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angular-cn/packages/localize/package.json

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feat(ivy): implement `$localize()` global function (#31609) PR Close #31609
2019-07-30 13:02:17 -04:00
{
"name": "@angular/localize",
"version": "0.0.0-PLACEHOLDER",
"description": "Angular - library for localizing messages",
"main": "./bundles/localize.umd.js",
"module": "./fesm5/localize.js",
"es2015": "./fesm2015/localize.js",
feat(ivy): i18n - reorganize entry-points for better reuse (#32488) This is a refactoring that moves the source code around to provide a better platform for adding the compile-time inlining. 1. Move the global side-effect import from the primary entry-point to a secondary entry-point @angular/localize/init. This has two benefits: first it allows the top level entry-point to contain tree-shakable shareable code; second it gives the side-effect import more of an "action" oriented name, which indicates that importing it does something tangible 2. Move all the source code into the top src folder, and import the localize related functions into the localize/init/index.ts entry-point. This allows the different parts of the package to share code without a proliferation of secondary entry-points (i.e. localize/utils). 3. Avoid publicly exporting any utilities at this time - the only public API at this point are the global `$localize` function and the two runtime helpers `loadTranslations()` and `clearTranslations()`. This does not mean that we will not expose additional helpers for 3rd party tooling in the future, but it avoid us preemptively exposing something that we might want to change in the near future. Notes: It is not possible to have the `$localize` code in the same Bazel package as the rest of the code. If we did this, then the bundled `@angular/localize/init` entry-point code contains all of the helper code, even though most of it is not used. Equally it is not possible to have the `$localize` types (i.e. `LocalizeFn` and `TranslateFn`) defined in the `@angular/localize/init` entry-point because these types are needed for the runtime code, which is inside the primary entry-point. Importing them from `@angular/localize/init` would run the side-effect. The solution is to have a Bazel sub-package at `//packages/localize/src/localize` which contains these types and the `$localize` function implementation. The primary `//packages/localize` entry-point imports the types without any side-effect. The secondary `//packages/localize/init` entry-point imports the `$localize` function and attaches it to the global scope as a side-effect, without bringing with it all the other utility functions. BREAKING CHANGES: The entry-points have changed: * To attach the `$localize` function to the global scope import from `@angular/localize/init`. Previously it was `@angular/localize`. * To access the `loadTranslations()` and `clearTranslations()` functions, import from `@angular/localize`. Previously it was `@angular/localize/run_time`. PR Close #32488
2019-08-10 07:51:30 -04:00
"esm5": "./esm5/index.js",
"esm2015": "./esm2015/index.js",
feat(ivy): implement `$localize()` global function (#31609) PR Close #31609
2019-07-30 13:02:17 -04:00
"fesm5": "./fesm5/localize.js",
"fesm2015": "./fesm2015/localize.js",
"typings": "./index.d.ts",
feat(ivy): i18n - implement compile-time inlining (#32881) This commit implements a tool that will inline translations and generate a translated copy of a set of application files from a set of translation files. PR Close #32881
2019-10-08 09:46:28 -04:00
"bin": {
"localize-translate": "./src/tools/src/translate/main.js"
},
feat(ivy): implement `$localize()` global function (#31609) PR Close #31609
2019-07-30 13:02:17 -04:00
"author": "angular",
"license": "MIT",
"repository": {
"type": "git",
"url": "https://github.com/angular/angular.git"
},
fix(ivy): missing schematics field in localize package (#33025) The schematics added in #32791 is currently failing as the package.json does not reference it. ``` > ng add @angular/localize@9.0.0-next.9 + @angular/localize@9.0.0-next.9 added 1 package from 1 contributor in 6.745s Installed packages for tooling via npm. The package that you are trying to add does not support schematics. You can try using a different version of the package or contact the package author to add ng-add support. ``` PR Close #33025
2019-10-07 06:06:16 -04:00
"schematics": "./schematics/collection.json",
feat(ivy): implement `$localize()` global function (#31609) PR Close #31609
2019-07-30 13:02:17 -04:00
"ng-update": {
"packageGroup": "NG_UPDATE_PACKAGE_GROUP"
},
feat(ivy): i18n - reorganize entry-points for better reuse (#32488) This is a refactoring that moves the source code around to provide a better platform for adding the compile-time inlining. 1. Move the global side-effect import from the primary entry-point to a secondary entry-point @angular/localize/init. This has two benefits: first it allows the top level entry-point to contain tree-shakable shareable code; second it gives the side-effect import more of an "action" oriented name, which indicates that importing it does something tangible 2. Move all the source code into the top src folder, and import the localize related functions into the localize/init/index.ts entry-point. This allows the different parts of the package to share code without a proliferation of secondary entry-points (i.e. localize/utils). 3. Avoid publicly exporting any utilities at this time - the only public API at this point are the global `$localize` function and the two runtime helpers `loadTranslations()` and `clearTranslations()`. This does not mean that we will not expose additional helpers for 3rd party tooling in the future, but it avoid us preemptively exposing something that we might want to change in the near future. Notes: It is not possible to have the `$localize` code in the same Bazel package as the rest of the code. If we did this, then the bundled `@angular/localize/init` entry-point code contains all of the helper code, even though most of it is not used. Equally it is not possible to have the `$localize` types (i.e. `LocalizeFn` and `TranslateFn`) defined in the `@angular/localize/init` entry-point because these types are needed for the runtime code, which is inside the primary entry-point. Importing them from `@angular/localize/init` would run the side-effect. The solution is to have a Bazel sub-package at `//packages/localize/src/localize` which contains these types and the `$localize` function implementation. The primary `//packages/localize` entry-point imports the types without any side-effect. The secondary `//packages/localize/init` entry-point imports the `$localize` function and attaches it to the global scope as a side-effect, without bringing with it all the other utility functions. BREAKING CHANGES: The entry-points have changed: * To attach the `$localize` function to the global scope import from `@angular/localize/init`. Previously it was `@angular/localize`. * To access the `loadTranslations()` and `clearTranslations()` functions, import from `@angular/localize`. Previously it was `@angular/localize/run_time`. PR Close #32488
2019-08-10 07:51:30 -04:00
"sideEffects": [
"**/init/index.js",
"**/init.js",
"**/localize-init.umd.js"
],
feat(ivy): implement `$localize()` global function (#31609) PR Close #31609
2019-07-30 13:02:17 -04:00
"engines": {
"node": ">=8.0"
feat(ivy): i18n - implement compile-time inlining (#32881) This commit implements a tool that will inline translations and generate a translated copy of a set of application files from a set of translation files. PR Close #32881
2019-10-08 09:46:28 -04:00
},
"dependencies": {
"@babel/core": "^7.5.5",
"glob": "7.1.2",
"yargs": "13.1.0"
feat(ivy): implement `$localize()` global function (#31609) PR Close #31609
2019-07-30 13:02:17 -04:00
}
}