dbaln_nr.cpp File Reference

#include "mysql++.h"
#include <string>
#include "bioseq.h"
#include "dynaln.h"
#include <math.h>
#include <fstream>
#include "strformat.h"
#include <map>
#include "dbinfo.h"
#include "dbalnhelper.h"

Defines

#define MYSQLPLUS2

Functions

void getPrt (mysqlpp::Query &q, const string &id, string &prt)
void alignProtein (const string &alnfile, const string &alntabfile, const string &pairtab, const string &prtsrctab, Connection &conn, const int bidx, const int rowcnt)
void alignDNA (const string &alnfile, const string &alntabfile, const string &pairtab, mysqlpp::Connection &conn, mysqlpp::Connection &conn1, mysqlpp::Connection &conn2)
void bufferGenomic (mysqlpp::Connection &conn, const string &sqlstr, map< string, DNA > &id2seq)
void storeProteinIntoMap (Connection &conn, const string &srctab, map< unsigned int, string > &id2seq, const string &pairtab, const int bidx, const int rowcnt)
void storeInMap (Connection &conn, const string &srctab, map< unsigned int, string > &id2seq, const string &pairtab, const int bidx, const int rowcnt)
int main (int argc, char *argv[])

Define Documentation

#define MYSQLPLUS2


Function Documentation

void alignDNA ( const string &  alnfile,
const string &  alntabfile,
const string &  pairtab,
mysqlpp::Connection &  conn,
mysqlpp::Connection &  conn1,
mysqlpp::Connection &  conn2 
)

void alignProtein ( const string &  alnfile,
const string &  alntabfile,
const string &  pairtab,
const string &  prtsrctab,
Connection &  conn,
const int  bidx,
const int  rowcnt 
)

void bufferGenomic ( mysqlpp::Connection &  conn,
const string &  sqlstr,
map< string, DNA > &  id2seq 
)

void getPrt ( mysqlpp::Query &  q,
const string &  id,
string &  prt 
)

DESCRIPTION use three connections, the first connection provide the alignment pairs. the second and the third provided the raw sequences All three connections can be the same. each connection provide a table.

Input: all from one database the tab must have id and seq column

int main ( int  argc,
char *  argv[] 
)

void storeInMap ( Connection &  conn,
const string &  srctab,
map< unsigned int, string > &  id2seq,
const string &  pairtab,
const int  bidx,
const int  rowcnt 
)

this take advantage the fact that all primary key in the nr should be the gi number which is a value < 2 billion so far

void storeProteinIntoMap ( Connection &  conn,
const string &  srctab,
map< unsigned int, string > &  id2seq,
const string &  pairtab,
const int  bidx,
const int  rowcnt 
)

this function fetches protein sequences and stored them locally as a map data structure. Using a tree map is very slow. needs to use a hash_map


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