chewbacca/PamOffLineSW/PacketUser.h_14

//============================================================================
// $Id: PacketUser.h,v 1.37 2008-03-21 16:06:57 messineo Exp $ 
// Description : 
//============================================================================
#ifndef PACKETUSER_H_
#define PACKETUSER_H_
#include "PamInclude.h"
#include <TTimeStamp.h>
#include "../event/PacketType.h"
#include "EventReader.h"

#include "TROOT.h" //ROOT version > 5.14

using namespace pamela;
using namespace pamela::techmodel;

namespace PamOffLineSW
{

class PacketUser
{

public: 
        //destructor
        virtual ~PacketUser();
        //the interface called by the external module: saves packets in ROOT files using the YODA part 
        void usePKT(char*& headerPkt, char*& pamPkt, long int length, bool isCons, bool isPKTGood, const PacketType* type,
                        unsigned long int counter, unsigned long int obt);

        //return the instance of the singleton
        static PacketUser& getInstance();       
        //to be called at the end of the game
        void FinishLastGroup();

private:
        //the Event Reader handler
        pamela::techmodel::EventReader* reader; 
        //the Pamela Run handler,  one for ech ROOT file created
        pamela::PamelaRun* pRun;
        //Constructor
        PacketUser();
        //The istance
        static PacketUser instance;
        //How many times I found a discontinuity
        static int numDiscontinity;
        //How many packets arrived here,        
        static int numPKT; 
        //How many packetS saved in each ROOT files
        static int numPKTSaved; 
        //Name of the final ROOT file
        char rootfilename[80];  
        //pkt counter of the first packet of the group
        unsigned long int pkt_number_init;
        //pkt OBT of the first packet of the group
        unsigned long int obt_init;
        //pkt counter of the last packet of the group
        unsigned long int pkt_number_last;
        //pkt OBT of the last packet of the group
        unsigned long int obt_last;
        //the first packet's absolute time
        unsigned long int real_time_init;
        //the last packet's absolute time
        unsigned long int real_time_last;
        //tymesync and OBT informations 
        unsigned long int obt_time_sync;
        unsigned long int last_time_sync_info;
        //TimeOffset used to obtain absolute time 
        unsigned long int timeOffset;
        //part of the ROOT filename used to retrieve timeOffset for special files
        char nnnn_mmm_ppp[80];

        //number of packets with problems( in general CRC problems) detected in EventReader: 
        int bad_pkt_EventReader;
        //num  ber of Calibration packets with problems( in general CRC problems) detected in EventReader:
        int bad_pkt_CalibReader;
        //number of good packets that comes from one or more corrupted cadres
        int bad_pkt;
        
//number of good Calibration packets in the ROOT files 
//      int good_pkt_Calib;//maybe I will remove this in future

        //the table name in our DB for the ROOT files 
        char* Table_ROOT_Good;
        //the table name in our DB where I put the ROOT files that have not Real time associated
        char* Table_ROOT_Bad;
        //table used to retrieve TimeOffset
        char* Table_GL_RESURS_OFFSET;
        //the table name in our DB for the BAD PACKETS
        char* Table_PKT_Bad;
        //the table name in our DB for MERGING
        char* Table_ROOT_Merging; 
        
        //starts a new root file
        void StartGroup();      
        //set the value of the counter and obt of the first packet of the group
        void setInit(unsigned long int counter, unsigned long int obt);
        //finish the old ROOT file
        void FinishGroup(char * filename);
        //set the value of the counter and obt of the last packet of the group 
        void setLast(unsigned long int counter, unsigned long int obt);         
        //retrieve OBT_TIME_SYNC and LAST_TIME_SYNC_INFO from packet
        void setTimeSync(char* packet, const PacketType* type);
        //set real_time_init and real_time_last
        void setReal_Time();
        //retrieve the timeOffset
        unsigned long int retrieveTimeOffset();
        
        //function that saves informations about some packets in our DB 
        bool saveBADPKT_DB(char* table_name, 
                                char* folder_name, 
                                char* file_name, 
                                unsigned long int pkt_number, 
                                unsigned long int pkt_obt, 
                                char* nome_input,
                                int reason,
                                int rootID);
                
        //function that saves informations in our DB    
        bool saveROOT_DB(char* table_name, char* folder_name, char* file_name, 
                        unsigned long int pkt_number_in, unsigned long int pkt_number_fin,
                        unsigned long int obt_in, unsigned long int obt_fin,
                        unsigned long int  oT_sync, unsigned long int lT_sync_info,        
                        unsigned long int mtime_init,   unsigned long int mtime_last, 
                        unsigned long int time_offset, 
                        int bad_pkt, int bad_pkt_read, int bad_pkt_CalRead, int num_PKT_Saved,
                        char* nome_input);
        
        //function used to save in a file the packet
        void savePKT_file(char* headerPkt, 
                        char* pamPkt, 
                        long int length, 
                        bool append,
                        char* nomefile);

        ///new part merging

        //tipi di relazioni che il ROOT file puo' avere con un ROOT gia salvatto in DB
                enum type_Rel_ROOT{
                        AFTER,     //se inizia dentro e finisce fuori
                        BEFORE,    //inizia prima ma finisce dentro
                        SMALLER,    //se inizia e finisce dentro 
                        BIGGER      //se inizia prima e finisce dopo                                            
                };
        
        /*      
                0 =AFTER  se c'e' una sovrapposizione temporale parziale, inizia dopo l'inizio di quello associato e finisce dopo la sua fine
                2 =BEFORE se c'e' una sovrapposizione temporale parziale, ossia finisce prima della fine di quello associato ma inizia prima
                3 =SMALLER se c'e' una sovrapposizione temporale parziale: e' contenuto nel ROOT file associato
                4 =BIGGER  se c'e' una sovrapposizione temporale parziale: contiene il ROOT file associato      
        */


        bool merge_ROOTfiles(); 


        bool saveMergeROOT_DB(char* table_name, 
                           unsigned  int root_id,
                        unsigned long int pkt_number_in, unsigned long int pkt_number_fin,
                        unsigned long int obt_in, unsigned long int obt_fin,
                        unsigned long int mtime_init,   unsigned long int mtime_last, 
                        int percentage);

        
        bool updateMergeROOT_DB(char* table_name,
                        unsigned  int root_id,
                        unsigned long int pkt_number_in, unsigned long int pkt_number_fin,
                        unsigned long int obt_in, unsigned long int obt_fin,
                        unsigned long int mtime_init,   unsigned long int mtime_last,
                        int bad_perc,
                        unsigned int ID_record, type_Rel_ROOT type_rel);
        //butta
        bool OLD_updateMergeROOT_DB(char* table_name, 
                        unsigned long int pkt_number_in, unsigned long int pkt_number_fin,
                        unsigned long int obt_in, unsigned long int obt_fin,
                        unsigned long int mtime_init,   unsigned long int mtime_last, 
                        unsigned int ID_record);

        //unsigned int Return_IDN_merging(char* table_name, unsigned long int mtime_init, unsigned long int mtime_last, type_Rel_ROOT type_rel);
        TSQLResult* Select_merging(char* table_name, unsigned long int mtime_init, unsigned long int mtime_last, type_Rel_ROOT type_rel);


        unsigned  int select_maxIDN_DB(char* table_name);


/***************************************************************************************/
/*          
   //tipi di relazioni che il ROOT file puo' avere con un ROOT gia salvatto in DB
                enum type_Rel_ROOT{
                        AFTER=0,        //inizia dove finisce l'altro: viene subito dopo                
                        AFTER2,     //se inizia dentro e finisce fuori
                        BEFORE,     //finisco dove inizia l'altro       
                        BEFORE2,    //inizia prima ma finisce dentro
                        SMALLER,    //se inizia e finisce dentro 
                        BIGGER      //se inizia prima e finisce dopo                                            
                };
        
                
                0 =AFTER   se temporalmente viene subito dopo il ROOT file associato            
                1 =AFTER2  se c'e' una sovrapposizione temporale parziale, inizia dopo l'inizio di quello associato e finisce dopo la sua fine
                2 =BEFORE  se temporalmente viene subito prima del ROOT file associato  
                3 =BEFORE2 se c'e' una sovrapposizione temporale parziale, ossia finisce prima della fine di quello associato ma inizia prima
                4 =SMALLER se c'e' una sovrapposizione temporale parziale: e' contenuto nel ROOT file associato
                5 =BIGGER  se c'e' una sovrapposizione temporale parziale: contiene il ROOT file associato      
        
        bool OLD_merge_ROOTfiles();     
        unsigned int* Return_IDN_ASS(unsigned long int mtime_init, unsigned long int mtime_last, type_Rel_ROOT type_rel, unsigned int my_id, unsigned int &num_ass);
        //      unsigned  int select_maxIDN_DB(char* table_name);
        bool saveROOT_ASS_DB(char* table_name,  
                        unsigned int my_idn, 
                        unsigned int idn_ass,
                        int type_ass);
*/      

        /**************************************************************************/    

        //UNUSED: return the system time in ms
        unsigned long long Record_Time();
        //DBG functions that saves pkt
        void saveALL_PKT(char* headerPkt, char* pamPkt, long int length, bool append);

};

}

#endif /*PACKETUSER_H_*/
1	//============================================================================
2	// $Id: PacketUser.h,v 1.37 2008-03-21 16:06:57 messineo Exp $
3	// Description :
4	//============================================================================
5	#ifndef PACKETUSER_H_
6	#define PACKETUSER_H_
7	#include "PamInclude.h"
8	#include <TTimeStamp.h>
9	#include "../event/PacketType.h"
10	#include "EventReader.h"
11
12	#include "TROOT.h" //ROOT version > 5.14
13
14	using namespace pamela;
15	using namespace pamela::techmodel;
16
17	namespace PamOffLineSW
18	{
19
20	class PacketUser
21	{
22
23	public:
24	//destructor
25	virtual ~PacketUser();
26	//the interface called by the external module: saves packets in ROOT files using the YODA part
27	void usePKT(char& headerPkt, char& pamPkt, long int length, bool isCons, bool isPKTGood, const PacketType* type,
28	unsigned long int counter, unsigned long int obt);
29
30	//return the instance of the singleton
31	static PacketUser& getInstance();
32	//to be called at the end of the game
33	void FinishLastGroup();
34
35	private:
36	//the Event Reader handler
37	pamela::techmodel::EventReader* reader;
38	//the Pamela Run handler, one for ech ROOT file created
39	pamela::PamelaRun* pRun;
40	//Constructor
41	PacketUser();
42	//The istance
43	static PacketUser instance;
44	//How many times I found a discontinuity
45	static int numDiscontinity;
46	//How many packets arrived here,
47	static int numPKT;
48	//How many packetS saved in each ROOT files
49	static int numPKTSaved;
50	//Name of the final ROOT file
51	char rootfilename[80];
52	//pkt counter of the first packet of the group
53	unsigned long int pkt_number_init;
54	//pkt OBT of the first packet of the group
55	unsigned long int obt_init;
56	//pkt counter of the last packet of the group
57	unsigned long int pkt_number_last;
58	//pkt OBT of the last packet of the group
59	unsigned long int obt_last;
60	//the first packet's absolute time
61	unsigned long int real_time_init;
62	//the last packet's absolute time
63	unsigned long int real_time_last;
64	//tymesync and OBT informations
65	unsigned long int obt_time_sync;
66	unsigned long int last_time_sync_info;
67	//TimeOffset used to obtain absolute time
68	unsigned long int timeOffset;
69	//part of the ROOT filename used to retrieve timeOffset for special files
70	char nnnn_mmm_ppp[80];
71
72	//number of packets with problems( in general CRC problems) detected in EventReader:
73	int bad_pkt_EventReader;
74	//num ber of Calibration packets with problems( in general CRC problems) detected in EventReader:
75	int bad_pkt_CalibReader;
76	//number of good packets that comes from one or more corrupted cadres
77	int bad_pkt;
78
79	//number of good Calibration packets in the ROOT files
80	// int good_pkt_Calib;//maybe I will remove this in future
81
82	//the table name in our DB for the ROOT files
83	char* Table_ROOT_Good;
84	//the table name in our DB where I put the ROOT files that have not Real time associated
85	char* Table_ROOT_Bad;
86	//table used to retrieve TimeOffset
87	char* Table_GL_RESURS_OFFSET;
88	//the table name in our DB for the BAD PACKETS
89	char* Table_PKT_Bad;
90	//the table name in our DB for MERGING
91	char* Table_ROOT_Merging;
92
93	//starts a new root file
94	void StartGroup();
95	//set the value of the counter and obt of the first packet of the group
96	void setInit(unsigned long int counter, unsigned long int obt);
97	//finish the old ROOT file
98	void FinishGroup(char * filename);
99	//set the value of the counter and obt of the last packet of the group
100	void setLast(unsigned long int counter, unsigned long int obt);
101	//retrieve OBT_TIME_SYNC and LAST_TIME_SYNC_INFO from packet
102	void setTimeSync(char* packet, const PacketType* type);
103	//set real_time_init and real_time_last
104	void setReal_Time();
105	//retrieve the timeOffset
106	unsigned long int retrieveTimeOffset();
107
108	//function that saves informations about some packets in our DB
109	bool saveBADPKT_DB(char* table_name,
110	char* folder_name,
111	char* file_name,
112	unsigned long int pkt_number,
113	unsigned long int pkt_obt,
114	char* nome_input,
115	int reason,
116	int rootID);
117
118	//function that saves informations in our DB
119	bool saveROOT_DB(char* table_name, char* folder_name, char* file_name,
120	unsigned long int pkt_number_in, unsigned long int pkt_number_fin,
121	unsigned long int obt_in, unsigned long int obt_fin,
122	unsigned long int oT_sync, unsigned long int lT_sync_info,
123	unsigned long int mtime_init, unsigned long int mtime_last,
124	unsigned long int time_offset,
125	int bad_pkt, int bad_pkt_read, int bad_pkt_CalRead, int num_PKT_Saved,
126	char* nome_input);
127
128	//function used to save in a file the packet
129	void savePKT_file(char* headerPkt,
130	char* pamPkt,
131	long int length,
132	bool append,
133	char* nomefile);
134
135	///new part merging
136
137	//tipi di relazioni che il ROOT file puo' avere con un ROOT gia salvatto in DB
138	enum type_Rel_ROOT{
139	AFTER, //se inizia dentro e finisce fuori
140	BEFORE, //inizia prima ma finisce dentro
141	SMALLER, //se inizia e finisce dentro
142	BIGGER //se inizia prima e finisce dopo
143	};
144
145	/*
146	0 =AFTER se c'e' una sovrapposizione temporale parziale, inizia dopo l'inizio di quello associato e finisce dopo la sua fine
147	2 =BEFORE se c'e' una sovrapposizione temporale parziale, ossia finisce prima della fine di quello associato ma inizia prima
148	3 =SMALLER se c'e' una sovrapposizione temporale parziale: e' contenuto nel ROOT file associato
149	4 =BIGGER se c'e' una sovrapposizione temporale parziale: contiene il ROOT file associato
150	*/
151
152
153	bool merge_ROOTfiles();
154
155
156	bool saveMergeROOT_DB(char* table_name,
157	unsigned int root_id,
158	unsigned long int pkt_number_in, unsigned long int pkt_number_fin,
159	unsigned long int obt_in, unsigned long int obt_fin,
160	unsigned long int mtime_init, unsigned long int mtime_last,
161	int percentage);
162
163
164	bool updateMergeROOT_DB(char* table_name,
165	unsigned int root_id,
166	unsigned long int pkt_number_in, unsigned long int pkt_number_fin,
167	unsigned long int obt_in, unsigned long int obt_fin,
168	unsigned long int mtime_init, unsigned long int mtime_last,
169	int bad_perc,
170	unsigned int ID_record, type_Rel_ROOT type_rel);
171	//butta
172	bool OLD_updateMergeROOT_DB(char* table_name,
173	unsigned long int pkt_number_in, unsigned long int pkt_number_fin,
174	unsigned long int obt_in, unsigned long int obt_fin,
175	unsigned long int mtime_init, unsigned long int mtime_last,
176	unsigned int ID_record);
177
178	//unsigned int Return_IDN_merging(char* table_name, unsigned long int mtime_init, unsigned long int mtime_last, type_Rel_ROOT type_rel);
179	TSQLResult* Select_merging(char* table_name, unsigned long int mtime_init, unsigned long int mtime_last, type_Rel_ROOT type_rel);
180
181
182	unsigned int select_maxIDN_DB(char* table_name);
183
184
185
186
187	/***************************************************************************************/
188	/*
189	//tipi di relazioni che il ROOT file puo' avere con un ROOT gia salvatto in DB
190	enum type_Rel_ROOT{
191	AFTER=0, //inizia dove finisce l'altro: viene subito dopo
192	AFTER2, //se inizia dentro e finisce fuori
193	BEFORE, //finisco dove inizia l'altro
194	BEFORE2, //inizia prima ma finisce dentro
195	SMALLER, //se inizia e finisce dentro
196	BIGGER //se inizia prima e finisce dopo
197	};
198
199
200	0 =AFTER se temporalmente viene subito dopo il ROOT file associato
201	1 =AFTER2 se c'e' una sovrapposizione temporale parziale, inizia dopo l'inizio di quello associato e finisce dopo la sua fine
202	2 =BEFORE se temporalmente viene subito prima del ROOT file associato
203	3 =BEFORE2 se c'e' una sovrapposizione temporale parziale, ossia finisce prima della fine di quello associato ma inizia prima
204	4 =SMALLER se c'e' una sovrapposizione temporale parziale: e' contenuto nel ROOT file associato
205	5 =BIGGER se c'e' una sovrapposizione temporale parziale: contiene il ROOT file associato
206
207	bool OLD_merge_ROOTfiles();
208	unsigned int* Return_IDN_ASS(unsigned long int mtime_init, unsigned long int mtime_last, type_Rel_ROOT type_rel, unsigned int my_id, unsigned int &num_ass);
209	// unsigned int select_maxIDN_DB(char* table_name);
210	bool saveROOT_ASS_DB(char* table_name,
211	unsigned int my_idn,
212	unsigned int idn_ass,
213	int type_ass);
214	*/
215
216	/**************************************************************************/
217
218	//UNUSED: return the system time in ms
219	unsigned long long Record_Time();
220	//DBG functions that saves pkt
221	void saveALL_PKT(char* headerPkt, char* pamPkt, long int length, bool append);
222
223	};
224
225	}
226
227	#endif /PACKETUSER_H_/