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angular5-input-mask

v7.2.4

Published

input-mask

Downloads

4

Readme

Форк https://github.com/text-mask/text-mask

#Установка Запустить npm i angular5-input-mask

#Документация Для использования импортировать в модуль: InputMaskModule

  • Станет доступна директива: inputMask, директива принимает в себя:
  • Маску, в формате mask [inputMask]='[ regExp | string, ]'
  • Pipe функцию постобрабортки inputMaskPipe
  • Preset inputMaskPreset состящий из:
    • mask = [ regExp | string, ] массив regExp | string на каждый символ
    • pipe? = (InputmaskPipe) функция постобрабортки
    • guide? = (boolean) - Показывать маску при заполнении
    • keepCharPositions? = (boolean) - сдвигать ли уже добавленные символы при добавлении / удалении
    • placeholderChar? = (string) - Символ заполнитель маски

#Cборка Перед коммитом требуется сборка: npm run packagr

#Расширенная документация

mask

mask Массив регулярных выражений или строк, каждый элемент которой соответствует символу в значении.

Регулярное выражение будет использоваться для проверки пользовательского ввода и либо разрешить его, либо отклонить.

Например, маска для номера телефона в США, такого как (555) 392-4932, может быть:

['(', /[1-9]/, /\d/, /\d/, ')', ' ', /\d/, /\d/, /\d/, '-', /\d/, /\d/, /\d/, /\d/]

Это означает, что пользователь может ввести только число от 1 до 9 в первом слоте, и только цифры далее.

Примечание. Можно установить маску на false, чтобы полностью отключить маскировку.

guide

guide - логическое значение, указывающее компоненту, должен ли он находиться в режиме * guide * или * no guide *.

**По у молчанию включен режим * guide *

placeholderChar

Символ-заполнитель представляет собой слот в маске. Заполнитель по умолчанию символ подчеркивания, _.

Пример, для маски ...

['(', /[1-9]/, /\d/, /\d/, ')', ' ', /\d/, /\d/, /\d/, '-', /\d/, /\d/, /\d/, /\d/]

... placeholder будет (___) ___-____.

Вы можете передать другой символ-заполнитель. Например, символ юникода U + 2000 сделать маску выше похожим на () -. В JavaScript вы должны передать такой символ юникода как '\u2000'.

Внимание!: нельзя использовать в маске символ заполнитель.

keepCharPositions

keepCharPositions изменяет поведение компонента Text Mask касаемо курсора ввода.

It is set to false by default,

pipe

Pipe функция позволяет дополнительно обработать значение ( подтвердить / отвергнуть / дополнить ) перед отображением.

Функция принимает параметры:

  1. conformedValue
  2. PipeConfig

conformedValue - значение введенное пользователем и подтвержденной маской ввода.

Функция может вернуть 3 типа ответа : false, string, or object.

false - опровергает пользовательский ввод.

Функция может модифицировать строку после пользователя, когда функция модифицирует строку, она должна вернуть объект:

  1. value: новая строка
  2. indexesOfPipedChars: массив целых чисел, который содержит индексы всех символов, которые были добавлены

Примеры: createAutoCorrectedDatePipe Text Mask addon.

showMask

showMask логическое значение, которое сообщает компоненту Text Mask отображать маску как placeholder вместо обычного заполнителя, когда значение входного элемента пусто.


Поддерживаемые типы <input>

Обратите внимание: Text Mask поддерживает тип ввода text, tel, url, password и search. Из-за ограничения в API браузера другие типы ввода, такие как email или number, не поддерживаются.

Fork angular-library-seed - the starter for Angular libraries

https://github.com/trekhleb/angular-library-seed#angular-library-seed---the-starter-for-angular-libraries

Quick Start

# Clone the repository
git clone https://github.com/trekhleb/angular-library-seed.git

# Go to repository folder
cd angular-library-seed

# Install all dependencies
yarn install

# Build the library
yarn build

File Structure

angular-library-seed
  ├─ demo                         * Folder for demo applications (MAY BE DELETED if not required) 
  |  ├─ esm                       * AOT/JIT demo project
  |  ├─ umd                       * UMD demo project
  |  └─ ...                       * More details about this folder may be found in demo folder README file.
  |
  ├─ src                          * Library sources home folder (THE PLACE FOR YOUR LIBRARY SOURCES)
  |  ├─ components                * Example of library components with tests
  |  ├─ services                  * Example of library services with tests
  |  ├─ index.ts                  * Library entry point that is used by builders
  |  └─ tick-tock.module.ts       * Example of library module
  |
  ├─ .editorconfig                * Common IDE configuration
  ├─ .gitignore	                  * List of files that are ignored while publishing to git repo
  ├─ .npmignore                   * List of files that are ignored while publishing to npm
  ├─ .travis.yml                  * Travic CI configuration
  ├─ LICENSE                      * License details
  ├─ README.md                    * README for you library
  ├─ gulpfile.js                  * Gulp helper scripts
  ├─ karma-test-entry.ts          * Entry script for Karma tests
  ├─ karma.conf.ts                * Karma configuration for our unit tests
  ├─ package.json                 * NPM dependencies, scripts and package configuration
  ├─ tsconfig-aot.json            * TypeScript configuration for AOT build
  ├─ tsconfig.json                * TypeScript configuration for UMD and Test builds
  ├─ tslint.json                  * TypeScript linting configuration
  ├─ webpack-test.config.ts       * Webpack configuration for building test version of the library
  ├─ webpack-umd.config.ts        * Webpack configuration for building UMD bundle
  └─ yarn.lock                    * Yarn lock file that locks dependency versions

Getting Started

Dependencies

Node/NPM

Install latest Node and NPM following the instructions. Make sure you have Node version ≥ 7.0 and NPM ≥ 4.

  • brew install node for Mac.

Yarn

Yarn package manager is optional but highly recommended. If you prefer to work with npm directly you may ignore this step.

Yarn installs library dependencies faster and also locks theirs versions. It has more advantages but these two are already pretty attractive.

Install Yarn by following the instructions.

  • brew install yarn for Mac.

Installing

  • fork this repository.
  • clone your fork to your local environment.
  • yarn install to install required dependencies (or npm i).

Build the library

  • yarn build for building the library once (both ESM and AOT versions).
  • yarn build:watch for building the library (both ESM and AOT versions) and watch for file changes.

You may also build UMD bundle and ESM files separately:

  • yarn build:esm - for building AOT/JIT compatible versions of files.
  • yarn build:esm:watch - the same as previous command but in watch-mode.
  • yarn build:umd - for building UMD bundle only.
  • yarn build:umd:watch - the same as previous command but in watch-mode.

Other commands

Lint the code

  • yarn lint for performing static code analysis.

Explore the bundle

  • yarn explorer to find out where all your code in bundle is coming from.

Bump library version

preversion script in this case will automatically run project testing and linting in prior in order to check that the library is ready for publishing.

Publish library to NPM

prepublishOnly script in this case will automatically run project testing and linting in prior in order to check that the library is ready for publishing.

Cleaning

  • yarn clean:tmp command will clean up all temporary files like docs, dist, coverage etc.
  • yarn clean:all command will clean up all temporary files along with node_modules folder.

Library development workflow

In order to debug your library in browser you need to have Angular project that will consume your library, build the application and display it. For your convenience all of that should happen automatically in background so once you change library source code you should instantly see the changes in browser.

There are several ways to go here:

  • Use your real library-consumer project and link your library to it via yarn link command (see below).
  • Use demo applications that are provided for your convenience as a part of this repository.
  • Use Angular-CLI to generate library-consumer project for you and then use yarn link to link your library to it.

Using yarn link

In you library root folder:

# Create symbolic link
yarn link

# Build library in watch mode
yarn build:watch

In you project folder that should consume the library:

# Link you library to the project
yarn link "angular-library-seed"

# Build your project. In case of Angular-CLI use the following command.
ng serve --aot

Then you need to import your library into your project's source code.

Now, once you update your library source code it will automatically be re-compiled and your project will be re-built so you may see library changes instantly.

More information about yarn link command.