void CreateRshell (void)
{
CString root = GetGlobal("Root");
CString config = GetGlobal("CustomizationList");
CString destPath = root + "\\Configs\\" + config + "\\Rshell";
CWnd Mywnd;
// Mywnd.MessageBox(CString(iniFilePath),iniFilePath,MB_OK);
// Mywnd.MessageBox(CString(customizationPath),customizationPath,MB_OK);
ifstream part1("part1.ini");
ifstream part2("part2.ini");
_mkdir (destPath);
CString Rsh = destPath + "\\" +"rshell.ini";
// FILE* rshell = theApp.OpenAFile(CDdir +"rshell.ini", "w");
ofstream rshell(Rsh);
CString fvalue1=GetGlobal("ShellTitleText");
CString fvalue2=GetGlobal("ShellBgBitmap");
// char *fvalue3=GetGlobal("dialog_title_text");
CString fvalue4=GetGlobal("ShellInstallTextFile");
char jsprefname[200];
if(!part1) {
cout << "cannot open the file \n";
}
while (!part1.eof()) {
part1.getline(jsprefname,200);
// fprintf(globs, jsprefname);
// fprintf(globs, "\n");
rshell <<jsprefname<<"\n";
}
rshell <<"caption="<<fvalue1<<"\n";
rshell <<"bk_bitmap="<<fvalue2<<"\n";
rshell <<"button2_cmdline="<<fvalue4<<"\n";
// rshell <<"dialog_title_txt="<<fvalue3<<"\n";
if(!part2) {
cout << "cannot open the file \n";
}
while (!part2.eof()) {
part2.getline(jsprefname,200);
rshell <<jsprefname<<"\n";
}
rshell.close();
}
/**
* Function: main()
* Description: main routine of the shell.
* Synopsis: int main(int argc, char* argv[]) (conforms to ANSI C)
* Return value:
* o An integer, indicating exit status.
*/
int
main(int argc, char* argv[])
{
char* prompts[] =
{
"msh",
"rshell",
"rsnoop"
};
enum
{
P_MSH,
P_RSHELL,
P_RSNOOP
};
int prompt = P_MSH;
printf
(
"\nWelcome to Microshell Client\nVersion: %s\nType '?' for help.\n",
MICROSHELL_VERSION
);
memset(&status, 0, sizeof(sh_status_t));
init();
/* We loop until we get the quit signal */
while(status.curr_signal != SH_QUIT)
{
char cmdline[CMD_LINE_MAX_CHARS] = {0};
/*sh_commands cmd_type;*/
/* Save our state here to restart from here
* in case we got interrupted by a SIGALRM
*/
if(sigsetjmp(jmpbuf, SIGALRM))
{
}
/* Prompt */
printf("\n%s> ", prompts[prompt]);
fgets(cmdline, CMD_LINE_MAX_CHARS, stdin);
/* A copy of a command line for processing */
strcpy(status.cmdline, cmdline);
if(status.curr_signal == SH_REMOTE)
{
if(prompt == P_RSHELL)
rshell(cmdline);
else
rsnoop(cmdline);
}
else
{
/* Parse the command line */
status.curr_cmd = parseCmd(cmdline);
prompt = P_MSH;
/* Dispatch according to the command type */
switch(status.curr_cmd)
{
case QUIT:
status.curr_signal = SH_QUIT;
/*disconnect();*/
break;
case SRV_RSHELL:
/*rshell(cmdline);*/
connectSnoopSrv(cmdline);
prompt = P_RSHELL;
break;
case SRV_RSNOOP:
/*rsnoop(cmdline);*/
connectSnoopSrv(cmdline);
prompt = P_RSNOOP;
break;
case REGISTER: /* Send connection request */
if(status.connected == true)
fprintf(stderr, "This client already opened a connection to the server!\n");
else
{
connectTimeSrv();
initSignals();
}
break;
case SRV_VERSION: /* Send version request */
if(status.connected == false)
fprintf(stderr, "Server Version Request: Not connected to the server yet.\n");
else
srvVersion();
break;
case SRV_ELAPSED_TIME: /* Send eslsapsed time request */
if(status.connected == false)
fprintf(stderr, "Elapsed Time Request: Not connected to the server yet.\n");
else
srvElapsedTime();
break;
case SRV_TOD:/* Send time-of-the-day request */
if(status.connected == false)
fprintf(stderr, "Time of the Day Request: Not connected to the server yet.\n");
else
srvTOD();
break;
case PIPELINE:
execPipeline(status.pipeline_size, -1);
reset();
break;
case HELP:
showHelp();
break;
case BLANK:
case UNKNOWN: /* UNKNOWN was meant for error checking. Unused. */
reset();
break;
default:
fprintf(stderr, "msh: Unexpected command type: %d (internal error)\n", status.curr_cmd);
exit(1);
} /* switch(status.curr_cmd) */
} /* !SH_REMOTE */
/* Make sure we don't have anything in those streams */
fflush(stdout);
fflush(stdin);
fflush(stderr);
} /* while(not QUIT) */
exit(0);
} /* main() */
