PAMELA%20software/gp2root/pBlockPointer.cpp

#include <string>
#include <iostream>
#include <vector>

#include "pBlockPointer.h"

#define VAR_SIZE 4

using std::cout;
using std::endl;
using std::string;

// Returns the address of the block named sin the buffer _pbuf
char* pBlockPointer::BlockAddress(const std::string& s){ 
  return _pbuf+BlockInd(s);
}
char* pBlockPointer::BlockAddressR(const std::string& s){ 
  return _pbr+BlockInd(s);
}

 
// Returns the pointer to the buffer to be passed to HBOOK routines
char* pBlockPointer::CreatePbuf() {
  if(!(_pbuf==0)) { 
    cout<< " pBlockPointer::CreatePbuf: deleting _pbuf" << endl;
    delete [] _pbuf; 
  }  
  if(!(_pbr==0)) { 
    cout<< " pBlockPointer::CreatePbuf: deleting _pbr" << endl;
    delete [] _pbr; 
  }  
  _pbuf=new char[TotBufSize()]; 
  _pbr=new char[TotBufSize()]; 
  return _pbuf;
}

// Returns the size, in Byte, of the buffer
int pBlockPointer::TotBufSize(){  
  int temp=0;
  for (unsigned int i=0; i< _pblockmap.size(); temp+=_pblockmap[i++].nbyte);
  return temp;
}  

// Does count the number of bytes associated with the block s 
int& pBlockPointer::CountByte(const std::string& s)
{
  for (unsigned int i=0; i< _pblockmap.size(); i++)
    if( s== _pblockmap[i].name) return _pblockmap[i].nbyte;
  
  pBlockDesc p(s, 0, 0);
  _pblockmap.push_back(p);
  
  return _pblockmap[_pblockmap.size()-1].nbyte;
}

// Does count the number of bytes associated with the block s 
int& pBlockPointer::CountVar(const std::string& s)
{
  for (unsigned int i=0; i< _pblockmap.size(); i++)
    if( s== _pblockmap[i].name) return _pblockmap[i].nvar;
  
  pBlockDesc p(s, 0, 0);
  _pblockmap.push_back(p);
  
  return _pblockmap[_pblockmap.size()-1].nvar;
}
// Does count the number of bytes associated with the block s 
int& pBlockPointer::SetMult(const std::string& s)
{
  for (unsigned int i=0; i< _pblockmap.size(); i++)
    if( s== _pblockmap[i].name) return _pblockmap[i].nmult;
  
  pBlockDesc p(s, 0, 0);
  _pblockmap.push_back(p);
  
  return _pblockmap[_pblockmap.size()-1].nmult;
}

// Return the index in the buffer corresponding to the block
int pBlockPointer::BlockInd(const std::string& s)
{
  int temp=0;
  for (unsigned int i=0; i< _pblockmap.size(); ++i) {
    if( s== _pblockmap[i].name) {
      break;
    } else {
      temp+=_pblockmap[i].nbyte;
    }
  }
  return temp;    
}

pBlockDesc* pBlockPointer::GetBlockDesc(const std::string& s)
{
  for (unsigned int i=0; i< _pblockmap.size(); ++i) {
    if( s== _pblockmap[i].name) {
      return &_pblockmap[i];
    }
  }
  return new pBlockDesc("NULL",0,0);    
  
}

void pBlockPointer::Print(){

  cout << "  Blocks found : " << _pblockmap.size() << endl;
  cout << "|    B Name    |    B Size(Byte)   |   B Nvar   |  B Mult  |" 
       << endl;
  cout << "------------------------------------------------------------" 
       << endl;
  for (pBlockMap::const_iterator p=_pblockmap.begin(); p!=_pblockmap.end(); ++p)
    {
      cout << p->name << " | " << p->nbyte << " | " << p->nvar << " | " << 
        p->nmult << endl;
    }
}

char * pBlockPointer::BuffReorder(){
  char* temp=_pbuf;
  char* tempr=_pbr;
  char* junk;
//   for (pBlockMap::const_iterator p=_pblockmap.begin(); 
//        p!=_pblockmap.end(); ++p)
  for (unsigned int i=0; i<_pblockmap.size(); ++i)
    {
      if(_pblockmap[i].nmult==1){
        for(int j=0;j<_pblockmap[i].nbyte;++j) *tempr++=*temp++;
      } else {
        for(int j=0;j<VAR_SIZE;++j) *tempr++=*temp++;
        //      char **tt=new char*[p->nvar-1];
        char *tt[_pblockmap[i].nvar-1];
        cout << " Det: " << _pblockmap[i].name << ", " << 
          _pblockmap[i].nvar << endl;
        for(int j=0;j<(_pblockmap[i].nvar-1);++j){
          tt[j]=temp+VAR_SIZE*j*_pblockmap[i].nmult;
          cout << " tt: " << std::hex << (long int) tt[j] <<
            ", val:" << (long int)(temp+VAR_SIZE*j*_pblockmap[i].nmult) << ", " << 
            (long int)_pbuf << 
            ", " << (long int ) temp << 
            ", " << j << ", " << _pblockmap[i].nmult << std::dec << endl;
        }
        for(int j=0;j<(_pblockmap[i].nmult);++j) {
          for(int k=0;k<(_pblockmap[i].nvar-1);++k){
            junk=tt[k];
            for(int b=0; b<VAR_SIZE; ++b) *tempr++=*junk++;
            tt[k]=junk;
          }
        }
        temp+=(_pblockmap[i].nbyte-VAR_SIZE);
      }
    }
  return _pbr;
}

1	pamela	1.1	#include <string>
2			#include <iostream>
3			#include <vector>
4
5			#include "pBlockPointer.h"
6
7			#define VAR_SIZE 4
8
9			using std::cout;
10			using std::endl;
11			using std::string;
12
13			// Returns the address of the block named sin the buffer _pbuf
14			char* pBlockPointer::BlockAddress(const std::string& s){
15			return _pbuf+BlockInd(s);
16			}
17			char* pBlockPointer::BlockAddressR(const std::string& s){
18			return _pbr+BlockInd(s);
19			}
20
21
22			// Returns the pointer to the buffer to be passed to HBOOK routines
23			char* pBlockPointer::CreatePbuf() {
24			if(!(_pbuf==0)) {
25			cout<< " pBlockPointer::CreatePbuf: deleting _pbuf" << endl;
26			delete [] _pbuf;
27			}
28			if(!(_pbr==0)) {
29			cout<< " pBlockPointer::CreatePbuf: deleting _pbr" << endl;
30			delete [] _pbr;
31			}
32			_pbuf=new char[TotBufSize()];
33			_pbr=new char[TotBufSize()];
34			return _pbuf;
35			}
36
37			// Returns the size, in Byte, of the buffer
38			int pBlockPointer::TotBufSize(){
39			int temp=0;
40	cafagna	1.2	for (unsigned int i=0; i< _pblockmap.size(); temp+=_pblockmap[i++].nbyte);
41	pamela	1.1	return temp;
42			}
43
44			// Does count the number of bytes associated with the block s
45			int& pBlockPointer::CountByte(const std::string& s)
46			{
47	cafagna	1.2	for (unsigned int i=0; i< _pblockmap.size(); i++)
48	pamela	1.1	if( s== _pblockmap[i].name) return _pblockmap[i].nbyte;
49
50			pBlockDesc p(s, 0, 0);
51			_pblockmap.push_back(p);
52
53			return _pblockmap[_pblockmap.size()-1].nbyte;
54			}
55
56			// Does count the number of bytes associated with the block s
57			int& pBlockPointer::CountVar(const std::string& s)
58			{
59	cafagna	1.2	for (unsigned int i=0; i< _pblockmap.size(); i++)
60	pamela	1.1	if( s== _pblockmap[i].name) return _pblockmap[i].nvar;
61
62			pBlockDesc p(s, 0, 0);
63			_pblockmap.push_back(p);
64
65			return _pblockmap[_pblockmap.size()-1].nvar;
66			}
67			// Does count the number of bytes associated with the block s
68			int& pBlockPointer::SetMult(const std::string& s)
69			{
70	cafagna	1.2	for (unsigned int i=0; i< _pblockmap.size(); i++)
71	pamela	1.1	if( s== _pblockmap[i].name) return _pblockmap[i].nmult;
72
73			pBlockDesc p(s, 0, 0);
74			_pblockmap.push_back(p);
75
76			return _pblockmap[_pblockmap.size()-1].nmult;
77			}
78
79			// Return the index in the buffer corresponding to the block
80			int pBlockPointer::BlockInd(const std::string& s)
81			{
82			int temp=0;
83	cafagna	1.2	for (unsigned int i=0; i< _pblockmap.size(); ++i) {
84	pamela	1.1	if( s== _pblockmap[i].name) {
85			break;
86			} else {
87			temp+=_pblockmap[i].nbyte;
88			}
89			}
90			return temp;
91			}
92
93			pBlockDesc* pBlockPointer::GetBlockDesc(const std::string& s)
94			{
95	cafagna	1.2	for (unsigned int i=0; i< _pblockmap.size(); ++i) {
96	pamela	1.1	if( s== _pblockmap[i].name) {
97			return &_pblockmap[i];
98			}
99			}
100			return new pBlockDesc("NULL",0,0);
101
102			}
103
104			void pBlockPointer::Print(){
105
106			cout << " Blocks found : " << _pblockmap.size() << endl;
107			cout << "\| B Name \| B Size(Byte) \| B Nvar \| B Mult \|"
108			<< endl;
109			cout << "------------------------------------------------------------"
110			<< endl;
111			for (pBlockMap::const_iterator p=_pblockmap.begin(); p!=_pblockmap.end(); ++p)
112			{
113			cout << p->name << " \| " << p->nbyte << " \| " << p->nvar << " \| " <<
114			p->nmult << endl;
115			}
116			}
117
118			char * pBlockPointer::BuffReorder(){
119			char* temp=_pbuf;
120			char* tempr=_pbr;
121			char* junk;
122			// for (pBlockMap::const_iterator p=_pblockmap.begin();
123			// p!=_pblockmap.end(); ++p)
124	cafagna	1.2	for (unsigned int i=0; i<_pblockmap.size(); ++i)
125	pamela	1.1	{
126			if(_pblockmap[i].nmult==1){
127			for(int j=0;j<_pblockmap[i].nbyte;++j) tempr++=temp++;
128			} else {
129			for(int j=0;j<VAR_SIZE;++j) tempr++=temp++;
130			// char *tt=new char[p->nvar-1];
131			char *tt[_pblockmap[i].nvar-1];
132			cout << " Det: " << _pblockmap[i].name << ", " <<
133			_pblockmap[i].nvar << endl;
134			for(int j=0;j<(_pblockmap[i].nvar-1);++j){
135			tt[j]=temp+VAR_SIZEj_pblockmap[i].nmult;
136			cout << " tt: " << std::hex << (long int) tt[j] <<
137			", val:" << (long int)(temp+VAR_SIZEj_pblockmap[i].nmult) << ", " <<
138			(long int)_pbuf <<
139			", " << (long int ) temp <<
140			", " << j << ", " << _pblockmap[i].nmult << std::dec << endl;
141			}
142			for(int j=0;j<(_pblockmap[i].nmult);++j) {
143			for(int k=0;k<(_pblockmap[i].nvar-1);++k){
144			junk=tt[k];
145			for(int b=0; b<VAR_SIZE; ++b) tempr++=junk++;
146			tt[k]=junk;
147			}
148			}
149			temp+=(_pblockmap[i].nbyte-VAR_SIZE);
150			}
151			}
152			return _pbr;
153			}
154	cafagna	1.2