itv_object_t *__itv_object_find_name(itv_object_t *p_this, const char *psz_name, int i_mode)
{
itv_object_t *p_found;
if(p_this->psz_object_name && !strcmp(p_this->psz_object_name, psz_name)) {
itv_object_hold(p_this);
return p_this;
}
itv_lock(p_this->icore);
if((i_mode & 0x000f) == FIND_ANYWHERE) {
itv_object_t *p_root = p_this;
/* Find the root */
while(p_root->parent != NULL && p_root != ITV_OBJECT(p_this->icore)) {
p_root = p_root->parent;
}
p_found = FindObjectName(p_root, psz_name, (i_mode & ~0x000f) | FIND_CHILD);
if(p_found == NULL && p_root != ITV_OBJECT(p_this->icore)) {
p_found = FindObjectName(ITV_OBJECT(p_this->icore), psz_name, (i_mode & ~0x000f) | FIND_CHILD);
}
}
else {
p_found = FindObjectName(p_this, psz_name, i_mode);
}
itv_unlock(p_this->icore);
return p_found;
}
static itv_object_t *FindObjectName(itv_object_t *p_this, const char *psz_name, int i_mode)
{
int i;
itv_object_t *p_tmp;
switch(i_mode & 0x000f) {
case FIND_PARENT:
p_tmp = p_this->parent;
if(p_tmp) {
if(p_tmp->psz_object_name && !strcmp(p_tmp->psz_object_name, psz_name)) {
itv_object_hold(p_tmp);
return p_tmp;
}
else {
return FindObjectName(p_tmp, psz_name, i_mode);
}
}
break;
case FIND_CHILD:
for(i = itv_object_internals(p_this)->i_children; i--; ) {
p_tmp = itv_object_internals(p_this)->pp_children[i];
if(p_tmp->psz_object_name && !strcmp(p_tmp->psz_object_name, psz_name)) {
itv_object_hold(p_tmp);
return p_tmp;
}
else if(itv_object_internals(p_tmp)->i_children) {
p_tmp = FindObjectName(p_tmp, psz_name, i_mode);
if(p_tmp) return p_tmp;
}
}
break;
case FIND_ANYWHERE:
break;
}
return NULL;
}
extern void ParseMicrosoft( void )
/********************************/
// read in Microsoft linker commands
{
char cmd[LINE_BUF_SIZE];
char *end;
size_t len;
bool first;
bool more_objs;
bool more_libs;
/* Start with object files. */
mask_spc_chr = 0x1f; /* Replace spaces with another character. */
more_cmdline = !!*CmdFile->current;
first = more_cmdline;
is_new_line = true;
do {
more_objs = false; /* No more unless we discover otherwise. */
if( first )
len = GetLine( cmd, sizeof( cmd ), OPTION_SLOT );
else
len = GetLine( cmd, sizeof( cmd ), OBJECT_SLOT );
if( !len )
break;
end = LastStringChar( cmd );
if( *end == mask_spc_chr ) {
more_objs = true;
*end = '\0';
}
TokenizeLine( cmd, mask_spc_chr, DoOneObject );
first = false;
} while( more_objs );
/* Check for possible error conditions. */
if( OverlayLevel )
Error( "unmatched left parenthesis" );
FindObjectName(); /* This will report an error if no objects. */
mask_spc_chr = 0; /* Remove spaces in input. */
/* Get executable and map file name. */
GetNextInput( cmd, sizeof( cmd ), RUN_SLOT );
GetNextInput( cmd, sizeof( cmd ), MAP_SLOT );
mask_spc_chr = 0x1f; /* Replace spaces with another character. */
/* Get library file names. */
if( !is_term ) {
do {
GetLine( cmd, sizeof( cmd ), LIBRARY_SLOT );
more_libs = false;
if( is_term || *cmd == '\0' )
break;
end = LastStringChar( cmd );
if( *end == mask_spc_chr ) {
more_libs = true;
*end = '\0';
}
TokenizeLine( cmd, mask_spc_chr, DoOneLib );
} while( more_libs );
}
mask_spc_chr = 0; /* Remove spaces in input again. */
/* Get def file name and process it. */
GetNextInput( cmd, sizeof( cmd ), DEF_SLOT );
ProcessDefFile();
}
// 获取数据
_VARIANT& CScriptAdapterCSV::GetData(LPCSTR szName)
{
int nIndex = FindObjectName(szName);
return GetData(nIndex);
}
