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applet: remove btm calls and reintroduce some logging calls

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ndeadly 2020-06-02 23:28:50 +02:00
parent 9cec1d752e
commit b93465db41
2 changed files with 28 additions and 84 deletions
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106
applet/source/bluetooth/core.cpp
View file

@ -8,53 +8,9 @@ namespace mc::bluetooth::core {
namespace {
union BluetoothEventData {
struct {
BluetoothName name;
BluetoothAddress address;
uint8_t _unk0[0x10];
BluetoothDeviceClass cod;
/* + more items we don't care about */
} deviceFound;
struct {
BluetoothDiscoveryState state;
} discoveryState;
struct {
BluetoothAddress address;
BluetoothName name;
BluetoothDeviceClass cod;
} pinReply;
struct {
BluetoothAddress address;
BluetoothName name;
BluetoothDeviceClass cod;
BluetoothSspVariant variant;
uint32_t passkey;
} sspReply;
union {
struct {
BluetoothAddress address;
BluetoothStatus status;
BluetoothBondState state;
};
struct {
BluetoothStatus status;
BluetoothAddress address;
BluetoothBondState state;
} v2;
} bondState;
};
const constexpr size_t BLUETOOTH_EVENT_BUFFER_SIZE = 0x400;
const constexpr size_t BLUETOOTH_THREAD_STACK_SIZE = 0x4000;
static Event btmDiscoveryEvent;
static Thread btmDiscoveryEventThread;
static Event btEvent;
static Thread btEventThread;
static uint8_t btEventBuffer[BLUETOOTH_EVENT_BUFFER_SIZE];
@ -68,7 +24,7 @@ namespace mc::bluetooth::core {
static bool discoverEnabled = false;
static bool pauseDiscovery = false;
Result registerDevice(const BluetoothDevice *device) {
Result registerDevice(const BluetoothDevicesSettings *device) {
BtmDeviceInfo dst = {0};
memset(&dst, 0, sizeof(BtmDeviceInfo));
memcpy(&dst.address, &device->address, sizeof(BluetoothAddress));
@ -83,7 +39,7 @@ namespace mc::bluetooth::core {
}
void handleDeviceFoundEvent(const BluetoothEventData *eventData) {
//mc::app::log->write("bluetooth::core: device found");
mc::app::log->write("bluetooth::core: device found");
if (isController(&eventData->deviceFound.cod)) {
@ -105,7 +61,7 @@ namespace mc::bluetooth::core {
void handleDiscoveryStateChangedEvent(const BluetoothEventData *eventData) {
//mc::app::log->write("bluetooth::core: discovery state changed: %d", eventData->discoveryState.state);
mc::app::log->write("bluetooth::core: discovery state changed: %d", eventData->discoveryState.state);
//mutexLock(&btDiscoveryStateMutex);
btDiscoveryState = eventData->discoveryState.state;
@ -136,14 +92,14 @@ namespace mc::bluetooth::core {
/* We will apply IPS patches to enable wii(U) controllers */
BluetoothPinCode pincode = {};
//mc::app::log->write("bluetooth::core: sending pin reply...");
mc::app::log->write("bluetooth::core: sending pin reply...");
Result rc = btdrvRespondToPinRequest(&eventData->pinReply.address, false, &pincode, sizeof(BluetoothAddress));
if R_FAILED(rc)
fatalThrow(rc);
}
void handleSspRequestEvent(const BluetoothEventData *eventData) {
//mc::app::log->write("bluetooth::core: sending ssp reply...");
mc::app::log->write("bluetooth::core: sending ssp reply...");
Result rc = btdrvRespondToSspRequest(&eventData->sspReply.address, eventData->sspReply.variant, true, eventData->sspReply.passkey);
if R_FAILED(rc)
fatalThrow(rc);
@ -151,7 +107,7 @@ namespace mc::bluetooth::core {
void handleBondStateChangedEvent(const BluetoothEventData *eventData) {
//mc::app::log->write("bluetooth::core: bond state changed: %d", eventData->bondState.state);
mc::app::log->write("bluetooth::core: bond state changed: %d", eventData->bondState.state);
//mutexLock(&btBondStateMutex);
btBondState = hosversionBefore(9, 0, 0) ? eventData->bondState.state : eventData->bondState.v2.state;
@ -160,19 +116,21 @@ namespace mc::bluetooth::core {
switch (btBondState) {
case BluetoothBondState_Bonded:
{
//mc::app::log->write("bluetooth::core: device bonded");
mc::app::log->write("bluetooth::core: device bonded");
const BluetoothAddress *address = hosversionBefore(9, 0, 0) ? &eventData->bondState.address : &eventData->bondState.v2.address;
/* Retrieve bonded device details */
BluetoothDevice device = {};
BluetoothDevicesSettings device = {};
Result rc = btdrvGetPairedDeviceInfo(address, &device);
if R_FAILED(rc)
fatalThrow(rc);
/* Add device to the controller database */
// Add device to the controller database
//rc = controllerDatabase->addDevice(&device);
/* Disconnect controller */
/*
// Disconnect controller
rc = btdrvCloseHidConnection(address);
if R_FAILED(rc)
fatalThrow(rc);
@ -185,7 +143,7 @@ namespace mc::bluetooth::core {
svcSleepThread(2e8);
/* Register device with btm module */
// Register device with btm module
rc = registerDevice(&device);
if R_FAILED(rc)
fatalThrow(rc);
@ -196,18 +154,19 @@ namespace mc::bluetooth::core {
rc = btmdbgHidConnect(address);
if R_FAILED(rc)
fatalThrow(rc);
*/
}
break;
case BluetoothBondState_Bonding:
//mc::app::log->write("bluetooth::core: device bonding...");
mc::app::log->write("bluetooth::core: device bonding...");
{
}
break;
case BluetoothBondState_None:
//mc::app::log->write("bluetooth::core: bond state none");
mc::app::log->write("bluetooth::core: bond state none");
{
/* Restart device discovery if enabled */
pauseDiscovery = false;
@ -228,18 +187,14 @@ namespace mc::bluetooth::core {
while (!mc::app::exitFlag) {
if (R_SUCCEEDED(eventWait(&btEvent, 1e9))) {
/* Crashes console on 10.0.0 */
/*
rc = btdrvGetEventInfo(&eventType, btEventBuffer, sizeof(btEventBuffer));
if R_FAILED(rc)
fatalThrow(rc);
*/
//eventClear(&btEvent);
/*
switch (eventType) {
case BluetoothEvent_DeviceFound:
handleDeviceFoundEvent(eventData);
@ -264,7 +219,6 @@ namespace mc::bluetooth::core {
default:
break;
}
*/
}
}
@ -297,38 +251,25 @@ namespace mc::bluetooth::core {
}
/* Initialise bluetooth events */
/* Crashes console on 10.0.0 */
rc = btdrvInitializeBluetooth(&btEvent);
if (R_FAILED(rc) )
fatalThrow(rc);
u8 flags;
rc = btmdbgAcquireDiscoveryEvent(&btmDiscoveryEvent, &flags);
if (R_FAILED(rc))
fatalThrow(rc);
rc = threadCreate(&btEventThread, bluetoothEventThreadFunc, nullptr, nullptr, BLUETOOTH_THREAD_STACK_SIZE, 0x2C, -2);
if (R_FAILED(rc))
fatalThrow(rc);
/*
rc = threadStart(&btEventThread);
if (R_FAILED(rc))
fatalThrow(rc);
*/
}
void Finalise(void) {
threadWaitForExit(&btEventThread);
threadClose(&btEventThread);
//threadWaitForExit(&btmDiscoveryEventThread);
//threadClose(&btmDiscoveryEventThread);
eventClose(&btEvent);
eventClose(&btmDiscoveryEvent);
/* Crashes console on 10.0.0 */
btdrvFinalizeBluetooth();
}
@ -347,25 +288,26 @@ namespace mc::bluetooth::core {
}
Result StartDiscovery(void) {
//mc::app::log->write("bluetooth::core: starting discovery");
mc::app::log->write("bluetooth::core: starting discovery");
discoverEnabled = true;
return btdrvStartInquiry();
}
Result StopDiscovery(void) {
//mc::app::log->write("bluetooth::core: stopping discovery");
mc::app::log->write("bluetooth::core: stopping discovery");
discoverEnabled = false;
return btdrvStopInquiry();
}
Result PairDevice(const BluetoothAddress *address) {
//mc::app::log->write("bluetooth::core: pausing discovery");
//mc::app::log->write("bluetooth::core: pairing device...");
mc::app::log->write("bluetooth::core: pausing discovery");
pauseDiscovery = true;
Result rc = btdrvStopInquiry();
if (R_FAILED(rc))
fatalThrow(rc);
mc::app::log->write("bluetooth::core: pairing device...");
mc::app::log->writeData((void *)address, sizeof(BluetoothAddress));
return btdrvCreateBond(address, BluetoothTransport_Auto);
}
@ -374,7 +316,7 @@ namespace mc::bluetooth::core {
}
Result CancelPairing(const BluetoothAddress *address) {
//mc::app::log->write("bluetooth::core: cancelling pairing");
mc::app::log->write("bluetooth::core: cancelling pairing");
return btdrvCancelBond(address);
}

6
applet/source/main.cpp
View file

@ -15,6 +15,7 @@ void userAppInit(void) {
if R_FAILED(rc)
fatalThrow(rc);
/*
rc = btmInitialize();
if R_FAILED(rc)
fatalThrow(rc);
@ -22,6 +23,7 @@ void userAppInit(void) {
rc = btmdbgInitialize();
if R_FAILED(rc)
fatalThrow(rc);
*/
rc = splInitialize();
if R_FAILED(rc)
@ -45,8 +47,8 @@ void userAppExit(void) {
plExit();
romfsExit();
splExit();
btmdbgExit();
btmExit();
//btmdbgExit();
//btmExit();
btdrvExit();
}