MessageReader Class Reference

#include <MessageReader.h>

Inheritance diagram for MessageReader:

Collaboration diagram for MessageReader:

Public Member Functions
std::string	GetErrorStr (int err_)
bool	GetJobFinished ()
std::string	GetValueForKey (const char *key_)
std::string	GetValueForKey (std::string &key_)
bool	HasValueForKey (const char *key_)
bool	Load (uint8 *buf_, uint32 size_)
	MessageReader ()
void	Process ()
void	ProcessErrorNode (TiXmlElement *err_)
void	ProcessGMPNode (TiXmlElement *el_)
void	ProcessGPPNode (TiXmlElement *el_)
void	ProcessMarksNode (TiXmlElement *el_)
void	ProcessSMPNode (TiXmlElement *el_)
void	ProcessSPPNode (TiXmlElement *el_)
void	ProcessStartNode (TiXmlElement *el_)
void	ProcessStopNode (TiXmlElement *el_)

Private Attributes
std::map< std::string, std::string >	m_keysMap
int	m_messId
TiXmlElement *	m_messNode
bool	m_stoped
TiXmlDocument	m_xmlDoc
Private Attributes inherited from PAVProtocol
uint32	m_headerSize

Additional Inherited Members
Private Member Functions inherited from PAVProtocol
uint32	Crc32 (uint32 len_, const uint8 *buf_)
	PAVProtocol ()
virtual bool	ReadMessage (uint8 *buf_, uint32 size_, std::vector< uint8 > &dstbuf_)
virtual bool	ReadMessageRaw (uint8 *buf_, uint32 size_, std::vector< uint8 > &dstbuf_)
virtual bool	WriteMessage (std::vector< uint8 > &buf_, const void *srcbuf_, uint32 srcsize_)
virtual bool	WriteMessageRaw (std::vector< uint8 > &buf_, const void *srcbuf_, uint32 srcsize_)
virtual	~PAVProtocol ()

Constructor & Destructor Documentation

MessageReader()

MessageReader::MessageReader ( )

inline

                   :m_stoped(false)
    {};

Member Function Documentation

GetErrorStr()

std::string MessageReader::GetErrorStr

(

int

err_

)

                                            {
    switch(err_){
    case PAVPROT_OK:
        return "Succsess";
    case PAVPROT_ERROR:
        return "Error";
    case PAVPROT_BUSY:
        return "Busy";
    case PAVPROT_CANCELED:
        return "Canceled";
    case PAVPROT_FINISHED:
        return "Finished";
    case PAVPROT_SEQVIOLATION:
        return "Message sequence violation";
    case PAVPROT_XMLERROR:
        return "XML Error";
    case PAVPROT_MSGERROR:
        return "Message error";
    };
    return "Unknown error";
};

GetJobFinished()

bool MessageReader::GetJobFinished ( )

inline

{return m_stoped;};

GetValueForKey() [1/2]

std::string MessageReader::GetValueForKey ( const char *  key_ )

inline

{return m_keysMap[key_];};

GetValueForKey() [2/2]

std::string MessageReader::GetValueForKey ( std::string &  key_ )

inline

{return m_keysMap[key_];};

HasValueForKey()

bool MessageReader::HasValueForKey ( const char *  key_ )

inline

{return (m_keysMap.find(key_) != m_keysMap.end());};

Load()

bool MessageReader::Load	(	uint8 *	buf_,
		uint32	size_
	)

                                                  {
    m_keysMap.clear();
    std::vector<uint8> xmlstr;
    m_xmlDoc.Clear();
    m_messNode = 0;
    bool res = ReadMessage(buf_, size_, xmlstr);
    if(!res){
        printf("Received message in incorrect format.\n");
        return res;
    };
    if(xmlstr[xmlstr.size()-1] != 0){
        xmlstr.resize(xmlstr.size()+1);
        xmlstr[xmlstr.size()-1] = 0;
    };
 
    /*debug substitution*/
    //const char * debugxml = "<PAVControl><Message id=\"0\"/><StopR/><SetModuleParamsR module=\"camera\"><Error code=\"1\">A</Error></SetModuleParamsR><GetModuleParamsR module=\"camera\"><Error code=\"2\"/><Clip val=\"false\"/><ClipSize val=\"0 0 1280 1024\"/><DCFFileName val=\"..\\mc1310_8channels.dcf\"/><Fps val=\"110\"/><FpsMax val=\"360\"/><FpsMin val=\"11\"/><ImageSpec val=\"None\"/></GetModuleParamsR><GetModuleParamsR module=\"stage\"><Error code=\"3\"/><AccCoef val=\"90000 90000 200\"/><CommandRate val=\"50\"/><Eps val=\"1.5 1.5 0.05\"/><MoveToTries val=\"5\"/><PU val=\"0.25 0.25 0.004\"/><QueryPosTries val=\"3\"/><VelCoef val=\"295.5 295.5 4.73\"/><VelMax val=\"37233 37233 40\"/><VelMin val=\"295.5 295.5 4.73\"/><Velocity val=\"23640 23640 14.190001\"/><ZeroTries val=\"5\"/></GetModuleParamsR><GetModuleParamsR module=\"proc\"><Error code=\"4\"/><CoordFile val=\"coord.txt\"/><CoordTemplate val=\"&lt;id&gt;:    |&lt;rn&gt;|       &lt;x:.3&gt;       &lt;y:.3&gt;&lt;z:.3&gt;\"/><EventDirectory val=\"C:/Andrey/svn-cur/tmp/\"/><ImageQuality val=\"99\"/><ImageTemplate val=\"&lt;ox:03&gt;_&lt;oy:03&gt;\img&lt;oz:03&gt;.jpg\"/><MaxProcThreads val=\"1\"/></GetModuleParamsR><GetModuleParamsR module=\"guide\"><Error code=\"5\"/><PathsDir val=\"..\\..\\..\\bin\"/></GetModuleParamsR><SetPathParamsR lib=\"PAVPathLib-dbg.pth\" path=\"NS_SPIRAL1S\"><Error code=\"6\"/></SetPathParamsR><GetPathParamsR lib=\"PAVPathLib-dbg.pth\" path=\"NS_SPIRAL1S\"><Error code=\"0\">server sais hello</Error><count val=\"3 3 10\"/><delta val=\"100 100 1\"/><offset val=\"0.000000 0.000000 0.000000\"/><order val=\"ZXY\"/></GetPathParamsR><StartR error=\"4\"/></PAVControl>";
    m_xmlDoc.Parse((char*)&xmlstr[0]);/*(debugxml);*/
 
 
    if(m_xmlDoc.Error()){
        printf("Message Parsing failed. Col %d, row %d, in:\n%s\n Description: %s\n",
            m_xmlDoc.ErrorCol(), m_xmlDoc.ErrorRow(), &xmlstr[0], m_xmlDoc.ErrorDesc());
        return false;
    };
    TiXmlElement *rootnode = m_xmlDoc.FirstChildElement();
    if(!rootnode){
        printf("Root node not found.\n");
        return false;
    };
    if(rootnode->ValueStr() != PAVPROT_NODE_ROOT){
        printf("Wrong root node, got \"%s\".\n", rootnode->ValueStr().c_str());
        return false;
    };
    m_messNode = rootnode->FirstChildElement();
    if(!m_messNode){
        printf("Message node not found.\n");
        return false;
    };
    m_messNode->ValueStr();
    if(m_messNode->ValueStr() != PAVPROT_NODE_MESS){
        printf("Wrong message node, got \"%s\".\n", m_messNode->ValueStr().c_str());
        return false;
    };
 
    int errid;
    if(m_messNode->QueryIntAttribute("error", &errid) == TIXML_SUCCESS){
        printf("Server response of an error, code=%d (%s).\n", errid, GetErrorStr(errid).c_str());
        const char *errstr = m_messNode->GetText();
        if(errstr)
            printf("\tStatus:\"%s\"\n", errstr);
    }else{
        const char *msg = m_messNode->GetText();
        if(msg)
            printf(">>Got message from server: \"%s\"\n", msg);
    };
    if(m_messNode->QueryIntAttribute("id", &m_messId) != TIXML_SUCCESS)
        m_messId = -1;
    //we are not taking server errors or id-absence as errors, and will try to process xml further
    return res;
};

Process()

void MessageReader::Process

(

)

                           {
    m_stoped = false;
    if(m_messNode){
        printf("\n_____________________________\n PAVICOM responce id=%d\n_____________________________\n", m_messId);
        TiXmlElement *el;
        std::string stopr = PAVPROT_NODE_STOP; stopr+="R";
        std::string startr = PAVPROT_NODE_START; startr+="R";
        std::string marksr = PAVPROT_NODE_MARKS; marksr+="R";
        std::string smpr = PAVPROT_NODE_SMP; smpr+="R";
        std::string gmpr = PAVPROT_NODE_GMP; gmpr+="R";
        std::string sppr = PAVPROT_NODE_SPP; sppr+="R";
        std::string gppr = PAVPROT_NODE_GPP; gppr+="R";
        el = m_messNode;
        while((el = el->NextSiblingElement())){
            if(el->ValueStr() == stopr){
                ProcessStopNode(el);
            }else if(el->ValueStr() == startr){
                ProcessStartNode(el);
            }else if(el->ValueStr() == smpr){
                ProcessSMPNode(el);
            }else if(el->ValueStr() == gmpr){
                ProcessGMPNode(el);
            }else if(el->ValueStr() == sppr){
                ProcessSPPNode(el);
            }else if(el->ValueStr() == gppr){
                ProcessGPPNode(el);
            }else if(el->ValueStr() == marksr){
                ProcessMarksNode(el);
            };
        };
        printf("_____________________________\n\n");
    };
};

ProcessErrorNode()

void MessageReader::ProcessErrorNode

(

TiXmlElement *

err_

)

                                                      {
    if(err_){
        int errid;
        if(err_->QueryIntAttribute("code", &errid) == TIXML_SUCCESS){
            if(errid != PAVPROT_OK)
                printf("failed. code=%d (%s).\n", errid, GetErrorStr(errid).c_str());
            else
                printf("succeeded.\n");
        }else 
            printf("unknown state\n");
        const char *errstr = err_->GetText();
        if(errstr)
            printf("\t>>Status:\"%s\"\n", errstr);
    }else
        printf("succeeded.\n");
 
};

ProcessGMPNode()

void MessageReader::ProcessGMPNode

(

TiXmlElement *

el_

)

                                                   {
    const char * mod = el_->Attribute("module");
    if(!mod){
        std::string xmlstr;
        xmlstr << *el_;
        printf("GMP format error, got \"%s\"\n", xmlstr.c_str());
        return;
    };
 
    printf("GMP for module \"%s\": ", mod);
    TiXmlElement *err = el_->FirstChildElement("Error");
    ProcessErrorNode(err);
 
    TiXmlElement * param;
    if(err)
        param = err->NextSiblingElement();
    else
        param = el_->FirstChildElement();
 
    std::string rootkey = PAVPROT_NODE_GMP;
    rootkey += "R.";
    rootkey += mod;
    rootkey += ".";
 
    while(param){
        std::string key = rootkey;
        key += param->Value();
        m_keysMap[key] = param->Attribute("val");
 
        printf("\t%s=%s\n", param->Value(), param->Attribute("val"));
        param = param->NextSiblingElement();
    };
};

ProcessGPPNode()

void MessageReader::ProcessGPPNode

(

TiXmlElement *

el_

)

                                                   {
    const char * lib = el_->Attribute("lib");
    const char * path = el_->Attribute("path");
    if(!lib || !path){
        std::string xmlstr;
        xmlstr << *el_;
        printf("GPP format error, got \"%s\"\n", xmlstr.c_str());
        return;
    };
    printf("GPP for path \"%s@%s\": ", path, lib);
    TiXmlElement *err = el_->FirstChildElement("Error");
    ProcessErrorNode(err);
 
    TiXmlElement * param;
    if(err)
        param = err->NextSiblingElement();
    else
        param = el_->FirstChildElement();
 
    std::string rootkey = PAVPROT_NODE_GPP;
    rootkey += "R.";
 
    while(param){
        std::string key = rootkey;
        key += param->Value();
        m_keysMap[key] = param->Attribute("val");
        printf("\t%s=%s\n", param->Value(), param->Attribute("val"));
        param = param->NextSiblingElement();
    };
};

ProcessMarksNode()

void MessageReader::ProcessMarksNode

(

TiXmlElement *

el_

)

                                                     {
    int errid=PAVPROT_OK;
    std::string key = PAVPROT_NODE_MARKS;
    key += "R";
    if(el_->QueryIntAttribute("error", &errid) == TIXML_SUCCESS){
        if(errid == PAVPROT_BUSY)
            printf("MARKS response code=%d (%s).\n", errid, GetErrorStr(errid).c_str());
        const char *errstr = el_->GetText();
        if(errstr)
            printf("\tStatus:\"%s\"\n", errstr);
    }else
        printf("MARKS succeded.\n");
    char val[10];
    sprintf(val, "%d", errid);
    m_keysMap[key] = val;
};

ProcessSMPNode()

void MessageReader::ProcessSMPNode

(

TiXmlElement *

el_

)

                                                   {
    const char * mod = el_->Attribute("module");
    if(!mod){
        std::string xmlstr;
        xmlstr << *el_;
        printf("SMP format error, got \"%s\"\n", xmlstr.c_str());
        return;
    };
    printf("SMP for module \"%s\": ", mod);
    TiXmlElement *err = el_->FirstChildElement("Error");
    ProcessErrorNode(err);
};

ProcessSPPNode()

void MessageReader::ProcessSPPNode

(

TiXmlElement *

el_

)

                                                   {
    const char * lib = el_->Attribute("lib");
    const char * path = el_->Attribute("path");
    if(!lib || !path){
        std::string xmlstr;
        xmlstr << *el_;
        printf("SPP format error, got \"%s\"\n", xmlstr.c_str());
        return;
    };
    printf("SPP for path \"%s@%s\": ", path, lib);
    TiXmlElement *err = el_->FirstChildElement("Error");
    ProcessErrorNode(err);
};

ProcessStartNode()

void MessageReader::ProcessStartNode

(

TiXmlElement *

el_

)

                                                     {
    int errid=PAVPROT_OK;
    std::string key = PAVPROT_NODE_START;
    key += "R";
    if(el_->QueryIntAttribute("error", &errid) == TIXML_SUCCESS){
        if(errid == PAVPROT_CANCELED || errid == PAVPROT_FINISHED)
            m_stoped = true;
        printf("START response code=%d (%s).\n", errid, GetErrorStr(errid).c_str());
        const char *errstr = el_->GetText();
        if(errstr)
            printf("\tStatus:\"%s\"\n", errstr);
    }else
        printf("START succeded.\n");
    char val[10];
    sprintf(val, "%d", errid);
    m_keysMap[key] = val;
};

ProcessStopNode()

void MessageReader::ProcessStopNode

(

TiXmlElement *

el_

)

                                                    {
    int errid;
    if(el_->QueryIntAttribute("error", &errid) == TIXML_SUCCESS){
        printf("STOP response code=%d (%s).\n", errid, GetErrorStr(errid).c_str());
        const char *errstr = el_->GetText();
        if(errstr)
            printf("\tStatus:\"%s\"\n", errstr);
    }else
        printf("STOP succeded.\n");
};

Member Data Documentation

m_keysMap

std::map<std::string, std::string> MessageReader::m_keysMap

private

m_messId

int MessageReader::m_messId

private

m_messNode

TiXmlElement* MessageReader::m_messNode

private

m_stoped

bool MessageReader::m_stoped

private

m_xmlDoc

TiXmlDocument MessageReader::m_xmlDoc

private

---

The documentation for this class was generated from the following files:

• /home/antonio/fedra_doxygen/src/libScan/MessageReader.h
• /home/antonio/fedra_doxygen/src/libScan/MessageReader.cpp