@engineers/auto-developer-cli
v1.0.8
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automates the development workflow
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@engineers/auto-developer-cli
auto developer
(dv) automates your work development flow, it can create a full-stack project,
manage databases and API routers, install dependencies and deploy your project into the cloud.
what you used to do manually, auto developer can do it for you automatically with just seconds.
auto developer
automatically create any type of applications with any programming language within seconds without any coding experience from the user.
it can create a project from scratch or work with any existing project.
auto developer
can create, for example:
- a full-stack website with any back-end language such as PHP or Node.js, and any front-end framework such as Angular, React, or Vue.
- an Android application with Java or Kotlin.
- any application with any programming language, even if the user doesn't have any experience with that language.
This idea increases the productivity to the maximum level and decreases errors, within seconds the un-experienced user can create a great application.
auto developer
uses builders
to create or modify your desired project.
each builder is responsible of a task or a group of tasks of the project, and you can control the builder workflow
through builder options.
you will learn how to create your own builder.
auto developer
controls the workflow, installing the proper builders and loading them, transferring messages between the builders, maintaining the virtual tree.
builders
auto developer
creates the application via builders, every builder do a very scoped task into the project and the user can control what this builder can do by it’s options or via builder’s plugins.
auto developer
create a virtual tree of the project’s dir, all builders modify the virtual tree and don’t modify any of physical files.
if any builder throwed an exception, the workflow will stop (or pause until the user select a suggested solution to fix the thrown exception) and no any modification will apply to the application.
This idea is good especially if the user want to modify an existing project.
auto developer
will not make any changes to the current project until all builders successfully finished their tasks, and then the final virtual tree is merged with the current project at once.
This feature ensure safety and speed the process.
auto developer
may use the AI to chat with the user in a natural human language, but it also uses simple commands to create the desired project‘s structure via dv-cli
.
#install
install auto developer
globally to use dv
cli.
npm i -g @engineers/auto-developer
usage
all you need is to create an auto-developer configuration object you can create it in a normal json (or js) file, or at building time via CLI or GUI or even by having a friendly chat with auto-developer by facebook messenger or whatsapp or any other chatting service.
the default auto-developer config file is ./dv.js
in the root dir of your workspace.
the auto-developer workspace contains all your auto-developer projects.
but you can use any other file, and pass it to dv
cmd.
and then use the dv
cli to run the builders and complete your project.
dv
if you used other path than './dv.js' provide it to dv
cmd
dv ./path/to/dv.js
to review the changes without applying them to the project's file system physically, use --dry
dv --dry
auto developer
config is a normal object that contains:
config
: project-level configuration.builders
: an array of builders to work with your project. every builder has two elementsfactory
: the builder factory is a function (or an npm package, or a path to a factory file) that do a very scoped task in your project.options
: the builder options, you can control the builder factory workflow through builder options.
if the builder
factory
is an npm package,auto developer
will automatically install it to you.
autoDeveloper = {
config:{},
builders: [ builderFactory, {options} ]
}
Example
to build a CRUD app using the following technologies:
front-end: Angular back-end: node.js with express UI: material design database: mongoDB API: graphQl
and then install all packages, publish to github, and deploy the project into firebase.
autoDeveloper = {
config:{
name: "my project",
path: "/projects/my-project",
},
builders:[
['@engineers/nodejs-builder'],
['@engineers/angular-builder', { version: 10, routes:[] }],
['@engineers/angular-builder:material',{ theme: 'deeppurple-amber' }],
['@engineers/angular-builder:component',{ name: 'articles' }],
['@engineers/express-builder',{ routes:[] }],
['@engineers/npm-builder:install'],
['@engineers/npm-builder:publish'],
['@engineers/git-builder', { repo: 'https://github.com/eng-dibo/auto-developer.git' }],
['@engineers/git-builder:commit', { message:'this project is created via @engineers/auto-developer' }],
['@engineers/git-builder:publish'],
['@engineers/firebase-builder:deploy', {key: '***', ...} ],
]
}
without auto developer
you need to wait until each step finish and install it dependencies
before starting the next step, here all jobs will run sequentially one time.
by default, angular-builder
will install the latest-stable angular version,
and angular-builder:material
will install the compatible material design version with the installed angular version.
we used config.name
, so every builder needs to use options.name
will use the same value,
to provide a different name to any builder, just add name
to options
.
start building
> dv
build your own builder
the builder factory is a function that accepted:
tree
: the project structureoptions
: builder optionsconfig
: the project-level configurationcontext
: a context object that contains the projects info.
and return the modified tree
or a rule
.
the rule is a change (delta) to be applied into the tree
to modify it
let's create a builder that creates a txt file.
const { write, error } = require('@engineers/auto-developer');
function createFile( tree, options, config, context ){
//if no path provided, use the project-level path
options.path = options.path || config.path;
//if 'path' is required and no path provided, throw an error.
//when any error throwed, the whole process will stop and no any modification applied to the project files.
if(!options.path)error('[createFile] path is required')
write(tree, `${options.path}/${options.fileName}.txt`, options.content);
return tree
}
using typescript
you can add typing
import { Tree, Rule, error } from '@engineers/auto-developer';
function createFile( tree: Tree, options, config, context): Rule{
...
}
you can use various functions to modify your project tree
write(tree, filePath, content);
read(tree, filePath, encoding='utf-8');
delete(tree, filePath);
also you can make advanced operations, such as working with typescript files or Angular modules. now your builder is ready, let's test it.
//dv.js
module.exports = {
config:{
path: 'projects/example'
},
builders:[
[createFile, {fileName: 'test', content: 'hello world'}]
]
}
to publish your builder to npm
, just create a package.json
file, or run npm init
,
and then run npm publish
.
don't forget to point main
to your factory file.
add
-builder
suffix to your builder name and add@engineers/auto-developer, auto developer builder
to keywords.
if you published your builder to npm, you can use it by package's name.
assume you published your builder with the name create-file-builder
builders:[
['create-file-builder', { ... }]
]
auto developer
will install and run it automatically.
you can use a specific builder's version
builders:[
['[email protected]', { ... }]
]