// ÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑ
// ¥ CStrArrayStore::AllocateStorage /*e*/
// ÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑ
// creates new elements pointing to an empty CCString. The array is completely destructed by the stack frame upon it's
// deletion
void CStrArrayStore::AllocateStorage(
CProgram &ioState,
UInt32 inNumElements)
{
/* mArray.InsertItemsAt(inNumElements,LArray::index_Last,(CCString*)0);
for (ArrayIndexT index=1; index<=inNumElements; index++)
{
CCString *str=new CCString;
ThrowIfMemFull_(str);
mArray[index]=str;
}*/
UInt32 wasCount=mArray.GetCount();
if (inNumElements>wasCount) // add new ones
{
mArray.InsertItemsAt(inNumElements-mArray.GetCount(),LArray::index_Last,(CCString*)0);
// zero the ones which existed
CreateStrings(inNumElements-wasCount,wasCount+1);
ClearStrings(wasCount,1);
}
else if (inNumElements<wasCount) // delete old ones
{
DeleteStrings(wasCount-inNumElements,inNumElements+1);
mArray.RemoveItemsAt(wasCount-inNumElements,inNumElements+1);
ClearStrings(inNumElements,1);
}
else
ClearStrings(wasCount,1);
}
HRESULT CLoopbackDevice::CreateUSBDevice() {
// Creates the USB device and initializes the device member variables
// and creates and initializes the device qualifier. The device qualifier
// is required for USB2.0 devices.
HRESULT hr = S_OK;
ISoftUSBDeviceQualifier* piDeviceQual = NULL;
USHORT prod_id = DEVICE_EMULATOR_PROD_ID;
hr = ::CoCreateInstance(CLSID_SoftUSBDevice,
NULL,
CLSCTX_INPROC_SERVER,
__uuidof(ISoftUSBDevice),
reinterpret_cast<void**>(&m_piSoftUSBDevice));
IfFailHrGo(hr);
// Create the device qualifer
hr = ::CoCreateInstance(CLSID_SoftUSBDeviceQualifier,
NULL,
CLSCTX_INPROC_SERVER,
__uuidof(ISoftUSBDeviceQualifier),
reinterpret_cast<void**>(&piDeviceQual));
IfFailHrGo(hr);
// Setup the device qualifier
// binary coded decimal USB version 2.0
IfFailHrGo(piDeviceQual->put_USB(0x0200));
// FF=Vendor specfic device class
IfFailHrGo(piDeviceQual->put_DeviceClass(0xff));
// FF = Vendor specific device sub-class
IfFailHrGo(piDeviceQual->put_DeviceSubClass(0xff));
// FF = Vendor specific device protocol
IfFailHrGo(piDeviceQual->put_DeviceProtocol(0xff));
// Max packet size endpoint 0
IfFailHrGo(piDeviceQual->put_MaxPacketSize0(64));
// Number of configurations
IfFailHrGo(piDeviceQual->put_NumConfigurations(1));
// Setup the device
// binary coded decimal USB version 2.0
IfFailHrGo(m_piSoftUSBDevice->put_USB(0x0200));
// FF=Vendor specfic device class
IfFailHrGo(m_piSoftUSBDevice->put_DeviceClass(0xff));
// FF = Vendor specific device sub-class
IfFailHrGo(m_piSoftUSBDevice->put_DeviceSubClass(0xff));
// FF = Vendor specific device protocol
IfFailHrGo(m_piSoftUSBDevice->put_DeviceProtocol(0xff));
// Max packet size endpoint 0
IfFailHrGo(m_piSoftUSBDevice->put_MaxPacketSize0(64));
// Vendor ID - Google
IfFailHrGo(m_piSoftUSBDevice->put_Vendor(DEVICE_VENDOR_ID));
// product id - Device Emulator
IfFailHrGo(m_piSoftUSBDevice->put_Product(static_cast<SHORT>(prod_id)));
// Binary decimal coded version 1.0
IfFailHrGo(m_piSoftUSBDevice->put_Device(0x0100));
// Device does not suppport remote wake up
IfFailHrGo(m_piSoftUSBDevice->put_RemoteWakeup(VARIANT_FALSE));
// Index of the manufacturer string
IfFailHrGo(m_piSoftUSBDevice->put_Manufacturer(STRING_IDX_MANUFACTURER));
// Index of the product descripton string
IfFailHrGo(m_piSoftUSBDevice->put_ProductDesc(STRING_IDX_PRODUCT_DESC));
// Index of the serial number string
IfFailHrGo(m_piSoftUSBDevice->put_SerialNumber(STRING_IDX_SERIAL_NO));
// Indicate that the device is self-powered
IfFailHrGo(m_piSoftUSBDevice->put_SelfPowered(VARIANT_TRUE));
// Indicate that the device has power
IfFailHrGo(m_piSoftUSBDevice->put_Powered(VARIANT_TRUE));
// Create the strings associated with the device
IfFailHrGo(CreateStrings());
// Add the device qualifier
IfFailHrGo(m_piSoftUSBDevice->put_DeviceQualifier(piDeviceQual));
Exit:
RELEASE(piDeviceQual);
return hr;
}