How to use compileCSharp method in redwood

Best JavaScript code snippet using redwood

compile.js

Source:compile.js

...17    compileProcs[id] = {};18    compileProcs[id].status = "compile";19    compileJava(buildDir,id,msg,callback,function(){20        compilePython(buildDir,id,msg,callback,function(){21            compileCSharp(buildDir,id,msg,callback,function(){22                delete compileProcs[id];23                if (onFinish){24                    onFinish();25                }26            });27        })28    });29    /*30    compileProcs[id].proc =spawn('"'+antDir+'ant" clean compile jar',{cwd: buildDir,timeout:1800000,env:{JAVA_HOME:javaDir}});31    compileProcs[id].status = "compile";32    common.logger.info(antDir);33    common.logger.info(buildDir);34    compileProcs[id].proc.stdout.on('data', function(data) {35        //console.log(data.toString());36        callback(data.toString());37    });38    compileProcs[id].proc.stderr.on('data', function(data) {39        //console.log(data.toString());40        callback(data.toString());41        spawn(path.resolve(__dirname,'../vendor/Git/bin/rm'),['-rf',buildDir+"/build"],{cwd: path.resolve(__dirname,"../public/automationscripts/"),timeout:300000});42    });43    compileProcs[id].proc.on('close', function(data){44        compilePython(buildDir,id,callback,function(){45            compileCSharp(buildDir,id,callback,function(){46                delete compileProcs[id];47                if (onFinish){48                    onFinish();49                }50            });51        })52    });53    callback("");54    */55};56function compileJava(buildDir,id,msg,callback,onFinish){57    if(msg.java == false) {58        onFinish();59        return;60    }61    git.lsFiles(buildDir+"/src",["*.groovy","*.java"],function(data) {62        if (data.indexOf(".groovy") != -1 || data.indexOf(".java") != -1) {63            var antDir = path.resolve(__dirname,"../vendor/ant/bin/")+"/";64            var javaDir = path.resolve(__dirname,"../vendor/Java");65            fs.exists(buildDir+"/ivy.xml",function(exists){66                //console.log(javaDir);67                //console.log(path.resolve(__dirname,"../vendor/ant/"));68                var resolve = "";69                if(exists == true) resolve = "resolve";70                compileProcs[id].proc =spawn('"'+antDir+'ant" clean '+resolve+' compile jar',{cwd: buildDir,timeout:1800000,env:{ANT_HOME:path.resolve(__dirname,"../vendor/ant/"),JAVA_HOME:javaDir}});71                common.logger.info(antDir);72                common.logger.info(buildDir);73                compileProcs[id].proc.stdout.on('data', function(data) {74                    //console.log(data.toString());75                    callback(data.toString());76                });77                compileProcs[id].proc.stderr.on('data', function(data) {78                    //console.log(data.toString());79                    callback(data.toString());80                    spawn(path.resolve(__dirname,'../vendor/Git/usr/bin/rm'),['-rf',buildDir+"/build"],{cwd: path.resolve(__dirname,"../public/automationscripts/"),timeout:300000});81                });82                compileProcs[id].proc.on('close', function(data){83                    onFinish();84                });85                callback("");86            });87        }88        else{89            onFinish();90        }91    });92}93function compilePython(buildDir,id,msg,callback,onFinish){94    if(msg.python == false) {95        onFinish();96        return;97    }98    git.lsFiles(buildDir+"/src",["*.py"],function(data){99        if(data.indexOf(".py") != -1){100            callback("------------COMPILE PYTHON------------");101            if(!compileProcs[id]){102                onFinish();103                return;104            }105            if(process.platform == "win32"){106                compileProcs[id].pythonProc = spawn('"'+buildDir+'/PythonWorkDir/Scripts/python" -m compileall src',{cwd: buildDir,timeout:1800000,env:{}});107            }108            else{109	            compileProcs[id].pythonProc = spawn('"'+buildDir+'/PythonWorkDir/bin/python" -m compileall src',{cwd: buildDir,timeout:1800000,env:{}});110            }111            var failed = false;112            compileProcs[id].pythonProc.stdout.on('data', function(data) {113                //console.log(data.toString());114                if(data.toString().indexOf("SyntaxError") != -1) failed = true;115                if(data.toString().indexOf("IndentationError") != -1) failed = true;116                callback(data.toString());117            });118            compileProcs[id].pythonProc.stderr.on('data', function(data) {119                //console.log(data.toString());120                if(data.toString().indexOf("SyntaxError") != -1) failed = true;121                if(data.toString().indexOf("IndentationError") != -1) failed = true;122                callback(data.toString());123            });124            compileProcs[id].pythonProc.on('close', function(data){125                if(failed == true) {126                    callback("BUILD FAILED");127                }128                else{129                    callback("BUILD SUCCESSFUL");130                }131                if (onFinish){132                    onFinish();133                }134            });135        }136        else{137            if (onFinish){138                onFinish();139            }140        }141    });142}143function compileCSharp(buildDir,id,msg,callback,onFinish){144    if(msg.csharp == false) {145        onFinish();146        return;147    }148    git.lsFiles(buildDir+"/src",["*.cs"],function(data){149        if(data.indexOf(".cs") != -1){150            callback("------------COMPILE C#------------");151            var startCompiling = function(){152                compileProcs[id].csharpProc = spawn(common.MSBuildLocation+' CSharp.proj /t:Compile',{cwd: buildDir,timeout:1800000,env:{}});153                var failed = false;154                compileProcs[id].csharpProc.stdout.on('data', function(data) {155                    //console.log(data.toString());156                    if(data.toString().indexOf("Build FAILED") != -1) failed = true;157                    callback(data.toString());...

compilerService.ts

Source:compilerService.ts

...24            })25            .map((response: Response) => response.json().data.output);26        return obs;27    }28    public compileCSharp(source: string): Observable<string>29    {30        var body = { source: source };31        var obs = this.httpService.post("/api/compiler/compilecsharp", body)32            .catch(err => {33                toastr.error(err._body);34                return null;35            })36            .map((response: Response) => JSON.stringify(response.json().data.output));37        return obs;38    }39    public transpileCSharp(source: string): Observable<string>40    {41        var body = { source: source };42        var obs = this.httpService.post("/api/compiler/TranspileCSharp", body)...

main.ts

Source:main.ts

1import { addMessageListener } from "./util/messageListnerUtil";2import { runListener } from "./listners/runListner";3import { compileListener } from "./listners/compileListner";4import { loadAssemblies } from "./util/dotnetUtil";5import { addCompiler } from "./compilers/compile";6import Language from "../shared_model/language";7import compileCSharp from "./compilers/csharpCompiler";8addMessageListener("run", runListener);9addMessageListener("compile", compileListener);10addCompiler(Language.CSharp, compileCSharp);...

Using AI Code Generation

1import { compileCSharp } from '@redwoodjs/api'2export const handler = async (event, context) => {3  return {4    body: JSON.stringify({5      data: await compileCSharp('Hello from C#'),6    }),7  }8}9### `compileCSharp(code, options)`10import { compileCSharp } from '@redwoodjs/api'11export const handler = async (event, context) => {12  return {13    body: JSON.stringify({14      data: await compileCSharp('Hello from C#'),15    }),16  }17}18### `compileFSharp(code, options)`19import { compileFSharp } from '@redwoodjs/api'20export const handler = async (event, context) => {21  return {22    body: JSON.stringify({23      data: await compileFSharp('Hello from F#'),24    }),25  }26}27### `compileVB(code, options)`28import { compileVB } from '@redwoodjs/api'29export const handler = async (event, context) => {30  return {31    body: JSON.stringify({32      data: await compileVB('Hello from VB'),33    }),34  }35}36### `compileRuby(code, options)`37import { compileRuby } from '@redwoodjs/api'38export const handler = async (event, context) => {39  return {40    body: JSON.stringify({41      data: await compileRuby('puts "Hello from Ruby"'),42    }),43  }44}45### `compilePython(code, options)`46import { compilePython } from '@redwoodjs/api'47export const handler = async (event, context) => {48  return {49    body: JSON.stringify({50      data: await compilePython('print("Hello from Python")'),51    }),52  }53}54### `compileJava(code, options)`55import { compileJava } from '@redwoodjs/api'56export const handler = async (event, context) => {57  return {58    body: JSON.stringify({59      data: await compileJava('System.out.println("Hello from Java");'),60    }),61  }62}

Using AI Code Generation

1import { compileCSharp } from '@redwoodjs/api'2export const handler = async (event, context) => {3  const result = await compileCSharp({4  })5  return {6    body: JSON.stringify(result),7  }8}9[MIT](./LICENSE)

Using AI Code Generation

1import { compileCSharp } from '@redwoodjs/api'2export const handler = async (event, context) => {3  try {4    const assembly = await compileCSharp(code)5    return {6      body: JSON.stringify(assembly),7    }8  } catch (e) {9    console.error(e)10    return {11      body: JSON.stringify(e),12    }13  }14}

Using AI Code Generation

1const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')2const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')3const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')4const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')5const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')6const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')7const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')8const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')9const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')10const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')11const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')12const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')13const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')14const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')15const { compileCSharp } = require('@redwoodjs/api/dist/compileCSharp')

Using AI Code Generation

1import { compileCSharp } from '@redwoodjs/api'2export const handler = async (event, context) => {3  const { source, references, options } = JSON.parse(event.body)4  const result = compileCSharp(source, references, options)5  return {6    body: JSON.stringify(result),7  }8}9import { compileCSharp } from '@redwoodjs/api'10export const handler = async (event, context) => {11  const { source, references, options } = JSON.parse(event.body)12  const result = compileCSharp(source, references, options)13  return {14    body: JSON.stringify(result),15  }16}17compileCSharp(source, references, options)183. `options` (_object_, optional): An object with the following properties:

Using AI Code Generation

1const { compileCSharp } = require('@redwoodjs/api/dist/compile')2const compile = async () => {3  const result = await compileCSharp({4      {5        content: `public class test { public string testMethod() { return "test"; } }`,6      },7  })8  console.log(result)9}10compile()11### `compileCSharp({ name: string, files: [{ name: string, content: string }]})`121. `name` (string, required): name of the project to compile132. `files` (array, required): array of files to compile14   - `name` (string, required): name of the file15   - `content` (string, required): content of the file16- `success` (boolean): whether the compilation was successful or not17- `errors` (string): error message if compilation was unsuccessful18- `warnings` (string): warning message if compilation was successful19- `output` (string): output message if compilation was successful20- `outputFiles` (array): array of files generated by the compilation21  - `name` (string): name of the file22  - `content` (string): content of the file23Please see our [Contributing Guidelines](

Using AI Code Generation

1import { compileCSharp } from '@redwoodjs/api/dist/compile'2export const handler = async (event, context) => {3  const compiler = await compileCSharp({4    files: {5        using System;6        using System.Threading.Tasks;7        {8            public static async Task Main(string[] args)9            {10                Console.WriteLine("Hello from C#!");11                await Task.Delay(1000);12                Console.WriteLine("Goodbye from C#!");13            }14        }15    },16  })17  const result = await compiler.run()18  return {19    body: JSON.stringify({20    }),21  }22}23import { spawn } from 'child_process'24import { join } from 'path'25import { promisify } from 'util'26import { createHash } from 'crypto'27import { writeFile } from 'fs'28import { compile } from 'compile-csharp'29const writeFileAsync = promisify(writeFile)30export interface Compiler {31  run(): Promise<string>32  dispose(): void33}34export interface CompileOptions {35}36export const compileCSharp = async ({37}: CompileOptions): Promise<Compiler> => {38  const outputDir = join(39    createHash('md5')40      .update(JSON.stringify(files))41      .digest('hex')42  const dotnetPath = join(43  const compileResult = await compile({44  })45  const exePath = join(outputDir, 'bin', 'Debug', 'netcoreapp3.1', `${name}.dll`)46  const child = spawn(dotnetPath, [exePath], {47    env: {48      DOTNET_CLI_HOME: join(outputDir, 'tmp'),49    },50  })51  child.stdout.on('data', (data) => {52    console.log(`stdout:

Using AI Code Generation

1import { compileCSharp } from '@redwoodjs/core/dist/compiler'2export const handler = async (event, context) => {3  const { body } = event4  const { code } = body5  if (code) {6    const result = await compileCSharp(code)7    return {8      body: JSON.stringify(result),9    }10  }11  return {12    body: JSON.stringify({13    }),14  }15}16import { compileCSharp } from '@redwoodjs/core/dist/compiler'17export const handler = async (event, context) => {18  const { body } = event19  const { code } = body20  if (code) {21    const result = await compileCSharp(code)22    return {23      body: JSON.stringify(result),24    }25  }26  return {27    body: JSON.stringify({28    }),29  }30}31import { compileCSharp } from '@redwoodjs/core/dist/compiler'32export const handler = async (event, context) => {33  const { body } = event34  const { code } = body35  if (code) {36    const result = await compileCSharp(code)37    return {38      body: JSON.stringify(result),39    }40  }41  return {42    body: JSON.stringify({43    }),44  }45}46import { compileCSharp } from '@redwoodjs/core/dist/compiler'47export const handler = async (event, context) => {48  const { body } = event49  const { code } = body50  if (code) {51    const result = await compileCSharp(code)52    return {53      body: JSON.stringify(result),54    }55  }56  return {57    body: JSON.stringify({58    }),59  }

Using AI Code Generation

1const { compileCSharp } = require('@redwoodjs/api')2const compiled = await compileCSharp({3  sourceCode: 'public class HelloWorld { public string SayHi() => "Hi"; }',4})5console.log(compiled)6### `compileCSharp(options)`7### `compileCSharpWithReferences(options)`8### `compileCSharpWithReferences(options)`9### `compileCSharpWithReferences(options)`

Using AI Code Generation

1var redwood = require("redwood");2var result = redwood.compileCSharp("public class Test { public string Hello(string name) { return \"Hello \" + name; } }");3console.log(result);4var redwood = require("redwood");5var result = redwood.module("class Test { public string Hello(string name) { return \"Hello \" + name; } }");6console.log(result);7var redwood = require("redwood");8var result = redwood.compile("class Test { public string Hello(string name) { return \"Hello \" + name; } }");9console.log(result);10var redwood = require("redwood");11var result = redwood.execute("class Test { public string Hello(string name) { return \"Hello \" + name; } }", "Test", "Hello", ["John"]);12console.log(result);13var redwood = require("redwood");14var result = redwood.executeCSharp("public class Test { public string Hello(string name) { return \"Hello \" + name; } }", "Test", "Hello", ["John"]);15console.log(result);16var redwood = require("redwood");17var result = redwood.compileAndExecute("class Test { public string Hello(string name) { return \"Hello \" + name; } }", "Test", "Hello", ["John"]);18console.log(result);19var redwood = require("redwood");20var result = redwood.compileCSharpAndExecute("public class Test { public string Hello(string name) { return \"Hello \" + name; } }", "Test", "Hello", ["John"]);21console.log(result);

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