/*

* Copyright (c) 2006-2010 Nokia Corporation and/or its subsidiary(-ies).

* All rights reserved.

* This component and the accompanying materials are made available

* under the terms of the License "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: 

*

*/

#pragma warning (disable: 4786)

#include "sisregistryobject.h"

// System includes

#include <openssl/sha.h>

#include <iostream>

// SisX Includes

#include "sisdatetime.h"

#include "sisstring.h"

#include "sisfiledata.h"

#include "sisproperties.h"

#include "sisproperty.h"

#include "sisdependency.h"

#include "sisprerequisites.h"

#include "sisinstallblock.h"

#include "sisfiledescription.h"

#include "sissupportedlanguages.h"

#include "sislanguage.h"

#include "siscapabilities.h"

#include "sisversion.h"

// User includes

#include "symbiantypes.h"

#include "is_utils.h"

#include "deserialiser.h"

#include "sisfile.h"

#include "installablefile.h"

#include "serialiser.h"

#include "hashcontainer.h"

#include "errors.h"

#include "rommanager.h"

#include "stringutils.h"

// Type definitions

typedef int TInt;

typedef bool TBool;

// from swi/sispackaGetrust.h

const TUint32 SisRegistryObject::KSisPackageCertificateChainValidatedToTrustAnchor = 200;

const TUint32 SisRegistryObject::KSisPackageBuiltIntoRom = 500;

const TInt KExecutableImageUidValue=0x1000007a;

const TUint32 KDriveZ = 1 << 25;

const TUint32 KDriveC = 1 << 2;

Deserialiser& operator>>(Deserialiser& aInput, std::vector<CSISString*>& val)

    {

    TUint32 size = 0;

    aInput>> size;

    val.resize(size);

    for (TUint32 i = 0; i < size ; ++i)

        {

         std::wstring *tmpString = new std::wstring();

         aInput >> *tmpString;

         val[i] = new CSISString(*tmpString);

         delete tmpString;

        }

    return aInput;

    }

Serialiser& operator<<(Serialiser& aOutput, std::vector<CSISString*>& val)

    {

    TUint32 size = val.size();

    aOutput << size;

    for (TUint32 i = 0; i < size ; ++i)

        {

        std::wstring tmpStr = val[i]->GetString();

        aOutput << tmpStr;

        }

    return aOutput;

    }

SisRegistryObject::SisRegistryObject (ConfigManager& aConfigManager):iConfigManager(aConfigManager)

	{

	iVendorLocalizedName = new std::wstring();

	iTrustStatus = new TrustStatus();

	}

SisRegistryObject::SisRegistryObject(const SisFile& aSis,

									 const InstallableFiles& aFiles,

									 const TInt aTargetDrive,

									 const TUint16 aRegistryFileMajorVersion,

									 const TUint16 aRegistryFileMinorVersion,

									 const bool aSUFlag,

									 ConfigManager& aConfigManager)

	: SisRegistryToken(

	  	aSis.GetIndex(),

		aSis.GetVendorName(),

		aSis.GetPackageName(),

		aSis.GetPackageUid(),

		aTargetDrive,

		aSis.GetLanguage(),

		aSis.GetVersion(),

		aSis.GetControllerInfo(aRegistryFileMajorVersion,aRegistryFileMinorVersion),

		KDriveC),

	  iVendorLocalizedName(new std::wstring(aSis.GetVendorLocalName())),iConfigManager(aConfigManager)

{

	for( InstallableFiles::const_iterator curr = aFiles.begin(); curr != aFiles.end(); ++curr )

	{	

		InstallableFile* installableFile= *curr;	

		#ifndef SYMBIAN_UNIVERSAL_INSTALL_FRAMEWORK

		FileDescription* f = new FileDescription(*installableFile->FileDescription() , installableFile->Sid(), aTargetDrive, installableFile->GetTarget());

		#else

		FileDescription* f = new FileDescription(*installableFile->FileDescription() , installableFile->Sid(), aTargetDrive, installableFile->GetTarget(),installableFile->GetLocalTarget());

		#endif //SYMBIAN_UNIVERSAL_INSTALL_FRAMEWORK

		iFileDescriptions.push_back(f);

	}

	iTrustStatus = new TrustStatus();

	TUint64 x = 0;

	iTrustStatus->SetLastCheckDate(x);

	iTrustStatus->SetQuaratined((TUint32)0);

	iTrustStatus->SetQuaratinedDate(x);

	iTrustStatus->SetResultDate(x);

	iTrustStatus->SetRevocationStatus(TrustStatus::KOcspNotPerformed);

	iTrustStatus->SetValidationStatus(TrustStatus::KValidatedToAnchor);

	const CSISProperties::SISPropertyArray& props =	aSis.GetProperties()->Properties();

	for (int i = 0; i < props.size(); ++i)

		{

		SisRegistryProperty* p = new SisRegistryProperty(props[i]);

		iProperties.push_back(p);

		}

	const CSISArray<CSISDependency, CSISFieldRoot::ESISDependency>& deps =

		aSis.GetDependencies()->DependencyList();

	for(i = 0; i < deps.size(); ++i)

		{

			SisRegistryDependency* p = new SisRegistryDependency(deps[i]);

			iDependencies.push_back(p);

		}

	iFileMajorVersion = aRegistryFileMajorVersion;

	iFileMinorVersion = aRegistryFileMinorVersion;

	iInstallType = aSis.GetInstallType();

	iInRom = false;

	if (iInstallType == CSISInfo::EInstPreInstalledApp)

		{

		iDeletablePreInstalled = true;

		}

	else

		{

		iDeletablePreInstalled = false;

		}

	iSigned	= aSis.GetSigned();

	iTrust = KSisPackageCertificateChainValidatedToTrustAnchor;

	iRemoveWithLastDependent = 0;

	iTrustTimeStamp = 0;

	iInstallChainIndices = aSis.GetAllInstallChainIndices();

	if(iFileMajorVersion == 4)

		iIsRemovable = true;

	else

		iIsRemovable = !(aSis.GetInstallFlags() & CSISInfo::EInstFlagNonRemovable);

	#ifdef SYMBIAN_UNIVERSAL_INSTALL_FRAMEWORK	

	iIsHidden = !(!(aSis.GetInstallFlags() & CSISInfo::EInstFlagHide));

	#endif

	Sids sids;

	GetSidsFromInstallable(aFiles, sids);

	TUint32 drives = 0;

	if (!iFileDescriptions.empty())

		drives = 1 << (aTargetDrive - 'A');

	SetSids(sids);

	SetDrives(drives);

	iSignedBySuCert = aSUFlag;

	// Set Localized Package Names and Vendor Names

	std::vector<int> matchingDeviceLanguagesArray = iConfigManager.GetMatchingSupportedLanguages();

	TInt matchingLanguageCount = matchingDeviceLanguagesArray.size();

	for (TInt i=0; i < matchingLanguageCount; i++)

		{

		TInt languageId = matchingDeviceLanguagesArray.at(i);

		CSISController sisController = aSis.GetController();

		TInt supportedLanguageCount = sisController.LanguageCount();

		for ( TInt j=0; j < supportedLanguageCount; j++ )

			{

			if ( sisController.Language(j) == languageId)

				{

				iSupportedLanguageIds.push_back(languageId);

				iLocalizedVendorNames.push_back(new CSISString(sisController.SISInfo().VendorName(j)));

				iLocalizedPackageNames.push_back(new CSISString(sisController.SISInfo().PackageName(j)));

				break;

				}

			}

		}

}

SisRegistryObject::SisRegistryObject(CSISController& aSisController,

									 RomManager& aRomManager,

									 const TUint16 aRegistryFileMajorVersion,

									 const TUint16 aRegistryFileMinorVersion,

	: SisRegistryToken(),

	iFileMajorVersion(aRegistryFileMajorVersion),

	iFileMinorVersion(aRegistryFileMinorVersion),

	iInRom(true),

	iDeletablePreInstalled(false),

	iIsRemovable(false),

	iConfigManager(aConfigManager)

	#ifdef SYMBIAN_UNIVERSAL_INSTALL_FRAMEWORK

	,iIsHidden(false)

	#endif

{

	//*** SisRegistryPackage ***//

	// UID

	const CSISInfo& info = aSisController.SISInfo();

	TUint32 uid = info.UID1();

	SetUid(uid);

	// Vendor Name

	std::wstring vendorName = aSisController.SISInfo().UniqueVendorName();

   	SetVendorName(vendorName);

	// Package Name

	std::wstring packageName;

	if (aSisController.SISInfo().PackageNameCount() > 0 )

		{

		packageName = aSisController.SISInfo().PackageName(0);

		SetPackageName(packageName);

		}

	else

		{

		std::string error = "can not retrieve package name";

		throw InvalidSis("", error, INVALID_SIS);

		}

	// Index

	TInt dataIndex = aSisController.DataIndex();

	SetIndex(dataIndex);

	//*** SisRegistryToken ***//

	// Language

	TInt lang = aSisController.Language(0);

	SetLanguage(lang);

	// Version

	const CSISVersion& sisVersion = aSisController.SISInfo().SISVersion();

	Version version = Version(sisVersion.Major(), sisVersion.Minor(), sisVersion.Build());

	SetVersion(version);

	// Controller Info

	ControllerInfo* ci = new ControllerInfo();

	ci->CalculateAndSetHash(aSisController,aRegistryFileMajorVersion,aRegistryFileMinorVersion);

	ci->SetVersion(version);

	ci->SetOffset(0);

	Controllers controllers;

	controllers.push_back(ci);

	// Embedded SIS controllers

	TControllerMap embeddedCtls;

	aSisController.InstallBlock().GetEmbeddedControllers(embeddedCtls, false);

	for (TControllerMapConstIter iter = embeddedCtls.begin(); iter != embeddedCtls.end(); ++iter)	

		{

		const CSISController& ctrl = *iter->second;

		ControllerInfo* ctlInfo = new ControllerInfo();

		ctlInfo->SetVersion(version);

		ctlInfo->CalculateAndSetHash(ctrl, aRegistryFileMajorVersion, aRegistryFileMinorVersion);

		ctlInfo->SetOffset(0);

		controllers.push_back(ctlInfo);

		}

	SetControllerInfo(controllers);

	// Drives

	SetDrives(KDriveZ);

	// Selected Drive

	int drive = 0;

	SetSelectedDrive(drive);

	//*** SisRegistryObject ***//

	iInstallType = aSisController.SISInfo().InstallationType();

	int signatureCount = aSisController.SignatureCount();

	iSigned = (signatureCount == 0)? false:true;

	TInt index = 0;

	for(index = 0; index < signatureCount; ++index)

		{

		iInstallChainIndices.push_back(index);

		}

	iTrust = KSisPackageBuiltIntoRom;

	iRemoveWithLastDependent = 0;

	iTrustTimeStamp = 0;

	iTrustStatus = new TrustStatus();

	TUint64 x = 0;

	iTrustStatus->SetLastCheckDate(x);			///< the last date a revocation check was

												///< attempted

	iTrustStatus->SetQuaratined((TUint32)0);	///< true if quarantined.

												///< Not used currently

	iTrustStatus->SetQuaratinedDate(x);			///< date entry was quarantined.

												///< Not used currently

	iTrustStatus->SetResultDate(x);				///< the last date a successful revocation

												///< check was performed

	iTrustStatus->SetRevocationStatus(TrustStatus::KOcspNotPerformed);

	iTrustStatus->SetValidationStatus(TrustStatus::KPackageInRom);

	// Properties

	const CSISProperties::SISPropertyArray& props = aSisController.Properties().Properties();

	for (int i = 0; i < props.size(); ++i)

		{

		SisRegistryProperty* p = new SisRegistryProperty(props[i]);

			iProperties.push_back(p);

		}

	// File descriptions and SIDs

	Sids aSids;

	int fileCount = aSisController.InstallBlock().FileCount();

	int value = fileCount;

	for(i = 0; i < aSisController.InstallBlock().FileCount(); ++i)

		{

		TUint32 aSid = 0;

		const CSISFileDescription& fileDesc =aSisController.InstallBlock().FileDescription(i);

		std::wstring target = std::wstring(fileDesc.Target().GetString());

			// if the target name contains wildchars, do not open to check SID, it is for eclipsing

			if ((target.find(L"?") == std::wstring::npos) || (target.find(L"*") == std::wstring::npos))

			{

				std::wstring::size_type index = target.rfind(L".");

				if (index != std::wstring::npos)

				{

					std::wstring extOfString = StringUtils::ToUpper(target.substr(index+1));

					const bool fileExists = aRomManager.RomFileExists( target );

					if  ( fileExists )

					{

						SBinarySecurityInfo info;

						const TInt err = aRomManager.ReadSecurityInfo( info, target );

						// SID is only applicable to an exe

						if (!err && (extOfString == L"EXE"))

						{

							aSid = info.iSecureId;

						}

					}

				}

				if(aSid)

				{

					aSids.push_back(aSid);

				}

			}

			#ifdef SYMBIAN_UNIVERSAL_INSTALL_FRAMEWORK //Just to ignore compiler

			FileDescription* aFileDescription = new FileDescription(fileDesc, aSid, L'Z', fileDesc.Target().GetString(), fileDesc.Target().GetString());

			#else

			FileDescription* aFileDescription = new FileDescription(fileDesc, aSid, L'Z', fileDesc.Target().GetString());

			#endif //SYMBIAN_UNIVERSAL_INSTALL_FRAMEWORK

			iFileDescriptions.push_back(aFileDescription);

		}

		SetSids(aSids);

	// Dependencies

	const CSISPrerequisites::TDependencyList& deps = aSisController.Prerequisites().DependencyList();

	for (i = 0; i < deps.size(); ++i)

		{

		SisRegistryDependency* p = new SisRegistryDependency(deps[i]);

			iDependencies.push_back(p);

		}

	// Vendor Localized Name

	if ( aSisController.SISInfo().VendorNameCount() > 0 )

		{

		iVendorLocalizedName = new std::wstring(aSisController.SISInfo().VendorName(0));

		}

	else

	{

		std::string error = "can not retrieve localized vendor name";

		std::string x = wstring2string((std::wstring)packageName);

		throw InvalidSis(x, error, INVALID_SIS);

	}

	// Signed by SU cert

	iSignedBySuCert = false;

	// Set Localized Package Names and Vendor Names

	std::vector<int> matchingDeviceLanguagesArray = iConfigManager.GetMatchingSupportedLanguages();

	TInt matchingLanguageCount = matchingDeviceLanguagesArray.size();

	for (TInt i=0; i < matchingLanguageCount; i++)

		{

		TInt languageId = matchingDeviceLanguagesArray.at(i);

		TInt supportedLanguageCount = aSisController.LanguageCount();

		for ( TInt j=0; j < supportedLanguageCount; j++ )

			{

			if ( aSisController.Language(j) == languageId)

				{

				iSupportedLanguageIds.push_back(languageId);

				iLocalizedVendorNames.push_back(new CSISString(aSisController.SISInfo().VendorName(j)));

				iLocalizedPackageNames.push_back(new CSISString(aSisController.SISInfo().PackageName(j)));

				}

			}

		}	

}

SisRegistryObject::~SisRegistryObject ()

	{

	delete iTrustStatus;

	TInt i;

	for (i = 0 ; i < iFileDescriptions.size() ; ++i)

		delete iFileDescriptions[i];

	for (i = 0 ; i < iProperties.size() ; ++i)

		delete iProperties[i];

	for (i = 0 ; i < iEmbeddedPackages.size() ; ++i)

		delete iEmbeddedPackages[i];

	for (i = 0 ; i < iDependencies.size() ; ++i)

		delete iDependencies[i];

	for (i = 0 ; i < iLocalizedPackageNames.size() ; ++i)

		delete iLocalizedPackageNames[i];

	for (i = 0 ; i < iLocalizedVendorNames.size() ; ++i)

		delete iLocalizedVendorNames[i];

	iSupportedLanguageIds.clear();

	delete iVendorLocalizedName;

	}

void SisRegistryObject::Internalize(Deserialiser& des)

	{

	SisRegistryToken::Internalize(des);

	des >> iFileMajorVersion

		>> iFileMinorVersion

		>> *iVendorLocalizedName

		>> iInstallType

		>> iInRom

		>> iDeletablePreInstalled

		>> iSigned

		>> iTrust

		>> iRemoveWithLastDependent

	    >> iTrustTimeStamp

		>> iDependencies

		>> iEmbeddedPackages

		>> iProperties

		>> iFileDescriptions

		>> *iTrustStatus

	    >> iInstallChainIndices;

	if(iFileMajorVersion > 5 || (iFileMajorVersion == 5 && iFileMinorVersion > 0))

		des >> iIsRemovable;

	else	

		iIsRemovable = true;

	if(iFileMajorVersion > 5 || (iFileMajorVersion == 5 && iFileMinorVersion >= 3))

		des >> iSignedBySuCert;

	else

		iSignedBySuCert = false;

	if(iFileMajorVersion > 5 || (iFileMajorVersion == 5 && iFileMinorVersion >= 4))

		{

		des >> iSupportedLanguageIds;

		des >> iLocalizedPackageNames;

		des >> iLocalizedVendorNames;

		}

	}

void SisRegistryObject::Externalize(Serialiser& ser)

	{

	SisRegistryToken::Externalize(ser);

	ser << iFileMajorVersion

		<< iFileMinorVersion

		<< *iVendorLocalizedName

		<< iInstallType

		<< iInRom

		<< iDeletablePreInstalled

		<< iSigned

		<< iTrust

		<< iRemoveWithLastDependent

		<< iTrustTimeStamp

		<< iDependencies

		<< iEmbeddedPackages

		<< iProperties

		<< iFileDescriptions

		<< *iTrustStatus

		<< iInstallChainIndices;

	if(iFileMajorVersion > 5 || (iFileMajorVersion == 5 && iFileMinorVersion > 0))