mimikatz/modules/kull_m_busylight.h

139 lines
5.0 KiB
C

/* Benjamin DELPY `gentilkiwi`
http://blog.gentilkiwi.com
benjamin@gentilkiwi.com
Licence : https://creativecommons.org/licenses/by/4.0/
*/
#pragma once
#include "globals.h"
#include "kull_m_busylight_hid.h"
#define BUSYLIGHT_INPUT_REPORT_SIZE 65
#define BUSYLIGHT_OUTPUT_REPORT_SIZE 65
#define BUSYLIGHT_CAP_INPUTEVENT 0x01
#define BUSYLIGHT_CAP_LIGHT 0x02
#define BUSYLIGHT_CAP_SOUND 0x04
#define BUSYLIGHT_CAP_JINGLE_CLIPS 0x08
#define BUSYLIGHT_MEDIA_MASK 0x80
typedef enum _BUSYLIGHT_MEDIA_VOLUME {
BUSYLIGHT_MEDIA_VOLUME_0_MUTE = 0,
BUSYLIGHT_MEDIA_VOLUME_1_MIN = 1,
BUSYLIGHT_MEDIA_VOLUME_2 = 2,
BUSYLIGHT_MEDIA_VOLUME_3 = 3,
BUSYLIGHT_MEDIA_VOLUME_4_MEDIUM = 4,
BUSYLIGHT_MEDIA_VOLUME_5 = 5,
BUSYLIGHT_MEDIA_VOLUME_6 = 6,
BUSYLIGHT_MEDIA_VOLUME_7_MAX = 7,
} BUSYLIGHT_MEDIA_VOLUME, *PBUSYLIGHT_MEDIA_VOLUME;
typedef const BUSYLIGHT_MEDIA_VOLUME *PCBUSYLIGHT_MEDIA_VOLUME;
typedef enum _BUSYLIGHT_MEDIA_SOUND_JINGLE {
BUSYLIGHT_MEDIA_SOUND_MUTE = (0 << 3),
BUSYLIGHT_MEDIA_SOUND_OPENOFFICE = (1 << 3),
BUSYLIGHT_MEDIA_SOUND_QUIET = (2 << 3),
BUSYLIGHT_MEDIA_SOUND_FUNKY = (3 << 3),
BUSYLIGHT_MEDIA_SOUND_FAIRYTALE = (4 << 3),
BUSYLIGHT_MEDIA_SOUND_KUANDOTRAIN = (5 << 3),
BUSYLIGHT_MEDIA_SOUND_TELEPHONENORDIC = (6 << 3),
BUSYLIGHT_MEDIA_SOUND_TELEPHONEORIGINAL = (7 << 3),
BUSYLIGHT_MEDIA_SOUND_TELEPHONEPICKMEUP = (8 << 3),
BUSYLIGHT_MEDIA_JINGLE_IM1 = (9 << 3),
BUSYLIGHT_MEDIA_JINGLE_IM2 = (10 << 3),
} BUSYLIGHT_MEDIA_SOUND_JINGLE, *PBUSYLIGHT_MEDIA_SOUND_JINGLE;
typedef const BUSYLIGHT_MEDIA_SOUND_JINGLE *PCBUSYLIGHT_MEDIA_SOUND_JINGLE;
#define BUSYLIGHT_MEDIA(sound, volume) (BUSYLIGHT_MEDIA_MASK | sound | volume)
#define BUSYLIGHT_MEDIA_MUTE BUSYLIGHT_MEDIA(BUSYLIGHT_MEDIA_SOUND_MUTE, BUSYLIGHT_MEDIA_VOLUME_0_MUTE)
typedef struct _BUSYLIGHT_DEVICE_ID {
USHORT Vid;
USHORT Pid;
UCHAR Capabilities;
PCWSTR Description;
} BUSYLIGHT_DEVICE_ID, *PBUSYLIGHT_DEVICE_ID;
typedef const BUSYLIGHT_DEVICE_ID *PCBUSYLIGHT_DEVICE_ID;
typedef struct _BUSYLIGHT_DPI {
BYTE box_sensivity;
BYTE box_timeout;
BYTE box_triggertime;
} BUSYLIGHT_DPI, *PBUSYLIGHT_DPI;
typedef const BUSYLIGHT_DPI *PCBUSYLIGHT_DPI;
typedef struct _BUSYLIGHT_INFO {
BYTE status;
CHAR ProductId[4]; // 3 + NULL;
CHAR CostumerId[9]; // 8 + NULL;
CHAR Model[5]; // 4 + NULL;
CHAR Serial[9]; // 8 + NULL;
CHAR Mfg_ID[9]; // 8 + NULL;
CHAR Mfg_Date[9]; // 8 + NULL;
CHAR swrelease[7]; // 6 + NULL;
} BUSYLIGHT_INFO, *PBUSYLIGHT_INFO;
typedef struct _BUSYLIGHT_DEVICE {
struct _BUSYLIGHT_DEVICE * next;
DWORD id;
PWCHAR DevicePath;
HIDD_ATTRIBUTES hidAttributes;
HIDP_CAPS hidCaps;
PCBUSYLIGHT_DEVICE_ID deviceId;
BUSYLIGHT_DPI dpi;
HANDLE hBusy;
DWORD dKeepAliveThread;
HANDLE hKeepAliveThread;
DWORD dWorkerThread;
HANDLE hWorkerThread;
} BUSYLIGHT_DEVICE, *PBUSYLIGHT_DEVICE;
typedef struct _BUSYLIGHT_COLOR {
BYTE red;
BYTE green;
BYTE blue;
} BUSYLIGHT_COLOR, *PBUSYLIGHT_COLOR;
typedef const BUSYLIGHT_COLOR *PCBUSYLIGHT_COLOR;
typedef struct _BUSYLIGHT_COMMAND_STEP {
BYTE NextStep;
BYTE RepeatInterval;
BUSYLIGHT_COLOR color;
BYTE OnTimeSteps;
BYTE OffTimeSteps;
BYTE AudioByte;
} BUSYLIGHT_COMMAND_STEP, *PBUSYLIGHT_COMMAND_STEP;
typedef const BUSYLIGHT_COMMAND_STEP *PCBUSYLIGHT_COMMAND_STEP;
const BUSYLIGHT_COLOR
BUSYLIGHT_COLOR_OFF,
BUSYLIGHT_COLOR_RED,
BUSYLIGHT_COLOR_ORANGE,
BUSYLIGHT_COLOR_YELLOW,
BUSYLIGHT_COLOR_CHARTREUSE_GREEN,
BUSYLIGHT_COLOR_GREEN,
BUSYLIGHT_COLOR_SPRING_GREEN,
BUSYLIGHT_COLOR_CYAN,
BUSYLIGHT_COLOR_AZURE,
BUSYLIGHT_COLOR_BLUE,
BUSYLIGHT_COLOR_VIOLET,
BUSYLIGHT_COLOR_MAGENTA,
BUSYLIGHT_COLOR_ROSE,
BUSYLIGHT_COLOR_WHITE
;
PCBUSYLIGHT_DEVICE_ID kull_m_busylight_devices_getIdFromAttributes(PHIDD_ATTRIBUTES attributes);
BOOL kull_m_busylight_devices_get(PBUSYLIGHT_DEVICE *devices, DWORD *count, DWORD mask, BOOL bAutoThread);
void kull_m_busylight_devices_free(PBUSYLIGHT_DEVICE devices, BOOL instantOff);
//BOOL kull_m_busylight_request_create(PBUSYLIGHT_COMMAND_STEP commands, DWORD count, PCBUSYLIGHT_DPI dpi, PBYTE *data, DWORD *size);
BOOL kull_m_busylight_request_create(PCBUSYLIGHT_COMMAND_STEP commands, DWORD count, PBYTE *data, DWORD *size);
BOOL kull_m_busylight_device_send_raw(PBUSYLIGHT_DEVICE device, LPCVOID request, DWORD size);
BOOL kull_m_busylight_device_read_raw(PBUSYLIGHT_DEVICE device, LPVOID *data, DWORD *size);
DWORD WINAPI kull_m_busylight_keepAliveThread(LPVOID lpThreadParameter);
BOOL kull_m_busylight_device_read_infos(PBUSYLIGHT_DEVICE device, BUSYLIGHT_INFO *info);
BOOL kull_m_busylight_request_send(PBUSYLIGHT_DEVICE device, PCBUSYLIGHT_COMMAND_STEP commands, DWORD count, BOOL all);
BOOL kull_m_busylight_request_send_keepalive(PBUSYLIGHT_DEVICE device, BOOL all);
BOOL kull_m_busylight_request_send_off(PBUSYLIGHT_DEVICE device, BOOL all);
BOOL kull_m_busylight_request_single_send(PBUSYLIGHT_DEVICE device, const BUSYLIGHT_COLOR * color, BYTE sound, BYTE volume, BOOL all);