void CDequeEx::pop_front()
{
if(size() > 0)
{
m_dwBegin = GetMod(MAX_DATA_BUFFER + m_dwBegin + 1);
}
}
void CDequeEx::push_back(const BYTE& _Val)
{
// assert(size() < MAX_DATA_BUFFER - 1);
// DWORD dwReal = GetMod(MAX_DATA_BUFFER + m_dwEnd + 1);
// m_pBuffer[dwReal] = _Val;
// m_dwEnd = GetMod(m_dwEnd + 1);
//
if(size() >= MAX_DATA_BUFFER - 1)
{
pop_front();
}
//
m_dwEnd = GetMod(MAX_DATA_BUFFER + m_dwEnd + 1);
m_pBuffer[m_dwEnd] = _Val;
}
void CAccelerator::Setup()
{
// Translate key table -> windows accelerator table
if (m_hAccel) {
DestroyAcceleratorTable(m_hAccel);
m_hAccel = NULL;
}
memset(AccelTable, 0, sizeof(ACCEL) * ACCEL_COUNT);
for (int i = 0; i < ACCEL_COUNT; ++i) {
AccelTable[i].cmd = EntriesTable[i].id;
AccelTable[i].fVirt = FVIRTKEY | GetMod(EntriesTable[i].mod);
AccelTable[i].key = EntriesTable[i].key;
}
m_hAccel = CreateAcceleratorTable(AccelTable, ACCEL_COUNT);
}
void CAccelerator::Setup()
{
// Translate key table -> windows accelerator table
if (m_hAccel) {
DestroyAcceleratorTable(m_hAccel);
m_hAccel = NULL;
}
m_pAccelTable.clear(); // // //
for (const auto &x : m_pEntriesTable) {
ACCEL a;
a.fVirt = FVIRTKEY | GetMod(x.mod);
a.key = x.key;
a.cmd = x.id;
m_pAccelTable.push_back(a);
}
m_hAccel = CreateAcceleratorTable(m_pAccelTable.data(), ACCEL_COUNT);
}
BYTE& CDequeEx::operator[](DWORD _Pos)
{
assert(_Pos < size());
DWORD dwReal = GetMod(m_dwBegin + _Pos);
return m_pBuffer[dwReal];
}
DWORD CDequeEx::size()
{
return GetMod(MAX_DATA_BUFFER + m_dwEnd - m_dwBegin + 1);
}
