WebSVN – HomeAutomation – Diff – /trunk/PcSoftware/Atom1.5/src/control/Manager.cpp


/*
 *
 *  Copyright (C) 2010  Mattias Runge
 *
 *  This program is free software; you can redistribute it and/or modify
 *  it under the terms of the GNU General Public License as published by
 *  the Free Software Foundation; either version 2 of the License, or
 *  (at your option) any later version.
 *
 *  This program is distributed in the hope that it will be useful,
 *  but WITHOUT ANY WARRANTY; without even the implied warranty of
 *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 *  GNU General Public License for more details.
 *
 *  You should have received a copy of the GNU General Public License along
 *  with this program; if not, write to the Free Software Foundation, Inc.,
 *  51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
 *
 */
 
#include "Manager.h"
 
#include <boost/lexical_cast.hpp>
 
#include "broker/Manager.h"
#include "broker/Message.h"
#include "common/common.h"
#include "timer/Manager.h"
#include "storage/Manager.h"
 
#include "can/Message.h"
 
namespace atom {
namespace control {
   
Manager::Pointer Manager::instance_;
 
Manager::Manager() : broker::Subscriber(false), LOG("control::Manager")
{
    Node::SetupStateMachine();
   
    this->active_programming_node_id_ = "";
   
    // Nyquist–Shannon sampling theorem state that we need to double the time, modules send every 10 seconds
    this->timer_id_ = timer::Manager::Instance()->SetTimer(20000, true);
}
 
Manager::~Manager()
{
}
 
Manager::Pointer Manager::Instance()
{
    return Manager::instance_;
}
 
void Manager::Create()
{
    Manager::instance_ = Manager::Pointer(new Manager());
}
 
void Manager::Delete()
{
    Manager::instance_.reset();
}
 
void Manager::ConnectSlotNode(const SignalOnNodeChange::slot_type& signal_on_node_change_)
{
    this->signal_on_node_change_.connect(signal_on_node_change_);
}
 
void Manager::ConnectSlotModule(const SignalOnModuleChange::slot_type& slot_on_module_change)
{
    this->signal_on_module_change_.connect(slot_on_module_change);
}
 
void Manager::ConnectSlotModule(const SignalOnModuleMessage::slot_type& slot_on_module_message)
{
    this->signal_on_module_message_.connect(slot_on_module_message);
}
 
void Manager::SlotOnTimeoutHandler(timer::TimerId timer_id, bool repeat)
{
    if (timer_id != this->timer_id_)
    {
        return;
    }
   
    for (NodeList::iterator it = this->nodes_.begin(); it != this->nodes_.end(); it++)
    {
        if (!it->second->CheckTimeout())
        {
            LOG.Info("Node " +it->second->GetId() + " has not sent anything in a long time, setting offline.");
            this->RemoveModules(it->second->GetId());
           
            storage::Manager::Instance()->FlushStore("NodeList");
            storage::Manager::Instance()->FlushStore("ModuleList");
        }
    }
}
 
void Manager::SlotOnMessageHandler(broker::Message::Pointer message)
{
    if (message->GetType() == broker::Message::CAN_MESSAGE)
    {
        //LOG.Debug("Message received");
        can::Message* payload = static_cast<can::Message*>(message->GetPayload().get());
        Node::Pointer node;
       
        if (payload->GetClassName() == "nmt")
        {
            if (payload->GetCommandName() == "Bios_Start")
            {
                node = this->GetNode(common::ToHex(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"])));
                node->Trigger(Node::EVENT_BIOS_START, payload->GetVariables());
            }
            else if (payload->GetCommandName() == "App_Start")
            {
                node = this->GetNode(common::ToHex(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"])));
                node->Trigger(Node::EVENT_APP_START, payload->GetVariables());
            }
            else if (payload->GetCommandName() == "Heartbeat")
            {
                node = this->GetNode(common::ToHex(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"])));
                node->Trigger(Node::EVENT_HEARTBEAT, payload->GetVariables());
            }
            else if (payload->GetCommandName() == "Pgm_Ack")
            {
                node = this->GetNode(this->active_programming_node_id_);
                node->Trigger(Node::EVENT_PGM_ACK, payload->GetVariables());
            }
            else if (payload->GetCommandName() == "Pgm_Nack")
            {
                node = this->GetNode(this->active_programming_node_id_);
                node->Trigger(Node::EVENT_PGM_NACK, payload->GetVariables());
            }
        }
        else if (payload->GetDirectionName() == "From_Owner")
        {
            Module::Pointer module = this->GetModule(boost::lexical_cast<unsigned int>(payload->GetId()), payload->GetModuleName(), payload->GetClassName());
           
            if (payload->GetCommandName() == "List")
            {
                node = this->GetNode(common::ToHex(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"])));
                node->ResetTimeout();
               
                module->SetNodeId(node->GetId());
               
                if (this->GetNumberOfModules(node->GetId()) == boost::lexical_cast<unsigned int>(payload->GetVariables()["NumberOfModules"]))
                {
                    node->Trigger(Node::EVENT_LIST_DONE, payload->GetVariables());
                }
               
                LOG.Info("Module " + module->GetFullId() + " is available on node " + node->GetId() + ".");
                this->signal_on_module_change_(module->GetFullId(), true);
            }
            else if (module->GetNodeId() != "")
            {
                node = this->GetNode(module->GetNodeId());
                node->ResetTimeout();
               
                this->signal_on_module_message_(module->GetFullId(), payload->GetCommandName(), payload->GetVariables());
            }
        }
    }
}
 
void Manager::SlotOnNewState(Node::Id node_id, Node::State current_state, Node::State target_state)
{
    if (target_state != Node::STATE_NORM_INITIALIZED)
    {
        this->RemoveModules(node_id);
 
        if (current_state != target_state)
        {
            this->signal_on_node_change_(node_id, false);
        }
    }
    else
    {
        if (current_state != target_state)
        {
            this->signal_on_node_change_(node_id, true);
        }
    }
   
    if (target_state == Node::STATE_BPGM_OFFLINE || target_state == Node::STATE_APGM_OFFLINE)
    {
        this->active_programming_node_id_ = node_id;
    }
    else if (target_state == Node::STATE_NORM_OFFLINE)
    {
        this->active_programming_node_id_ = "";
    }
}
 
void Manager::SendMessageHandler(std::string full_id, std::string command, common::StringMap variables)
{
    ModuleList::iterator it = this->modules_.find(full_id);
   
    if (it == this->modules_.end())
    {
        LOG.Warning("Can not send message to " + full_id + ", it is not available");
        return;
    }
   
    try
    {
        can::Message* payload = new can::Message(it->second->GetClassName(), "To_Owner", it->second->GetName(), it->second->GetId(), command);
        payload->SetVariables(variables);
       
        broker::Manager::Instance()->Post(broker::Message::Pointer(new broker::Message(broker::Message::CAN_MESSAGE, broker::Message::PayloadPointer(payload), this)));
        //LOG.Debug("Command " + command + " sent to " + it->second->GetName());
    }
    catch (std::runtime_error& e)
    {
        LOG.Error("Failed to send message, " + std::string(e.what()));
    }
}
 
void Manager::SendMessage(std::string full_id, std::string command, common::StringMap variables)
{
    this->io_service_.post(boost::bind(&Manager::SendMessageHandler, this, full_id, command, variables));
}
 
common::StringList Manager::GetAvailableModules()
{
    common::StringList available_modules;
   
    for (ModuleList::iterator it = this->modules_.begin(); it != this->modules_.end(); it++)
    {
        available_modules.push_back(it->first);
    }
   
    return available_modules;
}
 
common::StringList Manager::GetAvailableNodes()
{
    common::StringList available_nodes;
   
    for (NodeList::iterator it = this->nodes_.begin(); it != this->nodes_.end(); it++)
    {
        std::string node = it->first;
 
        for (ModuleList::iterator it2 = this->modules_.begin(); it2 != this->modules_.end(); it2++)
        {
            if (it2->second->GetNodeId() == it->first)
            {
                node += "," + it2->first;
            }
        }
       
        available_nodes.push_back(node);
    }
   
    return available_nodes;
}
 
bool Manager::ResetNode(Node::Id node_id)
{
    NodeList::iterator it = this->nodes_.find(node_id);
   
    if (it == this->nodes_.end())
    {
        LOG.Error("Could not find node " +  node_id);
        return false;
    }
   
    it->second->Reset();
    return true;
}
 
bool Manager::ProgramNode(Node::Id node_id, bool is_bios, std::string filename)
{
    NodeList::iterator it = this->nodes_.find(node_id);
   
    if (it == this->nodes_.end())
    {
        LOG.Error("Could not find node " +  node_id);
        return false;
    }
   
    Code::Pointer code = Code::Pointer(new Code());
    if (!code->LoadIntelHexFile(filename))
    {
        LOG.Error("Failed to parse " + filename);
        return false;
    }
   
    if (is_bios)
    {
        LOG.Debug("is_bios true");
        it->second->ProgramBios(code);
    }
    else
    {
        LOG.Debug("is_bios false");
        it->second->ProgramApplication(code);
    }
   
    return true;
}
 
Node::Pointer Manager::GetNode(Node::Id node_id)
{
    Node::Pointer node;
    NodeList::iterator it = this->nodes_.find(node_id);
   
    if (it == this->nodes_.end())
    {
        node = Node::Pointer(new Node(node_id));
        node->ConnectSlots(Node::SignalOnNewState::slot_type(&Manager::SlotOnNewState, this, _1, _2, _3).track(this->tracker_));
        this->nodes_[node_id] = node;
    }
    else
    {
        node = it->second;
    }
   
    return node;
}
 
Module::Pointer Manager::GetModule(Module::Id module_id, std::string module_name, std::string class_name)
{
    Module::Pointer module;
    ModuleList::iterator it = this->modules_.find(Module::MakeFullId(module_id, module_name));
   
    if (it == this->modules_.end())
    {
        module = Module::Pointer(new Module(module_id, module_name, class_name));
        this->modules_[module->GetFullId()] = module;
    }
    else
    {
        module = it->second;
    }
   
    return module;
}
 
void Manager::RemoveModules(Node::Id node_id)
{
    for (ModuleList::iterator it = this->modules_.begin(); it != this->modules_.end(); it++)
    {
        if (it->second->GetNodeId() == node_id)
        {
            LOG.Info("Module " + it->second->GetFullId() + " is unavailable.");
            this->signal_on_module_change_(it->second->GetFullId(), false);
           
            this->modules_.erase(it);
        }
    }
}
 
unsigned int Manager::GetNumberOfModules(Node::Id node_id)
{
    unsigned int number_of_modules = 0;
   
    for (ModuleList::iterator it = this->modules_.begin(); it != this->modules_.end(); it++)
    {
        if (it->second->GetNodeId() == node_id)
        {
            number_of_modules++;
        }
    }
   
    return number_of_modules;
}
 
}; // namespace control
}; // namespace atom
 

Subversion Repositories HomeAutomation

(root)/trunk/PcSoftware/Atom1.5/src/control/Manager.cpp – Rev 1646 → 1657

Rev 1646		Rev 1657
1	/*	1	/*
2	*	2	*
3	* Copyright (C) 2010 Mattias Runge	3	* Copyright (C) 2010 Mattias Runge
4	*	4	*
5	* This program is free software; you can redistribute it and/or modify	5	* This program is free software; you can redistribute it and/or modify
6	* it under the terms of the GNU General Public License as published by	6	* it under the terms of the GNU General Public License as published by
7	* the Free Software Foundation; either version 2 of the License, or	7	* the Free Software Foundation; either version 2 of the License, or
8	* (at your option) any later version.	8	* (at your option) any later version.
9	*	9	*
10	* This program is distributed in the hope that it will be useful,	10	* This program is distributed in the hope that it will be useful,
11	* but WITHOUT ANY WARRANTY; without even the implied warranty of	11	* but WITHOUT ANY WARRANTY; without even the implied warranty of
12	* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the	12	* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
13	* GNU General Public License for more details.	13	* GNU General Public License for more details.
14	*	14	*
15	* You should have received a copy of the GNU General Public License along	15	* You should have received a copy of the GNU General Public License along
16	* with this program; if not, write to the Free Software Foundation, Inc.,	16	* with this program; if not, write to the Free Software Foundation, Inc.,
17	* 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.	17	* 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
18	*	18	*
19	*/	19	*/
20		20
21	#include "Manager.h"	21	#include "Manager.h"
22		22
23	#include <boost/lexical_cast.hpp>	23	#include <boost/lexical_cast.hpp>
24		24
25	#include "broker/Manager.h"	25	#include "broker/Manager.h"
26	#include "broker/Message.h"	26	#include "broker/Message.h"
27	#include "common/common.h"	27	#include "common/common.h"
28	#include "timer/Manager.h"	28	#include "timer/Manager.h"
29	#include "storage/Manager.h"	29	#include "storage/Manager.h"
30		30
31	#include "can/Message.h"	31	#include "can/Message.h"
32		32
33	namespace atom {	33	namespace atom {
34	namespace control {	34	namespace control {
35		35
36	Manager::Pointer Manager::instance_;	36	Manager::Pointer Manager::instance_;
37		37
38	Manager::Manager() : broker::Subscriber(false), LOG("control::Manager")	38	Manager::Manager() : broker::Subscriber(false), LOG("control::Manager")
39	{	39	{
40	Node::SetupStateMachine();	40	Node::SetupStateMachine();
41		41
42	this->active_programming_node_id_ = 0;	42	this->active_programming_node_id_ = "";
43		43
44	// Nyquist–Shannon sampling theorem state that we need to double the time, modules send every 10 seconds	44	// Nyquist–Shannon sampling theorem state that we need to double the time, modules send every 10 seconds
45	this->timer_id_ = timer::Manager::Instance()->SetTimer(20000, true);	45	this->timer_id_ = timer::Manager::Instance()->SetTimer(20000, true);
46	}	46	}
47		47
48	Manager::~Manager()	48	Manager::~Manager()
49	{	49	{
50	}	50	}
51		51
52	Manager::Pointer Manager::Instance()	52	Manager::Pointer Manager::Instance()
53	{	53	{
54	return Manager::instance_;	54	return Manager::instance_;
55	}	55	}
56		56
57	void Manager::Create()	57	void Manager::Create()
58	{	58	{
59	Manager::instance_ = Manager::Pointer(new Manager());	59	Manager::instance_ = Manager::Pointer(new Manager());
60	}	60	}
61		61
62	void Manager::Delete()	62	void Manager::Delete()
63	{	63	{
64	Manager::instance_.reset();	64	Manager::instance_.reset();
65	}	65	}
66		66
67	void Manager::~~ConnectSlots~~(const SignalOnNodeChange::slot_type& ~~signal_on_node_change_, const SignalOnModuleChange::slot_type& slot_on_module_change, const SignalOnModuleMessage::slot_type& slot_on_module_message~~)	67	void Manager::ConnectSlotNode(const SignalOnNodeChange::slot_type& signal_on_node_change_)
68	{	68	{
69	this->signal_on_node_change_.connect(signal_on_node_change_);	69	this->signal_on_node_change_.connect(signal_on_node_change_);
-		70	}
-		71
-		72	void Manager::ConnectSlotModule(const SignalOnModuleChange::slot_type& slot_on_module_change)
-		73	{
70	this->signal_on_module_change_.connect(slot_on_module_change);	74	this->signal_on_module_change_.connect(slot_on_module_change);
-		75	}
-		76
-		77	void Manager::ConnectSlotModule(const SignalOnModuleMessage::slot_type& slot_on_module_message)
-		78	{
71	this->signal_on_module_message_.connect(slot_on_module_message);	79	this->signal_on_module_message_.connect(slot_on_module_message);
72	}	80	}
73		81
74	void Manager::SlotOnTimeoutHandler(timer::TimerId timer_id, bool repeat)	82	void Manager::SlotOnTimeoutHandler(timer::TimerId timer_id, bool repeat)
75	{	83	{
76	if (timer_id != this->timer_id_)	84	if (timer_id != this->timer_id_)
77	{	85	{
78	return;	86	return;
79	}	87	}
80		88
81	for (NodeList::iterator it = this->nodes_.begin(); it != this->nodes_.end(); it++)	89	for (NodeList::iterator it = this->nodes_.begin(); it != this->nodes_.end(); it++)
82	{	90	{
83	if (!it->second->CheckTimeout())	91	if (!it->second->CheckTimeout())
84	{	92	{
85	LOG.Info("Node " + common::ToHex(it->~~second->~~GetId()) + " has not sent anything in a long time, setting offline.");	93	LOG.Info("Node " +it->second->GetId() + " has not sent anything in a long time, setting offline.");
86	this->RemoveModules(it->second->GetId());	94	this->RemoveModules(it->second->GetId());
87		95
88	storage::Manager::Instance()->FlushStore("NodeList");	96	storage::Manager::Instance()->FlushStore("NodeList");
89	storage::Manager::Instance()->FlushStore("ModuleList");	97	storage::Manager::Instance()->FlushStore("ModuleList");
90	}	98	}
91	}	99	}
92	}	100	}
93		101
94	void Manager::SlotOnMessageHandler(broker::Message::Pointer message)	102	void Manager::SlotOnMessageHandler(broker::Message::Pointer message)
95	{	103	{
96	if (message->GetType() == broker::Message::CAN_MESSAGE)	104	if (message->GetType() == broker::Message::CAN_MESSAGE)
97	{	105	{
98	//LOG.Debug("Message received");	106	//LOG.Debug("Message received");
99	can::Message* payload = static_cast<can::Message*>(message->GetPayload().get());	107	can::Message* payload = static_cast<can::Message*>(message->GetPayload().get());
100	Node::Pointer node;	108	Node::Pointer node;
101		109
102	if (payload->GetClassName() == "nmt")	110	if (payload->GetClassName() == "nmt")
103	{	111	{
104	if (payload->GetCommandName() == "Bios_Start")	112	if (payload->GetCommandName() == "Bios_Start")
105	{	113	{
106	node = this->GetNode(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"]));	114	node = this->GetNode(common::ToHex(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"])));
107	node->Trigger(Node::EVENT_BIOS_START, payload->GetVariables());	115	node->Trigger(Node::EVENT_BIOS_START, payload->GetVariables());
108	}	116	}
109	else if (payload->GetCommandName() == "App_Start")	117	else if (payload->GetCommandName() == "App_Start")
110	{	118	{
111	node = this->GetNode(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"]));	119	node = this->GetNode(common::ToHex(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"])));
112	node->Trigger(Node::EVENT_APP_START, payload->GetVariables());	120	node->Trigger(Node::EVENT_APP_START, payload->GetVariables());
113	}	121	}
114	else if (payload->GetCommandName() == "Heartbeat")	122	else if (payload->GetCommandName() == "Heartbeat")
115	{	123	{
116	node = this->GetNode(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"]));	124	node = this->GetNode(common::ToHex(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"])));
117	node->Trigger(Node::EVENT_HEARTBEAT, payload->GetVariables());	125	node->Trigger(Node::EVENT_HEARTBEAT, payload->GetVariables());
118	}	126	}
119	else if (payload->GetCommandName() == "Pgm_Ack")	127	else if (payload->GetCommandName() == "Pgm_Ack")
120	{	128	{
121	node = this->GetNode(this->active_programming_node_id_);	129	node = this->GetNode(this->active_programming_node_id_);
122	node->Trigger(Node::EVENT_PGM_ACK, payload->GetVariables());	130	node->Trigger(Node::EVENT_PGM_ACK, payload->GetVariables());
123	}	131	}
124	else if (payload->GetCommandName() == "Pgm_Nack")	132	else if (payload->GetCommandName() == "Pgm_Nack")
125	{	133	{
126	node = this->GetNode(this->active_programming_node_id_);	134	node = this->GetNode(this->active_programming_node_id_);
127	node->Trigger(Node::EVENT_PGM_NACK, payload->GetVariables());	135	node->Trigger(Node::EVENT_PGM_NACK, payload->GetVariables());
128	}	136	}
129	}	137	}
130	else if (payload->GetDirectionName() == "From_Owner")	138	else if (payload->GetDirectionName() == "From_Owner")
131	{	139	{
132	Module::Pointer module = this->GetModule(boost::lexical_cast<unsigned int>(payload->GetId()), payload->GetModuleName(), payload->GetClassName());	140	Module::Pointer module = this->GetModule(boost::lexical_cast<unsigned int>(payload->GetId()), payload->GetModuleName(), payload->GetClassName());
133		141
134	if (payload->GetCommandName() == "List")	142	if (payload->GetCommandName() == "List")
135	{	143	{
136	node = this->GetNode(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"]));	144	node = this->GetNode(common::ToHex(boost::lexical_cast<unsigned int>(payload->GetVariables()["HardwareId"])));
137	node->ResetTimeout();	145	node->ResetTimeout();
138		146
139	module->SetNodeId(node->GetId());	147	module->SetNodeId(node->GetId());
140		148
141	if (this->GetNumberOfModules(node->GetId()) == boost::lexical_cast<unsigned int>(payload->GetVariables()["NumberOfModules"]))	149	if (this->GetNumberOfModules(node->GetId()) == boost::lexical_cast<unsigned int>(payload->GetVariables()["NumberOfModules"]))
142	{	150	{
143	node->Trigger(Node::EVENT_LIST_DONE, payload->GetVariables());	151	node->Trigger(Node::EVENT_LIST_DONE, payload->GetVariables());
144	}	152	}
145		153
146	LOG.Info("Module " + module->GetFullId() + " is available on node " + ~~common::ToHex(~~node->GetId()) + ".");	154	LOG.Info("Module " + module->GetFullId() + " is available on node " + node->GetId() + ".");
147	this->signal_on_module_change_(module->GetFullId(), true);	155	this->signal_on_module_change_(module->GetFullId(), true);
148	}	156	}
149	else	157	else if (module->GetNodeId() != "")
150	{	158	{
151	node = this->GetNode(module->GetNodeId());	159	node = this->GetNode(module->GetNodeId());
152	node->ResetTimeout();	160	node->ResetTimeout();
153		161
154	this->signal_on_module_message_(module->GetFullId(), payload->GetCommandName(), payload->GetVariables());	162	this->signal_on_module_message_(module->GetFullId(), payload->GetCommandName(), payload->GetVariables());
155	}	163	}
156	}	164	}
157	}	165	}
158	}	166	}
159		167
160	void Manager::SlotOnNewState(Node::Id node_id, Node::State current_state, Node::State target_state)	168	void Manager::SlotOnNewState(Node::Id node_id, Node::State current_state, Node::State target_state)
161	{	169	{
162	if (target_state != Node::STATE_NORM_INITIALIZED)	170	if (target_state != Node::STATE_NORM_INITIALIZED)
163	{	171	{
164	this->RemoveModules(node_id);	172	this->RemoveModules(node_id);
-		173
-		174	if (current_state != target_state)
-		175	{
-		176	this->signal_on_node_change_(node_id, false);
-		177	}
-		178	}
-		179	else
-		180	{
-		181	if (current_state != target_state)
-		182	{
-		183	this->signal_on_node_change_(node_id, true);
-		184	}
165	}	185	}
166		186
167	if (target_state == Node::STATE_BPGM_OFFLINE \|\| target_state == Node::STATE_APGM_OFFLINE)	187	if (target_state == Node::STATE_BPGM_OFFLINE \|\| target_state == Node::STATE_APGM_OFFLINE)
168	{	188	{
169	this->active_programming_node_id_ = node_id;	189	this->active_programming_node_id_ = node_id;
170	}	190	}
171	else if (target_state == Node::STATE_NORM_OFFLINE)	191	else if (target_state == Node::STATE_NORM_OFFLINE)
172	{	192	{
173	this->active_programming_node_id_ = 0;	193	this->active_programming_node_id_ = "";
174	}	194	}
175	}	195	}
176		196
177	void Manager::SendMessageHandler(std::string full_id, std::string command, common::StringMap variables)	197	void Manager::SendMessageHandler(std::string full_id, std::string command, common::StringMap variables)
178	{	198	{
179	ModuleList::iterator it = this->modules_.find(full_id);	199	ModuleList::iterator it = this->modules_.find(full_id);
180		200
181	if (it == this->modules_.end())	201	if (it == this->modules_.end())
182	{	202	{
183	LOG.Warning("Can not send message to " + full_id + ", it is not available");	203	LOG.Warning("Can not send message to " + full_id + ", it is not available");
184	return;	204	return;
185	}	205	}
186		206
187	try	207	try
188	{	208	{
189	can::Message* payload = new can::Message(it->second->GetClassName(), "To_Owner", it->second->GetName(), it->second->GetId(), command);	209	can::Message* payload = new can::Message(it->second->GetClassName(), "To_Owner", it->second->GetName(), it->second->GetId(), command);
190	payload->SetVariables(variables);	210	payload->SetVariables(variables);
191		211
192	broker::Manager::Instance()->Post(broker::Message::Pointer(new broker::Message(broker::Message::CAN_MESSAGE, broker::Message::PayloadPointer(payload), this)));	212	broker::Manager::Instance()->Post(broker::Message::Pointer(new broker::Message(broker::Message::CAN_MESSAGE, broker::Message::PayloadPointer(payload), this)));
193	//LOG.Debug("Command " + command + " sent to " + it->second->GetName());	213	//LOG.Debug("Command " + command + " sent to " + it->second->GetName());
194	}	214	}
195	catch (std::runtime_error& e)	215	catch (std::runtime_error& e)
196	{	216	{
197	LOG.Error("Failed to send message, " + std::string(e.what()));	217	LOG.Error("Failed to send message, " + std::string(e.what()));
198	}	218	}
199	}	219	}
200		220
201	void Manager::SendMessage(std::string full_id, std::string command, common::StringMap variables)	221	void Manager::SendMessage(std::string full_id, std::string command, common::StringMap variables)
202	{	222	{
203	this->io_service_.post(boost::bind(&Manager::SendMessageHandler, this, full_id, command, variables));	223	this->io_service_.post(boost::bind(&Manager::SendMessageHandler, this, full_id, command, variables));
204	}	224	}
205		225
206	common::StringList Manager::GetAvailableModules()	226	common::StringList Manager::GetAvailableModules()
207	{	227	{
208	common::StringList available_modules;	228	common::StringList available_modules;
209		229
210	for (ModuleList::iterator it = this->modules_.begin(); it != this->modules_.end(); it++)	230	for (ModuleList::iterator it = this->modules_.begin(); it != this->modules_.end(); it++)
211	{	231	{
212	available_modules.push_back(it->first);	232	available_modules.push_back(it->first);
213	}	233	}
214		234
215	return available_modules;	235	return available_modules;
-		236	}
-		237
-		238	common::StringList Manager::GetAvailableNodes()
-		239	{
-		240	common::StringList available_nodes;
-		241
-		242	for (NodeList::iterator it = this->nodes_.begin(); it != this->nodes_.end(); it++)
-		243	{
-		244	std::string node = it->first;
-		245
-		246	for (ModuleList::iterator it2 = this->modules_.begin(); it2 != this->modules_.end(); it2++)
-		247	{
-		248	if (it2->second->GetNodeId() == it->first)
-		249	{
-		250	node += "," + it2->first;
-		251	}
-		252	}
-		253
-		254	available_nodes.push_back(node);
-		255	}
-		256
-		257	return available_nodes;
-		258	}
-		259
-		260	bool Manager::ResetNode(Node::Id node_id)
-		261	{
-		262	NodeList::iterator it = this->nodes_.find(node_id);
-		263
-		264	if (it == this->nodes_.end())
-		265	{
-		266	LOG.Error("Could not find node " + node_id);
-		267	return false;
-		268	}
-		269
-		270	it->second->Reset();
-		271	return true;
216	}	272	}
217		273
218	bool Manager::ProgramNode(Node::Id node_id, bool is_bios, std::string filename)	274	bool Manager::ProgramNode(Node::Id node_id, bool is_bios, std::string filename)
219	{	275	{
220	NodeList::iterator it = this->nodes_.find(node_id);	276	NodeList::iterator it = this->nodes_.find(node_id);
221		277
222	if (it == this->nodes_.end())	278	if (it == this->nodes_.end())
223	{	279	{
224	LOG.Error("Could not find node " + ~~common::ToHex(~~node_id));	280	LOG.Error("Could not find node " + node_id);
225	return false;	281	return false;
226	}	282	}
227		283
228	Code::Pointer code = Code::Pointer(new Code());	284	Code::Pointer code = Code::Pointer(new Code());
229	if (!code->LoadIntelHexFile(filename))	285	if (!code->LoadIntelHexFile(filename))
230	{	286	{
231	LOG.Error("Failed to parse " + filename);	287	LOG.Error("Failed to parse " + filename);
232	return false;	288	return false;
233	}	289	}
234		290
235	if (is_bios)	291	if (is_bios)
236	{	292	{
237	LOG.Debug("is_bios true");	293	LOG.Debug("is_bios true");
238	it->second->ProgramBios(code);	294	it->second->ProgramBios(code);
239	}	295	}
240	else	296	else
241	{	297	{
242	LOG.Debug("is_bios false");	298	LOG.Debug("is_bios false");
243	it->second->ProgramApplication(code);	299	it->second->ProgramApplication(code);
244	}	300	}
245		301
246	return true;	302	return true;
247	}	303	}
248		304
249	Node::Pointer Manager::GetNode(Node::Id node_id)	305	Node::Pointer Manager::GetNode(Node::Id node_id)
250	{	306	{
251	Node::Pointer node;	307	Node::Pointer node;
252	NodeList::iterator it = this->nodes_.find(node_id);	308	NodeList::iterator it = this->nodes_.find(node_id);
253		309
254	if (it == this->nodes_.end())	310	if (it == this->nodes_.end())
255	{	311	{
256	node = Node::Pointer(new Node(node_id));	312	node = Node::Pointer(new Node(node_id));
257	node->ConnectSlots(Node::SignalOnNewState::slot_type(&Manager::SlotOnNewState, this, _1, _2, _3).track(this->tracker_));	313	node->ConnectSlots(Node::SignalOnNewState::slot_type(&Manager::SlotOnNewState, this, _1, _2, _3).track(this->tracker_));
258	this->nodes_[node_id] = node;	314	this->nodes_[node_id] = node;
259	}	315	}
260	else	316	else
261	{	317	{
262	node = it->second;	318	node = it->second;
263	}	319	}
264		320
265	return node;	321	return node;
266	}	322	}
267		323
268	Module::Pointer Manager::GetModule(Module::Id module_id, std::string module_name, std::string class_name)	324	Module::Pointer Manager::GetModule(Module::Id module_id, std::string module_name, std::string class_name)
269	{	325	{
270	Module::Pointer module;	326	Module::Pointer module;
271	ModuleList::iterator it = this->modules_.find(Module::MakeFullId(module_id, module_name));	327	ModuleList::iterator it = this->modules_.find(Module::MakeFullId(module_id, module_name));
272		328
273	if (it == this->modules_.end())	329	if (it == this->modules_.end())
274	{	330	{
275	module = Module::Pointer(new Module(module_id, module_name, class_name));	331	module = Module::Pointer(new Module(module_id, module_name, class_name));
276	this->modules_[module->GetFullId()] = module;	332	this->modules_[module->GetFullId()] = module;
277	}	333	}
278	else	334	else
279	{	335	{
280	module = it->second;	336	module = it->second;
281	}	337	}
282		338
283	return module;	339	return module;
284	}	340	}
285		341
286	void Manager::RemoveModules(Node::Id node_id)	342	void Manager::RemoveModules(Node::Id node_id)
287	{	343	{
288	for (ModuleList::iterator it = this->modules_.begin(); it != this->modules_.end(); it++)	344	for (ModuleList::iterator it = this->modules_.begin(); it != this->modules_.end(); it++)
289	{	345	{
290	if (it->second->GetNodeId() == node_id)	346	if (it->second->GetNodeId() == node_id)
291	{	347	{
292	LOG.Info("Module " + it->second->GetFullId() + " is unavailable.");	348	LOG.Info("Module " + it->second->GetFullId() + " is unavailable.");
293	this->signal_on_module_change_(it->second->GetFullId(), false);	349	this->signal_on_module_change_(it->second->GetFullId(), false);
294		350
295	this->modules_.erase(it);	351	this->modules_.erase(it);
296	}	352	}
297	}	353	}
298	}	354	}
299		355
300	unsigned int Manager::GetNumberOfModules(Node::Id node_id)	356	unsigned int Manager::GetNumberOfModules(Node::Id node_id)
301	{	357	{
302	unsigned int number_of_modules = 0;	358	unsigned int number_of_modules = 0;
303		359
304	for (ModuleList::iterator it = this->modules_.begin(); it != this->modules_.end(); it++)	360	for (ModuleList::iterator it = this->modules_.begin(); it != this->modules_.end(); it++)
305	{	361	{
306	if (it->second->GetNodeId() == node_id)	362	if (it->second->GetNodeId() == node_id)
307	{	363	{
308	number_of_modules++;	364	number_of_modules++;
309	}	365	}
310	}	366	}
311		367
312	return number_of_modules;	368	return number_of_modules;
313	}	369	}
314		370
315	}; // namespace control	371	}; // namespace control
316	}; // namespace atom	372	}; // namespace atom
317		373