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#if !defined(HISTORYSTATS_GUARD_CONTACT_H)
#define HISTORYSTATS_GUARD_CONTACT_H
#include "stdafx.h"
#include "_consts.h"
#include <string>
#include <map>
#include <vector>
#include <ctime>
#include "inout.h"
#include "settings.h"
#include "message.h"
#include "statistic.h"
/*
* Contact
*/
class Contact
: private pattern::NotCopyable<Contact>
{
private:
ext::string m_Nick;
ext::string m_Protocol;
ext::string m_Group;
InOut m_Bytes;
InOut m_Messages;
InOut m_Chats;
bool m_bChatDurValid;
DWORD m_ChatDurMin;
DWORD m_ChatDurMax;
DWORD m_ChatDurSum;
bool m_bFirstLastTimeValid;
DWORD m_FirstTime;
DWORD m_LastTime;
InOut m_Files;
InOut m_Urls;
int m_NumContacts;
int m_NumSubcontacts;
std::vector<void*> m_Slots;
Statistic* m_pStatistic;
private:
void updateTime(DWORD msgTime);
void updateChatDur(DWORD timeDelta);
double getAvg(int nTotal) const;
public:
explicit Contact(Statistic* pStatistic, int nSlots, const ext::string& nick, const ext::string& protocol, const ext::string& group, int nContacts, int nSubcontacts);
// basic contact info
const ext::string& getNick() const { return m_Nick; }
const ext::string& getProtocol() const { return m_Protocol; }
const ext::string& getGroup() const { return m_Group; }
// characters/messages/bytes (absolute)
int getOutBytes() const { return m_Bytes.out; }
int getInBytes() const { return m_Bytes.in; }
int getTotalBytes() const { return m_Bytes.total(); }
int getOutMessages() const { return m_Messages.out; }
int getInMessages() const { return m_Messages.in; }
int getTotalMessages() const { return m_Messages.total(); }
int getOutChats() const { return m_Chats.out; }
int getInChats() const { return m_Chats.in; }
int getTotalChats() const { return m_Chats.total(); }
// characters/messages/bytes (average)
double getOutBytesAvg() const { return getAvg(m_Bytes.out); }
double getInBytesAvg() const { return getAvg(m_Bytes.in); }
double getTotalBytesAvg() const { return getAvg(m_Bytes.total()); }
double getOutMessagesAvg() const { return getAvg(m_Messages.out); }
double getInMessagesAvg() const { return getAvg(m_Messages.in); }
double getTotalMessagesAvg() const { return getAvg(m_Messages.total()); }
double getOutChatsAvg() const { return getAvg(m_Chats.out); }
double getInChatsAvg() const { return getAvg(m_Chats.in); }
double getTotalChatsAvg() const { return getAvg(m_Chats.total()); }
// chat duration
bool isChatDurValid() const { return m_bChatDurValid; }
DWORD getChatDurMin() const { return m_ChatDurMin; }
DWORD getChatDurAvg() const { return getTotalChats() ? m_ChatDurSum / getTotalChats() : 0; }
DWORD getChatDurMax() const { return m_ChatDurMax; }
int getChatDurMinForSort() const { return m_bChatDurValid ? getChatDurMin() : -1; }
int getChatDurAvgForSort() const { return m_bChatDurValid ? getChatDurAvg() : -1; }
int getChatDurMaxForSort() const { return m_bChatDurValid ? getChatDurMax() : -1; }
DWORD getChatDurSum() const { return m_ChatDurSum; }
// first/last time
bool isFirstLastTimeValid() const { return m_bFirstLastTimeValid; }
DWORD getFirstTime() const { return m_FirstTime; }
DWORD getLastTime() const { return m_LastTime; }
// files and URLs
int getOutUrls() const { return m_Urls.out; }
int getInUrls() const { return m_Urls.in; }
int getTotalUrls() const { return m_Urls.total(); }
int getOutFiles() const { return m_Files.out; }
int getInFiles() const { return m_Files.in; }
int getTotalFiles() const { return m_Files.total(); }
// (sub)contact counts
int getNumContacts() const { return m_NumContacts; }
int getNumSubcontacts() const { return m_NumSubcontacts; }
// stuff for reading history
void beginMessages() { }
void endMessages() { }
void addMessage(Message& msg);
void addChat(bool bOutgoing, DWORD localTimestampStarted, DWORD duration);
void addEvent(WORD eventType, bool bOutgoing);
void merge(const Contact& other);
// slot stuff
int countSlot() const { return m_Slots.size(); }
const void* getSlot(int index) const { return m_Slots[index]; }
void* getSlot(int index) { return m_Slots[index]; }
void setSlot(int index, void* pData) { m_Slots[index] = pData; }
};
/*
* ContactCompareBase
*/
class ContactCompareBase
{
protected:
bool m_bAsc;
public:
virtual bool cmp(const Contact&, const Contact&) { return m_bAsc; }
void setDir(bool bAsc) { m_bAsc = bAsc; }
explicit ContactCompareBase() : m_bAsc(true) { }
};
/*
* ContactCompare<T_>
*/
template<typename T_>
class ContactCompare
: public ContactCompareBase
{
private:
T_ (Contact::*m_getData)() const;
ContactCompareBase* m_pNextCmp;
public:
virtual bool cmp(const Contact& first, const Contact& second)
{
T_ firstVal = (first.*m_getData)();
T_ secondVal = (second.*m_getData)();
if (firstVal == secondVal)
{
return m_pNextCmp->cmp(first, second);
}
else
{
return (m_bAsc ? (firstVal < secondVal) : (firstVal > secondVal));
}
}
public:
explicit ContactCompare(ContactCompareBase* pNextCmp, T_ (Contact::*getData)() const)
: m_pNextCmp(pNextCmp)
{
m_getData = getData;
}
};
/*
* ContactCompareStr
*/
class ContactCompareStr
: public ContactCompareBase
{
private:
const ext::string& (Contact::*m_getData)() const;
ContactCompareBase* m_pNextCmp;
public:
virtual bool cmp(const Contact& first, const Contact& second)
{
const ext::string& firstVal = (first.*m_getData)();
const ext::string& secondVal = (second.*m_getData)();
// int cmpRes = ext::strfunc::icmp(firstVal.c_str(), secondVal.c_str());
int cmpRes = ext::strfunc::icoll(firstVal.c_str(), secondVal.c_str());
if (cmpRes == 0)
{
return m_pNextCmp->cmp(first, second);
}
else
{
return (m_bAsc ? (cmpRes < 0) : (cmpRes > 0));
}
}
public:
explicit ContactCompareStr(ContactCompareBase* pNextCmp, const ext::string& (Contact::*getData)() const)
: m_pNextCmp(pNextCmp)
{
m_getData = getData;
}
};
/*
* ContactCompareOp
*/
class ContactCompareOp
{
private:
ContactCompareBase* m_pCmp;
public:
bool operator ()(const Contact* first, const Contact* second) { return m_pCmp->cmp(*first, *second); }
explicit ContactCompareOp(ContactCompareBase* pCmp) : m_pCmp(pCmp) { }
};
#endif // HISTORYSTATS_GUARD_CONTACT_H
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