autorun wrapper
class WithTracker extends Component {
state = {
error: undefined,
data: {
list: [],
item: undefined,
},
}
_data = {}
componentWillMount() {
this.resolve()
}
componentWillUnmount() {
if (this.trackerHandler)
this.trackerHandler.stop()
}
render() {
const { props, state } = this
const { children } = props
const { data } = state
return children({ data })
}
resolve = () => {
const { list, item, data } = this.props
if (list)
return this.resolveList()
if (item)
return this.resolveItem()
this.resolveData()
}
resolveData = () => {
const { list, item, data } = this.props
this.trackerHandler = Meteor.autorun(computation => {
for (const key in data) {
const value = this.resolveValue(data[key])
this.setData(key, value)
}
this.setState({ data: this.getData() })
})
}
resolveList = () => {
const { list } = this.props
this.trackerHandler = Tracker.autorun(computation => {
const value = this.resolveValue(list)
this.setState({ data: { list: value } })
})
}
resolveItem = () => {
const { item } = this.props
this.trackerHandler = Meteor.autorun(computation => {
const value = this.resolveValue(item)
this.setState({ data: { item: value } })
})
}
resolveValue = value => {
if (isFunction(value))
value = value(this)
if (value instanceof Mongo.Cursor)
value = value.fetch()
return value
}
getData = key => {
if (key)
return this._data[key]
return this._data
}
setData = (key, value) => {
this._data[key] = value
}
}
// Meteor.call wrapper
class WithCall extends Component {
state = {
ready: false,
error: undefined,
data: undefined,
}
componentWillMount() {
this.resolveCall()
}
render() {
const { ready, error, data } = this.state
const { children, loading } = this.props
if (!ready)
return loading || config.loading
return (
children({ data })
)
}
getCallArgs = () => getArgs(this.props)
resolveCall = () => {
const callArgs = this.getCallArgs()
const [callback] = callArgs.slice(-1)
if (!isFunction(callback))
callArgs.push(this.callback)
Meteor.call.apply(Meteor.call, callArgs)
}
callback = (error, data) => {
const ready = true
error
? this.setState({ ready, error })
: this.setState({ ready, data })
}
}
// without Meteor.userId wrapper
class WithUserId extends Component {
state = {
ready: false,
userId: null,
}
componentWillMount() {
this.resolveUserId()
}
componentWillUnmount() {
if (this.trackerHandler)
this.trackerHandler.stop()
}
render() {
const { ready, userId } = this.state
const { children, loading } = this.props
if (!userId)
return null
if (userId && !ready)
return loading || config.loading
return children
}
resolveUserId() {
this.trackerHandler = Meteor.autorun(computation => {
const userId = Meteor.userId()
const ready = !Meteor.loggingIn()
this.setState({ userId, ready })
})
}
}
// without Meteor.userId wrapper
class WithoutUserId extends Component {
state = {
userId: null,
}
componentWillMount() {
this.resolveUserId()
}
componentWillUnmount() {
if (this.trackerHandler)
this.trackerHandler.stop()
}
render() {
const { userId } = this.state
const { children } = this.props
if (userId)
return null
return children
}
resolveUserId() {
this.trackerHandler = Meteor.autorun(computation => {
const userId = Meteor.userId()
this.setState({ userId })
})
}
}
// Meteor.user() wrapper
class WithUser extends Component {
state = {
user: undefined,
}
componentWillMount() {
this.resolveUser()
}
componentWillUnmount() {
if (this.trackerHandler)
this.trackerHandler.stop()
}
render() {
const { user } = this.state
const { children } = this.props
if (!children || children && children.$$typeof)
throw new Error('WithUser\'s children should be a function that return component')
if (!user)
return null
return children(user)
}
resolveUser() {
this.trackerHandler = Meteor.autorun(computation => {
const user = Meteor.user()
this.setState({ user })
})
}
}
function Mount(component, options = {}) {
const defaultOptions = {
id: 'react-root',
withFault: true,
}
options = Object.assign({}, defaultOptions, options)
Meteor.startup(function () {
const div = document.createElement('div')
div.id = options.id
document.body.appendChild(div)
if (options.withFault)
return render(<WithFault>
{component}
</WithFault>, div)
render(component, div)
})
}
// utils
function getArgs(props) {
const { name, args } = props
if (!name && !isString(name))
throw new Error('name must be specified')
if (!args)
return [name]
if (!Array.isArray(args))
return [name, args]
return [name].concat(args)
}
function isString(target) {
return isType(target, 'String')
}
function isFunction(target) {
return isType(target, 'Function')
}
function isType(target, type) {
return Object.prototype.toString.call(target) === `[object ${type}]` ? true : false
}
module.exports = {
WithFault,
WithSubscribe,
WithTracker,
WithCall,
WithUserId,
WithoutUserId,
WithUser,
Mount,
config,
}Styled components were adopted in a lot of projects, this feature would be extremely useful.
Thank you for this, it's a great syntax highlighting/color scheme combo. I'm just wondering, Do you know how can I make it work with SublimeLinter?
3.0.6
error
after remove somecode
import moment from 'moment'
import React, { Component } from 'react'
import { Mount, WithSubscribe, WithTracker } from '/imports/module'
const App = () => {
return (
<div>
<WithSubscribe name='logs'>
{props => {
console.log(props)
return (
<WithTracker list={ctx => Logs.find({}, { sort: { createdAt: -1 } })}>
{({ data: { list } }) => {
return (
<div>
{list.map(item => {
return (
<div key={item._id} className='log'>
<dl>
<dd>where: {item.where || 'unknown'}</dd>
<dd>when: {moment(item.when).format()}</dd>
<dd>who: {item.who || 'unknown'}</dd>
<dd>what: {item.what || 'unknown'}</dd>
<dd>args: {JSON.stringify(item.args) || 'unknown'}</dd>
<dd>stack: {JSON.stringify(item.stack) || 'unknown'}</dd>
</dl>
</div>
)
})}
</div>
)
}}
</WithTracker>
)
}}
</WithSubscribe>
</div>
)
}
Meteor.startup(function () {
Mount(<App />)
})Is it possible to add Sass support? I mean not just SCSS.
The Syntax-highlighting-for-Sass just removed their built-in completions. So I'm finding other solution.
Thank you for such good work here.
I like to use do blocks to avoid hard to read binary operators.
<Component>
{ do {
if (cond) {
childrenA
} else {
childrenB
}
}}
</Component>but this doesn't seem to be recognized in FJSX15+
Something as simple as:
<div>
<Parsable />
{ do { 1 + 1 }}
</div>fails
Oddly, if statements are partially recognized.
In this code:
<div>
{do {
if (condition) {
1 + 1
} else {
2 + 2
}
}}
</div>the true branch is parsed.
Broken:
Here's a small repo case:
// @flow
export default class Foo extends Bar {
multilineArrowFn = (
eventName: string,
handler: (evt: SyntheticEvent<>) => void,
bubbles: boolean = false,
) => {
document.body.addEventListener(eventName, handler, bubbles)
}
setModel({
id,
}: ModelType): Promise<Part> {
let vardsad = 'dsajf'
return null
}
}
Object destructuring in the function definition works, but not array destructuring:
With the babel-sublime package, it will denote the opening and closing JSX tags with a dotted underline:
This is achieved simply via * { tagsOptions: stippled_underline }. This appears not to be supported in Naomi.
Hi,
There are tools which can convert sublime text syntax packages to work with Atom and VSCode. These tools are increasingly popular for frontend development.
babel-sublime is the root of the core syntaxes for both atom and vscode packages, and according to babel/babel-sublime#328 (comment) it is unmaintained.
Thoughts?
Hello. I've found one bug:
minimal code to reproduce the bug:
const c = ((a) / 1);
const top = 2;v3.3.6, 3152, LinuxMint
(function() {
var debug = false;
var root = this;
var EXIF = function(obj) {
if (obj instanceof EXIF) return obj;
if (!(this instanceof EXIF)) return new EXIF(obj);
this.EXIFwrapped = obj;
};
if (typeof exports !== 'undefined') {
if (typeof module !== 'undefined' && module.exports) {
exports = module.exports = EXIF;
}
exports.EXIF = EXIF;
} else {
root.EXIF = EXIF;
}
var ExifTags = EXIF.Tags = {
// version tags
0x9000 : "ExifVersion", // EXIF version
0xA000 : "FlashpixVersion", // Flashpix format version
// colorspace tags
0xA001 : "ColorSpace", // Color space information tag
// image configuration
0xA002 : "PixelXDimension", // Valid width of meaningful image
0xA003 : "PixelYDimension", // Valid height of meaningful image
0x9101 : "ComponentsConfiguration", // Information about channels
0x9102 : "CompressedBitsPerPixel", // Compressed bits per pixel
// user information
0x927C : "MakerNote", // Any desired information written by the manufacturer
0x9286 : "UserComment", // Comments by user
// related file
0xA004 : "RelatedSoundFile", // Name of related sound file
// date and time
0x9003 : "DateTimeOriginal", // Date and time when the original image was generated
0x9004 : "DateTimeDigitized", // Date and time when the image was stored digitally
0x9290 : "SubsecTime", // Fractions of seconds for DateTime
0x9291 : "SubsecTimeOriginal", // Fractions of seconds for DateTimeOriginal
0x9292 : "SubsecTimeDigitized", // Fractions of seconds for DateTimeDigitized
// picture-taking conditions
0x829A : "ExposureTime", // Exposure time (in seconds)
0x829D : "FNumber", // F number
0x8822 : "ExposureProgram", // Exposure program
0x8824 : "SpectralSensitivity", // Spectral sensitivity
0x8827 : "ISOSpeedRatings", // ISO speed rating
0x8828 : "OECF", // Optoelectric conversion factor
0x9201 : "ShutterSpeedValue", // Shutter speed
0x9202 : "ApertureValue", // Lens aperture
0x9203 : "BrightnessValue", // Value of brightness
0x9204 : "ExposureBias", // Exposure bias
0x9205 : "MaxApertureValue", // Smallest F number of lens
0x9206 : "SubjectDistance", // Distance to subject in meters
0x9207 : "MeteringMode", // Metering mode
0x9208 : "LightSource", // Kind of light source
0x9209 : "Flash", // Flash status
0x9214 : "SubjectArea", // Location and area of main subject
0x920A : "FocalLength", // Focal length of the lens in mm
0xA20B : "FlashEnergy", // Strobe energy in BCPS
0xA20C : "SpatialFrequencyResponse", //
0xA20E : "FocalPlaneXResolution", // Number of pixels in width direction per FocalPlaneResolutionUnit
0xA20F : "FocalPlaneYResolution", // Number of pixels in height direction per FocalPlaneResolutionUnit
0xA210 : "FocalPlaneResolutionUnit", // Unit for measuring FocalPlaneXResolution and FocalPlaneYResolution
0xA214 : "SubjectLocation", // Location of subject in image
0xA215 : "ExposureIndex", // Exposure index selected on camera
0xA217 : "SensingMethod", // Image sensor type
0xA300 : "FileSource", // Image source (3 == DSC)
0xA301 : "SceneType", // Scene type (1 == directly photographed)
0xA302 : "CFAPattern", // Color filter array geometric pattern
0xA401 : "CustomRendered", // Special processing
0xA402 : "ExposureMode", // Exposure mode
0xA403 : "WhiteBalance", // 1 = auto white balance, 2 = manual
0xA404 : "DigitalZoomRation", // Digital zoom ratio
0xA405 : "FocalLengthIn35mmFilm", // Equivalent foacl length assuming 35mm film camera (in mm)
0xA406 : "SceneCaptureType", // Type of scene
0xA407 : "GainControl", // Degree of overall image gain adjustment
0xA408 : "Contrast", // Direction of contrast processing applied by camera
0xA409 : "Saturation", // Direction of saturation processing applied by camera
0xA40A : "Sharpness", // Direction of sharpness processing applied by camera
0xA40B : "DeviceSettingDescription", //
0xA40C : "SubjectDistanceRange", // Distance to subject
// other tags
0xA005 : "InteroperabilityIFDPointer",
0xA420 : "ImageUniqueID" // Identifier assigned uniquely to each image
};
var TiffTags = EXIF.TiffTags = {
0x0100 : "ImageWidth",
0x0101 : "ImageHeight",
0x8769 : "ExifIFDPointer",
0x8825 : "GPSInfoIFDPointer",
0xA005 : "InteroperabilityIFDPointer",
0x0102 : "BitsPerSample",
0x0103 : "Compression",
0x0106 : "PhotometricInterpretation",
0x0112 : "Orientation",
0x0115 : "SamplesPerPixel",
0x011C : "PlanarConfiguration",
0x0212 : "YCbCrSubSampling",
0x0213 : "YCbCrPositioning",
0x011A : "XResolution",
0x011B : "YResolution",
0x0128 : "ResolutionUnit",
0x0111 : "StripOffsets",
0x0116 : "RowsPerStrip",
0x0117 : "StripByteCounts",
0x0201 : "JPEGInterchangeFormat",
0x0202 : "JPEGInterchangeFormatLength",
0x012D : "TransferFunction",
0x013E : "WhitePoint",
0x013F : "PrimaryChromaticities",
0x0211 : "YCbCrCoefficients",
0x0214 : "ReferenceBlackWhite",
0x0132 : "DateTime",
0x010E : "ImageDescription",
0x010F : "Make",
0x0110 : "Model",
0x0131 : "Software",
0x013B : "Artist",
0x8298 : "Copyright"
};
var GPSTags = EXIF.GPSTags = {
0x0000 : "GPSVersionID",
0x0001 : "GPSLatitudeRef",
0x0002 : "GPSLatitude",
0x0003 : "GPSLongitudeRef",
0x0004 : "GPSLongitude",
0x0005 : "GPSAltitudeRef",
0x0006 : "GPSAltitude",
0x0007 : "GPSTimeStamp",
0x0008 : "GPSSatellites",
0x0009 : "GPSStatus",
0x000A : "GPSMeasureMode",
0x000B : "GPSDOP",
0x000C : "GPSSpeedRef",
0x000D : "GPSSpeed",
0x000E : "GPSTrackRef",
0x000F : "GPSTrack",
0x0010 : "GPSImgDirectionRef",
0x0011 : "GPSImgDirection",
0x0012 : "GPSMapDatum",
0x0013 : "GPSDestLatitudeRef",
0x0014 : "GPSDestLatitude",
0x0015 : "GPSDestLongitudeRef",
0x0016 : "GPSDestLongitude",
0x0017 : "GPSDestBearingRef",
0x0018 : "GPSDestBearing",
0x0019 : "GPSDestDistanceRef",
0x001A : "GPSDestDistance",
0x001B : "GPSProcessingMethod",
0x001C : "GPSAreaInformation",
0x001D : "GPSDateStamp",
0x001E : "GPSDifferential"
};
var StringValues = EXIF.StringValues = {
ExposureProgram : {
0 : "Not defined",
1 : "Manual",
2 : "Normal program",
3 : "Aperture priority",
4 : "Shutter priority",
5 : "Creative program",
6 : "Action program",
7 : "Portrait mode",
8 : "Landscape mode"
},
MeteringMode : {
0 : "Unknown",
1 : "Average",
2 : "CenterWeightedAverage",
3 : "Spot",
4 : "MultiSpot",
5 : "Pattern",
6 : "Partial",
255 : "Other"
},
LightSource : {
0 : "Unknown",
1 : "Daylight",
2 : "Fluorescent",
3 : "Tungsten (incandescent light)",
4 : "Flash",
9 : "Fine weather",
10 : "Cloudy weather",
11 : "Shade",
12 : "Daylight fluorescent (D 5700 - 7100K)",
13 : "Day white fluorescent (N 4600 - 5400K)",
14 : "Cool white fluorescent (W 3900 - 4500K)",
15 : "White fluorescent (WW 3200 - 3700K)",
17 : "Standard light A",
18 : "Standard light B",
19 : "Standard light C",
20 : "D55",
21 : "D65",
22 : "D75",
23 : "D50",
24 : "ISO studio tungsten",
255 : "Other"
},
Flash : {
0x0000 : "Flash did not fire",
0x0001 : "Flash fired",
0x0005 : "Strobe return light not detected",
0x0007 : "Strobe return light detected",
0x0009 : "Flash fired, compulsory flash mode",
0x000D : "Flash fired, compulsory flash mode, return light not detected",
0x000F : "Flash fired, compulsory flash mode, return light detected",
0x0010 : "Flash did not fire, compulsory flash mode",
0x0018 : "Flash did not fire, auto mode",
0x0019 : "Flash fired, auto mode",
0x001D : "Flash fired, auto mode, return light not detected",
0x001F : "Flash fired, auto mode, return light detected",
0x0020 : "No flash function",
0x0041 : "Flash fired, red-eye reduction mode",
0x0045 : "Flash fired, red-eye reduction mode, return light not detected",
0x0047 : "Flash fired, red-eye reduction mode, return light detected",
0x0049 : "Flash fired, compulsory flash mode, red-eye reduction mode",
0x004D : "Flash fired, compulsory flash mode, red-eye reduction mode, return light not detected",
0x004F : "Flash fired, compulsory flash mode, red-eye reduction mode, return light detected",
0x0059 : "Flash fired, auto mode, red-eye reduction mode",
0x005D : "Flash fired, auto mode, return light not detected, red-eye reduction mode",
0x005F : "Flash fired, auto mode, return light detected, red-eye reduction mode"
},
SensingMethod : {
1 : "Not defined",
2 : "One-chip color area sensor",
3 : "Two-chip color area sensor",
4 : "Three-chip color area sensor",
5 : "Color sequential area sensor",
7 : "Trilinear sensor",
8 : "Color sequential linear sensor"
},
SceneCaptureType : {
0 : "Standard",
1 : "Landscape",
2 : "Portrait",
3 : "Night scene"
},
SceneType : {
1 : "Directly photographed"
},
CustomRendered : {
0 : "Normal process",
1 : "Custom process"
},
WhiteBalance : {
0 : "Auto white balance",
1 : "Manual white balance"
},
GainControl : {
0 : "None",
1 : "Low gain up",
2 : "High gain up",
3 : "Low gain down",
4 : "High gain down"
},
Contrast : {
0 : "Normal",
1 : "Soft",
2 : "Hard"
},
Saturation : {
0 : "Normal",
1 : "Low saturation",
2 : "High saturation"
},
Sharpness : {
0 : "Normal",
1 : "Soft",
2 : "Hard"
},
SubjectDistanceRange : {
0 : "Unknown",
1 : "Macro",
2 : "Close view",
3 : "Distant view"
},
FileSource : {
3 : "DSC"
},
Components : {
0 : "",
1 : "Y",
2 : "Cb",
3 : "Cr",
4 : "R",
5 : "G",
6 : "B"
}
};
function addEvent(element, event, handler) {
if (element.addEventListener) {
element.addEventListener(event, handler, false);
} else if (element.attachEvent) {
element.attachEvent("on" + event, handler);
}
}
function imageHasData(img) {
return !!(img.exifdata);
}
function base64ToArrayBuffer(base64, contentType) {
contentType = contentType || base64.match(/^data\:([^\;]+)\;base64,/mi)[1] || ''; // e.g. 'data:image/jpeg;base64,...' => 'image/jpeg'
base64 = base64.replace(/^data\:([^\;]+)\;base64,/gmi, '');
var binary = atob(base64);
var len = binary.length;
var buffer = new ArrayBuffer(len);
var view = new Uint8Array(buffer);
for (var i = 0; i < len; i++) {
view[i] = binary.charCodeAt(i);
}
return buffer;
}
function objectURLToBlob(url, callback) {
var http = new XMLHttpRequest();
http.open("GET", url, true);
http.responseType = "blob";
http.onload = function(e) {
if (this.status == 200 || this.status === 0) {
callback(this.response);
}
};
http.send();
}
function getImageData(img, callback) {
function handleBinaryFile(binFile) {
var data = findEXIFinJPEG(binFile);
var iptcdata = findIPTCinJPEG(binFile);
img.exifdata = data || {};
img.iptcdata = iptcdata || {};
if (callback) {
callback.call(img);
}
}
if (img.src) {
if (/^data\:/i.test(img.src)) { // Data URI
var arrayBuffer = base64ToArrayBuffer(img.src);
handleBinaryFile(arrayBuffer);
} else if (/^blob\:/i.test(img.src)) { // Object URL
var fileReader = new FileReader();
fileReader.onload = function(e) {
handleBinaryFile(e.target.result);
};
objectURLToBlob(img.src, function (blob) {
fileReader.readAsArrayBuffer(blob);
});
} else {
var http = new XMLHttpRequest();
http.onload = function() {
if (this.status == 200 || this.status === 0) {
handleBinaryFile(http.response);
} else {
throw "Could not load image";
}
http = null;
};
http.open("GET", img.src, true);
http.responseType = "arraybuffer";
http.send(null);
}
} else if (window.FileReader && (img instanceof window.Blob || img instanceof window.File)) {
var fileReader = new FileReader();
fileReader.onload = function(e) {
if (debug) console.log("Got file of length " + e.target.result.byteLength);
handleBinaryFile(e.target.result);
};
fileReader.readAsArrayBuffer(img);
}
}
function findEXIFinJPEG(file) {
var dataView = new DataView(file);
if (debug) console.log("Got file of length " + file.byteLength);
if ((dataView.getUint8(0) != 0xFF) || (dataView.getUint8(1) != 0xD8)) {
if (debug) console.log("Not a valid JPEG");
return false; // not a valid jpeg
}
var offset = 2,
length = file.byteLength,
marker;
while (offset < length) {
if (dataView.getUint8(offset) != 0xFF) {
if (debug) console.log("Not a valid marker at offset " + offset + ", found: " + dataView.getUint8(offset));
return false; // not a valid marker, something is wrong
}
marker = dataView.getUint8(offset + 1);
if (debug) console.log(marker);
// we could implement handling for other markers here,
// but we're only looking for 0xFFE1 for EXIF data
if (marker == 225) {
if (debug) console.log("Found 0xFFE1 marker");
return readEXIFData(dataView, offset + 4, dataView.getUint16(offset + 2) - 2);
// offset += 2 + file.getShortAt(offset+2, true);
} else {
offset += 2 + dataView.getUint16(offset+2);
}
}
}
function findIPTCinJPEG(file) {
var dataView = new DataView(file);
if (debug) console.log("Got file of length " + file.byteLength);
if ((dataView.getUint8(0) != 0xFF) || (dataView.getUint8(1) != 0xD8)) {
if (debug) console.log("Not a valid JPEG");
return false; // not a valid jpeg
}
var offset = 2,
length = file.byteLength;
var isFieldSegmentStart = function(dataView, offset){
return (
dataView.getUint8(offset) === 0x38 &&
dataView.getUint8(offset+1) === 0x42 &&
dataView.getUint8(offset+2) === 0x49 &&
dataView.getUint8(offset+3) === 0x4D &&
dataView.getUint8(offset+4) === 0x04 &&
dataView.getUint8(offset+5) === 0x04
);
};
while (offset < length) {
if ( isFieldSegmentStart(dataView, offset )){
// Get the length of the name header (which is padded to an even number of bytes)
var nameHeaderLength = dataView.getUint8(offset+7);
if(nameHeaderLength % 2 !== 0) nameHeaderLength += 1;
// Check for pre photoshop 6 format
if(nameHeaderLength === 0) {
// Always 4
nameHeaderLength = 4;
}
var startOffset = offset + 8 + nameHeaderLength;
var sectionLength = dataView.getUint16(offset + 6 + nameHeaderLength);
return readIPTCData(file, startOffset, sectionLength);
break;
}
// Not the marker, continue searching
offset++;
}
}
var IptcFieldMap = {
0x78 : 'caption',
0x6E : 'credit',
0x19 : 'keywords',
0x37 : 'dateCreated',
0x50 : 'byline',
0x55 : 'bylineTitle',
0x7A : 'captionWriter',
0x69 : 'headline',
0x74 : 'copyright',
0x0F : 'category'
};
function readIPTCData(file, startOffset, sectionLength){
var dataView = new DataView(file);
var data = {};
var fieldValue, fieldName, dataSize, segmentType, segmentSize;
var segmentStartPos = startOffset;
while(segmentStartPos < startOffset+sectionLength) {
if(dataView.getUint8(segmentStartPos) === 0x1C && dataView.getUint8(segmentStartPos+1) === 0x02){
segmentType = dataView.getUint8(segmentStartPos+2);
if(segmentType in IptcFieldMap) {
dataSize = dataView.getInt16(segmentStartPos+3);
segmentSize = dataSize + 5;
fieldName = IptcFieldMap[segmentType];
fieldValue = getStringFromDB(dataView, segmentStartPos+5, dataSize);
// Check if we already stored a value with this name
if(data.hasOwnProperty(fieldName)) {
// Value already stored with this name, create multivalue field
if(data[fieldName] instanceof Array) {
data[fieldName].push(fieldValue);
}
else {
data[fieldName] = [data[fieldName], fieldValue];
}
}
else {
data[fieldName] = fieldValue;
}
}
}
segmentStartPos++;
}
return data;
}
function readTags(file, tiffStart, dirStart, strings, bigEnd) {
var entries = file.getUint16(dirStart, !bigEnd),
tags = {},
entryOffset, tag,
i;
for (i=0;i<entries;i++) {
entryOffset = dirStart + i*12 + 2;
tag = strings[file.getUint16(entryOffset, !bigEnd)];
if (!tag && debug) console.log("Unknown tag: " + file.getUint16(entryOffset, !bigEnd));
tags[tag] = readTagValue(file, entryOffset, tiffStart, dirStart, bigEnd);
}
return tags;
}
function readTagValue(file, entryOffset, tiffStart, dirStart, bigEnd) {
var type = file.getUint16(entryOffset+2, !bigEnd),
numValues = file.getUint32(entryOffset+4, !bigEnd),
valueOffset = file.getUint32(entryOffset+8, !bigEnd) + tiffStart,
offset,
vals, val, n,
numerator, denominator;
switch (type) {
case 1: // byte, 8-bit unsigned int
case 7: // undefined, 8-bit byte, value depending on field
if (numValues == 1) {
return file.getUint8(entryOffset + 8, !bigEnd);
} else {
offset = numValues > 4 ? valueOffset : (entryOffset + 8);
vals = [];
for (n=0;n<numValues;n++) {
vals[n] = file.getUint8(offset + n);
}
return vals;
}
case 2: // ascii, 8-bit byte
offset = numValues > 4 ? valueOffset : (entryOffset + 8);
return getStringFromDB(file, offset, numValues-1);
case 3: // short, 16 bit int
if (numValues == 1) {
return file.getUint16(entryOffset + 8, !bigEnd);
} else {
offset = numValues > 2 ? valueOffset : (entryOffset + 8);
vals = [];
for (n=0;n<numValues;n++) {
vals[n] = file.getUint16(offset + 2*n, !bigEnd);
}
return vals;
}
case 4: // long, 32 bit int
if (numValues == 1) {
return file.getUint32(entryOffset + 8, !bigEnd);
} else {
vals = [];
for (n=0;n<numValues;n++) {
vals[n] = file.getUint32(valueOffset + 4*n, !bigEnd);
}
return vals;
}
case 5: // rational = two long values, first is numerator, second is denominator
if (numValues == 1) {
numerator = file.getUint32(valueOffset, !bigEnd);
denominator = file.getUint32(valueOffset+4, !bigEnd);
val = new Number(numerator / denominator);
val.numerator = numerator;
val.denominator = denominator;
return val;
} else {
vals = [];
for (n=0;n<numValues;n++) {
numerator = file.getUint32(valueOffset + 8*n, !bigEnd);
denominator = file.getUint32(valueOffset+4 + 8*n, !bigEnd);
vals[n] = new Number(numerator / denominator);
vals[n].numerator = numerator;
vals[n].denominator = denominator;
}
return vals;
}
case 9: // slong, 32 bit signed int
if (numValues == 1) {
return file.getInt32(entryOffset + 8, !bigEnd);
} else {
vals = [];
for (n=0;n<numValues;n++) {
vals[n] = file.getInt32(valueOffset + 4*n, !bigEnd);
}
return vals;
}
case 10: // signed rational, two slongs, first is numerator, second is denominator
if (numValues == 1) {
return file.getInt32(valueOffset, !bigEnd) / file.getInt32(valueOffset+4, !bigEnd);
} else {
vals = [];
for (n=0;n<numValues;n++) {
vals[n] = file.getInt32(valueOffset + 8*n, !bigEnd) / file.getInt32(valueOffset+4 + 8*n, !bigEnd);
}
return vals;
}
}
}
function getStringFromDB(buffer, start, length) {
var outstr = "";
for (n = start; n < start+length; n++) {
outstr += String.fromCharCode(buffer.getUint8(n));
}
return outstr;
}
function readEXIFData(file, start) {
if (getStringFromDB(file, start, 4) != "Exif") {
if (debug) console.log("Not valid EXIF data! " + getStringFromDB(file, start, 4));
return false;
}
var bigEnd,
tags, tag,
exifData, gpsData,
tiffOffset = start + 6;
// test for TIFF validity and endianness
if (file.getUint16(tiffOffset) == 0x4949) {
bigEnd = false;
} else if (file.getUint16(tiffOffset) == 0x4D4D) {
bigEnd = true;
} else {
if (debug) console.log("Not valid TIFF data! (no 0x4949 or 0x4D4D)");
return false;
}
if (file.getUint16(tiffOffset+2, !bigEnd) != 0x002A) {
if (debug) console.log("Not valid TIFF data! (no 0x002A)");
return false;
}
var firstIFDOffset = file.getUint32(tiffOffset+4, !bigEnd);
if (firstIFDOffset < 0x00000008) {
if (debug) console.log("Not valid TIFF data! (First offset less than 8)", file.getUint32(tiffOffset+4, !bigEnd));
return false;
}
tags = readTags(file, tiffOffset, tiffOffset + firstIFDOffset, TiffTags, bigEnd);
if (tags.ExifIFDPointer) {
exifData = readTags(file, tiffOffset, tiffOffset + tags.ExifIFDPointer, ExifTags, bigEnd);
for (tag in exifData) {
switch (tag) {
case "LightSource" :
case "Flash" :
case "MeteringMode" :
case "ExposureProgram" :
case "SensingMethod" :
case "SceneCaptureType" :
case "SceneType" :
case "CustomRendered" :
case "WhiteBalance" :
case "GainControl" :
case "Contrast" :
case "Saturation" :
case "Sharpness" :
case "SubjectDistanceRange" :
case "FileSource" :
exifData[tag] = StringValues[tag][exifData[tag]];
break;
case "ExifVersion" :
case "FlashpixVersion" :
exifData[tag] = String.fromCharCode(exifData[tag][0], exifData[tag][1], exifData[tag][2], exifData[tag][3]);
break;
case "ComponentsConfiguration" :
exifData[tag] =
StringValues.Components[exifData[tag][0]] +
StringValues.Components[exifData[tag][1]] +
StringValues.Components[exifData[tag][2]] +
StringValues.Components[exifData[tag][3]];
break;
}
tags[tag] = exifData[tag];
}
}
if (tags.GPSInfoIFDPointer) {
gpsData = readTags(file, tiffOffset, tiffOffset + tags.GPSInfoIFDPointer, GPSTags, bigEnd);
for (tag in gpsData) {
switch (tag) {
case "GPSVersionID" :
gpsData[tag] = gpsData[tag][0] +
"." + gpsData[tag][1] +
"." + gpsData[tag][2] +
"." + gpsData[tag][3];
break;
}
tags[tag] = gpsData[tag];
}
}
return tags;
}
EXIF.getData = function(img, callback) {
if ((img instanceof Image || img instanceof HTMLImageElement) && !img.complete) return false;
if (!imageHasData(img)) {
getImageData(img, callback);
} else {
if (callback) {
callback.call(img);
}
}
return true;
}
EXIF.getTag = function(img, tag) {
if (!imageHasData(img)) return;
return img.exifdata[tag];
}
EXIF.getAllTags = function(img) {
if (!imageHasData(img)) return {};
var a,
data = img.exifdata,
tags = {};
for (a in data) {
if (data.hasOwnProperty(a)) {
tags[a] = data[a];
}
}
return tags;
}
EXIF.pretty = function(img) {
if (!imageHasData(img)) return "";
var a,
data = img.exifdata,
strPretty = "";
for (a in data) {
if (data.hasOwnProperty(a)) {
if (typeof data[a] == "object") {
if (data[a] instanceof Number) {
strPretty += a + " : " + data[a] + " [" + data[a].numerator + "/" + data[a].denominator + "]\r\n";
} else {
strPretty += a + " : [" + data[a].length + " values]\r\n";
}
} else {
strPretty += a + " : " + data[a] + "\r\n";
}
}
}
return strPretty;
}
EXIF.readFromBinaryFile = function(file) {
return findEXIFinJPEG(file);
}
if (typeof define === 'function' && define.amd) {
define('exif-js', [], function() {
return EXIF;
});
}
}.call(this));In SCSS you can define a mixin that takes a block with the @content; keyword.
I don't think naomi currently supports this.
The context thats pushed onto the stack for the sublime syntax changes based on where the include is used. I.e. within a statement it should be that statement context, but within the main file it should the main context (I think? I'm not sure tbh... just a guess)
The scope normalization is breaking the syntax tests.
const matches = str.match(/^\s*(\{[^}]*\}|[\d.,+*()/\s-]+)\s*/);A little problem at \s in ([]).
React
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Data-Driven Documents codes.
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