void BindExec() {
int n;
char temppath[128]; // passed as *path argument
char tempname[128]; // passed as *argv[0]
char tempparm[128]; // -UN name of file
char tempparm2[128]; // -BN name of file
char temptype[8]; // action type, either "-R" or "-RS"
const char *path=temppath;
const char *arg0=bindname;
const char *arg1=temptype;
const char *arg2="/S";
const char *arg3=tempparm;
const char *arg4=tempparm2;
const char *arg5=tempname2;
if(bindtype==0) strcpy(temptype,"/R");
else if(bindtype==1) strcpy(temptype,"/RS");
else if(bindtype==2) strcpy(temptype,"/RC");
strcpy(temppath,bindname);
strcpy(tempname,bindname);
strcpy(tempparm,"/UN");
strcat(tempparm,tempname2);
strcpy(tempparm2,"/BN");
strcat(tempparm2,newfilename);
n=spawnle(P_WAIT, path, arg0,arg1,arg2,arg3,arg4,arg5, NULL, NULL);
if(n==-1)
{
GetDOS32APath();
strcpy(temppath,dos32apath);
strcat(temppath,bindname);
strcpy(tempname,dos32apath);
strcat(tempname,bindname);
n=spawnle(P_WAIT, path, arg0,arg1,arg2,arg3,arg4,arg5, NULL, NULL);
if(n==-1)
{
strcpy(temppath,bindname);
strcpy(tempname,bindname);
n=spawnlpe(P_WAIT, path, arg0,arg1,arg2,arg3,arg4,arg5, NULL, NULL);
if(n==-1) err_nosb();
}
}
if(n!=0) {
if(n==127) err_support(tempname2);
else {
DeleteTempFiles();
exit(1);
}
}
}
void UnbindExec()
{
int n;
char temppath[128]; // passed as *path argument
char tempname[128]; // passed as *argv[0]
char tempparm[128]; // name of file to be processed
const char *path=temppath;
const char *arg0=bindname;
const char *arg1="/U";
const char *arg2="/O";
const char *arg3="/S";
const char *arg4=tempparm;
const char *arg5=oldfilename;
strcpy(temppath,bindname);
strcpy(tempname,bindname);
strcpy(tempparm,"/UN");
strcat(tempparm,tempname1);
n=spawnle(P_WAIT, path, arg0,arg1,arg2,arg3,arg4,arg5, NULL, NULL);
if(n==-1)
{
GetDOS32APath();
strcpy(temppath,dos32apath);
strcat(temppath,bindname);
strcpy(tempname,dos32apath);
strcat(tempname,bindname);
n=spawnle(P_WAIT, path, arg0,arg1,arg2,arg3,arg4,arg5, NULL, NULL);
if(n==-1)
{
strcpy(temppath,bindname);
strcpy(tempname,bindname);
n=spawnlpe(P_WAIT, path, arg0,arg1,arg2,arg3,arg4,arg5, NULL, NULL);
if(n==-1)
err_nosb();
}
}
if(n!=0)
{
if(n==127)
err_support(oldfilename);
else
{
DeleteTempFiles();
exit(1);
}
}
}
void main(void)
{
char *env[] = { "FILE=SPAWNLXX.C", "LANGUAGE=C",
"OS=DOS", NULL};
spawnle(P_WAIT, "CHILD.EXE", "CHILD.EXE",
"Using-spawnle", "BBB", NULL, env);
spawnlp(P_WAIT, "CHILD.EXE", "CHILD.EXE", "Using-spawnlp",
"BBB", NULL);
spawnlpe(P_WAIT, "CHILD.EXE", "CHILD.EXE", "Using-spawnlpe",
"BBB", NULL, env);
}
int main( int argc, char * const argv[] )
{
char myfile[ sizeof __FILE__ ];
int child = argc > 1;
int handle;
int status;
int handle_out;
long size;
/*** Initialize ***/
strcpy( ProgramName, argv[0] ); /* store filename */
strlwr( ProgramName ); /* and lower case it */
strcpy( myfile, __FILE__ );
strlwr( myfile );
if( child ) {
char *env_var;
if( argc == 4 ) {
/* Verify expected command line contents */
VERIFY( !strcmp( argv[1], ARG1 ) );
VERIFY( !strcmp( argv[2], ARG2 ) );
VERIFY( !strcmp( argv[3], ARG3 ) );
/* Verify expected environment contents */
env_var = getenv( VAR_NAME );
VERIFY( env_var );
VERIFY( !strcmp( env_var, VAR_TEXT ) );
if( NumErrors != 0 ) {
return( EXIT_FAILURE );
} else {
return( CHILD_RC );
}
} else {
if( argc == 2 ) {
/* Verify expected command line contents */
VERIFY( !strcmp( argv[1], ARG_REDIR ) );
/* Write text to stdout */
printf( REDIR_TEXT );
if( NumErrors != 0 ) {
return( EXIT_FAILURE );
} else {
return( CHILD_RC );
}
}
else
return( EXIT_FAILURE );
}
} else {
int rc;
char **env;
const char *path = "PATH=."; /* Default PATH if none is found */
const char *child_args[] = { ProgramName, ARG1, ARG2, ARG3, NULL };
const char *child_envp[] = { NULL, VAR_NAME "=" VAR_TEXT, "DOS4G=QUIET", NULL };
/* We need to pass PATH down to the child because DOS/4GW style stub
* programs rely on it to function properly.
*/
for( env = environ; *env; ++env )
if( !strncmp( *env, "PATH=", 5 ) ) {
path = *env;
break;
}
child_envp[0] = path;
/* Test spawn functions */
rc = spawnle( P_WAIT, ProgramName, ProgramName, ARG1, ARG2, ARG3, NULL, child_envp );
VERIFY( rc == CHILD_RC );
rc = spawnlpe( P_WAIT, ProgramName, ProgramName, ARG1, ARG2, ARG3, NULL, child_envp );
VERIFY( rc == CHILD_RC );
rc = spawnve( P_WAIT, ProgramName, child_args, child_envp );
VERIFY( rc == CHILD_RC );
rc = spawnvpe( P_WAIT, ProgramName, child_args, child_envp );
VERIFY( rc == CHILD_RC );
/* Modify our environment that child will inherit */
VERIFY( !setenv( VAR_NAME, VAR_TEXT, 1 ) );
VERIFY( !setenv( "DOS4G", "QUIET", 1 ) );
rc = spawnl( P_WAIT, ProgramName, ProgramName, ARG1, ARG2, ARG3, NULL );
VERIFY( rc == CHILD_RC );
rc = spawnlp( P_WAIT, ProgramName, ProgramName, ARG1, ARG2, ARG3, NULL );
VERIFY( rc == CHILD_RC );
rc = spawnv( P_WAIT, ProgramName, child_args );
VERIFY( rc == CHILD_RC );
rc = spawnvp( P_WAIT, ProgramName, child_args );
VERIFY( rc == CHILD_RC );
/* Check inherited output redirection */
handle_out = dup( STDOUT_FILENO );
handle = creat( "test.fil", S_IREAD|S_IWRITE );
VERIFY( handle != -1 );
status = dup2( handle, STDOUT_FILENO );
VERIFY( status != -1 );
status = close( handle );
VERIFY( status == 0 );
rc = spawnl( P_WAIT, ProgramName, ProgramName, ARG_REDIR, NULL );
VERIFY( rc == CHILD_RC );
status = dup2( handle_out, STDOUT_FILENO );
VERIFY( status != -1 );
handle = open( "test.fil", O_RDWR );
VERIFY( handle != -1 );
size = filelength( handle );
VERIFY( size == strlen( REDIR_TEXT ) );
status = close( handle );
VERIFY( status == 0 );
status = unlink( "test.fil" );
VERIFY( status == 0 );
signal_count = 0;
signal_number = 0;
/* Install SIGBREAK handler */
VERIFY( signal( SIGBREAK, break_handler ) == SIG_DFL );
/* Raise signal and verify results */
VERIFY( raise( SIGBREAK ) == 0 );
VERIFY( signal_count == 1 );
VERIFY( signal_number == SIGBREAK );
/* Raise again - nothing should have happened */
VERIFY( raise( SIGBREAK ) == 0 );
VERIFY( signal_count == 1 );
/*** Print a pass/fail message and quit ***/
if( NumErrors != 0 ) {
printf( "%s: FAILURE (%d errors).\n", ProgramName, NumErrors );
return( EXIT_FAILURE );
}
printf( "Tests completed (%s).\n", ProgramName );
}
return( 0 );
}
void main(void)
{
int key,
formon = 0,
buton = 1,
f2 = 0,
busy = 0,
v,
h,
z;
char test;
int garb;
startup(); /* standard startup sequence */
/* Button */
defbutton(100,450,"End");
defbutton(400,450,"Help");
defplate(0,25,"File");
defplate(58,25,"Form");
defplate(150,25,"DOS");
defplate(350,25,"Display");
defplate(450,25,"Clear");
defplate(522,25,"Edit");
defform("50,50,4,test,50,70,8,test2,50,90,6,test3");
initrat(&rat);
raton(&rat);
do {
key = checkinput();
h = rat.horiz;
v = rat.verti;
if((rat.buttons == LBUTTON && key == PRESS) && (platehit(1,h,v)))
{
ratoff(&rat);
if(formon)
{
if(f2) busy = 0;
removeform();
formon = 0;
}
else
{
if(f2) busy = 1;
displayform();
formon = 1;
}
raton(&rat);
}
if((rat.buttons == RBUTTON && key == PRESS) && (platehit(2,h,v)))
{
garb = spawnle(P_WAIT,"c:\\command.com",NULL,NULL);
if(garb == -1)
{
shutdown();
perror("\nError");
getch();
exit(1);
}
}
if((rat.buttons == LBUTTON && key == PRESS) && (platehit(3,h,v)))
{
if(f2 && !busy)
{
ratoff(&rat);
showdata(0,0,testform.fld1);
showdata(0,1,testform.fld2);
showdata(0,2,testform.fld3);
raton(&rat);
}
}
if((rat.buttons == LBUTTON && key == PRESS) && (platehit(4,h,v)))
{
if(f2 && !busy)
{
ratoff(&rat);
cleanform(0,0,testform.fld1);
cleanform(0,1,testform.fld2);
cleanform(0,2,testform.fld3);
raton(&rat);
}
}
if((rat.buttons == LBUTTON && key == PRESS) && (platehit(5,h,v)))
{
if(f2 && !busy)
{
ratoff(&rat);
cleanform(0,0,testform.fld1);
for(z=0;z<=10;z++) testform.fld1[z]=NULL;
test=get_key();
z=0;
while(test != ENTER && z < 4)
{
testform.fld1[z]=test;
showdata(0,0,testform.fld1);
z++;
test=get_key();
}
cleanform(0,1,testform.fld2);
for(z=0;z<=10;z++) testform.fld2[z]=NULL;
test=get_key();
z=0;
while(test != ENTER && z < 8)
{
testform.fld2[z]=test;
showdata(0,1,testform.fld2);
z++;
test=get_key();
}
cleanform(0,2,testform.fld3);
for(z=0;z<=10;z++) testform.fld3[z]=NULL;
test=get_key();
z=0;
while(test != ENTER && z < 6)
{
testform.fld3[z]=test;
showdata(0,2,testform.fld3);
test=get_key();
z++;
}
raton(&rat);
}
}
if((rat.buttons == LBUTTON && key == PRESS) && (platehit(0,h,v)))
{
ratoff(&rat);
if(f2)
{
eraseform(0,WITHOUT);
f2 = 0;
}
else
{
showform(0,WITHOUT);
f2 = 1;
}
raton(&rat);
}
if((rat.buttons == RBUTTON && key == HELD) && (checkhit(1,h,v)))
{
ratoff(&rat);
if(buton)
{
buttonoff(1);
buton = 0;
}
else
{
buttonon(1);
buton = 1;
}
raton(&rat);
}
if((rat.buttons == CBUTTON && key == RELEASE) && (checkhit(1,h,v)))
{
ratoff(&rat);
if(buton)
{
buttonoff(1);
buton = 0;
}
else
{
buttonon(1);
buton = 1;
}
raton(&rat);
}
} while(!(((rat.buttons == LBUTTON && key == RELEASE) || (key == ENTER))
&& checkhit(0,h,v) || key == ESC));
ratoff(&rat);
shutdown();
}
