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added C libcurl in the readme.d file
This commit is contained in:
Nishant Kumar
62
README.md
62
README.md
@ -147,68 +147,6 @@ API Dash currently supports API integration code generation for the following la
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| PHP | `guzzle` | https://github.com/foss42/apidash/issues/143 |
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| C | `libcurl` | |
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## How to run C libCurl code on the machine ?
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You have to ensure that you have installed the curl lib in your machine
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### macOS
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### Step 1:
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You can install libcurl using Homebrew, a popular package manager for macOS. Open Terminal and run the following command:
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``` brew install curl ```
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### Step 2:
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Write your C code using libcurl. You can use any text editor or an integrated development environment (IDE) like Xcode or Visual Studio Code.
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### Step 3:
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Assuming you have a C file named main.c containing your libcurl code, you can compile it using `gcc` . Open Terminal and navigate to the directory containing your C file.
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``` cd /path/to/your/project```
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``` gcc -o my_program main.c -lcurl ```
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This command compiles your `main.c` file and links it with the libcurl library (`-lcurl`). The resulting executable will be named `my_program.`
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### Step 4:
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Once compiled successfully, you can run your program from the Terminal:
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``` ./my_program ```
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### Windows
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### Step 1:
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Download the libcurl pre-built binaries for Windows from the [official libcurl website](https://curl.se/).
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Extract the downloaded archive to a directory on your system (e.g., C:\curl).
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### Step 2:
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Write your C code using libcurl. You can use any text editor or an integrated development environment (IDE) like Visual Studio or Code::Blocks.
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### Step 3:
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Ensure you have a C compiler installed. You can use MinGW (Minimalist GNU for Windows) or Visual Studio's C/C++ compiler.
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Add libcurl's include and library directories to your project settings. For MinGW, you can do this by adding -IC:\curl\include to your compiler's command line options and -LC:\curl\lib to your linker's command line options.
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## Step 4:
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Compile your C code using your chosen compiler. Here's an example command using MinGW:
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``` gcc -o my_program main.c -IC:\curl\include -LC:\curl\lib -lcurl ```
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### Step 5:
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Once compiled successfully, you can run your program from the command prompt:
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``` my_program.exe ```
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### Linux
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### Step 1:
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Most Linux distributions come with libcurl pre-installed. If it's not installed, you can install it using your package manager. For example, on Debian-based systems like Ubuntu, you can use:
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``` sudo apt-get update ```
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``` sudo apt-get install libcurl4-openssl-dev```
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### Step 2:
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Write your C code using libcurl. You can use any text editor or an integrated development environment (IDE) like Visual Studio Code or Sublime Text.
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## Step 3:
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Compile your C code using GCC (GNU Compiler Collection) or any other C compiler available on your system. Here's an example using GCC:
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``` gcc -o my_program main.c -lcurl ```
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### Step 4:
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Once compiled successfully, you can run your program from the terminal:
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``` ./my_program ```
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We welcome contributions to support other programming languages/libraries/frameworks. Please check out more details [here](https://github.com/foss42/apidash/discussions/80).
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## MIME Types supported by API Dash Response Previewer
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@ -347,6 +347,150 @@ println("Response Body:", String(response.body))
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url = "https://api.apidash.dev/case/lower"
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payload = Dict(
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"text"=> "I LOVE Flutter"
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)
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headers = Dict(
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"User-Agent"=> "Test Agent"
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)
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response = HTTP.post(url, JSON.json(payload), headers=headers)
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println("Status Code:", response.status)
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println("Response Body:", String(response.body))
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""";
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expect(
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codeGen.getCode(
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CodegenLanguage.juliaHttp, requestModelPost3, "https"),
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expectedCode);
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});
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test('POST 4', () {
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const expectedCode = r"""using HTTP,JSON
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url = "https://api.apidash.dev/case/lower"
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payload = Dict(
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"text"=> "I LOVE Flutter"
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)
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headers = Dict(
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"User-Agent"=> "Test Agent"
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)
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response = HTTP.post(url, JSON.json(payload), headers=headers)
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println("Status Code:", response.status)
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println("Response Body:", String(response.body))
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""";
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expect(
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codeGen.getCode(
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CodegenLanguage.juliaHttp, requestModelPost3, "https"),
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expectedCode);
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});
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test('POST 5', () {
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const expectedCode = r"""using HTTP,JSON
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url = "https://api.apidash.dev/case/lower"
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payload = Dict(
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"text"=> "I LOVE Flutter"
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)
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headers = Dict(
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"User-Agent"=> "Test Agent"
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)
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response = HTTP.post(url, JSON.json(payload), headers=headers)
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println("Status Code:", response.status)
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println("Response Body:", String(response.body))
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""";
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expect(
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codeGen.getCode(
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CodegenLanguage.juliaHttp, requestModelPost3, "https"),
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expectedCode);
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});
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test('POST 5', () {
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const expectedCode = r"""using HTTP,JSON
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url = "https://api.apidash.dev/case/lower"
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payload = Dict(
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"text"=> "I LOVE Flutter"
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)
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headers = Dict(
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"User-Agent"=> "Test Agent"
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)
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response = HTTP.post(url, JSON.json(payload), headers=headers)
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println("Status Code:", response.status)
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println("Response Body:", String(response.body))
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""";
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expect(
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codeGen.getCode(
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CodegenLanguage.juliaHttp, requestModelPost3, "https"),
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expectedCode);
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});
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test('POST 7', () {
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const expectedCode = r"""using HTTP,JSON
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url = "https://api.apidash.dev/case/lower"
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payload = Dict(
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"text"=> "I LOVE Flutter"
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)
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headers = Dict(
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"User-Agent"=> "Test Agent"
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)
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response = HTTP.post(url, JSON.json(payload), headers=headers)
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println("Status Code:", response.status)
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println("Response Body:", String(response.body))
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""";
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expect(
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codeGen.getCode(
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CodegenLanguage.juliaHttp, requestModelPost3, "https"),
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expectedCode);
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});
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test('POST 8', () {
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const expectedCode = r"""using HTTP,JSON
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url = "https://api.apidash.dev/case/lower"
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payload = Dict(
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"text"=> "I LOVE Flutter"
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)
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headers = Dict(
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"User-Agent"=> "Test Agent"
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)
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response = HTTP.post(url, JSON.json(payload), headers=headers)
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println("Status Code:", response.status)
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println("Response Body:", String(response.body))
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""";
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expect(
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codeGen.getCode(
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CodegenLanguage.juliaHttp, requestModelPost3, "https"),
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expectedCode);
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});
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test('POST 9', () {
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const expectedCode = r"""using HTTP,JSON
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url = "https://api.apidash.dev/case/lower"
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payload = Dict(
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"text"=> "I LOVE Flutter"
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)
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