static bool cgrfDumpNode( // DUMP CALL GRAPH NODE
CALLGRAPH *ctl, // - call graph information
CALLNODE *node ) // - node to dump
{
SYMBOL func;
VBUF vbuf;
func = node->base.object;
if( func == NULL ) {
func = ModuleInitFuncSym();
}
printf( "\nNode[%p] depth(%d) refs(%d) addrs(%d) opcodes(%d) cflags(%d)\n"
" inline_fun(%d) inlineable(%d) oe(%d) cgfile(%p)\n"
" state_table(%d) rescan(%d) stab_gen(%d)\n"
" %s flags(%x)\n"
, node
, node->depth
, node->refs
, node->addrs
, node->opcodes
, node->cond_flags
, node->inline_fun
, node->inlineable
, node->inlineable_oe
, node->cgfile
, node->state_table
, node->rescan
, node->stab_gen
, DbgSymNameFull( node->base.object, &vbuf )
, func->flag );
CgrfWalkCalls( ctl, node, &cgrfDumpCall );
VbufFree( &vbuf );
return false;
}
void *CgFrontModInitOpen( // OPEN FOR MODULE-INITIALIZATION CODE GEN
SCOPE *save_scope ) // - more info to save
{
void *save; // - save value
save = codeCGFILE;
CgFrontSwitchFile( ModuleInitFuncSym() );
*save_scope = ModuleInitResume();
return( save );
}
void CgFrontModInitFini( // PROCESS MODULE-INIT. AFTER FRONT-END
void )
{
SYMBOL mod; // - symbol for module-initialization func.
CGFILE *fp; // - file for module initialization
mod = ModuleInitFuncSym();
if( SymIsReferenced( mod ) && ErrCount == 0 ) {
ModuleInitConnect();
} else {
mod->flag |= SF_REFERENCED;
fp = CgioLocateFile( mod );
CgioFreeFile( fp );
}
}
