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ct_push_bridge.cpp
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ct_push_bridge.cpp
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/**
* --------------------------------------------------------------------
* Copyright (C) 2016 Chi Tai Dang.
*
* @author Chi-Tai Dang
* @version 1.0
* @remarks
*
* This extension is free software; you can redistribute it and/or modify
* it under the terms of the Eclipse Public License v1.0.
* A copy of the license may be obtained at:
* http://www.eclipse.org/org/documents/epl-v10.html
* --------------------------------------------------------------------
*/
#include <QtPlugin>
#include "ct_push_bridge.h"
#include "de_web_plugin_private.h"
#include "colorspace.h"
#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>
#include <arpa/inet.h>
#include <sys/types.h>
#include <netinet/in.h>
#include <netinet/tcp.h>
#include <sys/socket.h>
#include <vector>
#include <fstream>
#include <sstream>
#include <iostream>
#include <exception>
#include <time.h>
#include <sys/stat.h>
#define USE_SSL
#ifdef USE_SSL
#include <openssl/ssl.h>
#include <openssl/err.h>
# if (SSLEAY_VERSION_NUMBER >= 0x0907000L)
# include <openssl/conf.h>
# endif
#endif
#ifdef DEBUG
#include <execinfo.h>
#include <signal.h>
#endif
using namespace std;
#ifdef ENABLE_PUSH
//#define DEBUGV3
/*
#ifdef DEBUGV2
# undef DEBUGV2
# define DEBUGV2(a)
#endif
#ifdef DEBUGV20
# undef DEBUGV20
# define DEBUGV20(a)
#endif
#ifdef DEBUGV1
# undef DEBUGV1
# define DEBUGV1(a)
#endif
#ifdef DEBUGV10
# undef DEBUGV10
# define DEBUGV10(a)
#endif
*/
////////////////////////////////////////////////////////////////////////////////
// PushBridge statics
////////////////////////////////////////////////////////////////////////////////
PushBridge pushBridge;
PushDevice raspBee;
extern DeRestPluginPrivate * exportedRestPlugin;
const char * UNKNOWN_DEVICE_NAME = "Unknown";
const char * configFile = "/usr/share/deCONZ/rest_push.conf";
const char * bridgeConfFile = "/usr/share/deCONZ/rest_bridge.conf";
#ifdef DEBUG
void sigseghandler ( int sig )
{
void * array [ 30 ];
size_t size;
size = backtrace ( array, 30 );
fprintf ( stderr, "Stacktrace: Signal %d\n", sig );
backtrace_symbols_fd ( array, size, STDERR_FILENO );
exit ( 1 );
}
#endif
void PushBridge::RequestConfig ()
{
DEBUGFTRACE ( "RequestConfig" );
char cmd [ 128 ];
snprintf ( cmd, 128, "{deCONZ_get_config('%llu')}\n", raspBee.mac );
EnqueueToFhem ( cmd );
}
void PushBridge::SaveCache ()
{
DEBUGFTRACE ( "SaveCache" );
ofstream bridgeFile ( bridgeConfFile );
if ( bridgeFile.good () )
{
DEBUGFTRACE ( "SaveCache: Saving bridge id " << fbridge_id );
bridgeFile << fbridge_id << endl;
DEBUGFTRACE ( "SaveCache: Saving raspBee.mac " << raspBee.mac );
bridgeFile << raspBee.mac << endl;
bridgeFile.close ();
}
}
void PushBridge::LoadConfigFile ()
{
DEBUGFTRACE ( "LoadConfigFile" );
bool restartFhemThread = false;
bool restartPushThread = false;
bool _enable_fhem_tunnel = true;
bool _enable_push = true;
bool _enable_ssl = false;
ifstream bridgeFile ( bridgeConfFile );
if ( bridgeFile.good () )
{
DEBUGFTRACE ( "LoadConfigFile: Loading bridge conf ..." );
string line;
if ( getline ( bridgeFile, line ) )
{
int value;
std::istringstream iss ( line );
if ( iss >> value ) {
if ( value > 0 ) {
fbridge_id = value;
DEBUGFTRACE ( "LoadConfigFile: Using bridge ID number " << value );
}
}
if ( getline ( bridgeFile, line ) )
{
std::istringstream iss ( line );
if ( iss >> value ) {
if ( value > 0 && raspBee.mac <= 0 ) {
raspBee.mac = value;
DEBUGFTRACE ( "LoadConfigFile: Using raspBee.mac " << value );
}
}
}
}
bridgeFile.close ();
}
ifstream mapFile ( configFile );
if ( mapFile.good () )
{
DEBUGFTRACE ( "LoadConfigFile: Loading configuration ..." );
string line;
while ( getline ( mapFile, line ) )
{
const char * chars = line.c_str ();
if ( line.size () < 3 || chars [ 0 ] == '#' )
continue;
// Disable push extension
if ( !line.compare ( "disableplugin" ) ) {
enable_plugin = false;
DEBUGFTRACE ( "LoadConfigFile: Disabled push extension." );
break;
}
else if ( !line.compare ( "nonodeupdate" ) ) {
fhem_node_update = false;
DEBUGFTRACE ( "LoadConfigFile: Disabled fhem node update." );
}
else if ( !line.compare ( "disablefhem" ) ) {
_enable_fhem_tunnel = false;
DEBUGFTRACE ( "LoadConfigFile: Disabled fhem tunnel." );
}
else if ( !line.compare ( "disablepushlistener" ) ) {
_enable_push = false;
DEBUGFTRACE ( "LoadConfigFile: Disabled push socket." );
}
else if ( !line.compare ( "ssl" ) ) {
_enable_ssl = true;
DEBUGFTRACE ( "LoadConfigFile: Enabling ssl." );
}
else {
const char * ptr = line.c_str ();
if ( ptr [ 0 ] == 'f' && ptr [ 1 ] == 'i' && ptr [ 2 ] == 'p' && ptr [ 3 ] == ' ' ) {
string optname; string value;
std::istringstream iss ( line );
if ( iss >> optname >> value ) {
struct sockaddr_in addr;
if ( inet_aton ( value.c_str (), &addr.sin_addr ) ) {
if ( fhem_ip_addr.compare ( value ) ) {
fhem_ip_addr = value;
restartFhemThread = true;
DEBUGFTRACE ( "LoadConfigFile: Using fhem ip " << value );
}
}
}
}
else if ( ptr [ 0 ] == 'f' && ptr [ 1 ] == 'p' && ptr [ 2 ] == 'a' && ptr [ 3 ] == 's' && ptr [ 4 ] == 's' && ptr [ 5 ] == ' ' ) {
string optname; string value;
std::istringstream iss ( line );
if ( iss >> optname >> value ) {
if ( fhemPassword.compare ( value ) ) {
fhemPassword = value;
restartFhemThread = true;
//DEBUGFTRACE ( "LoadConfigFile: Using fhem password " << value );
DEBUGFTRACE ( "LoadConfigFile: Using fhem password " );
}
}
}
else {
string optname; int value;
std::istringstream iss ( line );
if ( iss >> optname >> value ) {
if ( !optname.compare ( "fport" ) ) {
if ( value > 0 && value < 66000 ) {
if ( fhem_port != value ) {
fhem_port = value; restartFhemThread = true;
DEBUGFTRACE ( "LoadConfigFile: Using fhem port " << value );
}
}
}
else if ( !optname.compare ( "pport" ) ) {
if ( value > 0 && value < 66000 ) {
if ( bridge_push_port != value ) {
bridge_push_port = value; restartPushThread = true;
DEBUGFTRACE ( "LoadConfigFile: Using push port " << value );
}
}
}
else {
DEBUGFTRACE ( "LoadConfigFile: Unknown config line " << line );
}
}
}
}
}
mapFile.close ();
}
if ( !enable_plugin ) {
DEBUGFTRACE ( "LoadConfigFile: Disabling plugin. " );
enable_fhem_tunnel = enable_push = false;
}
else {
if ( fhemSSL != _enable_ssl ) {
fhemSSL = _enable_ssl;
restartFhemThread = true;
DEBUGFTRACE ( "LoadConfigFile: Restarting fhem thread due to ssl option." );
}
if ( _enable_fhem_tunnel != enable_fhem_tunnel ) {
enable_fhem_tunnel = _enable_fhem_tunnel; restartFhemThread = true;
DEBUGFTRACE ( "LoadConfigFile: Restarting fhem thread. " );
}
if ( _enable_push != enable_push ) {
enable_push = _enable_push; restartPushThread = true;
DEBUGFTRACE ( "LoadConfigFile: Restarting push thread. " );
}
}
if ( restartFhemThread ) HandleFhemThread ();
if ( restartPushThread ) HandlePushThread ();
}
////////////////////////////////////////////////////////////////////////////////
// PushBridge Constructor
////////////////////////////////////////////////////////////////////////////////
PushBridge::PushBridge () :
fhemSocket ( -1 ), fhemThreadRun ( false ), fhemListenerRun ( false ), acceptSocket ( -1 ), acceptThreadRun ( false ),
pushSocket ( -1 ), pushThreadRun ( false ), apsInst ( 0 ),
enable_plugin ( true ), enable_fhem_tunnel ( false ), enable_push ( false ),
fhemActive ( false ), fhemListenerActive ( false ), acceptActive ( false ), pushActive ( false ),
fhemSSL ( false ), fhemSSLInitialized ( false ), conectTime ( 0 ), fhemAuthOK ( true ), ssl_ctx ( 0 ), ssl_web ( 0 ), ssl_ptr ( 0 ),
fhem_node_update ( false ), fhem_ip_addr ( "127.0.0.1" ), fhem_port ( 7072 ), bridge_push_port ( 7073 ), fbridge_id ( -1 )
{
DEBUGL ( signal ( SIGSEGV, sigseghandler ); )
apsInst = ApsController::instance ();
DBG_Assert ( apsInst != 0 );
DEBUGL ( logfile.open ( "/tmp/raspBeeBridge.log", std::ios_base::app ) );
DEBUGV ( "PushBridge::Construct " );
DEBUGL ( logfile1.open ( "/tmp/beeBridge.log", std::ios_base::app ) );
DEBUGV1 ( "PushBridge::Construct " );
devices.clear ();
groups.clear ();
fhemPassword = "";
raspBee.available = true;
// Init threads
memset ( &fhemThread, 0, sizeof (fhemThread) );
memset ( &fhemListener, 0, sizeof (fhemListener) );
memset ( &acceptThread, 0, sizeof (acceptThread) );
memset ( &pushThread, 0, sizeof (pushThread) );
DEBUGV1 ( "PushBridge::Construct: Initializing thread resources." );
pthread_mutex_init ( &fhemQueueLock, 0 );
pthread_mutex_init ( &devicesLock, 0 );
pthread_mutex_init ( &groupLock, 0 );
pthread_cond_init ( &fhemSignal, NULL );
pthread_mutex_init ( &pushLock, 0 );
pthread_cond_init ( &pushSignal, NULL );
DEBUGV1 ( "PushBridge::Construct: Loading configuration." );
LoadConfigFile ();
if ( !enable_plugin ) { return; }
//connect ( apsInst, SIGNAL ( apsdeDataConfirm ( const deCONZ::ApsDataConfirm & ) ),
// this, SLOT ( apsdeDataConfirm ( const deCONZ::ApsDataConfirm & ) ) );
connect ( apsInst, SIGNAL ( apsdeDataIndication ( const deCONZ::ApsDataIndication & ) ),
this, SLOT ( apsdeDataIndication ( const deCONZ::ApsDataIndication & ) ) );
connect ( apsInst, SIGNAL ( nodeEvent ( deCONZ::NodeEvent ) ),
this, SLOT ( nodeEvent ( deCONZ::NodeEvent ) ) );
}
void PushBridge::HandleFhemThread ()
{
DEBUGFTRACE ( "HandleFhemThread" );
if ( fhemThreadRun ) {
fhemThreadRun = false;
fhemListenerRun = false;
if ( fhemSocket != -1 ) {
::shutdown ( fhemSocket, 2 );
::close ( fhemSocket );
fhemSocket = -1;
}
SignalFhemThread ();
DEBUGFTRACE ( "HandleFhemThread: Waiting for them thread." );
// Wait for thread exit
pthread_join ( fhemThread, 0 );
// Wait for listener thread exit
//pthread_join ( fhemListener, 0 ); // Dont do this.. as the listener may call this - deadlock
memset ( &fhemThread, 0, sizeof (fhemThread) );
memset ( &fhemListener, 0, sizeof (fhemListener) );
}
EmptyFhemQueue ();
if ( enable_fhem_tunnel ) {
fhemThreadRun = true;
DEBUGFTRACE ( "HandleFhemThread: Starting thread." );
pthread_create ( &fhemThread, 0, FhemThreadStarter, this );
}
DEBUGFTRACE ( "HandleFhemThread: done" );
}
void PushBridge::HandlePushThread ()
{
DEBUGFTRACE ( "HandlePushThread" );
if ( pushThreadRun || acceptThreadRun ) {
pushThreadRun = false;
acceptThreadRun = false;
if ( acceptSocket != -1 ) {
::shutdown ( acceptSocket, 2 );
::close ( acceptSocket );
acceptSocket = -1;
}
if ( pushSocket != -1 ) {
::shutdown ( pushSocket, 2 );
::close ( pushSocket );
pushSocket = -1;
}
SignalPushThread ();
// Wait for thread exit
//pthread_join ( pushThread, 0 );
// Wait for listener thread exit
DEBUGFTRACE ( "HandlePushThread: Waiting for acceptThread." );
pthread_join ( acceptThread, 0 );
memset ( &acceptThread, 0, sizeof (acceptThread) );
memset ( &pushThread, 0, sizeof (pushThread) );
}
if ( enable_push ) {
acceptThreadRun = true;
DEBUGFTRACE ( "HandlePushThread: Starting accept thread." );
pthread_create ( &acceptThread, 0, AcceptThreadStarter, this );
pushThreadRun = true;
//DEBUGV1 ( "PushBridge::Construct: Starting push thread." );
//pthread_create ( &pushThread, 0, PushThreadStarter, this );
}
DEBUGFTRACE ( "HandlePushThread: done" );
}
////////////////////////////////////////////////////////////////////////////////
// PushBridge deconstructor
////////////////////////////////////////////////////////////////////////////////
#ifdef USE_SSL
void DisposeSSL ( void * &ssl_ctx, void * &ssl_web )
{
SSL_CTX * ctx = ( SSL_CTX * ) ssl_ctx;
BIO * web = ( BIO * ) ssl_web;
if ( web != NULL ) { BIO_free_all ( web ); ssl_web = 0; }
if ( NULL != ctx ) { SSL_CTX_free ( ctx ); ssl_ctx = 0; }
}
#endif
PushBridge::~PushBridge()
{
DEBUGV ( "PushBridge::Destruct " );
DEBUGV1 ( "PushBridge::Destruct " );
DEBUGL ( logfile.close() );
DEBUGL ( logfile1.close() );
std::map < uint64_t, PushDevice * >::iterator it = devices.begin ();
while ( it != devices.end () ) {
PushDevice * device = it->second;
delete device;
++it;
}
devices.clear ();
std::map < int, PushGroup * >::iterator itg = groups.begin ();
while ( itg != groups.end () ) {
PushGroup * group = itg->second;
delete group;
++itg;
}
groups.clear ();
fhemThreadRun = false;
fhemListenerRun = false;
if ( fhemSocket != -1 ) {
::shutdown ( fhemSocket, 2 );
::close ( fhemSocket );
fhemSocket = -1;
}
#ifdef USE_SSL
DisposeSSL ( ssl_ctx, ssl_web );
#endif
SignalFhemThread ();
pushThreadRun = false;
acceptThreadRun = false;
if ( acceptSocket != -1 ) {
::shutdown ( acceptSocket, 2 );
::close ( acceptSocket );
acceptSocket = -1;
}
if ( pushSocket != -1 ) {
::shutdown ( pushSocket, 2 );
::close ( pushSocket );
pushSocket = -1;
}
SignalPushThread ();
// Wait for thread exit
pthread_join ( fhemThread, 0 );
// Wait for listener thread exit
pthread_join ( fhemListener, 0 );
// Wait for thread exit
//pthread_join ( pushThread, 0 );
pthread_join ( acceptThread, 0 );
EmptyFhemQueue ();
EmptyPushQueue ();
pthread_cond_destroy ( &fhemSignal );
pthread_mutex_destroy ( &fhemQueueLock );
pthread_mutex_destroy ( &groupLock );
pthread_mutex_destroy ( &devicesLock );
pthread_cond_destroy ( &pushSignal );
pthread_mutex_destroy ( &pushLock );
}
////////////////////////////////////////////////////////////////////////////////
// FHEM channel injection
////////////////////////////////////////////////////////////////////////////////
void PushBridge::SetNode ( Node * node )
{
DEBUGFTRACE ( "SetNode" );
if ( !node || !fhemActive )
return;
uint64_t addr = node->address ().ext ();
PushDevice * device = pushBridge.GetPushDevice ( addr );
if ( device ) {
device->node = node;
}
}
void PushBridge::SetNodeAvailable ( char type, int id, bool available )
{
DEBUGFTRACE ( "SetNodeAvailable" );
if ( !fhemActive && !pushActive ) { return; }
if ( id <= 0 ) {
DEBUGV ( "SetNodeAvailable: Error Invalid id for " << type << id << " fbridge_id [ " << fbridge_id << " ]" );
return;
}
int reachable = ( int ) available;
DEBUGV2 ( "SetNodeAvailable: Reachable " << reachable << " to device " << type << id );
char buffer [ 256 ];
DEBUGV ( "SetNodeAvailable: Reachable " << reachable << " to device: " << type << id );
DEBUGV1 ( "SetNodeAvailable: Reachable " << reachable << " to device: " << type << id );
int len = snprintf ( buffer, 256, "{pushupd1('%i^%c^%i^reachable^%i^available^%i')}\n",
fbridge_id, type, id, reachable, reachable );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
}
void PushBridge::SetNodeId ( char type, int id )
{
DEBUGFTRACE ( "SetNodeId 1" );
if ( !fhemActive && !pushActive ) { return; }
DEBUGFTRACE ( "SetNodeId 11" );
if ( id <= 0 ) {
DEBUGV ( "SetNodeId: Error Invalid id for " << type << id << " fbridge_id [ " << fbridge_id << " ]" );
return;
}
DEBUGV2 ( "SetNodeId: " << id << " to device " << type << id );
char buffer [ 256 ];
int len = snprintf ( buffer, 256, "{pushupd1('%i^%c^%i^id^%i')}\n", fbridge_id, type, id, id );
DEBUGFTRACE ( "SetNodeId 15" );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
}
void PushBridge::SetNodeUid ( char type, int id, const QString & m_uid )
{
DEBUGFTRACE ( "SetNodeUid 1" );
if ( !fhemActive && !pushActive ) { return; }
DEBUGFTRACE ( "SetNodeUid 11" );
if ( id <= 0 ) {
DEBUGV ( "SetNodeUid: Error Invalid id for " << type << id << " fbridge_id [ " << fbridge_id << " ]" );
return;
}
DEBUGV2 ( "SetNodeUid: " << qPrintable ( m_uid ) << " to device " << type << id );
char buffer [ 256 ];
int len = snprintf ( buffer, 256, "{pushupd1('%i^%c^%i^uniqueid^%s')}\n", fbridge_id, type, id, qPrintable ( m_uid ) );
DEBUGFTRACE ( "SetNodeUid 15" );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
}
void PushBridge::SetNodeInfo ( char type, int id, const char * reading, const QString & value )
{
DEBUGFTRACE ( "SetNodeInfo 1:" << reading );
if ( !fhemActive && !pushActive ) { return; }
DEBUGFTRACE ( "SetNodeInfo 11" );
if ( id <= 0 ) {
DEBUGV ( "SetNodeInfo: Error Invalid id for " << type << id << " fbridge_id [ " << fbridge_id << " ]" );
return;
}
DEBUGV2 ( "SetNodeInfo: " << reading << " " << qPrintable ( value ) << " to device " << type << id );
char buffer [ 256 ];
int len = snprintf ( buffer, 256, "{pushupd1('%i^%c^%i^%s^%s')}\n", fbridge_id, type, id, reading, qPrintable ( value ) );
DEBUGFTRACE ( "SetNodeInfo 15" );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
}
void PushBridge::SetNodeInfo ( char type, int id, const char * reading, QString & value ) {
SetNodeInfo ( type, id, reading, (const QString &) value );
}
void PushBridge::SetNodeInfo ( char type, int id, const char * reading, uint32_t value )
{
DEBUGFTRACE ( "SetNodeInfo 3: " << reading << " v:" << value );
if ( !fhemActive && !pushActive ) { return; }
if ( id <= 0 ) {
DEBUGV ( "SetNodeInfo: Error Invalid id for " << type << id << " fbridge_id [ " << fbridge_id << " ]" );
return;
}
DEBUGV2 ( "SetNodeInfo: " << reading << " " << value << " to device " << type << id );
char buffer [ 256 ];
int len = snprintf ( buffer, 256, "{pushupd1('%i^%c^%i^%s^%i')}\n", fbridge_id, type, id, reading, value );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
}
void PushBridge::SetNodeInfoDouble ( char type, int id, const char * reading, double value )
{
DEBUGFTRACE ( "SetNodeInfoDouble" );
if ( !fhemActive && !pushActive ) { return; }
if ( id <= 0 ) {
DEBUGV ( "SetNodeInfoDouble: Error Invalid id for " << type << id << " fbridge_id [ " << fbridge_id << " ]" );
return;
}
DEBUGV2 ( "SetNodeInfoDouble: " << reading << " " << value << " to device " << type << id );
char buffer [ 256 ];
int len = snprintf ( buffer, 256, "{pushupd1('%i^%c^%i^%s^%f')}\n", fbridge_id, type, id, reading, value );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
}
void PushBridge::SetNodeState ( RestNodeBase * rnode, char type, int id, bool reading, int level )
{
DEBUGFTRACE ( "SetNodeState" );
if ( !fhemActive && !pushActive ) { return; }
if ( id <= 0 ) {
DEBUGV ( "SetNodeState: Error Invalid id for " << type << id << " fbridge_id [ " << fbridge_id << " ]" );
return;
}
if ( rnode->needsRestUpdate ) rnode->UpdateToFhem ();
DEBUGV2 ( "SetNodeState: " << reading << " " << level << " to device " << type << id );
char buffer [ 256 ];
int len = snprintf ( buffer, 256, "{pushupd1('%i^%c^%i^state^%s^onoff^%d')}\n", fbridge_id, type, id, reading ? "on" : "off", reading ? 1 : 0 );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
if ( level >= 0 ) {
int slevel = reading ? level : 0;
int spct = reading ? ( ( level * 100 ) / 253 ) : 0;
int len = snprintf ( buffer, 256, "{pushupd1('%i^%c^%i^level^%d^bri^%d^pct^%d')}\n", fbridge_id, type, id, slevel, slevel, spct );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
}
}
void PushBridge::SetGroupInfo ( QString & qid, const char * reading, uint32_t value )
{
if ( !reading ) return;
if ( !fhemActive && !pushActive ) { return; }
DEBUGV ( "SetGroupInfo 2: " << qPrintable ( qid ) << " " << reading << " [ " << value << " ]" );
int id = qid.toInt ();
if ( id <= 0 ) { return; }
char buffer [ 128 ];
int len = snprintf ( buffer, 128, "{pushupd1('%i^g^%i^%s^%i')}\n", fbridge_id, id, reading, value );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
}
void PushBridge::SetGroupInfo ( QString & qid, const char * reading, float value )
{
if ( !reading ) return;
if ( !fhemActive && !pushActive ) { return; }
DEBUGFTRACE ( "SetGroupInfo 3: " << qPrintable ( qid ) << " " << reading << " [ " << value << " ]" );
int id = qid.toInt ();
if ( id <= 0 ) { return; }
char buffer [ 128 ];
int len = snprintf ( buffer, 128, "{pushupd1('%i^g^%i^%s^%f')}\n", fbridge_id, id, reading, value );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
}
void PushBridge::SetGroupInfo ( QString & qid, const char * reading, const char * value )
{
if ( !reading || !value ) return;
if ( !fhemActive && !pushActive ) { return; }
DEBUGFTRACE ( "SetGroupInfo 4: " << qPrintable ( qid ) << " " << reading << " [ " << value << " ]" );
int id = qid.toInt ();
if ( id <= 0 ) { return; }
char buffer [ 128 ];
int len = snprintf ( buffer, 128, "{pushupd1('%i^g^%i^%s^%s')}\n", fbridge_id, id, reading, value );
if ( fhemActive && fbridge_id > 0 )
EnqueueToFhem ( buffer );
if ( pushActive ) {
EnqueueToPush ( buffer, len );
}
}
PushGroup * PushBridge::GetPushGroup ( QString & qid )
{
DEBUGFTRACE ( "GetPushGroup" );
if ( qid.length () <= 0 )
return 0;
PushGroup * group = 0;
int id = qid.toInt ();
if ( !pthread_mutex_lock ( &groupLock ) )
{
map < int, PushGroup * >::iterator it = groups.find ( id );
if ( it != groups.end () )
{
group = it->second;
}
else {
DEBUGV ( "GetPushGroup: PushGroup for " << id << " NOT found. Creating new ..." );
group = new PushGroup ();
if ( group ) {
groups [ id ] = group;
}
}
if ( pthread_mutex_unlock ( &groupLock ) ) {
DEBUGV ( "GetPushGroup: Failed to unlock." );
}
}
return group;
}
void PushGroup::Update ( QString & id, bool o, uint16_t x, uint16_t y, uint16_t h, float hf, uint16_t s, uint16_t l, uint16_t temp )
{
if ( !pushBridge.fhemActive && !pushBridge.pushActive ) { return; }
DEBUGFTRACE ( "PushGroup::Update" );
if ( on != o ) {
on = o;
pushBridge.SetGroupInfo ( id, "reachable", ( uint32_t ) 1 );
// pushBridge.SetGroupInfo ( id, "on", ( uint32_t ) ( o ? 1 : 0 ) );
}
if ( colorX != x ) {
colorX = x;
pushBridge.SetGroupInfo ( id, "colorX", ( uint32_t ) x );
}
if ( colorY != y ) {
colorY = y;
pushBridge.SetGroupInfo ( id, "colorY", ( uint32_t ) y );
}
if ( hue != h ) {
hue = h;
pushBridge.SetGroupInfo ( id, "hue", ( uint32_t ) h );
}
if ( sat != s ) {
sat = s;
pushBridge.SetGroupInfo ( id, "sat", ( uint32_t ) s );
}
if ( level != l ) {
level = l;
pushBridge.SetGroupInfo ( id, "level", ( uint32_t ) l );
pushBridge.SetGroupInfo ( id, "bri", ( uint32_t ) l );
int pct = l ? ( ( l * 100 ) / 253 ) : 0;
pushBridge.SetGroupInfo ( id, "pct", ( uint32_t ) pct );
}
if ( colorTemperature != temp ) {
colorTemperature = temp;
pushBridge.SetGroupInfo ( id, "colorTemperature", ( uint32_t ) temp );
}
if ( hueFloat != hf ) {
hueFloat = hf;
pushBridge.SetGroupInfo ( id, "hueReal", hf );
}
}
////////////////////////////////////////////////////////////////////////////////
// FHEM channel thread and management
////////////////////////////////////////////////////////////////////////////////
void PushBridge::SignalFhemThread ()
{
DEBUGFTRACE ( "SignalFhemThread" );
if ( !pthread_mutex_lock ( &fhemQueueLock ) )
{
if ( pthread_cond_broadcast ( &fhemSignal ) ) {
DEBUGV ( "SignalFhemThread: Failed to signal." );
}
if ( pthread_mutex_unlock ( &fhemQueueLock ) ) {
DEBUGV ( "SignalFhemThread: Failed to unlock." );
}
}
}
void PushBridge::EmptyFhemQueue ()
{
DEBUGFTRACE ( "EmptyFhemQueue" );
if ( !pthread_mutex_lock ( &fhemQueueLock ) )
{
while ( !fhemQueue.empty () ) {
char * cmd = fhemQueue.front ();
fhemQueue.pop ();
free ( cmd );
}
if ( pthread_mutex_unlock ( &fhemQueueLock ) ) {
DEBUGV ( "EmptyFhemQueue: Failed to unlock." );
}
}
DEBUGFTRACE ( "EmptyFhemQueue: done" );
}