//
/// Initializes and creates a new TMDIChild by calling InitChild and Create.
//
TMDIChild*
TMDIClient::CreateChild()
{
TMDIChild* child = InitChild();
CHECK(child);
if (child->Create())
return child;
return 0;
}
// Constructor for child-only stop watches.
SStopWatch::SStopWatch(int32_t weight, const char *name)
{
Root* root = m_root = CurrentRoot();
if (root == NULL) return;
if (root->minWeight > weight) {
m_root = NULL;
return;
}
InitChild(root, name);
}
int main()
{
struct CChildDate date;
InitChild(&date);
date.pInit(&date, 2016, 2, 3);
if (date.pJudge(&date))
printf("isLeapYear!\n");
else
printf("notLeapYear!\n");
DestroyChild(&date);
return 0;
}
xsSerializable* xsSerializable::AddChild(xsSerializable* child)
{
wxASSERT(child);
if( child )
{
InitChild( child );
m_lstChildItems.Append(child);
}
return child;
}
xsSerializable* xsSerializable::InsertChild(size_t pos, xsSerializable* child)
{
wxASSERT(child);
if( child )
{
InitChild( child );
m_lstChildItems.Insert(pos, child);
}
return child;
}
// Normal constructor.
SStopWatch::SStopWatch(const char *name, uint32_t flags, int32_t minWeight, size_t maxItems)
{
Root* root = m_root = CurrentRoot();
// If this stop watch is nesting, use the existing context.
if (root != NULL) {
InitChild(root, name);
return;
}
const size_t numNodes = maxItems ? maxItems : (flags&B_STOP_WATCH_NESTING) ? 10000 : 0;
root = m_root = (Root*)malloc(sizeof(Root) + sizeof(Node)*numNodes);
memset(root, 0, sizeof(Root) + sizeof(Node)*numNodes);
Node* node = m_node = &root->top;
root->flags = flags;
root->extensions = 0;
root->minWeight = minWeight;
root->suspendTime = 0;
root->perfNumRatios = 0;
root->currentNode = node;
root->numNodes = numNodes;
root->curNodeIndex = 0;
node->prev = NULL;
m_type = TYPE_PLAIN;
m_parent = NULL;
if ((flags&B_STOP_WATCH_NESTING) != 0) {
SetCurrentRoot(root);
m_type = TYPE_ROOT;
}
if ((flags&B_STOP_WATCH_HIGH_PRIORITY) != 0) {
KALThreadInfoType info;
KeyID thread = (KeyID)SysCurrentThread();
KALThreadGetInfo(thread, kKALThreadInfoTypeCurrentVersion, &info);
root->origPriority = info.currentPriority;
KALThreadChangePriority(thread, sysThreadPriorityHigh);
}
node->children = NULL;
node->name = name;
node->time = 0;
node->lap = 0;
RestartInternal(root);
MarkInternal(root);
}
/* Creates a valid new MDI child window after calling InitChild
to construct a new MDI child window object. */
PTWindowsObject TMDIFrame::CreateChild()
{
return GetModule()->MakeWindow(InitChild());
}
void CWindowManager::CoreAddWidget(CWidget *w)
{
m_WidgetQueue.push_back(w);
InitChild(w);
RequestUpdate();
}
int WinParent::InitChilds(int nCmdShow)
{
RECT r;
GetClientRect(m_hwnd, &r);
OGLWindow * child = new Ex01;
InitChild(child, r);
child = new Ex02_04;
InitChild(child, r);
child = new Ex03_01;
InitChild(child, r);
child = new Ex03_02;
InitChild(child, r);
child = new Ex03_05;
InitChild(child, r);
child = new Ex03_07;
InitChild(child, r);
child = new Ex03_10;
InitChild(child, r);
child = new Ex03_11;
InitChild(child, r);
child = new Ex03_14;
InitChild(child, r);
child = new Ex04_01;
InitChild(child, r);
child = new Ex04_02;
InitChild(child, r);
child = new Ex05_09;
InitChild(child, r);
child = new Ex06_02;
InitChild(child, r);
child = new Ex06_03;
InitChild(child, r);
child = new Ex06_04;
InitChild(child, r);
child = new Ex06_10;
InitChild(child, r);
child = new Ex06_14;
InitChild(child, r);
child = new Ex06_16;
InitChild(child, r);
child = new Ex06_18;
InitChild(child, r);
child = new Ex06_mipmap;
InitChild(child, r);
child = new Ex06_mip_filters;
InitChild(child, r);
child = new Ex06_29;
InitChild(child, r);
child = new Ex06_30;
InitChild(child, r);
child = new Ex07_01;
InitChild(child, r);
child = new Ex07_02;
InitChild(child, r);
child = new Ex07_03;
InitChild(child, r);
child = new Ex07_04;
InitChild(child, r);
child = new Ex07_05;
InitChild(child, r);
child = new Ex07_06;
InitChild(child, r);
child = new Ex07_08;
InitChild(child, r);
child = new Ex07_15;
InitChild(child, r);
child = new Ex07_lights;
InitChild(child, r);
child = new Ex08_01;
InitChild(child, r);
child = new Ex08_03;
InitChild(child, r);
child = new Ex08_07;
InitChild(child, r);
child = new Ex08_08;
InitChild(child, r);
child = new Ex08_09;
InitChild(child, r);
child = new Ex08_11;
InitChild(child, r);
child = new Ex08_12;
InitChild(child, r);
child = new Ex08_13;
InitChild(child, r);
child = new Ex08_16;
InitChild(child, r);
child = new Ex08_18;
InitChild(child, r);
child = new Ex08_19;
InitChild(child, r);
child = new Ex08_20;
InitChild(child, r);
child = new Ex08_21;
InitChild(child, r);
child = new Ex09_06;
InitChild(child, r);
child = new Ex09_08;
InitChild(child, r);
child = new Ex10_07;
InitChild(child, r);
child = new Ex10_15;
InitChild(child, r);
child = new Ex10_21;
InitChild(child, r);
child = new Ex11_04;
InitChild(child, r);
child = new Ex11_21;
InitChild(child, r);
child = new Ex11_29;
InitChild(child, r);
child = new Ex12_01;
InitChild(child, r);
child = new Ex12_07;
InitChild(child, r);
child = new Ex12_11;
InitChild(child, r);
if (m_childArr.size() != EXAMPLES_QTY)
exit(1);
return CUR_EXAMPLE;
}
