@ -79,61 +79,37 @@ char ** Ut_Booster::packTwoArgs(const char * arg0, const char * arg1)
return argv ;
}
void Ut_Booster : : testRename Booster Process( )
void Ut_Booster : : testRename Process( )
{
m_subject . reset ( new MyBooster ) ;
// i f appData()->appName isn't initialized, new process name is booster_x
// I f appData()->appName isn't initialized, new process name is booster_x
// 20 chars dummy buffer used to fool ps to show correct process name with args
const int INIT_ARG S = 2 ;
const int INIT_ARG C = 2 ;
char * * initialArgv = packTwoArgs ( " oldName " , " " ) ;
m_subject - > renameProcess ( INIT_ARGS , const_cast < char * * > ( initialArgv ) ) ;
// New name and arguments fit and are correct
// Rename process
const char * tempArgv [ ] = { m_subject - > boosterTemporaryProcessName ( ) . c_str ( ) } ;
m_subject - > renameProcess ( INIT_ARGC , initialArgv , 1 , tempArgv ) ;
// Check that new name and arguments fit and are correct
QVERIFY ( strcmp ( initialArgv [ 0 ] , m_subject - > boosterTemporaryProcessName ( ) . c_str ( ) ) = = 0 ) ;
// Define and copy args because it's assumed that they are allocated in the heap
// (AppData deletes the argv on exit)
const int ARG S = 3 ;
m_subject - > appData ( ) - > setArgc ( ARG S ) ;
const int ARG C = 3 ;
m_subject - > appData ( ) - > setArgc ( ARG C ) ;
char * * argv = new char * [ ARG S ] ;
char * * argv = new char * [ ARG C ] ;
argv [ 0 ] = strdup ( " newName " ) ;
argv [ 1 ] = strdup ( " --foo " ) ;
argv [ 2 ] = strdup ( " --bar " ) ;
m_subject - > appData ( ) - > setArgv ( const_cast < const char * * > ( argv ) ) ;
m_subject - > appData ( ) - > setAppName ( " newName " ) ;
m_subject - > renameProcess ( INIT_ARGS , const_cast < char * * > ( initialArgv ) ) ;
m_subject - > renameProcess ( INIT_ARGC , initialArgv , ARGC , const_cast < const char * * > ( argv ) ) ;
// New name and arguments fit and are correct
QVERIFY2 ( strcmp ( initialArgv [ 0 ] , " newName --foo --bar " ) = = 0 , initialArgv [ 0 ] ) ;
delete initialArgv [ 0 ] ;
delete [ ] initialArgv ;
}
void Ut_Booster : : testRenameProcess ( )
{
m_subject . reset ( new MyBooster ) ;
// Define and copy args because it's assumed that they are allocated in the heap
// (AppData deletes the argv on exit)
const int ARGS = 3 ;
m_subject - > appData ( ) - > setArgc ( ARGS ) ;
char * * argv = new char * [ ARGS ] ;
argv [ 0 ] = strdup ( " newName " ) ;
argv [ 1 ] = strdup ( " --foo " ) ;
argv [ 2 ] = strdup ( " --bar " ) ;
m_subject - > appData ( ) - > setArgv ( const_cast < const char * * > ( argv ) ) ;
m_subject - > appData ( ) - > setAppName ( m_subject - > appData ( ) - > argv ( ) [ 0 ] ) ;
// 20 chars dummy buffer used to fool ps to show correct process name with args
const int INIT_ARGS = 2 ;
char * * initialArgv = packTwoArgs ( " oldName " , " " ) ;
m_subject - > renameProcess ( INIT_ARGS , const_cast < char * * > ( initialArgv ) ) ;
// New name and arguments fit and are correct
QVERIFY ( strcmp ( initialArgv [ 0 ] , " newName --foo --bar " ) = = 0 ) ;
const char * result = " newName \0 --foo \0 --bar \0 " ;
QVERIFY2 ( memcmp ( initialArgv [ 0 ] , result , 20 ) = = 0 , initialArgv [ 0 ] ) ;
delete initialArgv [ 0 ] ;
delete [ ] initialArgv ;
@ -143,125 +119,25 @@ void Ut_Booster::testRenameProcessNotEnoughSpace()
{
m_subject . reset ( new MyBooster ) ;
const int ARGS = 3 ;
m_subject - > appData ( ) - > setArgc ( ARGS ) ;
char * * argv = new char * [ ARGS] ;
const int NEW_ARGC = 3 ;
m_subject - > appData ( ) - > setArgc ( NEW_ARGC ) ;
char * * argv = new char * [ NEW_ARGC] ;
argv [ 0 ] = strdup ( " newNameLong " ) ;
argv [ 1 ] = strdup ( " --foo " ) ;
argv [ 2 ] = strdup ( " --bar " ) ;
m_subject - > appData ( ) - > setArgv ( const_cast < const char * * > ( argv ) ) ;
m_subject - > appData ( ) - > setAppName ( m_subject - > appData ( ) - > argv ( ) [ 0 ] ) ;
const int INIT_ARGS = 2 ;
char * * initialArgv = packTwoArgs ( " oldName " , " " ) ;
int initLen = strlen ( initialArgv [ 0 ] ) ;
m_subject - > renameProcess ( INIT_ARGS , initialArgv ) ;
const int INIT_ARGC = 2 ;
char * * initialArgv = packTwoArgs ( " old0123 " , " " ) ;
int initLen = strlen ( initialArgv [ 0 ] ) + 1 + strlen ( " " ) ;
m_subject - > renameProcess ( INIT_ARGC , initialArgv ,
m_subject - > appData ( ) - > argc ( ) , m_subject - > appData ( ) - > argv ( ) ) ;
// Not enough space for the new name nor the arguments:
// name should be cut
QVERIFY ( strncmp ( initialArgv [ 0 ] , m_subject - > appData ( ) - > argv ( ) [ 0 ] , initLen - 1 ) = = 0 ) ;
delete [ ] initialArgv [ 0 ] ;
delete [ ] initialArgv ;
}
void Ut_Booster : : testRenameProcessNotEnoughSpace2 ( )
{
m_subject . reset ( new MyBooster ) ;
const int ARGS = 3 ;
m_subject - > appData ( ) - > setArgc ( ARGS ) ;
char * * argv = new char * [ ARGS ] ;
argv [ 0 ] = strdup ( " newName " ) ;
argv [ 1 ] = strdup ( " --foo " ) ;
argv [ 2 ] = strdup ( " --bar " ) ;
m_subject - > appData ( ) - > setArgv ( const_cast < const char * * > ( argv ) ) ;
m_subject - > appData ( ) - > setAppName ( m_subject - > appData ( ) - > argv ( ) [ 0 ] ) ;
const int INIT_ARGS = 2 ;
char * * initialArgv = packTwoArgs ( " oldName " , " " ) ;
m_subject - > renameProcess ( INIT_ARGS , initialArgv ) ;
// Not enough space for the second argument:
// second argument should be left out
QVERIFY ( strcmp ( initialArgv [ 0 ] , " newName --foo " ) = = 0 ) ;
delete initialArgv [ 0 ] ;
delete [ ] initialArgv ;
}
void Ut_Booster : : testRenameProcessNotEnoughSpace3 ( )
{
m_subject . reset ( new MyBooster ) ;
const int ARGS = 3 ;
m_subject - > appData ( ) - > setArgc ( ARGS ) ;
char * * argv = new char * [ ARGS ] ;
argv [ 0 ] = strdup ( " newName " ) ;
argv [ 1 ] = strdup ( " --foo " ) ;
argv [ 2 ] = strdup ( " --bar " ) ;
m_subject - > appData ( ) - > setArgv ( const_cast < const char * * > ( argv ) ) ;
m_subject - > appData ( ) - > setAppName ( m_subject - > appData ( ) - > argv ( ) [ 0 ] ) ;
const int INIT_ARGS = 2 ;
char * * initialArgv = packTwoArgs ( " app " , " " ) ;
m_subject - > renameProcess ( INIT_ARGS , initialArgv ) ;
// Not enough space for arguments but just enough space
// for the new name
QVERIFY ( strcmp ( initialArgv [ 0 ] , " newName " ) = = 0 ) ;
delete initialArgv [ 0 ] ;
delete [ ] initialArgv ;
}
void Ut_Booster : : testRenameProcessNotEnoughSpace4 ( )
{
m_subject . reset ( new MyBooster ) ;
const int ARGS = 3 ;
m_subject - > appData ( ) - > setArgc ( ARGS ) ;
char * * argv = new char * [ ARGS ] ;
argv [ 0 ] = strdup ( " newNameLongLong " ) ;
argv [ 1 ] = strdup ( " --foo " ) ;
argv [ 2 ] = strdup ( " --bar " ) ;
m_subject - > appData ( ) - > setArgv ( const_cast < const char * * > ( argv ) ) ;
m_subject - > appData ( ) - > setAppName ( m_subject - > appData ( ) - > argv ( ) [ 0 ] ) ;
const int INIT_ARGS = 2 ;
char * * initialArgv = packTwoArgs ( " app " , " " ) ;
m_subject - > renameProcess ( INIT_ARGS , initialArgv ) ;
// Not enough space for newName, but dummy space exist: should be cut
QVERIFY ( strcmp ( initialArgv [ 0 ] , " newName " ) = = 0 ) ;
delete initialArgv [ 0 ] ;
delete [ ] initialArgv ;
}
void Ut_Booster : : testRenameProcessNoArgs ( )
{
m_subject . reset ( new MyBooster ) ;
const int ARGS = 2 ;
m_subject - > appData ( ) - > setArgc ( ARGS ) ;
char * * argv = new char * [ ARGS ] ;
argv [ 0 ] = strdup ( " newName " ) ;
argv [ 1 ] = strdup ( " --foo " ) ;
m_subject - > appData ( ) - > setArgv ( const_cast < const char * * > ( argv ) ) ;
m_subject - > appData ( ) - > setAppName ( m_subject - > appData ( ) - > argv ( ) [ 0 ] ) ;
const int INIT_ARGS = 1 ;
char * * initialArgv = new char * [ INIT_ARGS ] ;
initialArgv [ 0 ] = strdup ( " oldName " ) ;
m_subject - > renameProcess ( INIT_ARGS , initialArgv ) ;
// No dummy space argument at all, only name fits
QVERIFY ( strcmp ( initialArgv [ 0 ] , m_subject - > appData ( ) - > argv ( ) [ 0 ] ) = = 0 ) ;
delete initialArgv [ 0 ] ;
delete [ ] initialArgv ;
QVERIFY ( memcmp ( initialArgv [ 0 ] , m_subject - > appData ( ) - > argv ( ) [ 0 ] , initLen ) = = 0 ) ;
QVERIFY ( initialArgv [ 0 ] [ initLen ] = = ' \0 ' ) ;
QVERIFY ( initialArgv [ 0 ] [ initLen - 1 ] = = ' L ' ) ;
}
QTEST_APPLESS_MAIN ( Ut_Booster ) ;
Alexey Shilov
15 years ago