1, // bNumConfigurations
};
#pragma data_alignment=4
const Int8U UsbFS_Cfg0[] =
{
// Configuration Descriptor
// bLength
sizeof(UsbStandardConfigurationDescriptor_t),
// bDescriptorType
UsbDescriptorConfiguration,
// wTotalLength
_2BL(sizeof(UsbStandardConfigurationDescriptor_t)+
(2 * sizeof(UsbStandardInterfaceDescriptor_t))+
sizeof(CDC_HeaderFuncDescriptor_t)+
sizeof(CDC_CallManagementFuncDescriptor_t)+
sizeof(CDC_AbstrCtrlFuncDescriptor_t)+
(sizeof(CDC_UnionFuncDescriptor_t)+1)+
(3 * sizeof(UsbStandardEpDescriptor_t))),
// bNumInterfaces
2,
// bConfigurationValue
1,
// iConfiguration
0,
// bmAttributes
UsbConfigurationCommmonAttr,
// bMaxPower
UsbConfigPower_mA(100),
// Interface Descriptors AbstractControlModel
0x26,0xff,0x00, // Logical Maximum (255)
0x09,0x01, // Usage 1
0x75,0x08, // Report Size 8-bits
0x95,70, // Report Count 70-bytes
0xB1,0x02, // Feature (Data,Var,Abs)
0xC0 // End collection
};
#pragma data_alignment=4
const Int8U UsbHidDescriptor[] =
{
sizeof(UsbHidDescriptor_t),
Hid,
_2BL(0x0111),
0, // country code
1, // num of RepDiscriptors
HidReport, // type of RepDiscriptors
_2BL(sizeof(HidReportDescriptor)) // len of RepDiscriptor
};
#pragma data_alignment=4
const UsbStandardInterfaceDescriptor_t UsbStandardInterfaceDescriptor[] =
{
sizeof(UsbStandardInterfaceDescriptor_t),
UsbDescriptorInterface,
0,
0,
0, // num end points
UsbDeviceClassHumanInterface,
