codis_generator

Description:

codis generator

CodeGenerator #

Fork from DartWriter that was stopped developing

CodeGenerator provides API to generate Dart source code. It can make your job easier while developing flutter/dart tools. You can also generate Flutter UI code.
Hello World Example #
var context = EditorContext(enableDartFormatter: true);
var code = Method(
name: 'main',
returnType: 'void',
statements: [
Call('print',
argument: Argument([
ArgumentItem("'Hello World!'")
])
),
Return('0')
]
);
print(context.build([code]));
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Generated as below:
void main() {
print('Hello World!');
return 0;
}
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Flutter Stateless Widget Example #
Input
{
"as": "Scaffold",
"appBar": {
"as": "AppBar",
"title": {
"as": "Text",
"params": [
"'Ahmet'"
]
},
"centerTitle": "false"
},
"body": {
"as": "Center",
"child": {
"as": "Row",
"children": [
{
"as": "Icon",
"params": ["Icons.add"],
"color": "Colors.red"
},
{
"as": "Text",
"params": ["'Ahmet'"],
"textAlign": "TextAlign.center"
}
]
}
}
}
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Code:
var context = EditorContext(enableDartFormatter: true);
var dartHelper = DartHelper.instance;
Map map = jsonDecode(json);

var homePage = Class('HomePage',
baseClass: 'StatelessWidget',
methods: [
Annotation('override'),
Method(
name: 'build',
returnType: 'Widget',
param: Parameter([
ParameterItem('BuildContext context'),
]),
statements: [ Return(dartHelper.getCodeFromMap(map)) ]
)
]
);

print(context.build([
Import('package:flutter/material.dart'),
homePage
]));
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Generated ui code:
import 'package:flutter/material.dart';

class HomePage extends StatelessWidget {
@override
Widget build(BuildContext context) {
return Scaffold(
appBar: AppBar(title: Text('Ahmet'), centerTitle: false),
body: Center(
child: Row(children: [
Icon(Icons.add, color: Colors.red),
Text('Ahmet', textAlign: TextAlign.center)
])));
}
}
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Installation #
In the pubspec.yaml of your Flutter / Dart project, add the following dependency:
dependencies:
...
codis_generator: any
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In your library file add the following import:
import 'package:codis_generator/codis_generator.dart';
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API Documentation #

CodeGenerator

Hello World Example
Flutter Stateless Widget Example
Installation
API Documentation

Conditions
Loops
Statements
OOP Concepts

Class
Constructor
Attribute


Methods

Method
Getter
Setter


Interface
Other


TASK LIST



Conditions #
Method(
name: 'getMin',
returnType: 'int',
statements: [
Assign('var num1', '5'),
Assign('var num2', '10'),
If(condition: 'num1 < num2', statements: [Return('num1')]),
ElseIf(condition: 'num1 == num2', statements: [Return('num1')]),
Else(statements: [Return('num2')])
]
)
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Generated code:
int getMin() {
var num1 = 5;
var num2 = 10;
if (num1 < num2) {
return num1;
} else if (num1 == num2) {
return num1;
} else {
return num2;
}
}
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Loops #
Method(
name: 'loops',
returnType: 'void',
statements: [
For('i = 0', 'i < 5', 'i++',
statements: [RawCode('print(i);')]
),
ForEach('item', 'userList',
statements: [
Return('UserCard(item)')
]
),
While('i < 5',
statements: [ RawCode('print(i);'), Assign('i', 'i + 1')]
)
]
)
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Generated code:
void loops() {
for (var i = 0; i < 5; i++) {
print(i);
}
for (var item in userList) {
return UserCard(item);
}
while (i < 5) {
print(i);
i = i + 1;
}
}
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Statements #
Method(name: 'do', returnType: 'int',
statements: [
Assign('var i', '5'),
Assign('var name', Call('getName')),
Return('i')
]
)
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Generated code:
int do() {
var i = 5;
var name = getName();
return i;
}
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OOP Concepts #
Class



Parameter
Description
Output




String className
Class Name
class Bird


bool isAbstract?
Generating abstract class if value is true
abstract class Animal or class Animal


List<Constructors>?
more than one constructor can be defined
Singleton._init() , Singleton({this.a}) : super(a)


String? baseClass
extends to base class
class Bird extends Animal


List<String>? mixins
indicates the use of mixins
class Bird with Feather, Walk


List<String>? interfaces
implements interface
class Bird implements Flyable, Crowable


List<Attribute>? attributes;
attributes of class
final String name;


List<IExpression>? methods;
all methods of class such as Method, Getters, Settters
final String name;



Constructor



Parameter
Description
Output




String className
Class Name
class Singleton


String consturctorName?
if value is null Default constructor. if not value, named constructor.
Singleton._init() , Singleton({this.a})


Parameter? param
Constructor parameters
Singleton({required this.a}), Singleton(this.a, {this.b})


String? superArgument
call constructor of base class
Singleton(this.a) : super(a)


String? modifier
modifier of constructor such as factory
factory Singleton()



Attribute



Parameter
Description
Output




String name
Attribute Name
name


String type
Attribute type
String name


String? modifiers
Attribute modifiers
final String name


String? value
initialize value to attribute
final String name = 'Ahmet'



Methods #
Method



Parameter
Description
Output




String name
Method Name
walk


String returnType?
Return type
void walk


Parameter? param
Method parameters
void walk({required int step})


bool? isAsync
is async method?
void walk({required int step}) async {}


String? modifier
Modifier of method such as static
static void walk


List<IExpression>? statements
body of method.
Code here...



Getter



Parameter
Description
Output




String name
Getter Name
get walk


String returnType?
Return type
void get walk


String? modifier
Modifier of method such as static
static void get name


List<IExpression>? statements
body of method.
Code here...



Setter



Parameter
Description
Output




String name
Getter Name
set name


String param?
Return type
set name(String name)


List<IExpression>? statements
body of method.
Code here...



Example Class Code:
Class(
'Bird',
baseClass: 'Animal',
interfaces: ['Flyable', 'Crowable'],
mixins: ['Feather', 'Walk'],
attributes: <Attribute> [
Attribute(modifiers: 'final', type: 'String', name: 'name'),
],
constructors: <Constructor> [
Constructor(
className: 'Bird',
constructorName: 'fromName',
param: Parameter([ParameterItem('this.name', isRequired: true, isNamed: true)]),
superArgument: Argument([ArgumentItem('name')])
),
],
methods: [
Method(
name: 'onFly',
returnType: 'double',
param: Parameter([ParameterItem('double height')]),
statements: [Return('height * 2')]
),
]
);
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Generated code:
class Bird extends Animal with Feather, Walk implements Flyable, Crowable {
final String name;

Bird.fromName({required this.name}) : super(name);

double onFly(double height) {
return height * 2;
}
}
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Interface #



Parameter
Description
Output




String name
Interface Name
interface Flyable


String? baseClass
extends class
interface Flyable extends Breathable


List<IExpression>? prototypes
abstract methods of interface
void doFly();



Example Interface
Interface('Flyable',
baseClass: 'Breathable',
prototypes: [
Method(name: 'doFly', returnType: 'void')
]
)
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Generated code:
abstract class Flyable extends Breathable {
void doFly();
}
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Other #



Expression
Example Code
Output




Annotation
Annotation('override')
@override


Import
Import('package:codis_generator/codis_generator.dart', as: 'writer')
import 'package:codis_generator/codis_generator.dart' as writer;


Enum
Enum('Roles', enums: ['USER', 'ADMIN', 'DEVELOPER'])
enum Roles { USER, ADMIN, DEVELOPER }


Paramter
Parameter([ParameterItem('String name', isNamed: true, isRequired: true)])
{required String name}


Argument
Argument([ArgumentItem("'Star'", name:'surname'])
surname: 'Star'


RawCode
RawCode('var name = user?.name ?? "'ahmet'"')
[Output]: var name = user?.name ?? 'ahmet'



TASK LIST #

❌ Unit Tests