// Copyright (c) 2006-2009 Nokia Corporation and/or its subsidiary(-ies).

// All rights reserved.

// This component and the accompanying materials are made available

// under the terms of "Eclipse Public License v1.0"

// which accompanies this distribution, and is available

// at the URL "http://www.eclipse.org/legal/epl-v10.html".

//

// Initial Contributors:

// Nokia Corporation - initial contribution.

//

// Contributors:

//

// Description:

//

#include "hashing.h"

#include "sqlfn.h"

#include "cdtest.h"

#include <sqldb.h>

//

// This code is for setting up and accessing hashes. These are used within

// the test harness to associate a word (for example "KErrNone") with an

// integer value (0 in this case). The base class CSQLHashUtil contains the

// accessor and destructor methods which do 99% of the work. All of the

// other classes merely contain constructors to set up their hashes.

//

// Basic functionality first...

TPtrC* CSQLHashUtil::GetStringFromNum(TInt aErrNum)

    {

    return ihash.Find(aErrNum);

    }

TInt CSQLHashUtil::GetNumFromString(TPtrC aErrMsg)

    {

    THashMapIter<TInt, TPtrC> it(ihash);

    it.NextValue();

    while (it.CurrentValue())

        {

        if (*it.CurrentValue() == aErrMsg)

            return *it.CurrentKey();

        it.NextValue();

        }

    return (KErrNotFound);

    }

CSQLHashUtil::~CSQLHashUtil()

    {

    while(ihash.Count())

        {

        THashMapIter<TInt, TPtrC> it(ihash);

        const TInt *curkey = it.NextKey();

        ihash.Remove(*curkey);

        }

    }

// Now setup OS errors..

CSQLOsErrHash::CSQLOsErrHash()

    {

    // error codes from e32err.h

    ihash.Insert(KErrNone, _L("KErrNone"));

    ihash.Insert(KErrNotFound, _L("KErrNotFound"));

    ihash.Insert(KErrGeneral, _L("KErrGeneral"));

    ihash.Insert(KErrCancel, _L("KErrCancel"));

    ihash.Insert(KErrNoMemory, _L("KErrNoMemory"));

    ihash.Insert(KErrNotSupported, _L("KErrNotSupported"));

    ihash.Insert(KErrArgument, _L("KErrArgument"));

    ihash.Insert(KErrTotalLossOfPrecision, _L("KErrTotalLossOfPrecision"));

    ihash.Insert(KErrBadHandle, _L("KErrBadHandle"));

    ihash.Insert(KErrOverflow, _L("KErrOverflow"));

    ihash.Insert(KErrUnderflow, _L("KErrUnderflow"));

    ihash.Insert(KErrAlreadyExists, _L("KErrAlreadyExists"));

    ihash.Insert(KErrPathNotFound, _L("KErrPathNotFound"));

    ihash.Insert(KErrDied, _L("KErrDied"));

    ihash.Insert(KErrInUse, _L("KErrInUse"));

    ihash.Insert(KErrServerTerminated, _L("KErrServerTerminated"));

    ihash.Insert(KErrServerBusy, _L("KErrServerBusy"));

    ihash.Insert(KErrCompletion, _L("KErrCompletion"));

    ihash.Insert(KErrNotReady, _L("KErrNotReady"));

    ihash.Insert(KErrUnknown, _L("KErrUnknown"));

    ihash.Insert(KErrCorrupt, _L("KErrCorrupt"));

    ihash.Insert(KErrAccessDenied, _L("KErrAccessDenied"));

    ihash.Insert(KErrLocked, _L("KErrLocked"));

    ihash.Insert(KErrWrite, _L("KErrWrite"));

    ihash.Insert(KErrDisMounted, _L("KErrDisMounted"));

    ihash.Insert(KErrEof, _L("KErrEof"));

    ihash.Insert(KErrDiskFull, _L("KErrDiskFull"));

    ihash.Insert(KErrBadDriver, _L("KErrBadDriver"));

    ihash.Insert(KErrBadName, _L("KErrBadName"));

    ihash.Insert(KErrCommsLineFail, _L("KErrCommsLineFail"));

    ihash.Insert(KErrCommsFrame, _L("KErrCommsFrame"));

    ihash.Insert(KErrCommsOverrun, _L("KErrCommsOverrun"));

    ihash.Insert(KErrCommsParity, _L("KErrCommsParity"));

    ihash.Insert(KErrTimedOut, _L("KErrTimedOut"));

    ihash.Insert(KErrCouldNotConnect, _L("KErrCouldNotConnect"));

    ihash.Insert(KErrCouldNotDisconnect, _L("KErrCouldNotDisconnect"));

    ihash.Insert(KErrDisconnected, _L("KErrDisconnected"));

    ihash.Insert(KErrBadLibraryEntryPoint, _L("KErrBadLibraryEntryPoint"));

    ihash.Insert(KErrBadDescriptor, _L("KErrBadDescriptor"));

    ihash.Insert(KErrAbort, _L("KErrAbort"));

    ihash.Insert(KErrTooBig, _L("KErrTooBig"));

    ihash.Insert(KErrDivideByZero, _L("KErrDivideByZero"));

    ihash.Insert(KErrBadPower, _L("KErrBadPower"));

    ihash.Insert(KErrDirFull, _L("KErrDirFull"));

    ihash.Insert(KErrHardwareNotAvailable, _L("KErrHardwareNotAvailable"));

    ihash.Insert(KErrSessionClosed, _L("KErrSessionClosed"));

    ihash.Insert(KErrPermissionDenied, _L("KErrPermissionDenied"));

    ihash.Insert(KErrExtensionNotSupported, _L("KErrExtensionNotSupported"));

    TInt err = ihash.Insert(KErrCommsBreak, _L("KErrCommsBreak"));

    if( err == KErrNone )

        return;

    User::Panic(_L("Unable to create OS error hash"), 1411);

    }

// Now setup SQL errors..

CSQLErrHash::CSQLErrHash()

    {

    // error codes from sqldb.h

    ihash.Insert(KSqlErrGeneral, _L("KSqlErrGeneral"));

    ihash.Insert(KSqlErrInternal, _L("KSqlErrInternal"));

    ihash.Insert(KSqlErrPermission, _L("KSqlErrPermission"));

    ihash.Insert(KSqlErrAbort, _L("KSqlErrAbort"));

    ihash.Insert(KSqlErrBusy, _L("KSqlErrBusy"));

    ihash.Insert(KSqlErrLocked, _L("KSqlErrLocked"));

    ihash.Insert(KSqlErrReadOnly, _L("KSqlErrReadOnly"));

    ihash.Insert(KSqlErrInterrupt, _L("KSqlErrInterrupt"));

    ihash.Insert(KSqlErrIO, _L("KSqlErrIO"));

    ihash.Insert(KSqlErrCorrupt, _L("KSqlErrCorrupt"));

    ihash.Insert(KSqlErrNotFound, _L("KSqlErrNotFound"));

    ihash.Insert(KSqlErrFull, _L("KSqlErrFull"));

    ihash.Insert(KSqlErrCantOpen, _L("KSqlErrCantOpen"));

    ihash.Insert(KSqlErrProtocol, _L("KSqlErrProtocol"));

    ihash.Insert(KSqlErrEmpty, _L("KSqlErrEmpty"));

    ihash.Insert(KSqlErrSchema, _L("KSqlErrSchema"));

    ihash.Insert(KSqlErrTooBig, _L("KSqlErrTooBig"));

    ihash.Insert(KSqlErrConstraint, _L("KSqlErrConstraint"));

    ihash.Insert(KSqlErrMismatch, _L("KSqlErrMismatch"));

    ihash.Insert(KSqlErrMisuse, _L("KSqlErrMisuse"));

    ihash.Insert(KSqlErrRange, _L("KSqlErrRange"));

    ihash.Insert(KSqlErrNotDb, _L("KSqlErrNotDb"));

    ihash.Insert(KSqlErrStmtExpired, _L("KSqlErrStmtExpired"));

    // The last two aren't strictly errors, but it is convenient to treat

    // them as such to process the output from RSqlStatement::Next().

    ihash.Insert(KSqlAtRow, _L("KSqlAtRow"));

    TInt err = ihash.Insert(KSqlAtEnd, _L("KSqlAtEnd"));

    if( err == KErrNone )

        return;

    User::Panic(_L("Unable to create SQL error hash"), 1412);

    }

// Now do the SQL enumerations.. 

CSQLColTypeHash::CSQLColTypeHash()

    {

    // Enumerations for sqldb.h

    ihash.Insert(ESqlNull, _L("ESqlNull"));

    ihash.Insert(ESqlInt, _L("ESqlInt"));

    ihash.Insert(ESqlInt64, _L("ESqlInt64"));

    ihash.Insert(ESqlReal, _L("ESqlReal"));

    ihash.Insert(ESqlText, _L("ESqlText"));

    ihash.Insert(ESqlBinary, _L("ESqlBinary"));

    TInt err = ihash.Insert(ESqlNull, _L("ESqlNull"));

    if( err == KErrNone )

        return;

    User::Panic(_L("Unable to create column type hash"), 1413);

    }

// Now do the enumerations for all of the functions in sqlfn..

CSQLTEFAction::CSQLTEFAction()

    {

    // Enumerations from sqlfn.h

    ihash.Insert(CSQLFnStep::Efn_undefined, _L("fn_undefined"));

    ihash.Insert(CSQLFnStep::Efn_nop, _L("NoOperation"));

    ihash.Insert(CSQLFnStep::Efn_create, _L("Create"));

    ihash.Insert(CSQLFnStep::Efn_createl, _L("CreateL"));

    ihash.Insert(CSQLFnStep::Efn_createsp, _L("CreateSP"));

    ihash.Insert(CSQLFnStep::Efn_open, _L("Open"));

    ihash.Insert(CSQLFnStep::Efn_openl, _L("OpenL"));

    ihash.Insert(CSQLFnStep::Efn_attach, _L("Attach"));

    ihash.Insert(CSQLFnStep::Efn_detach, _L("Detach"));

    ihash.Insert(CSQLFnStep::Efn_copy, _L("Copy"));

    ihash.Insert(CSQLFnStep::Efn_delete, _L("Delete"));

    ihash.Insert(CSQLFnStep::Efn_close, _L("Close"));

    ihash.Insert(CSQLFnStep::Efn_exec, _L("Exec"));

    ihash.Insert(CSQLFnStep::Efn_setisolationlevel, _L("SetIsolationLevel"));

    ihash.Insert(CSQLFnStep::Efn_lasterrormessage, _L("LastErrorMessage"));

    ihash.Insert(CSQLFnStep::Efn_reservedrivespace, _L("ReserveDriveSpace"));

    ihash.Insert(CSQLFnStep::Efn_freereservedspace, _L("FreeReservedSpace"));

    ihash.Insert(CSQLFnStep::Efn_getreserveaccess, _L("GetReserveAccess"));

    ihash.Insert(CSQLFnStep::Efn_releasereserveaccess, _L("ReleaseReserveAccess"));

    ihash.Insert(CSQLFnStep::Erstmt_prepare, _L("Prepare"));

    ihash.Insert(CSQLFnStep::Erstmt_preparel, _L("PrepareL"));

    ihash.Insert(CSQLFnStep::Erstmt_close, _L("St_Close"));

    ihash.Insert(CSQLFnStep::Erstmt_atrow, _L("AtRow"));

    ihash.Insert(CSQLFnStep::Erstmt_reset, _L("Reset"));

    ihash.Insert(CSQLFnStep::Erstmt_exec, _L("St_Exec"));

    ihash.Insert(CSQLFnStep::Erstmt_next, _L("Next"));

    ihash.Insert(CSQLFnStep::Erstmt_paramindex, _L("ParameterIndex"));

    ihash.Insert(CSQLFnStep::Erstmt_colindex, _L("ColumnIndex"));

    ihash.Insert(CSQLFnStep::Erstmt_coltype, _L("ColumnType"));

    ihash.Insert(CSQLFnStep::Erstmt_colsize, _L("ColumnSize"));

    ihash.Insert(CSQLFnStep::Erstmt_bindnull, _L("BindNull"));

    ihash.Insert(CSQLFnStep::Erstmt_bindint, _L("BindInt"));

    ihash.Insert(CSQLFnStep::Erstmt_bindint64, _L("BindInt64_"));

    ihash.Insert(CSQLFnStep::Erstmt_bindreal, _L("BindReal"));

    ihash.Insert(CSQLFnStep::Erstmt_bindtext, _L("BindText"));

    ihash.Insert(CSQLFnStep::Erstmt_bindbigtext, _L("BindTextFromFile"));

    ihash.Insert(CSQLFnStep::Erstmt_bindbinary, _L("BindBinary"));

    ihash.Insert(CSQLFnStep::Erstmt_isnull, _L("IsNull"));

    ihash.Insert(CSQLFnStep::Erstmt_colint, _L("ColumnInt"));

    ihash.Insert(CSQLFnStep::Erstmt_colint64, _L("ColumnInt64_"));

    ihash.Insert(CSQLFnStep::Erstmt_colreal, _L("ColumnReal"));

    ihash.Insert(CSQLFnStep::Erstmt_coltextL, _L("ColumnTextL"));

    ihash.Insert(CSQLFnStep::Erstmt_coltextP, _L("ColumnTextP"));

    ihash.Insert(CSQLFnStep::Erstmt_coltextD, _L("ColumnTextD"));

    ihash.Insert(CSQLFnStep::Erstmt_colbinL, _L("ColumnBinaryL"));

    ihash.Insert(CSQLFnStep::Erstmt_colbinP, _L("ColumnBinaryP"));

    ihash.Insert(CSQLFnStep::Erstmt_colbinD, _L("ColumnBinaryD"));

    ihash.Insert(CSQLFnStep::Esp_create, _L("SPCreate"));

    ihash.Insert(CSQLFnStep::Esp_createl, _L("SPCreateL"));

    ihash.Insert(CSQLFnStep::Esp_close, _L("SPClose"));

    ihash.Insert(CSQLFnStep::Esp_setdbpolicy, _L("SetDBPolicy"));

    ihash.Insert(CSQLFnStep::Esp_setpolicy, _L("SetPolicy"));

    ihash.Insert(CSQLFnStep::Esp_externalizel, _L("SPExternalizeL"));

    ihash.Insert(CSQLFnStep::Esp_internalizel, _L("SPInternalizeL"));

    ihash.Insert(CSQLFnStep::Estreamwrite_bindtext, _L("StreamWriteBindText"));

    ihash.Insert(CSQLFnStep::Estreamwrite_bindbinary, _L("StreamWriteBindBin"));

    ihash.Insert(CSQLFnStep::Estreamread_columntext, _L("StreamReadColText"));

    ihash.Insert(CSQLFnStep::Estreamread_columnbinary, _L("StreamReadColBin"));

    ihash.Insert(CSQLFnStep::Edefineconfig, _L("DefineConfig"));

    ihash.Insert(CSQLFnStep::Ectrl_newblock, _L("NewBlock"));

    ihash.Insert(CSQLFnStep::Ectrl_function, _L("Function"));

    ihash.Insert(CSQLFnStep::Ectrl_waitA, _L("WaitA"));

    ihash.Insert(CSQLFnStep::Ectrl_signalA, _L("SignalA"));

    ihash.Insert(CSQLFnStep::Ectrl_waitB, _L("WaitB"));

    ihash.Insert(CSQLFnStep::Ectrl_signalB, _L("SignalB"));

    ihash.Insert(CSQLFnStep::Ectrl_sleep, _L("Sleep"));

    ihash.Insert(CSQLFnStep::Ectrl_eightbit, _L("EightBit"));

    ihash.Insert(CSQLFnStep::Ectrl_async, _L("Async"));

    TInt err = ihash.Insert(CSQLFnStep::Ectrl_endblock, _L("EndBlock"));

    if( err == KErrNone )

        return;

    User::Panic(_L("Unable to create action hash"), 1414);

    }

CSQLCapability::CSQLCapability()

	{

    ihash.Insert(ECapabilityTCB, _L("ECapabilityTCB"));

    ihash.Insert(ECapabilityCommDD, _L("ECapabilityCommDD"));

    ihash.Insert(ECapabilityPowerMgmt, _L("ECapabilityPowerMgmt"));

    ihash.Insert(ECapabilityMultimediaDD, _L("ECapabilityMultimediaDD"));

    ihash.Insert(ECapabilityReadDeviceData, _L("ECapabilityReadDeviceData"));

    ihash.Insert(ECapabilityWriteDeviceData, _L("ECapabilityWriteDeviceData"));

    ihash.Insert(ECapabilityDRM, _L("ECapabilityDRM"));

	ihash.Insert(ECapabilityTrustedUI, _L("ECapabilityTrustedUI"));

    ihash.Insert(ECapabilityProtServ, _L("ECapabilityProtServ"));

    ihash.Insert(ECapabilityDiskAdmin, _L("ECapabilityDiskAdmin"));

    ihash.Insert(ECapabilityNetworkControl, _L("ECapabilityNetworkControl"));

    ihash.Insert(ECapabilityAllFiles, _L("ECapabilityAllFiles"));

    ihash.Insert(ECapabilitySwEvent, _L("ECapabilitySwEvent"));

    ihash.Insert(ECapabilityNetworkServices, _L("ECapabilityNetworkServices"));

    ihash.Insert(ECapabilityLocalServices, _L("ECapabilityLocalServices"));

    ihash.Insert(ECapabilityReadUserData, _L("ECapabilityReadUserData"));

    ihash.Insert(ECapabilityWriteUserData, _L("ECapabilityWriteUserData"));

    ihash.Insert(ECapabilityLocation, _L("ECapabilityLocation"));

    ihash.Insert(ECapabilitySurroundingsDD, _L("ECapabilitySurroundingsDD"));

    ihash.Insert(ECapabilityUserEnvironment, _L("ECapabilityUserEnvironment"));

    ihash.Insert(ECapability_Limit, _L("ECapability_Limit"));

    ihash.Insert(ECapability_HardLimit, _L("ECapability_HardLimit"));

    ihash.Insert(ECapability_None, _L("ECapability_None"));

    TInt err = ihash.Insert(ECapability_Denied, _L("ECapability_Denied"));

    if( err == KErrNone )

        return;

    User::Panic(_L("Unable to create capability hash"), 1414);

    }

CSQLPolicy::CSQLPolicy()

	{

	ihash.Insert(RSqlSecurityPolicy::ESchemaPolicy, _L("ESchemaPolicy"));

    ihash.Insert(RSqlSecurityPolicy::EReadPolicy, _L("EReadPolicy"));

    TInt err = ihash.Insert(RSqlSecurityPolicy::EWritePolicy, _L("EWritePolicy"));

    if( err == KErrNone )

        return;

    User::Panic(_L("Unable to create SQL policy hash"), 1414);

	}

CSQLObject::CSQLObject()

	{

	TInt err = ihash.Insert(RSqlSecurityPolicy::ETable, _L("ETable"));

    if( err == KErrNone )

        return;

    User::Panic(_L("Unable to create SQL policy hash"), 1414);

	}

CSQLSFSTEFAction::CSQLSFSTEFAction()

    {

    ihash.Insert(ESFS_SelectIntL, _L("SelectIntL"));

    ihash.Insert(ESFS_SelectInt64L, _L("SelectInt64L"));

    ihash.Insert(ESFS_SelectRealL, _L("SelectRealL"));

    ihash.Insert(ESFS_SelectTextL, _L("SelectTextL"));

    TInt err = ihash.Insert(ESFS_SelectBinaryL, _L("SelectBinaryL"));

    if( err == KErrNone )

        return;

    User::Panic(_L("Unable to create action hash"), 1414);

    }