btm_types.h

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/**
 * @file btm_types.h
 * @brief btm service types.
 * @author yellows8
 * @copyright libnx Authors
 */
#pragma once
#include "../types.h"
 
/// BtmState
typedef enum {
    BtmState_NotInitialized        = 0,    ///< NotInitialized
    BtmState_RadioOff              = 1,    ///< RadioOff
    BtmState_MinorSlept            = 2,    ///< MinorSlept
    BtmState_RadioOffMinorSlept    = 3,    ///< RadioOffMinorSlept
    BtmState_Slept                 = 4,    ///< Slept
    BtmState_RadioOffSlept         = 5,    ///< RadioOffSlept
    BtmState_Initialized           = 6,    ///< Initialized
    BtmState_Working               = 7,    ///< Working
} BtmState;
 
/// BluetoothMode
typedef enum {
    BtmBluetoothMode_Dynamic2Slot  = 0,    ///< Dynamic2Slot
    BtmBluetoothMode_StaticJoy     = 1,    ///< StaticJoy
} BtmBluetoothMode;
 
/// WlanMode
typedef enum {
    BtmWlanMode_Local4             = 0,    ///< Local4
    BtmWlanMode_Local8             = 1,    ///< Local8
    BtmWlanMode_None               = 2,    ///< None
} BtmWlanMode;
 
/// TsiMode
typedef enum {
    BtmTsiMode_0Fd3Td3Si10         = 0,    ///< 0Fd3Td3Si10
    BtmTsiMode_1Fd1Td1Si5          = 1,    ///< 1Fd1Td1Si5
    BtmTsiMode_2Fd1Td3Si10         = 2,    ///< 2Fd1Td3Si10
    BtmTsiMode_3Fd1Td5Si15         = 3,    ///< 3Fd1Td5Si15
    BtmTsiMode_4Fd3Td1Si10         = 4,    ///< 4Fd3Td1Si10
    BtmTsiMode_5Fd3Td3Si15         = 5,    ///< 5Fd3Td3Si15
    BtmTsiMode_6Fd5Td1Si15         = 6,    ///< 6Fd5Td1Si15
    BtmTsiMode_7Fd1Td3Si15         = 7,    ///< 7Fd1Td3Si15
    BtmTsiMode_8Fd3Td1Si15         = 8,    ///< 8Fd3Td1Si15
    BtmTsiMode_9Fd1Td1Si10         = 9,    ///< 9Fd1Td1Si10
    BtmTsiMode_10Fd1Td1Si15        = 10,   ///< 10Fd1Td1Si15
    BtmTsiMode_Active              = 255,  ///< Active
} BtmTsiMode;
 
/// SlotMode
typedef enum {
    BtmSlotMode_2                  = 0,    ///< 2
    BtmSlotMode_4                  = 1,    ///< 4
    BtmSlotMode_6                  = 2,    ///< 6
    BtmSlotMode_Active             = 3,    ///< Active
} BtmSlotMode;
 
/// Profile
typedef enum {
    BtmProfile_None                = 0,    ///< None
    BtmProfile_Hid                 = 1,    ///< Hid
} BtmProfile;
 
/// BdName
typedef struct {
    char name[0x20];           ///< Name string.
} BtmBdName;
 
/// ClassOfDevice
typedef struct {
    u8 class_of_device[0x3];   ///< ClassOfDevice
} BtmClassOfDevice;
 
/// LinkKey
typedef struct {
    u8 link_key[0x10];         ///< LinkKey
} BtmLinkKey;
 
/// HidDeviceInfo
typedef struct {
    u16 vid;                              ///< Vid
    u16 pid;                              ///< Pid
} BtmHidDeviceInfo;
 
/// HostDeviceProperty
typedef struct {
    union {
        struct {
            BtdrvAddress addr;                    ///< Same as BtdrvAdapterProperty::addr.
            BtmClassOfDevice class_of_device;     ///< Same as BtdrvAdapterProperty::class_of_device.
            BtmBdName name;                       ///< Same as BtdrvAdapterProperty::name (except the last byte which is always zero).
            u8 feature_set;                       ///< Same as BtdrvAdapterProperty::feature_set.
        } v1;                                     ///< [1.0.0-12.1.0]
 
        struct {
            BtdrvAddress addr;                    ///< Same as BtdrvAdapterProperty::addr.
            BtmClassOfDevice class_of_device;     ///< Same as BtdrvAdapterProperty::class_of_device.
            char name[0xF9];                      ///< Same as BtdrvAdapterProperty::name (except the last byte which is always zero).
            u8 feature_set;                       ///< Same as BtdrvAdapterProperty::feature_set.
        } v13;                                    ///< [13.0.0+]
    };
} BtmHostDeviceProperty;
 
/// BtmConnectedDevice [1.0.0-12.1.0]
typedef struct {
    BtdrvAddress address;
    u8 pad[2];
    u32 unk_x8;
    char name[0x20];
    u8 unk_x2C[0x1C];
    u16 vid;
    u16 pid;
    u8 unk_x4C[0x20];
} BtmConnectedDeviceV1;
 
/// BtmConnectedDevice [13.0.0+]
typedef struct {
    BtdrvAddress address;
    u8 pad[2];
    u32 profile;                                  ///< \ref BtmProfile
    u8 unk_xC[0x40];
    char name[0x20];
    u8 unk_x6C[0xD9];
    u8 pad2[3];
} BtmConnectedDeviceV13;
 
/// DeviceCondition [1.0.0-5.0.2]
typedef struct {
    u32 unk_x0;
    u32 unk_x4;
    u8 unk_x8;
    u8 unk_x9;
    u8 max_count;
    u8 connected_count;
    BtmConnectedDeviceV1 devices[8];
} BtmDeviceConditionV100;
 
/// DeviceCondition [5.1.0-7.0.1]
typedef struct {
    u32 unk_x0;
    u32 unk_x4;
    u8 unk_x8;
    u8 unk_x9[2];
    u8 max_count;
    u8 connected_count;
    u8 pad[3];
    BtmConnectedDeviceV1 devices[8];
} BtmDeviceConditionV510;
 
/// DeviceCondition [8.0.0-8.1.1]
typedef struct {
    u32 unk_x0;
    u32 unk_x4;
    u8 unk_x8;
    u8 unk_x9;
    u8 max_count;
    u8 connected_count;
    BtmConnectedDeviceV1 devices[8];
} BtmDeviceConditionV800;
 
/// DeviceCondition [9.0.0-12.1.0]
typedef struct {
    u32 unk_x0;
    u8 unk_x4;
    u8 unk_x5;
    u8 max_count;
    u8 connected_count;
    BtmConnectedDeviceV1 devices[8];
} BtmDeviceConditionV900;
 
/// DeviceCondition [1.0.0-12.1.0]
typedef union {
    BtmDeviceConditionV100 v100;
    BtmDeviceConditionV510 v510;
    BtmDeviceConditionV800 v800;
    BtmDeviceConditionV900 v900;
} BtmDeviceCondition;
 
/// DeviceSlotMode
typedef struct {
    BtdrvAddress addr;            ///< \ref BtdrvAddress
    u8 reserved[2];               ///< Reserved
    u32 slot_mode;                ///< \ref BtmSlotMode
} BtmDeviceSlotMode;
 
/// DeviceSlotModeList
typedef struct {
    u8 device_count;              ///< DeviceCount
    u8 reserved[3];               ///< Reserved
    BtmDeviceSlotMode devices[8]; ///< Array of \ref BtmDeviceSlotMode with the above count.
} BtmDeviceSlotModeList;
 
/// DeviceInfo [1.0.0-12.1.0]
typedef struct {
    BtdrvAddress addr;                    ///< \ref BtdrvAddress
    BtmClassOfDevice class_of_device;     ///< ClassOfDevice
    BtmBdName name;                       ///< BdName
    BtmLinkKey link_key;                  ///< LinkKey
    u8 reserved[3];                       ///< Reserved
    u32 profile;                          ///< \ref BtmProfile
    union {
        u8 data[0x4];                     ///< Empty (Profile = None)
        BtmHidDeviceInfo hid_device_info; ///< \ref BtmHidDeviceInfo (Profile = Hid)
    } profile_info;
    u8 reserved2[0x1C];                   ///< Reserved
} BtmDeviceInfoV1;
 
/// DeviceInfo [13.0.0+]
typedef struct {
    BtdrvAddress addr;                    ///< \ref BtdrvAddress
    BtmClassOfDevice class_of_device;     ///< ClassOfDevice
    BtmLinkKey link_key;                  ///< LinkKey
    u8 reserved[3];                       ///< Reserved
    u32 profile;                          ///< \ref BtmProfile
    union {
        u8 data[0x4];                     ///< Empty (Profile = None)
        BtmHidDeviceInfo hid_device_info; ///< \ref BtmHidDeviceInfo (Profile = Hid)
    } profile_info;
    u8 reserved2[0x1C];                   ///< Reserved
    char name[0xF9];                      ///< Name
    u8 pad[3];                            ///< Padding
} BtmDeviceInfoV13;
 
/// DeviceInfo [1.0.0-13.0.0]
typedef union {
    BtmDeviceInfoV1 v1;
    BtmDeviceInfoV13 v13;
} BtmDeviceInfo;
 
/// DeviceInfoList
typedef struct {
    u8 device_count;              ///< DeviceCount
    u8 reserved[3];               ///< Reserved
    BtmDeviceInfoV1 devices[10];  ///< Array of \ref BtmDeviceInfoV1 with the above count.
} BtmDeviceInfoList;
 
/// DeviceProperty
typedef struct {
    BtdrvAddress addr;                    ///< \ref BtdrvAddress
    BtmClassOfDevice class_of_device;     ///< ClassOfDevice
    BtmBdName name;                       ///< BdName
} BtmDeviceProperty;
 
/// DevicePropertyList
typedef struct {
    u8 device_count;                ///< DeviceCount
    BtmDeviceProperty devices[15];  ///< Array of \ref BtmDeviceProperty.
} BtmDevicePropertyList;
 
/// ZeroRetransmissionList
typedef struct {
    u8 enabled_report_id_count;   ///< EnabledReportIdCount
    u8 enabled_report_id[0x10];   ///< Array of EnabledReportId.
} BtmZeroRetransmissionList;
 
/// GattClientConditionList
typedef struct {
    u8 unk_x0[0x74];              ///< Unknown
} BtmGattClientConditionList;
 
/// GattService
typedef struct {
    u8 unk_x0[0x4];               ///< Unknown
    BtdrvGattAttributeUuid uuid;  ///< \ref BtdrvGattAttributeUuid
    u16 handle;                   ///< Handle
    u8 unk_x1A[0x2];              ///< Unknown
    u16 instance_id;              ///< InstanceId
    u16 end_group_handle;         ///< EndGroupHandle
    u8 primary_service;           ///< PrimaryService
    u8 pad[3];                    ///< Padding
} BtmGattService;
 
/// GattCharacteristic
typedef struct {
    u8 unk_x0[0x4];               ///< Unknown
    BtdrvGattAttributeUuid uuid;  ///< \ref BtdrvGattAttributeUuid
    u16 handle;                   ///< Handle
    u8 unk_x1A[0x2];              ///< Unknown
    u16 instance_id;              ///< InstanceId
    u8 properties;                ///< Properties
    u8 unk_x1F[0x5];              ///< Unknown
} BtmGattCharacteristic;
 
/// GattDescriptor
typedef struct {
    u8 unk_x0[0x4];               ///< Unknown
    BtdrvGattAttributeUuid uuid;  ///< \ref BtdrvGattAttributeUuid
    u16 handle;                   ///< Handle
    u8 unk_x1A[0x6];              ///< Unknown
} BtmGattDescriptor;
 
/// BleDataPath
typedef struct {
    u8 unk_x0;                    ///< Unknown
    u8 pad[3];                    ///< Padding
    BtdrvGattAttributeUuid uuid;  ///< \ref BtdrvGattAttributeUuid
} BtmBleDataPath;