*/ int main(int argc, char **argv)
/*
***********************************************************************/
{
char *cmd;
// Parse command line arguments. Done early. May affect REBOL boot.
Parse_Args(argc, argv, &Main_Args);
Print_Str("REBOL 3.0\n");
REBOL_Init(&Main_Args);
// Evaluate user input:
while (TRUE) {
cmd = Prompt_User();
REBOL_Do_String(cmd);
if (!IS_UNSET(DS_TOP)) {
//if (DSP > 0) {
if (!IS_ERROR(DS_TOP)) {
Prin("== ");
Print_Value(DS_TOP, 0, TRUE);
} else
Print_Value(DS_TOP, 0, FALSE);
//}
}
//DS_DROP; // result
}
return 0;
}
REBOOL Host_Start_Exiting(int *exit_status, int argc, REBCHR **argv) {
REBYTE vers[8];
REBINT startup_rc;
REBYTE *embedded_script = NULL;
REBI64 embedded_size = 0;
Host_Lib = &Host_Lib_Init;
embedded_script = OS_Read_Embedded(&embedded_size);
// !!! Note we may have to free Main_Args.home_dir below after this
Parse_Args(argc, argv, &Main_Args);
vers[0] = 5; // len
RL_Version(&vers[0]);
// Must be done before an console I/O can occur. Does not use reb-lib,
// so this device should open even if there are other problems.
Open_StdIO(); // also sets up interrupt handler
// Initialize the REBOL library (reb-lib):
if (!CHECK_STRUCT_ALIGN) Host_Crash("Incompatible struct alignment");
if (!Host_Lib) Host_Crash("Missing host lib");
// !!! Second part will become vers[2] < RL_REV on release!!!
if (vers[1] != RL_VER || vers[2] != RL_REV) Host_Crash("Incompatible reb-lib DLL");
startup_rc = RL_Init(&Main_Args, Host_Lib);
// !!! Not a good abstraction layer here, but Parse_Args may have put
// an OS_ALLOC'd string into home_dir, via OS_Get_Current_Dir
if (Main_Args.home_dir) OS_FREE(Main_Args.home_dir);
if (startup_rc == 1) Host_Crash("Host-lib wrong size");
if (startup_rc == 2) Host_Crash("Host-lib wrong version/checksum");
//Initialize core extension commands
Init_Core_Ext();
#ifdef TEST_EXTENSIONS
Init_Ext_Test();
#endif
#ifdef TO_WINDOWS
// no console, we must be the child process
if (GetStdHandle(STD_OUTPUT_HANDLE) == 0)
{
App_Instance = GetModuleHandle(NULL);
}
#ifdef REB_CORE
else //use always the console for R3/core
{
// GetWindowsLongPtr support 32 & 64 bit windows
App_Instance = (HINSTANCE)GetWindowLongPtr(GetConsoleWindow(), GWLP_HINSTANCE);
}
#else
//followinng R3/view code behaviors when compiled as:
//-"console app" mode: stdio redirection works but blinking console window during start
//-"GUI app" mode stdio redirection doesn't work properly, no blinking console window during start
else if (argc > 1) // we have command line args
int main(int argc, char **argv)
#endif
{
REBYTE vers[8];
REBYTE *line;
REBINT n;
const char *env_always_malloc = NULL;
REBYTE *embedded_script = NULL;
REBI64 embedded_size = 0;
#ifdef TO_WIN32 // In Win32 get args manually:
// Fetch the win32 unicoded program arguments:
argv = (char **)CommandLineToArgvW(GetCommandLineW(), &argc);
#endif
Host_Lib = &Host_Lib_Init;
env_always_malloc = getenv("R3_ALWAYS_MALLOC");
if (env_always_malloc != NULL) {
always_malloc = atoi(env_always_malloc);
}
embedded_script = OS_Read_Embedded(&embedded_size);
Parse_Args(argc, (REBCHR **)argv, &Main_Args);
vers[0] = 5; // len
RL_Version(&vers[0]);
// Must be done before an console I/O can occur. Does not use reb-lib,
// so this device should open even if there are other problems.
Open_StdIO(); // also sets up interrupt handler
// Initialize the REBOL library (reb-lib):
if (!CHECK_STRUCT_ALIGN) Host_Crash("Incompatible struct alignment");
if (!Host_Lib) Host_Crash("Missing host lib");
// !!! Second part will become vers[2] < RL_REV on release!!!
if (vers[1] != RL_VER || vers[2] != RL_REV) Host_Crash("Incompatible reb-lib DLL");
n = RL_Init(&Main_Args, Host_Lib);
if (n == 1) Host_Crash("Host-lib wrong size");
if (n == 2) Host_Crash("Host-lib wrong version/checksum");
//Initialize core extension commands
Init_Core_Ext();
#ifdef EXT_LICENSING
Init_Licensing_Ext();
#endif //EXT_LICENSING
#ifdef TEST_EXTENSIONS
Init_Ext_Test();
#endif
#ifdef TO_WIN32
// no console, we must be the child process
if (GetStdHandle(STD_OUTPUT_HANDLE) == 0)
{
App_Instance = GetModuleHandle(NULL);
}
#ifdef REB_CORE
else //use always the console for R3/core
{
// GetWindowsLongPtr support 32 & 64 bit windows
App_Instance = (HINSTANCE)GetWindowLongPtr(GetConsoleWindow(), GWLP_HINSTANCE);
}
#else
//followinng R3/view code behaviors when compiled as:
//-"console app" mode: stdio redirection works but blinking console window during start
//-"GUI app" mode stdio redirection doesn't work properly, no blinking console window during start
else if (argc > 1) // we have command line args