Appearance
@nxext/vite:application
Create a vite application
Usage
bash
nx generate application ...
nx generate application ...
bash
nx g app ... # same
nx g app ... # same
By default, Nx will search for application
in the default collection provisioned in nx.json.
You can specify the collection explicitly as follows:
bash
nx g @nxext/vite:application ...
nx g @nxext/vite:application ...
Show what will be generated without writing to disk:
bash
nx g application ... --dry-run
nx g application ... --dry-run
Examples
Generate apps/myorg/myapp:
bash
nx g app myapp --directory=myorg
nx g app myapp --directory=myorg
Options
directory
Alias(es): dir
Type: string
The directory of the new application.
linter
Default: eslint
Type: string
Possible values: eslint
, none
The tool to use for running lint checks.
name
Type: string
The name of the application.
pascalCaseFiles
Alias(es): P
Default: false
Type: boolean
Use pascal case component file name (e.g. App.tsx).
setParserOptionsProject
Default: false
Type: boolean
Whether or not to configure the ESLint "parserOptions.project" option. We do not do this by default for lint performance reasons.
skipFormat
Default: false
Type: boolean
Skip formatting files.
skipWorkspaceJson
Default: false
Type: boolean
Skip updating workspace.json with default options based on values provided to this app (e.g. babel, style).
standaloneConfig
Type: boolean
Split the project configuration into <projectRoot>/project.json
rather than including it inside workspace.json
supportJSX
Default: true
Type: boolean
Add support for JSX/TSX
tags
Alias(es): t
Type: string
Add tags to the application (used for linting).
unitTestRunner
Default: vitest
Type: string
Possible values: vitest
, jest
, none
Test runner to use for unit tests.
@nxext/vite:library
Create a vite library
Usage
bash
nx generate library ...
nx generate library ...
bash
nx g lib ... # same
nx g lib ... # same
By default, Nx will search for library
in the default collection provisioned in nx.json.
You can specify the collection explicitly as follows:
bash
nx g @nxext/vite:library ...
nx g @nxext/vite:library ...
Show what will be generated without writing to disk:
bash
nx g library ... --dry-run
nx g library ... --dry-run
Examples
Generate libs/myapp/mylib:
bash
nx g lib mylib --directory=myapp
nx g lib mylib --directory=myapp
Options
name (required)
Type: string
Library name
buildable
Default: false
Type: boolean
Generate a buildable library.
directory
Alias(es): dir
Type: string
A directory where the lib is placed.
importPath
Type: string
The library name used to import it, like @myorg/my-awesome-lib
linter
Default: eslint
Type: string
Possible values: eslint
, none
The tool to use for running lint checks.
pascalCaseFiles
Alias(es): P
Default: false
Type: boolean
Use pascal case component file name (e.g. App.tsx).
publishable
Type: boolean
Create a publishable library.
setParserOptionsProject
Default: false
Type: boolean
Whether or not to configure the ESLint "parserOptions.project" option. We do not do this by default for lint performance reasons.
skipFormat
Default: false
Type: boolean
Skip formatting files.
skipTsConfig
Default: false
Type: boolean
Do not update tsconfig.json for development experience.
standaloneConfig
Type: boolean
Split the project configuration into <projectRoot>/project.json
rather than including it inside workspace.json
supportJSX
Default: false
Type: boolean
Add JSX/TSX support
tags
Alias(es): t
Type: string
Add tags to the library (used for linting).
unitTestRunner
Default: vitest
Type: string
Possible values: vitest
, jest
, none
Test runner to use for unit tests.