sledge/runtime/tests/empty/main.c

#include <stdlib.h>
#include <stdio.h>
#include <string.h>

int
main(int argc, char **argv)
{
	printf("S\n");

	return 0;
}
Support TCP (TODO: http parsing based on module specification) * Major: - Moved sandbox data struct into linear memory of a sandbox. - (Should work well with other sandboxing mechanisms). - Removed all mallocs from within uv usage, using a pre-allocated memory within sandbox data-struct for read/write. - TODO: convert prints on stdout to a string and send it out with function response body. - TODO: for each function loaded, what is the request and response http header/body specification. To start, keep headers minimal. body either: json, plain. - TODO: track TIMEOUTS. If we go beyond that, return a HTTP 408? 5 years ago			`#include <stdlib.h>`
			`#include <stdio.h>`
			`#include <string.h>`

			`int`
			`main(int argc, char **argv)`
			`{`
keep empty and add work program 5 years ago			`printf("S\n");`
read from stdin (http req body), write to stdout (http resp body), bug fixes in http parsing 5 years ago
Support TCP (TODO: http parsing based on module specification) * Major: - Moved sandbox data struct into linear memory of a sandbox. - (Should work well with other sandboxing mechanisms). - Removed all mallocs from within uv usage, using a pre-allocated memory within sandbox data-struct for read/write. - TODO: convert prints on stdout to a string and send it out with function response body. - TODO: for each function loaded, what is the request and response http header/body specification. To start, keep headers minimal. body either: json, plain. - TODO: track TIMEOUTS. If we go beyond that, return a HTTP 408? 5 years ago			`return 0;`
			`}`