/*
* This tests the example given in the documentation.
*/
void
test()
{
struct SEE_interpreter interp_storage, *interp;
struct SEE_input *input;
SEE_try_context_t try_ctxt;
struct SEE_value result;
char *program_text = "Math.sqrt(3 + 4 * 7) + 9";
TEST_DESCRIBE("the simple example from the documentation");
/* Initialise the SEE library */
SEE_init();
/* Initialise an interpreter */
SEE_interpreter_init(&interp_storage);
interp = &interp_storage;
/* Create an input stream that provides program text */
input = SEE_input_utf8(interp, program_text);
TEST_NOT_NULL(input);
/* Establish an exception context */
SEE_TRY(interp, try_ctxt) {
/* Call the program evaluator */
SEE_Global_eval(interp, input, &result);
/* Print the result */
TEST(SEE_VALUE_GET_TYPE(&result) == SEE_NUMBER);
if (SEE_VALUE_GET_TYPE(&result) == SEE_NUMBER)
TEST_EQ_FLOAT(result.u.number, sqrt(3+4*7.)+9);
}
int
cgiMain()
{
cgiHeaderContentType("text/html");
int serverside = 0;
cgiFormInteger("serverside", &serverside, 0);
char function_call[50];
int callback = 0;
if (cgiFormString("function_call", &function_call[0], 50) == cgiFormSuccess)
callback = 1;
if(serverside) {
/* Initialise the SEE library */
SEE_init();
/* Initialise an interpreter */
SEE_interpreter_init(&g_interp_storage);
g_interp = &g_interp_storage;
/* Bring our native functions into the interpreter */
SEE_CFUNCTION_PUTA(g_interp, g_interp->Global, "println", g_println, 1, 0);
SEE_CFUNCTION_PUTA(g_interp, g_interp->Global, "include", g_include, 1, 0);
SEE_CFUNCTION_PUTA(g_interp, g_interp->Global, "version", g_version, 1, 0);
/* evaluate bootstrapping code, and then script, then transform events */
evaluate_file(g_interp, &g_result, "/Users/alan/working/golf/boot/serverside.js");
evaluate_file(g_interp, &g_result, cgiPathTranslated);
/* this is dangerous lol. should check to make sure the callback is a function */
if(callback)
evaluate_string(g_interp, &g_result, function_call);
/* this converts elements with onclick event attributes into links */
evaluate_file(g_interp, &g_result, "/Users/alan/working/golf/boot/transform.js");
evaluate_string(g_interp, &g_result, "document.render();");
} else {
fprintf(cgiOut, "<html>\n<head>\n");
fprintf(cgiOut, "<script type = \"text/javascript\">\n");
fprintf(cgiOut, "function boot() {\n");
print_file("/Users/alan/working/golf/boot/clientside.js");
print_file(cgiPathTranslated);
fprintf(cgiOut, "\n}\n");
fprintf(cgiOut, "</script>\n</head>\n");
fprintf(cgiOut, "<body onload = \"boot();\">\n");
fprintf(cgiOut, "</body>\n</html>");
}
return EXIT_SUCCESS;
}
bool SjSee::Execute(const wxString& script__)
{
wxASSERT( !m_executionScope.IsEmpty() );
// very first, do some garbarge collection (if needed)
// this must be done _before_ we create SjGcLocker
/*if( SjGcNeedsCleanup() )
{
SjGcCleanup(); -- done in SjGcLocker
}*/
// lock the garbage collector
SjGcLocker gclocker;
// init the interpreter, if not yet done
if( !m_interprInitialized )
{
// init some global function pointers
static bool SEE_system_initialized = false;
if( !SEE_system_initialized )
{
SEE_system.abort = SjSee_abort;
SEE_system.malloc = SjSee_malloc;
SEE_system.malloc_string = SjSee_malloc_string;
SEE_system.malloc_finalize = SjSee_malloc_finalize;
SEE_system.free = SjSee_free;
SEE_system_initialized = true;
SEE_system_add_my_strings ();
}
// init the interpreter instance and our objects
SEE_interpreter_init(m_interpr);
Player_init();
Program_init();
Rights_init();
Dialog_init();
Database_init();
File_init();
HttpRequest_init();
m_interprInitialized = true;
}
// do what to do
bool success = true;
SEE_input* input;
SEE_try_context_t tryContext;
/* Create an input stream that provides program text */
{
wxString script(script__);
if( script.Find(wxT("\r")) != -1 ) // no "\r" - otherwise, the line numbers get out of order
{
if( script.Find(wxT("\n")) != -1 )
script.Replace(wxT("\r"), wxT(" "));
else
script.Replace(wxT("\r"), wxT("\n"));
}
input = SEE_input_string(m_interpr, WxStringToSeeString(m_interpr, script));
}
/* Establish an exception context */
SEE_TRY(m_interpr, tryContext)
{
/* Call the program evaluator */
SEE_Global_eval(m_interpr, input, m_executeResult);
}