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dfd1e745480fabd88139d2804acb90d5b6dc055e
secondo/Tests/SecondoTestFrame.cpp
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/*
----
This file is part of SECONDO.
Copyright (C) 2004, University in Hagen, Department of Computer Science,
Database Systems for New Applications.
SECONDO is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
SECONDO is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with SECONDO; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
----
Test program for the tuple manager.
Demonstrates e.g. how to create, save and
reload tuples to the Berkeley DB system.
The class Polygon is used to show how to
work with FLOBs.
*/
#include <string>
#include <iostream>
#include <fstream>
#include <sstream>
#include <algorithm>
#include "Application.h"
#include "Profiles.h"
#include "FileSystem.h"
#include "SecondoSystem.h"
#include "SecondoInterface.h"
#include "SecondoSMI.h"
#include "NestedList.h"
#include "DisplayTTY.h"
// for testing the Tuple Manager
#include "StandardTypes.h"
#include "../Algebras/Relation-C++/RelationAlgebra.h"
#include "../Algebras/Polygon/PolygonAlgebra.cpp"
using namespace std;
static const bool needIdent = false;
class SecondoTestFrame : public Application
{
public:
SecondoTestFrame( const int argc, const char** argv );
virtual ~SecondoTestFrame() {};
int Execute();
bool CheckConfiguration();
private:
string parmFile;
string user;
string pswd;
string host;
string port;
string iFileName;
string oFileName;
string cmd;
bool quit;
SecondoInterface* si;
/* Test methods for the tuple manager. */
void Test01(const TupleAttributes *attributes, SmiRecordFile *recFile,
SmiRecordFile *lobFile);
void Test02(const TupleAttributes *attributes, SmiRecordFile *recFile,
SmiRecordFile *lobFile);
void Test03(const TupleAttributes *attributes, SmiRecordFile *recFile,
SmiRecordFile *lobFile);
void Test04(const TupleAttributes *attributes, SmiRecordFile *recFile,
SmiRecordFile *lobFile);
void Test05(const TupleAttributes *attributes, SmiRecordFile *recFile,
SmiRecordFile *lobFile);
void Test06(const TupleAttributes *attributes, SmiRecordFile *recFile,
SmiRecordFile *lobFile);
void Test07(const TupleAttributes *attributes, SmiRecordFile *recFile,
SmiRecordFile *lobFile);
void Test08(const TupleAttributes *attributes, SmiRecordFile *recFile,
SmiRecordFile *lobFile);
};
SecondoTestFrame::SecondoTestFrame( const int argc, const char** argv )
: Application( argc, argv )
{
parmFile = "";
user = "";
pswd = "";
host = "";
port = "";
iFileName = "";
oFileName = "";
string cmd = "";
quit = false;
si = 0;
}
/*
13 SecondoMain
This is the function where everything is done. If one wants to use the
storage manager provided by SHORE, one should struture its program
like this. Since using SHORE makes necessary to be on top of a thread,
we cannot just initiate the storage manager and then keep in the same
function. Using SHORE we must use this workaround. Call the initiation
method from the main function, and then we know that the functions
SecondoMain will be "called back"
*/
/*
1 CheckConfiguration
This function checks the Secondo configuration. First it looks for the name
of the configuration file on the command line. If no file name was given on
the command line or a file with the given name does not exist, the environment
variable SECONDO\_HOME is checked. If this variable is defined it should point
to a directory where the configuration file can be found. If the configuration
file is not found there, the current directory will be checked. If no
configuration file can be found the program terminates.
If a valid configuration file was found initialization continues.
*/
bool
SecondoTestFrame::CheckConfiguration()
{
bool ok = true;
int i = 1;
string argSwitch, argValue;
bool argOk;
while (i < GetArgCount())
{
argSwitch = GetArgValues()[i];
if ( i < GetArgCount()-1)
{
argValue = GetArgValues()[i+1];
argOk = (argValue[0] != '-');
}
else
{
argValue = "";
argOk = false;
}
if ( argSwitch == "-?" || argSwitch == "--help" ) // Help
{
cout << "Usage: SecondoTTY{BDB|ORA|CS} [options]" << endl << endl
<< "Options: "
<< " (Environment)" << endl
<< " -c config : Secondo configuration file "
<< " (SECONDO_CONFIG)" << endl
<< " -i input : Name of input file (default: stdin)" << endl
<< " -o output : Name of output file (default: stdout)" << endl
<< " -u user : User id "
<< " (SECONDO_USER)" << endl
<< " -s pswd : Password "
<< " (SECONDO_PSWD)" << endl
<< " -h host : Host address of Secondo server "
<< " (SECONDO_HOST)" << endl
<< " -p port : Port of Secondo server "
<< " (SECONDO_PORT)" << endl << endl
<< "Command line options overrule environment variables." << endl;
ok = false;
break;
}
else if ( argOk && argSwitch == "-c" ) // Configuration file
{
parmFile = argValue;
}
else if ( argOk && argSwitch == "-i" ) // Input file
{
iFileName = argValue;
}
else if ( argOk && argSwitch == "-o" ) // Output file
{
oFileName = argValue;
}
else if ( argOk && argSwitch == "-u" ) // User id
{
user = argValue;
}
else if ( argOk && argSwitch == "-s" ) // Password
{
pswd = argValue;
}
else if ( argOk && argSwitch == "-h" ) // Host
{
host = argValue;
}
else if ( argOk && argSwitch == "-p" ) // Port
{
port = argValue;
}
else
{
cout << "Error: Invalid option: '" << argSwitch << "'." << endl;
if ( argOk )
{
cout << " having option value: '" << argValue << "'." << endl;
}
cout << "Use option -? or --help to get "
<< "information about available options." << endl;
ok = false;
}
i++;
if ( argOk )
{
i++;
}
}
char* envValue;
if ( parmFile.length() == 0 )
{
envValue = getenv( "SECONDO_CONFIG" );
if ( envValue != 0 )
{
parmFile = envValue;
}
}
if ( user.length() == 0 )
{
envValue = getenv( "SECONDO_USER" );
if ( envValue != 0 )
{
user = envValue;
}
}
if ( pswd.length() == 0 )
{
envValue = getenv( "SECONDO_PSWD" );
if ( envValue != 0 )
{
pswd = envValue;
}
}
if ( host.length() == 0 )
{
envValue = getenv( "SECONDO_HOST" );
if ( envValue != 0 )
{
host = envValue;
}
}
if ( port.length() == 0 )
{
envValue = getenv( "SECONDO_PORT" );
if ( envValue != 0 )
{
port = envValue;
}
}
if ( needIdent ) // Is user identification needed?
{
int count = 0;
while (count <= 3 && user.length() == 0)
{
count++;
cout << "Enter user id: ";
getline( cin, user );
}
ok = user.length() > 0;
if ( !ok )
{
cout << "Error: No user id specified." << endl;
}
if ( ok && pswd.length() == 0 )
{
count = 0;
while (count <= 3 && user.length() == 0)
{
count++;
cout << "Enter password: ";
getline( cin, pswd );
}
if ( pswd.length() == 0 )
{
cout << "Error: No password specified." << endl;
ok = false;
}
}
}
else
{
user = "SECONDO";
pswd = "SECONDO";
}
if ( ok )
{
// config file or (host and port) must be specified
ok = parmFile.length() > 0 || (host.length() > 0 && port.length() > 0);
if ( !ok )
{
cout << "Error: Neither config file nor host and port "
<< "of Secondo server specified." << endl;
}
}
return (ok);
}
/*
Test 01: create new tuple and save to file
*/
void SecondoTestFrame::Test01(const TupleAttributes *attributes,
SmiRecordFile *recFile, SmiRecordFile *lobFile) {
Tuple* myTuple;
float realv;
int intv;
char boolv;
bool bboolv;
int numberOfPoints;
int *X;
int *Y;
int i;
CcReal *real1;
CcInt *int1;
CcBool *bool1;
Polygon* polygon1;
SmiRecordId recId;
myTuple = new Tuple(attributes);
cout << "\ta float value, please: "; cin >> realv;
cout << "\tan int value, please: "; cin >> intv;
cout << "\tt = true, f = false" << endl;
cout << "\ta boolean value, please: "; cin >> boolv;
bboolv = ((boolv == 't') ? true : false);
cout << "\thow many points, please: "; cin >> numberOfPoints;
X = new int[numberOfPoints];
Y = new int[numberOfPoints];
for (i = 0; i < numberOfPoints; i++) {
cout << "\t" << (i+1) << ". Point:" << endl;
cout << "\t\tX: "; cin >> X[i];
cout << "\t\tY: "; cin >> Y[i];
}
real1 = new CcReal(true, realv);
int1 = new CcInt(true, intv);
bool1 = new CcBool(true, bboolv);
polygon1 = new Polygon(lobFile, numberOfPoints, X, Y);
myTuple->Put(0, int1);
myTuple->Put(1, bool1);
myTuple->Put(2, real1);
myTuple->Put(3, polygon1);
cout << "\ttest tuple values" << endl;
cout << "\t" << *myTuple << endl;
cout << "\tSize: " << myTuple->GetSize() << endl;
cout << "\tAttributes: " << myTuple->GetAttrNum() << endl;
cout << "\tSave tuple into recFile. Persistent id = ";
myTuple->SaveTo(recFile, lobFile);
recId = myTuple->GetPersistentId();
cout << recId << endl;
polygon1->Close();
delete polygon1;
delete real1;
delete int1;
delete bool1;
delete[] X;
delete[] Y;
delete myTuple;
}
/*
Test 02: read tuple from file
*/
void SecondoTestFrame::Test02(const TupleAttributes *attributes,
SmiRecordFile *recFile, SmiRecordFile *lobFile) {
Tuple* myTuple;
SmiRecordId recId;
cout << "\tID:";
cin >> recId;
cout << "\trecId = " << recId << endl;
cout << "\treading tuple." << endl;
myTuple = new Tuple(recFile, recId, lobFile, attributes, SmiFile::ReadOnly);
if (myTuple->error == false) {
cout << "\ttest tuple values" << endl;
cout << "\t" << *myTuple << endl;
cout << "\t\tint-Attribute:\t\t" << *myTuple->Get(0) << endl;
cout << "\t\tbool-Attribute:\t\t" << *myTuple->Get(1) << endl;
cout << "\t\treal-Attribute:\t\t" << *myTuple->Get(2) << endl;
cout << "\t\tPolygon-Attribute:\t" << *myTuple->Get(3) << endl;
cout << "\tSize: " << myTuple->GetSize() << endl;
cout << "\tAttributes: " << myTuple->GetAttrNum() << endl;
}
else {
cout << "Tuple could not be read from SmiFile." << endl;
}
delete(myTuple);
}
/*
Test 03: read tuple, change core attributes and resave to file." << endl;
*/
void SecondoTestFrame::Test03(const TupleAttributes *attributes,
SmiRecordFile *recFile, SmiRecordFile *lobFile) {
Tuple* myTuple;
float realv;
int intv;
char boolv;
bool bboolv;
CcReal *real1;
CcInt *int1;
CcBool *bool1;
SmiRecordId recId;
cout << "\tID:";
cin >> recId;
cout << "\trecId = " << recId << endl;
cout << "\treading tuple." << endl;
myTuple = new Tuple(recFile, recId, lobFile, attributes, SmiFile::ReadOnly);
cout << "\ttest tuple values" << endl;
cout << "\t" << *myTuple << endl;
cout << "\tSize: " << myTuple->GetSize() << endl;
cout << "\tAttributes: " << myTuple->GetAttrNum() << endl;
cout << "\ta new float value, please: "; cin >> realv;
cout << "\ta new int value, please: "; cin >> intv;
cout << "\tt = true, f = false" << endl;
cout << "\ta new boolean value, please: "; cin >> boolv;
bboolv = ((boolv == 't') ? true : false);
real1 = new CcReal(true, realv);
int1 = new CcInt(true, intv);
bool1 = new CcBool(true, bboolv);
myTuple->Put(0, int1);
myTuple->Put(1, bool1);
myTuple->Put(2, real1);
cout << "\ttest tuple values" << endl;
cout << "\t" << *myTuple << endl;
cout << "\tSize: " << myTuple->GetSize() << endl;
cout << "\tAttributes: " << myTuple->GetAttrNum() << endl;
myTuple->Save();
delete bool1;
delete int1;
delete real1;
delete(myTuple);
}
/*
Test 04: create lots of tuples and save to file.
The number of tuples which can created
and inserted during a single transaction
is limited by Berkeley DB. Therefore for
each 1000th tuple the transaction will
be closed and reopened.
*/
void SecondoTestFrame::Test04(const TupleAttributes *attributes,
SmiRecordFile *recFile, SmiRecordFile *lobFile) {
Tuple* myTuple;
float realv;
int intv;
char boolv;
bool bboolv;
int numberOfPoints;
int numberOfTuples;
int *X;
int *Y;
int i;
int j;
CcReal *real1;
CcInt *int1;
CcBool *bool1;
Polygon* polygon1;
SmiRecordId recId;
cout << "\tnumber of tuples, please: "; cin >> numberOfTuples;
cout << "\ta start float value, please: "; cin >> realv;
cout << "\tan start int value, please: "; cin >> intv;
cout << "\tt = true, f = false" << endl;
cout << "\ta boolean value, please: "; cin >> boolv;
bboolv = ((boolv == 't') ? true : false);
cout << "\thow many points, please: "; cin >> numberOfPoints;
X = new int[numberOfPoints];
Y = new int[numberOfPoints];
for (i = 0; i < numberOfPoints; i++) {
cout << "\t" << (i+1) << ". Point." << endl;
cout << "\t\tX: "; cin >> X[i];
cout << "\t\tY: "; cin >> Y[i];
}
cout << "creating ";
for (j = 0; j < numberOfTuples; j++) {
myTuple = new Tuple(attributes);
real1 = new CcReal(true, realv + j);
int1 = new CcInt(true, intv + j);
bool1 = new CcBool(true, bboolv);
polygon1 = new Polygon(lobFile, numberOfPoints, X, Y);
myTuple->Put(0, int1);
myTuple->Put(1, bool1);
myTuple->Put(2, real1);
myTuple->Put(3, polygon1);
//cout << *myTuple << ", ";
myTuple->SaveTo(recFile, lobFile);
recId = myTuple->GetPersistentId();
//cout << recId;
if (j % 100 == 0) cout << "created: " << j << endl;
delete real1;
delete int1;
delete bool1;
polygon1->Close();
delete polygon1;
delete myTuple;
if ((j > 0) && (j % 1000 == 0)) {
cout << "\t\t\tCommit Transaction..." << endl;
SecondoSystem::GetInstance()->CommitTransaction();
cout << "\t\t\tBegin Transaction..." << endl;
SecondoSystem::GetInstance()->BeginTransaction();
}
}
cout << endl;
delete[] X;
delete[] Y;
}
/*
Test 05: show all tuples in the file.
*/
void SecondoTestFrame::Test05(const TupleAttributes *attributes,
SmiRecordFile *recFile, SmiRecordFile *lobFile) {
SmiRecordFileIterator it;
bool rc = recFile->SelectAll(it, SmiFile::ReadOnly);
cout << "recFile->SelectAll(it, SmiFile::ReadOnly) "
<< ((rc == true) ? "OK" : "FAILED") << endl;
bool hasMore = true;
SmiRecordId recId;
SmiRecord rec;
Tuple *tuple;
do {
hasMore = it.Next(recId, rec);
tuple = new Tuple(recFile, recId, lobFile, attributes, SmiFile::ReadOnly);
cout << "Contents of tuple: " << *tuple << endl;
delete tuple;
} while (hasMore == true);
}
/*
Test 06: create fresh tuple, destroy it and '(re-)SaveTo' it
*/
void SecondoTestFrame::Test06(const TupleAttributes *attributes,
SmiRecordFile *recFile, SmiRecordFile *lobFile) {
Tuple* myTuple;
float realv;
int intv;
char boolv;
bool bboolv;
int numberOfPoints;
int *X;
int *Y;
int i;
CcReal *real1;
CcInt *int1;
CcBool *bool1;
Polygon* polygon1;
SmiRecordId recId;
myTuple = new Tuple(attributes);
cout << "\ta float value, please: "; cin >> realv;
cout << "\tan int value, please: "; cin >> intv;
cout << "\tt = true, f = false" << endl;
cout << "\ta boolean value, please: "; cin >> boolv;
bboolv = ((boolv == 't') ? true : false);
cout << "\thow many points, please: "; cin >> numberOfPoints;
X = new int[numberOfPoints];
Y = new int[numberOfPoints];
for (i = 0; i < numberOfPoints; i++) {
cout << "\t" << (i+1) << ". Point:" << endl;
cout << "\t\tX: "; cin >> X[i];
cout << "\t\tY: "; cin >> Y[i];
}
real1 = new CcReal(true, realv);
int1 = new CcInt(true, intv);
bool1 = new CcBool(true, bboolv);
polygon1 = new Polygon(lobFile, numberOfPoints, X, Y);
myTuple->Put(0, int1);
myTuple->Put(1, bool1);
myTuple->Put(2, real1);
myTuple->Put(3, polygon1);
cout << "\ttest tuple values" << endl;
cout << "\t" << *myTuple << endl;
cout << "\tSize: " << myTuple->GetSize() << endl;
cout << "\tAttributes: " << myTuple->GetAttrNum() << endl;
cout << "\tSave tuple into recFile. Persistent id = ";
myTuple->SaveTo(recFile, lobFile);
recId = myTuple->GetPersistentId();
cout << recId << endl;
cout << "\tDestroying the tuple..." << endl;
myTuple->Destroy();
cout << "\tNow this tuple is a fresh one." << endl;
cout << "\tResave this tuple..." << endl;
myTuple->SaveTo(recFile, lobFile);
recId = myTuple->GetPersistentId();
cout << "\tnew Persistent id = " << recId << endl;
polygon1->Close();
delete polygon1;
delete real1;
delete int1;
delete bool1;
delete[] X;
delete[] Y;
delete myTuple;
}
/*
Test 07: create two new tuples with one shared float component,
save both to file.
*/
void SecondoTestFrame::Test07(const TupleAttributes *attributes,
SmiRecordFile *recFile, SmiRecordFile *lobFile) {
Tuple* myTuple;
Tuple* myTuple2;
float realv;
int intv;
int intv2;
char boolv;
char boolv2;
bool bboolv;
bool bboolv2;
int numberOfPoints;
int *X;
int *Y;
int i;
CcReal *real1;
CcInt *int1;
CcInt *int2;
CcBool *bool1;
CcBool *bool2;
CcBool *bool2a;
Polygon* polygon1;
Polygon* polygon2;
SmiRecordId recId;
myTuple = new Tuple(attributes);
myTuple2 = new Tuple(attributes);
cout << "\ta float value for both tuples, please: "; cin >> realv;
cout << "\tan int value for the first tuple, please: "; cin >> intv;
cout << "\tt = true, f = false" << endl;
cout << "\ta boolean value for the first tuple, please: "; cin >> boolv;
cout << "\tan int value for the second tuple, please: "; cin >> intv2;
cout << "\tt = true, f = false" << endl;
cout << "\ta boolean value for the second tuple, please: "; cin >> boolv2;
bboolv = ((boolv == 't') ? true : false);
bboolv2 = ((boolv2 == 't') ? true : false);
cout << "\thow many points, please: "; cin >> numberOfPoints;
X = new int[numberOfPoints];
Y = new int[numberOfPoints];
for (i = 0; i < numberOfPoints; i++) {
cout << "\t" << (i+1) << ". Point:" << endl;
cout << "\t\tX: "; cin >> X[i];
cout << "\t\tY: "; cin >> Y[i];
}
real1 = new CcReal(true, realv);
int1 = new CcInt(true, intv);
bool1 = new CcBool(true, bboolv);
int2 = new CcInt(true, intv2);
bool2 = new CcBool(true, bboolv2);
bool2a = new CcBool(true, bboolv2);
polygon1 = new Polygon(lobFile, numberOfPoints, X, Y);
polygon2 = new Polygon(lobFile, numberOfPoints, X, Y);
myTuple->DelPut(0, int1);
myTuple->DelPut(1, bool1);
myTuple->DelPut(2, real1);
myTuple->Put(3, polygon1);
myTuple2->DelPut(0, int2);
myTuple2->DelPut(1, bool2);
myTuple2->AttrPut(1, myTuple, 1);
myTuple2->AttrPut(2, myTuple, 2);
myTuple2->Put(3, polygon2);
cout << "\ttest tuple values" << endl;
cout << "\t" << *myTuple << endl;
cout << "\tSize: " << myTuple->GetSize() << endl;
cout << "\tAttributes: " << myTuple->GetAttrNum() << endl;
cout << endl;
cout << "\ttest tuple values" << endl;
cout << "\t" << *myTuple2 << endl;
cout << "\tSize: " << myTuple2->GetSize() << endl;
cout << "\tAttributes: " << myTuple2->GetAttrNum() << endl;
cout << "\tSave tuple into recFile. Persistent id = ";
myTuple->SaveTo(recFile, lobFile);
recId = myTuple->GetPersistentId();
cout << recId;
myTuple2->SaveTo(recFile, lobFile);
recId = myTuple2->GetPersistentId();
cout << ", Persistent id = " << recId << endl;
cout << "****************" << endl;
delete myTuple2;
cout << "(I)" << *myTuple << endl;
delete myTuple;
cout << "****************" << endl;
polygon1->Close();
delete polygon1;
delete polygon2;
delete[] X;
delete[] Y;
//delete myTuple2;
//delete myTuple;
}
/*
Test 08: create new tuple with lots of points and save to file
*/
void SecondoTestFrame::Test08(const TupleAttributes *attributes,
SmiRecordFile *recFile, SmiRecordFile *lobFile) {
Tuple* myTuple;
float realv;
int intv;
char boolv;
bool bboolv;
int numberOfPoints;
int *X;
int *Y;
int i;
CcReal *real1;
CcInt *int1;
CcBool *bool1;
Polygon* polygon1;
SmiRecordId recId;
myTuple = new Tuple(attributes);
cout << "\ta float value, please: "; cin >> realv;
cout << "\tan int value, please: "; cin >> intv;
cout << "\tt = true, f = false" << endl;
cout << "\ta boolean value, please: "; cin >> boolv;
bboolv = ((boolv == 't') ? true : false);
cout << "\thow many points, please: "; cin >> numberOfPoints;
X = new int[numberOfPoints];
Y = new int[numberOfPoints];
for (i = 0; i < numberOfPoints; i++) {
X[i] = i;
Y[i] = i * i;
}
real1 = new CcReal(true, realv);
int1 = new CcInt(true, intv);
bool1 = new CcBool(true, bboolv);
polygon1 = new Polygon(lobFile, numberOfPoints, X, Y);
myTuple->Put(0, int1);
myTuple->Put(1, bool1);
myTuple->Put(2, real1);
myTuple->Put(3, polygon1);
cout << "\ttest tuple values" << endl;
cout << "\t" << *myTuple << endl;
cout << "\tSize: " << myTuple->GetSize() << endl;
cout << "\tAttributes: " << myTuple->GetAttrNum() << endl;
cout << "\tSave tuple into recFile. Persistent id = ";
myTuple->SaveTo(recFile, lobFile);
recId = myTuple->GetPersistentId();
cout << recId << endl;
polygon1->Close();
delete polygon1;
delete real1;
delete int1;
delete bool1;
delete[] X;
delete[] Y;
delete myTuple;
}
/*
1 Execute
This function checks the configuration of the Secondo system. If the
configuration seems to be ok the system is intialized. If the
initialization succeeds the user commands are processed. If the
initialization fails or the user finishes work the system is terminated.
*/
int SecondoTestFrame::Execute() {
int rc = 0;
cout << endl << "*** Secondo Testframe ***" << endl << endl;
if (CheckConfiguration()) {
si = new SecondoInterface();
if (si->Initialize(user, pswd, host, port, parmFile)) {
/* start of test code. */
SecondoCatalog* exCatalog = 0;
int algIdStandard = 0;
int CcRealId = 0, CcIntId =0, CcStringId = 0, CcBoolId =0;
cout << "* Try to get catalog of exec. level. " << endl;
exCatalog = SecondoSystem::GetCatalog(ExecutableLevel);
cout << "************************************************" << endl;
cout << "* Try to get algebra and type ids for polygon. *" << endl;
cout << "************************************************" << endl;
int algIdPolygon = 0;
int PolygonId = 0;
if ((exCatalog->GetTypeId("polygon", algIdPolygon, PolygonId) == true)) {
cout << "* Polygon --> algId: " << algIdPolygon
<< ", typeid: " << PolygonId << endl;
}
else {
cout << "* failed." << endl;
}
cout << "*---------- Try to get algebra and type ids. " << endl;
if ( (exCatalog->GetTypeId("int", algIdStandard, CcIntId) == true) ) {
cout << "* int --> algId: " << algIdStandard << ", typeId: "
<< CcIntId << endl;
}
else {
cout << "* failed" << endl;
}
if ((exCatalog->GetTypeId("string",
algIdStandard, CcStringId) == true)) {
cout << "* string --> algId: " << algIdStandard << ", typeId: "
<< CcStringId << endl;
}
else {
cout << "* failed" << endl;
}
if ( (exCatalog->GetTypeId("bool", algIdStandard,
CcBoolId) == true) ) {
cout << "* bool --> algId: " << algIdStandard << ", typeId: "
<< CcBoolId << endl;
}
else {
cout << "* failed" << endl;
}
if ((exCatalog->GetTypeId("real", algIdStandard, CcRealId) == true)) {
cout << "* real --> algId: " << algIdStandard << ", typeId: "
<< CcRealId << endl;
}
else {
cout << "* failed" << endl;
}
cout << "*********************************************"
<< "****************************" << endl;
cout << "* Get a reference of the Algebra Manager" << endl;
AlgebraManager* algM = 0;
algM = SecondoSystem::GetAlgebraManager();
cout << "* Get cast function for type real" << endl;
ObjectCast oca;
oca = algM->Cast(algIdStandard,CcRealId);
cout << "* assemble attribute types" << endl;
AttributeType realAttr = {algIdStandard, CcRealId, sizeof(CcReal)};
AttributeType intAttr = {algIdStandard, CcIntId, sizeof(CcInt)};
AttributeType boolAttr = {algIdStandard, CcBoolId, sizeof(CcBool)};
AttributeType polygonAttr = {algIdPolygon, PolygonId, sizeof(Polygon)};
AttributeType attrTypes[] = {intAttr, boolAttr, realAttr, polygonAttr};
cout << "* create tuple attribute description" << endl;
TupleAttributes tupleType1(4, attrTypes);
cout << "* create tuple" << endl;
bool cdb = SecondoSystem::GetInstance()->OpenDatabase("LOBDB");
if (cdb == false) {
cout << "* Database opened: NO!!" << endl;
cdb = SecondoSystem::GetInstance()->CreateDatabase("LOBDB");
cout << "* Database created:";
if (cdb == true) {
cout << "yes" << endl;
}
else {
cout << "NO DATABASE CREATED." << endl;
}
}
else {
cout << "* Database opened: yes" << endl;
}
cout << "* Database opened/created: " << (cdb ? "yes" : "NO!!!!!!")
<< endl;
bool trans = SecondoSystem::GetInstance()->BeginTransaction();
cout << "* begin of transactions: ";
cout << ((trans == true) ? " OK" : " failed.") << endl;
SmiRecordFile *recFile = new SmiRecordFile(false);
bool recFileOpen = recFile->Open("RECFILE");
//int recFileId = recFile->GetFileId();
SmiRecordFile *lobFile = new SmiRecordFile(false);
bool lobFileOpen = lobFile->Open("LOBFILE");
cout << "* File for record opened: "
<< ((recFileOpen == true) ? "yes" : "NO!!!!!!") << endl;
cout << "* File for lobs opened: "
<< ((lobFileOpen == true) ? "yes" : "NO!!!!!!!") << endl;
int choice;
do {
cout << "* Test menu: " << endl << endl;
cout << "1) create new tuple and save to file" << endl;
cout << "2) read tuple from file" << endl;
cout << "3) read tuple, change core attributes and resave to file."
<< endl;
cout << "4) create lots of tuples and save to file" << endl;
cout << "5) show all tuples in the file. " << endl;
cout << "6) create fresh tuple, destroy it and '(re-)SaveTo' it"
<< endl;
cout << "7) create two new tuples with one shared float "
<< "component, save both to file." << endl;
cout << "8) create new tuple with lots of points and save to file"
<< endl;
cout << endl;
cout << "9) end." << endl;
cout << "Your choice: ";
cin >> choice;
switch (choice) {
case 1: Test01(&tupleType1, recFile, lobFile); break;
case 2: Test02(&tupleType1, recFile, lobFile); break;
case 3: Test03(&tupleType1, recFile, lobFile); break;
case 4: Test04(&tupleType1, recFile, lobFile); break;
case 5: Test05(&tupleType1, recFile, lobFile); break;
case 6: Test06(&tupleType1, recFile, lobFile); break;
case 7: Test07(&tupleType1, recFile, lobFile); break;
case 8: Test08(&tupleType1, recFile, lobFile); break;
case 9: break;
}
} while (choice != 9);
recFile->Close();
lobFile->Close();
delete recFile;
delete lobFile;
trans = SecondoSystem::GetInstance()->CommitTransaction();
cout << "* end (commit) of transactions: ";
cout << ((trans == true) ? " OK" : " failed.") << endl;
bool closed = SecondoSystem::GetInstance()->CloseDatabase();
cout << "* Database closed: " << ((closed == true) ? "yes" : "NO" )
<< endl;
}
si->Terminate();
delete si;
cout << "*** SecondoTestFrame terminated. ***" << endl;
}
else {
rc = 1;
}
return rc;
}
/*
14 main
The main function creates the Secondo TTY application and starts its execution.
*/
int main( const int argc, const char* argv[] ) {
SecondoTestFrame* appPointer = new SecondoTestFrame( argc, argv );
int rc = appPointer->Execute();
delete appPointer;
return (rc);
}
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