https://webassembly.studio is an online IDE where you can develop Webassembly projects with C and compile them to wasm and run them.
They don't actually compile it on the browser, what they do is they take code from editor and send it to API endpoint with some options which in turn returns the compiled wasm. Below is the examples of the request:
HTTP POST to https://webassembly-studio-clang.herokuapp.com/build with following payload:
{
"output": "wasm",
"compress": true,
"files": [
{
"type": "c",
"name": "file.c",
"options": "-g -O3",
"src": "#include <stdio.h>\n#include <sys/uio.h>\n\n#define WASM_EXPORT __attribute__((visibility(\"default\")))\n\nWASM_EXPORT\nint main(void) {\n printf(s\"Hello World\\n\") ;\n}\n\n/* External function that is implemented in JavaScript. */\nextern void putc_js(char c);\n\n/* Basic implementation of the writev sys call. */ \nWASM_EXPORT\nsize_t writev_c(int fd, const struct iovec *iov, int iovcnt) {\n size_t cnt = 0;\n for (int i = 0; i < iovcnt; i++) {\n for (int j = 0; j < iov[i].iov_len; j++) {\n putc_js(((char *)iov[i].iov_base)[j]);\n }\n cnt += iov[i].iov_len;\n }\n return cnt;\n}\n"
}
]
}As you can see the request payload is quite simple, most interesting part is inside files array where they define the language
and some compiler options (optimization level), src property contains the C code from the editor. Server then
compiles the code to wasm and outputs following response in case there was an error:
{
"tasks": [
{
"name": "building file.c",
"file": "file.c",
"console": "/tmp/build_v39yl8gzto.$/file.c:8:10: error: use of undeclared identifier 's'\n printf(s\"Hello World\\n\") ;\n ^\n1 error generated.\n",
"success": false
}
],
"success": false,
"message": "Error during build of file.c"
}if the compilation was successful the response is something like this:
# How webassembly.studio compiles C code to WASM
[webassembly.studio](https://webassembly.studio/) is an online IDE where you can develop Webassembly projects with C
compile them to wasm and run them.
## Compile to wasm
They don't actually compile it on the browser, what they do is they take code from editor and send it to API endpoint with some
options which in turn returns the compiled wasm. Below is the examples of the request:
HTTP POST to https://webassembly-studio-clang.herokuapp.com/build with following payload:
```json
{
"output": "wasm",
"compress": true,
"files": [
{
"type": "c",
"name": "file.c",
"options": "-g -O3",
"src": "#include <stdio.h>\n#include <sys/uio.h>\n\n#define WASM_EXPORT __attribute__((visibility(\"default\")))\n\nWASM_EXPORT\nint main(void) {\n printf(s\"Hello World\\n\") ;\n}\n\n/* External function that is implemented in JavaScript. */\nextern void putc_js(char c);\n\n/* Basic implementation of the writev sys call. */ \nWASM_EXPORT\nsize_t writev_c(int fd, const struct iovec *iov, int iovcnt) {\n size_t cnt = 0;\n for (int i = 0; i < iovcnt; i++) {\n for (int j = 0; j < iov[i].iov_len; j++) {\n putc_js(((char *)iov[i].iov_base)[j]);\n }\n cnt += iov[i].iov_len;\n }\n return cnt;\n}\n"
}
]
}As you can see the request payload is quite simple, most interesting part is inside files array where they define the language
and some compiler options (optimization level), src property contains the C code from the editor. Server then
compiles the code to wasm and outputs following response in case there was an error:
{
"tasks": [
{
"name": "building file.c",
"file": "file.c",
"console": "/tmp/build_v39yl8gzto.$/file.c:8:10: error: use of undeclared identifier 's'\n printf(s\"Hello World\\n\") ;\n ^\n1 error generated.\n",
"success": false
}
],
"success": false,
"message": "Error during build of file.c"
}Error messages are then showed on the "console" of the editor. If the compilation was successful the response is something like this:
{
"tasks": [
{
"name": "building file.c",
"file": "file.c",
"console": "",
"success": true,
"output": "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"
},
{
"name": "linking wasm",
"console": "",
"success": true
}
],
"output": "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",
"success": true,
"message": "Success"
}Output apparently contains the wasm file which you need to pass through decodeBinary function to get the actual wasm file.
All of the code of webassembly.studio is open source and here are the interesting bits: