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msdn said add user32.lib and winuser.hCode:27 C:\Dev-Cpp\Project390 getisb0001\getusb0006.cpp `RAWINPUTDEVICELIST' undeclared (first use this function)
when winuser.h added and user32.a added to project get
errors from winuser.hCode:9 C:\Dev-Cpp\Project390 getisb0001\getusb0006.cpp In file included from getusb0006.cpp 2348 C:\Dev-Cpp\include\winuser.h typedef `BOOL' is initialized (use __typeof__ instead) 2348 C:\Dev-Cpp\include\winuser.h `CALLBACK' was not declared in this scope 2348 C:\Dev-Cpp\include\winuser.h `DLGPROC' was not declared in this scope ....
question .... it is saying to edit the .h file ? "use __typeof__ instead"
original program was linux ported to win. missing which headers ? or .a lib files ?
getusb.cpp
tia devcppCode:/* getusb.c */ /* changed to cpp for rawinputdevicelist */ /* to do convert this prog to wifi adapter listener sniff ssid */ /* to do get wifi adapter info */ // #include <stdlib.h> // #include <stdio.h> #include <winuser.h> /* msdn */ /* user32.lib or user32.a */ #include <windows.h> #include <iostream> // Namespace using namespace std; // Main int main() { // Program cout << "USB Device Lister." << endl; // Get Number Of Devices UINT nDevices = 0; GetRawInputDeviceList( NULL, &nDevices, sizeof( RAWINPUTDEVICELIST ) ); // Got Any? if( nDevices < 1 ) { // Exit cout << "ERR: 0 Devices?"; cin.get(); return 0; } // Allocate Memory For Device List PRAWINPUTDEVICELIST pRawInputDeviceList; pRawInputDeviceList = new RAWINPUTDEVICELIST[ sizeof( RAWINPUTDEVICELIST ) * nDevices ]; // Got Memory? if( pRawInputDeviceList == NULL ) { // Error cout << "ERR: Could not allocate memory for Device List."; cin.get(); return 0; } // Fill Device List Buffer int nResult; nResult = GetRawInputDeviceList( pRawInputDeviceList, &nDevices, sizeof( RAWINPUTDEVICELIST ) ); // Got Device List? if( nResult < 0 ) { // Clean Up delete [] pRawInputDeviceList; // Error cout << "ERR: Could not get device list."; cin.get(); return 0; } // Loop Through Device List for( UINT i = 0; i < nDevices; i++ ) { // Get Character Count For Device Name UINT nBufferSize = 0; nResult = GetRawInputDeviceInfo( pRawInputDeviceList[i].hDevice, // Device RIDI_DEVICENAME, // Get Device Name NULL, // NO Buff, Want Count! &nBufferSize ); // Char Count Here! // Got Device Name? if( nResult < 0 ) { // Error cout << "ERR: Unable to get Device Name character count.. Moving to next device." << endl << endl; // Next continue; } // Allocate Memory For Device Name WCHAR* wcDeviceName = new WCHAR[ nBufferSize + 1 ]; // Got Memory if( wcDeviceName == NULL ) { // Error cout << "ERR: Unable to allocate memory for Device Name.. Moving to next device." << endl << endl; // Next continue; } // Get Name nResult = GetRawInputDeviceInfo( pRawInputDeviceList[i].hDevice, // Device RIDI_DEVICENAME, // Get Device Name wcDeviceName, // Get Name! &nBufferSize ); // Char Count // Got Device Name? if( nResult < 0 ) { // Error cout << "ERR: Unable to get Device Name.. Moving to next device." << endl << endl; // Clean Up delete [] wcDeviceName; // Next continue; } // Set Device Info & Buffer Size RID_DEVICE_INFO rdiDeviceInfo; rdiDeviceInfo.cbSize = sizeof( RID_DEVICE_INFO ); nBufferSize = rdiDeviceInfo.cbSize; // Get Device Info nResult = GetRawInputDeviceInfo( pRawInputDeviceList[i].hDevice, RIDI_DEVICEINFO, &rdiDeviceInfo, &nBufferSize ); // Got All Buffer? if( nResult < 0 ) { // Error cout << "ERR: Unable to read Device Info.. Moving to next device." << endl << endl; // Next continue; } // Mouse if( rdiDeviceInfo.dwType == RIM_TYPEMOUSE ) { // Current Device cout << endl << "Displaying device " << i+1 << " information. (MOUSE)" << endl; wcout << L"Device Name: " << wcDeviceName << endl; cout << "Mouse ID: " << rdiDeviceInfo.mouse.dwId << endl; cout << "Mouse buttons: " << rdiDeviceInfo.mouse.dwNumberOfButtons << endl; cout << "Mouse sample rate (Data Points): " << rdiDeviceInfo.mouse.dwSampleRate << endl; if( rdiDeviceInfo.mouse.fHasHorizontalWheel ) { cout << "Mouse has horizontal wheel" << endl; } else { cout << "Mouse does not have horizontal wheel" << endl; } } // Keyboard else if( rdiDeviceInfo.dwType == RIM_TYPEKEYBOARD ) { // Current Device cout << endl << "Displaying device " << i+1 << " information. (KEYBOARD)" << endl; wcout << L"Device Name: " << wcDeviceName << endl; cout << "Keyboard mode: " << rdiDeviceInfo.keyboard.dwKeyboardMode << endl; cout << "Number of function keys: " << rdiDeviceInfo.keyboard.dwNumberOfFunctionKeys << endl; cout << "Number of indicators: " << rdiDeviceInfo.keyboard.dwNumberOfIndicators << endl; cout << "Number of keys total: " << rdiDeviceInfo.keyboard.dwNumberOfKeysTotal << endl; cout << "Type of the keyboard: " << rdiDeviceInfo.keyboard.dwType << endl; cout << "Subtype of the keyboard: " << rdiDeviceInfo.keyboard.dwSubType << endl; } // Some HID else // (rdi.dwType == RIM_TYPEHID) { // Current Device cout << endl << "Displaying device " << i+1 << " information. (HID)" << endl; wcout << L"Device Name: " << wcDeviceName << endl; cout << "Vendor Id:" << rdiDeviceInfo.hid.dwVendorId << endl; cout << "Product Id:" << rdiDeviceInfo.hid.dwProductId << endl; cout << "Version No:" << rdiDeviceInfo.hid.dwVersionNumber << endl; cout << "Usage for the device: " << rdiDeviceInfo.hid.usUsage << endl; cout << "Usage Page for the device: " << rdiDeviceInfo.hid.usUsagePage << endl; } // Delete Name Memory! delete [] wcDeviceName; } // Clean Up - Free Memory delete [] pRawInputDeviceList; // Exit cout << endl << "Finnished."; cin.get(); return 0; }
