void destroyFrame(Environment *env){
assert(env!=NULL);
Value *subEnvCounter = lookup(env->bindings->tableValue, "#envID");
assert(subEnvCounter!=NULL);
assert(subEnvCounter->type==integerType);
int i;
ConsCell *entry;
char *id;
for (i = subEnvCounter->intValue;i>=0;i--){
id = intToString(i);
assert(env->bindings->tableValue!=NULL);
entry = lookupEntry(env->bindings->tableValue, id);
if (entry){
destroyFrame(entry->cdr->envValue);
free(entry->cdr);
entry->cdr = NULL;
}
free(id);
}
destroyEnvironment(env);
}
// can free top frame and also destory itself.
void destroyTopFrame(Environment *env){
assert(env!=NULL);
Environment *top = env;
while (top->parent){
top = top->parent;
} // make sure it is the top level environment.
Value *subEnvCounter = lookup(top->bindings->tableValue, "#envID");
assert(subEnvCounter!=NULL);
assert(subEnvCounter->type==integerType);
int i;
ConsCell *entry;
char *id;
for (i = subEnvCounter->intValue ;i>=0;i--){
id = intToString(i);
assert(top->bindings->tableValue!=NULL);
entry = lookupEntry(top->bindings->tableValue, id);
if (entry){
destroyFrame(entry->cdr->envValue);
free(entry->cdr);
entry->cdr = NULL;
}
free(id);
}
destroyEnvironment(env);
}
void LedCube::lightFrames(cubeFrame* frames[], unsigned int length)
{
for(byte f=0; f<length; f++)
{
lightSequence(frames[f]->sequence, frames[f]->size, frames[f]->delay);
// reclaim memory allocated in createFrame to prevent a leak
destroyFrame(frames[f]);
}
}
void ClientWindow::msg_destroyed()
{
enableFrameReact();
switch( msg_frame.getButtonId() )
{
case Button_Yes :
{
editor.save();
}
break;
case Button_Cancel :
{
cont=ContinueNone;
}
return;
}
switch( Replace(cont,ContinueNone) )
{
case ContinueNew :
{
editor.blank();
}
break;
case ContinueStartOpen :
{
startOpen(file_point);
}
break;
case ContinueExit :
{
destroyFrame();
}
break;
}
}
