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THCILayer.cp
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THCILayer.cp
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#include <AEvents.h>
#include <AEventHandler.h>
#include <BufferSegment.h>
#include <CommManagerInterface.h>
#include <CommTool.h>
#include <SerialOptions.h>
#include <SerialChipV2.h>
#include <CommOptions.h>
#include "THCILayer.h"
#include "TRFCOMMTool.h"
#include "TL2CAPLayer.h"
THCILayer::THCILayer (void)
{
fTool = NULL;
fLogLevel = 0;
fOutstandingPackets = -1;
fHCIWindowSize = 0;
fPacketLength = 0;
fSavedPacketLength = 0;
fConnectionHandle = -1;
LOG ("THCILayer::THCILayer\n");
}
int THCILayer::ProcessToolBuffer ()
{
UByte type;
Long r;
Boolean c;
LOG ("THCILayer::ProcessToolBuffer (%d %d)\n",
fTool->fInputBuffer.BufferCount (),
fSavedPacketLength);
LOG3 ("(%d %d) - ",
fTool->fInputBuffer.BufferCount (),
fSavedPacketLength);
r = noErr;
do {
c = CheckPacketComplete ();
LOG3 ("%d ", c);
if (c) {
switch (fPacket[0]) {
case 0x02: r = ProcessACLData (); break;
case 0x04: r = ProcessHCIEvent (); break;
default:
LOG (" unsupported type: 0x%02x, length: %d\n",
fPacket[0], fTool->fInputBuffer.BufferCount ());
r = -20001;
break;
}
}
} while (c && r == noErr);
LOG3 ("(%d %d) %d\n",
fTool->fInputBuffer.BufferCount (),
fSavedPacketLength, r);
return r;
}
Boolean THCILayer::CheckPacketComplete (void)
{
int i;
ULong len;
ULong needed;
ULong total;
Boolean complete;
complete = false;
needed = 0;
fTool->fInputBuffer.BufferCountToNextMarker (&len);
LOG ("THCILayer::CheckPacketComplete (%d)\n", len);
if (len > 0) {
UByte *buffer = fTool->fInputBuffer.fBuffer;
i = fTool->fInputBuffer.fStart;
total = fTool->fInputBuffer.fSize;
switch (buffer[i]) {
case 0x02:
needed = 5;
if (len >= 5) {
needed += buffer[(i + 3) % total] + (buffer[(i + 4) % total] << 8);
} else {
LOG2 (" Incomplete data packet header\n");
}
break;
case 0x04:
needed = 3;
if (len >= 3) {
needed += buffer[(i + 2) % total];
} else {
LOG2 (" Incomplete event packet header\n");
}
break;
default:
break;
}
LOG2 (" Needed: %d\n", needed);
if (needed <= len) {
complete = true;
fPacketLength = 0;
while (needed > 0) {
fTool->fInputBuffer.GetNextByte (&fPacket[fPacketLength]);
fPacketLength++;
needed--;
}
}
} else {
LOG2 (" Incomplete header\n");
}
LOG (" done\n");
return complete;
}
NewtonErr THCILayer::ProcessACLData (void)
{
Long r;
LOG ("THCILayer::ProcessACLData\n");
fConnectionHandle = (fPacket[2] & 0x0f) * 256 + fPacket[1];
LOG (" Handle: 0x%04x, flags: %d, length: %d\n",
fConnectionHandle,
(fPacket[2] & 0xf0) >> 4,
fPacket[3] + fPacket[4] * 256);
r = fL2CAP->ProcessACLData (&fPacket[1]);
return r;
}
NewtonErr THCILayer::ProcessHCIEvent (void)
{
LOG ("THCILayer::ProcessHCIEvent\n Event code: 0x%02x, length %d, got: %d\n",
fPacket[1],
fPacket[2],
fPacketLength);
switch (fPacket[1]) {
case 0x01: InquiryComplete (); break;
case 0x02: InquiryResult (); break;
case 0x03: ConnectionComplete (); break;
case 0x04: ConnectionRequest (); break;
case 0x05: DisconnectionComplete (); break;
case 0x06: AuthenticationComplete (); break;
case 0x07: RemoteNameRequestComplete (); break;
case 0x08: EncryptionChange (); break;
case 0x09: ChangeConnectionLinkKeyComplete (); break;
case 0x0a: MasterLinkKeyComplete (); break;
case 0x0b: ReadRemoteSupportedFeaturesComplete (); break;
case 0x0c: ReadRemoteVersionInformationComplete (); break;
case 0x0d: QoSSetupComplete (); break;
case 0x0e: CommandComplete (); break;
case 0x0f: CommandStatus (); break;
case 0x10: HardwareError (); break;
case 0x11: FlushOccurred (); break;
case 0x12: RoleChange (); break;
case 0x13: NumberOfCompletedPackets (); break;
case 0x14: ModeChange (); break;
case 0x15: ReturnLinkKeys (); break;
case 0x16: PINCodeRequest (); break;
case 0x17: LinkKeyRequest (); break;
case 0x18: LinkKeyNotification (); break;
case 0x19: LoopbackCommand (); break;
case 0x1a: DataBufferOverflow (); break;
case 0x1b: MaxSlotsChange (); break;
case 0x1c: ReadClockOffsetComplete (); break;
case 0x1d: ConnectionPacketTypeChanged (); break;
case 0x1e: QoSViolation (); break;
case 0x1f: PageScanModeChange (); break;
case 0x20: PageScanRepetitionModeChange (); break;
}
return fTool->ProcessHCIEvent (&fPacket[1]);
}
NewtonErr THCILayer::SendData (UByte *data, Size length, Boolean release)
{
CBufferList *list;
CBufferSegment *buffer;
NewtonErr r;
ULong n;
LOG ("THCILayer::SendData\n %d (%d)\n", length, fOutstandingPackets);
if (fOutstandingPackets > fHCIWindowSize) LOGX ("*** Overflow ***\n");
buffer = CBufferSegment::New ();
buffer->Init (data, length, release);
list = CBufferList::New ();
list->Init ();
list->Insert ((CBuffer *) buffer);
fTool->fOutputBuffer.CopyIn (list, &n);
list->Delete ();
if (fTool->fSerialMiscConfig.txdOffUntilSend == true) {
fTool->SetTxDTransceiverEnable (true);
fTool->fSerialMiscConfig.txdOffUntilSend = false;
}
fTool->fTransferState |= TOOL_SENDING;
if (fTool->fIdle == false) {
fTool->ContinueOutputST (true);
}
fTool->fIdle = false;
if (fTool->fChipIdle) {
fTool->fSerialChip->ConfigureForOutput (true);
}
fTool->StartOutputST ();
fTool->DriverSendDelay ();
if (fOutstandingPackets != -1) fOutstandingPackets++;
// return fTool->PutBytes (list);
return noErr;
}
//-----------------------------------------------------------------------------
// Data packet
//-----------------------------------------------------------------------------
void THCILayer::Data (Byte flags, UByte *data, Size length, Boolean release)
{
CBufferList *list;
CBufferSegment *buffer;
NewtonErr r;
Byte header[5];
ULong n;
LOG ("THCILayer::Data\n %d (%d)\n", length, fOutstandingPackets);
if (fOutstandingPackets > fHCIWindowSize) LOGX ("*** Overflow in THCILayer::Data ***\n");
list = CBufferList::New ();
list->Init ();
buffer = CBufferSegment::New ();
buffer->Init (data, length, release);
list->InsertFirst ((CBuffer *) buffer);
header[0] = 0x02;
header[1] = fConnectionHandle & 0x00ff;
header[2] = ((fConnectionHandle & 0xff00) >> 8) | (flags << 4);
header[3] = length & 0x00ff;
header[4] = (length & 0xff00) >> 8;
buffer = CBufferSegment::New ();
buffer->Init (header, 5, false);
list->InsertFirst ((CBuffer *) buffer);
fTool->fOutputBuffer.CopyIn (list, &n);
list->Delete ();
if (fTool->fSerialMiscConfig.txdOffUntilSend == true) {
fTool->SetTxDTransceiverEnable (true);
fTool->fSerialMiscConfig.txdOffUntilSend = false;
}
fTool->fTransferState |= TOOL_SENDING;
if (fTool->fIdle == false) {
fTool->ContinueOutputST (true);
}
fTool->fIdle = false;
if (fTool->fChipIdle) {
fTool->fSerialChip->ConfigureForOutput (true);
}
fTool->StartOutputST ();
if (fOutstandingPackets != -1) fOutstandingPackets++;
fTool->DriverSendDelay ();
}
void THCILayer::Data (Byte flags, CBufferList *list, Boolean release)
{
CBufferSegment *buffer;
NewtonErr r;
Byte header[5];
ULong n;
Short len;
len = list->GetSize ();
header[0] = 0x02;
header[1] = fConnectionHandle & 0x00ff;
header[2] = ((fConnectionHandle & 0xff00) >> 8) | (flags << 4);
header[3] = len & 0x00ff;
header[4] = (len & 0xff00) >> 8;
buffer = CBufferSegment::New ();
buffer->Init (header, sizeof (header), false);
list->InsertFirst ((CBuffer *) buffer);
n = len + 5;
fTool->fOutputBuffer.CopyIn (list, &n);
LOG ("THCILayer::Data %d %d (%d)\n", len, n, fOutstandingPackets);
if (fOutstandingPackets > fHCIWindowSize) LOGX ("*** Too many outstanding packets THCILayer::Data ***\n");
if (list->GetSize () > fHCIBufferSize) LOGX ("*** HCI Packet too large (%d > %d) in THCILayer::Data ***\n", list->GetSize (), fHCIBufferSize);
if (fTool->fSerialMiscConfig.txdOffUntilSend == true) {
fTool->SetTxDTransceiverEnable (true);
fTool->fSerialMiscConfig.txdOffUntilSend = false;
}
fTool->fTransferState |= TOOL_SENDING;
if (fTool->fIdle == false) {
fTool->ContinueOutputST (true);
}
fTool->fIdle = false;
if (fTool->fChipIdle) {
fTool->fSerialChip->ConfigureForOutput (true);
}
fTool->StartOutputST ();
if (fOutstandingPackets != -1) fOutstandingPackets++;
fTool->DriverSendDelay ();
}
#pragma mark -
//-----------------------------------------------------------------------------
// Link Control Commands, OGF = 0x01
//-----------------------------------------------------------------------------
void THCILayer::Inquiry (void)
{
LOG ("THCILayer::Inquiry\n");
fState = HCI_INQUIRY;
SendData ((UByte *) "\001\001\004\005\063\213\236\014\020", 9);
}
void THCILayer::InquiryCancel (void)
{
}
void THCILayer::PeriodicInquiryMode (void)
{
}
void THCILayer::ExitPeriodicInquiryMode (void)
{
}
void THCILayer::CreateConnection (UByte *bd_addr, Byte psRep, Byte psMode)
{
UByte packet[17];
LOG ("THCILayer::CreateConnection\n");
fState = HCI_CREATE_CONNECTION;
memset (packet, 0, sizeof (packet));
memcpy (packet, "\001\005\004\015", 4);
memcpy (&packet[4], bd_addr, 6);
packet[10] = 0x18;
packet[11] = 0xcc;
packet[12] = psRep;
packet[13] = psMode;
packet[14] = 0x00;
packet[15] = 0x00;
packet[16] = 0x00;
SendData (packet, sizeof (packet));
}
void THCILayer::Disconnect (Short handle, Byte reason)
{
UByte packet[7];
LOG ("THCILayer::Disconnect %04x\n", handle);
fState = HCI_DISCONNECT;
memset (packet, 0, sizeof (packet));
memcpy (packet, "\001\006\004\003", 4);
SET_SHORT (packet, 4, handle);
packet[6] = reason;
SendData (packet, sizeof (packet));
}
void THCILayer::AddSCOConnection (void)
{
}
void THCILayer::AcceptConnectionRequest (UByte *bd_addr, Byte role)
{
UByte packet[11];
LOG ("THCILayer::AcceptConnectionRequest\n");
fState = HCI_ACCEPT_CONNECTION_REQUEST;
memset (packet, 0, sizeof (packet));
memcpy (packet, "\001\011\004\007", 4);
memcpy (&packet[4], bd_addr, 6);
packet[10] = role;
SendData (packet, sizeof (packet));
}
void THCILayer::RejectConnectionRequest (void)
{
}
void THCILayer::LinkKeyRequestReply (UByte *bd_addr, UByte *linkKey)
{
UByte packet[26];
LOG ("THCILayer::LinkKeyRequestReply\n");
fState = HCI_LINK_KEY_REQUEST_REPLY;
memset (packet, 0, sizeof (packet));
memcpy (packet, "\001\013\004\026", 4);
memcpy (&packet[4], bd_addr, 6);
memcpy (&packet[10], linkKey, 16);
for (int i = 0; i < 16; i++) LOG ("%02x ", linkKey[i]); LOG ("\n");
SendData (packet, sizeof (packet));
}
void THCILayer::LinkKeyRequestNegativeReply (UByte *bd_addr)
{
UByte packet[10];
LOG ("THCILayer::LinkKeyRequestNegativeReply\n");
fState = HCI_LINK_KEY_REQUEST_NEGATIVE_REPLY;
memset (packet, 0, sizeof (packet));
memcpy (packet, "\001\014\004\006", 4);
memcpy (&packet[4], bd_addr, 6);
SendData (packet, sizeof (packet));
}
void THCILayer::PINCodeRequestReply (UByte *bd_addr, UByte *PIN, Byte pinLength)
{
UByte packet[27];
LOG ("THCILayer::PINCodeRequestReply\n");
fState = HCI_PIN_CODE_REQUEST_REPLY;
memset (packet, 0, sizeof (packet));
memcpy (packet, "\001\015\004\027", 4);
memcpy (&packet[4], bd_addr, 6);
packet[10] = pinLength;
memcpy (&packet[11], PIN, pinLength);
SendData (packet, sizeof (packet));
}
void THCILayer::PINCodeRequestNegativeReply (void)
{
}
void THCILayer::ChangeConnectionPacketType (void)
{
}
void THCILayer::AuthenticationRequested (Short handle)
{
UByte packet[6];
LOG ("THCILayer::AuthenticationRequested\n");
fState = HCI_AUTHENTICATION_REQUESTED;
memset (packet, 0, sizeof (packet));
memcpy (packet, "\001\021\004\002", 4);
SET_SHORT (packet, 4, handle);
SendData (packet, sizeof (packet));
}
void THCILayer::SetConnectionEncryption (void)
{
}
void THCILayer::ChangeConnectionLinkKey (void)
{
}
void THCILayer::MasterLinkKey (void)
{
}
void THCILayer::RemoteNameRequest (UByte *bdAddr, Byte psRep, Byte psMode)
{
UByte packet[14];
LOG ("THCILayer::RemoteNameRequest (%d %d)\n", psRep, psMode);
fState = HCI_PIN_CODE_REQUEST_REPLY;
memset (packet, 0, sizeof (packet));
memcpy (packet, "\001\031\004\012", 4);
memcpy (&packet[4], bdAddr, 6);
packet[10] = psRep;
packet[11] = psMode;
packet[12] = 0;
packet[13] = 0;
SendData (packet, sizeof (packet));
}
void THCILayer::ReadRemoteSupportedFeatures (void)
{
}
void THCILayer::ReadRemoteVersionInformation (void)
{
}
void THCILayer::ReadClockOffset (void)
{
}
#pragma mark -
//-----------------------------------------------------------------------------
// Link Policy Commands, OGF = 0x02
//-----------------------------------------------------------------------------
void THCILayer::HoldMode (void)
{
}
void THCILayer::SniffMode (void)
{
}
void THCILayer::ExitSniffMode (void)
{
}
void THCILayer::ParkMode (void)
{
}
void THCILayer::ExitParkMode (void)
{
}
void THCILayer::QoSSetup (void)
{
}
void THCILayer::RoleDiscovery (void)
{
}
void THCILayer::SwitchRole (void)
{
}
void THCILayer::ReadLinkPolicySettings (void)
{
}
void THCILayer::WriteLinkPolicySettings (void)
{
}
#pragma mark -
//-----------------------------------------------------------------------------
// Host Controller & Baseband Commands, OGF = 0x03
//-----------------------------------------------------------------------------
void THCILayer::SetEventMask (void)
{
}
void THCILayer::Reset (void)
{
LOG ("THCILayer::Reset\n");
fState = HCI_RESET;
SendData ((UByte *) "\001\003\014\000", 4);
}
void THCILayer::SetEventFilter (void)
{
}
void THCILayer::Flush (void)
{
}
void THCILayer::ReadPINType (void)
{
}
void THCILayer::WritePINType (void)
{
}
void THCILayer::CreateNewUnitKey (void)
{
}
void THCILayer::ReadStoredLinkKey (void)
{
}
void THCILayer::WriteStoredLinkKey (void)
{
}
void THCILayer::DeleteStoredLinkKey (void)
{
}
void THCILayer::ChangeLocalName (UByte *name)
{
UByte packet[4 + 248];
LOG ("THCILayer::ChangeLocalName\n");
fState = HCI_CHANGE_LOCAL_NAME;
memset (packet, 0, sizeof (packet));
memcpy (packet, (UByte *) "\001\023\014\370", 4);
memcpy (&packet[4], name, strlen ((char *) name));
SendData (packet, sizeof (packet));
}
void THCILayer::ReadLocalName (void)
{
}
void THCILayer::ReadConnectionAcceptTimeout (void)
{
}
void THCILayer::WriteConnectionAcceptTimeout (void)
{
}
void THCILayer::ReadPageTimeout (void)
{
}
void THCILayer::WritePageTimeout (void)
{
}
void THCILayer::ReadScanEnable (void)
{
}
void THCILayer::WriteScanEnable (UByte enable)
{
LOG ("THCILayer::WriteScanEnable\n");
fState = HCI_WRITE_SCAN_ENABLE;
SendData ((UByte *) "\001\032\014\001\003", 5);
}
void THCILayer::ReadPageScanActivity (void)
{
}
void THCILayer::WritePageScanActivity (UShort interval, UShort window)
{
}
void THCILayer::ReadInquiryScanActivity (void)
{
}
void THCILayer::WriteInquiryScanActivity (UShort interval, UShort window)
{
LOG ("THCILayer::WriteInquiryScanActivity\n");
fState = HCI_WRITE_INQ_SCAN;
SendData ((UByte *) "\001\036\014\004\000\004\022\000", 8);
}
void THCILayer::ReadAuthenticationEnable (void)
{
}
void THCILayer::WriteAuthenticationEnable (void)
{
}
void THCILayer::ReadEncryptionMode (void)
{
}
void THCILayer::WriteEncryptionMode (void)
{
}
void THCILayer::ReadClassofDevice (void)
{
}
void THCILayer::WriteClassofDevice (UByte *deviceClass)
{
UByte packet[7];
LOG ("THCILayer::WriteClassofDevice\n");
fState = HCI_WRITE_CLASS_OF_DEVICE;
memcpy (packet, (UByte *) (UByte *) "\001\044\014\003", 4);
memcpy (&packet[4], deviceClass, 3);
SendData (packet, sizeof (packet));
}
void THCILayer::ReadVoiceSetting (void)
{
}
void THCILayer::WriteVoiceSetting (void)
{
}
void THCILayer::ReadAutomaticFlushTimeout (void)
{
}
void THCILayer::WriteAutomaticFlushTimeout (void)
{
}
void THCILayer::ReadNumBroadcastRetransmissions (void)
{
}
void THCILayer::WriteNumBroadcastRetransmissions (void)
{
}
void THCILayer::ReadHoldModeActivity (void)
{
}
void THCILayer::WriteHoldModeActivity (void)
{
}
void THCILayer::ReadTransmitPowerLevel (void)
{
}
void THCILayer::ReadSCOFlowControlEnable (void)
{
}
void THCILayer::WriteSCOFlowControlEnable (void)
{
}
void THCILayer::SetHostControllerToHostFlowControl (void)
{
}
void THCILayer::HostBufferSize (void)
{
LOG ("THCILayer::HostBufferSize\n");
fState = HCI_HOST_BUFFER_SIZE;
SendData ((UByte *) "\001\063\014\007\000\002\000\001\000\000\000", 11);
}
void THCILayer::HostNumberOfCompletedPackets (void)
{
}
void THCILayer::ReadLinkSupervisionTimeout (void)
{
}
void THCILayer::WriteLinkSupervisionTimeout (void)
{
}
void THCILayer::ReadNumberOfSupportedIAC (void)
{
}
void THCILayer::ReadCurrentIACLAP (void)
{
}
void THCILayer::WriteCurrentIACLAP (void)
{
}
void THCILayer::ReadPageScanPeriodMode (void)
{
}
void THCILayer::WritePageScanPeriodMode (void)
{
}
void THCILayer::ReadPageScanMode (void)
{
}
void THCILayer::WritePageScanMode (void)
{
}
#pragma mark -
//-----------------------------------------------------------------------------
// Informational Parameters
//-----------------------------------------------------------------------------
void THCILayer::ReadLocalVersionInformation (void)
{
}
void THCILayer::ReadLocalSupportedFeatures (void)
{
}
void THCILayer::ReadBufferSize (void)
{
LOG ("THCILayer::ReadBufferSize\n");
fState = HCI_READ_BUFFER_SIZE;
SendData ((UByte *) "\001\005\020\000", 4);
}
void THCILayer::ReadCountryCode (void)
{
}
void THCILayer::ReadBdAddr (void)
{
LOG ("THCILayer::ReadBdAddr\n");
fState = HCI_READ_BDADDR;
SendData ((UByte *) "\001\011\020\000", 4);
}
#pragma mark -
//-----------------------------------------------------------------------------
// Status Parameters
//-----------------------------------------------------------------------------
void THCILayer::ReadFailedContactCounter (void)
{
}
void THCILayer::ResetFailedContactCounter (void)
{
}
void THCILayer::GetLinkQuality (Short handle)
{
UByte packet[6];
LOG ("THCILayer::GetLinkQuality (0x%04x)\n", handle);
fState = HCI_GET_LINK_QUALITY;
memset (packet, 0, sizeof (packet));
memcpy (packet, "\001\005\024\002", 4);
SET_SHORT (packet, 4, handle);
SendData (packet, sizeof (packet));
}
void THCILayer::ReadRSSI (void)
{
}
#pragma mark -
//-----------------------------------------------------------------------------
// Testing Commands
//-----------------------------------------------------------------------------
void THCILayer::ReadLoopbackMode (void)
{
}
void THCILayer::WriteLoopbackMode (void)
{
}
void THCILayer::EnableDeviceUnderTestMode (void)
{
}
#pragma mark -
//-----------------------------------------------------------------------------
// Possible Events
//-----------------------------------------------------------------------------
void THCILayer::InquiryComplete (void)
{
LOG ("THCILayer::InquiryComplete\n");
}
void THCILayer::InquiryResult (void)
{
int n, i, j;
LOG ("THCILayer::InquiryResult\n");
n = fPacket[3];
LOG (" Responses: %d\n", n);
for (i = 0; i < 1; i++) {
LOG (" BD_ADDR: ");
for (j = 0; j < 6; j++) {
LOG ("%02x ", fPacket[4 + j + i]);
}
LOG ("PS: %d %d %d ",
fPacket[4 + (6 + 0 + i)],
fPacket[4 + (6 + 1 + i)],
fPacket[4 + (6 + 2 + i)]);
LOG ("Class: %02x%02x%02x",
fPacket[4 + 0 + (6 + 3 + i)],
fPacket[4 + 1 + (6 + 3 + i)],
fPacket[4 + 2 + (6 + 3 + i)]);
LOG ("\n");
}
}
void THCILayer::ConnectionComplete (void)
{
LOG ("THCILayer::ConnectionComplete: 0x%02x\n", fPacket[3]);
fOutstandingPackets = 0;
fConnectionHandle = fPacket[4] + (fPacket[5] << 8);
}
void THCILayer::ConnectionRequest (void)
{
int i;
LOG ("THCILayer::ConnectionRequest\n");
LOG (" BD_ADDR: ");
for (i = 0; i < 6; i++) {
LOG ("%02x ", fPacket[3 + i]);
}
LOG ("Class: %02x%02x%02x ",
fPacket[9],
fPacket[10],
fPacket[11]);
LOG ("Link type: %02x\n",
fPacket[12]);
}
void THCILayer::DisconnectionComplete (void)
{
LOG ("THCILayer::DisconnectionComplete\n");
fConnectionHandle = -1;
fOutstandingPackets = -1;
}
void THCILayer::AuthenticationComplete (void)
{
LOG ("THCILayer::AuthenticationComplete\n");
}
void THCILayer::RemoteNameRequestComplete (void)
{
LOG ("THCILayer::RemoteNameRequestComplete\n");
}
void THCILayer::EncryptionChange (void)
{
LOG ("THCILayer::EncryptionChange\n");
}
void THCILayer::ChangeConnectionLinkKeyComplete (void)
{
LOG ("THCILayer::ChangeConnectionLinkKeyComplete\n");
}
void THCILayer::MasterLinkKeyComplete (void)
{
LOG ("THCILayer::MasterLinkKeyComplete\n");
}
void THCILayer::ReadRemoteSupportedFeaturesComplete (void)
{
LOG ("THCILayer::ReadRemoteSupportedFeaturesComplete\n");
}
void THCILayer::ReadRemoteVersionInformationComplete (void)
{
LOG ("THCILayer::ReadRemoteVersionInformationComplete\n");
}
void THCILayer::QoSSetupComplete (void)
{
LOG ("THCILayer::QoSSetupComplete\n");
}
void THCILayer::CommandComplete (void)
{
LOG ("THCILayer::CommandComplete: %02x %02d %02d\n",
fPacket[6], fPacket[4], fPacket[5]);
}
void THCILayer::CommandStatus (void)
{
LOG ("THCILayer::CommandStatus: 0x%02x\n", fPacket[3]);
}
void THCILayer::HardwareError (void)
{