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*
* Licensed to the Apache Software Foundation (ASF) under one
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* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
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*
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* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
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package org.openoffice.setup.Installer;
import java.io.File;
import org.openoffice.setup.InstallData;
import org.openoffice.setup.InstallerHelper.LinuxHelper;
import org.openoffice.setup.ResourceManager;
import org.openoffice.setup.SetupData.PackageDescription;
import org.openoffice.setup.SetupData.ProductDescription;
import org.openoffice.setup.SetupData.SetupDataProvider;
import org.openoffice.setup.Util.ExecuteProcess;
import org.openoffice.setup.Util.Informer;
import org.openoffice.setup.Util.LogManager;
import java.util.HashMap;
import java.util.Iterator;
import java.util.Map;
import java.util.Vector;
public class LinuxInstaller extends Installer {
LinuxHelper helper = new LinuxHelper();
public LinuxInstaller() {
super();
}
public void preInstall(PackageDescription packageData) {
InstallData installData = InstallData.getInstance();
// Collecting package names
helper.getLinuxPackageNamesFromRpmquery(packageData, installData);
helper.getLinuxFileInfo(packageData);
// Dumper.dumpAllRpmInfo(packageData);
}
public void postInstall(PackageDescription packageData) {
InstallData data = InstallData.getInstance();
if ( ! data.isAbortedInstallation() ) {
data.setStillRunning(true);
// Collecting information about installed packages
// Creating a list containing pairs of package names and rpm file names
// that has to be used during uninstallation.
helper.createPackageNameFileAtPostinstall(data, packageData);
helper.saveModulesLogFile(data);
data.setStillRunning(false);
}
}
public void preUninstall(PackageDescription packageData) {
// Collecting information about installed packages
HashMap packageNames = helper.readPackageNamesFile();
helper.setFullPackageNameAtUninstall(packageData, packageNames);
helper.getLinuxFileInfo(packageData);
// Dumper.dumpAllRpmInfo(packageData);
}
public void defineDatabasePath() {
InstallData data = InstallData.getInstance();
String oldDatabasePath = data.getDatabasePath();
data.setDatabasePath(null);
// Determining the database path (only for user installation).
// Important if a user installation is done into an existing
// user installation -> this methode can only be called after
// determination of installation directory.
if ( data.isUserInstallation() ) {
String databasePath = helper.getLinuxDatabasePath(data); // the file does not need to exist!
data.setDatabasePath(databasePath);
// If this is a new path to the database, then this database was
// not analyzed before (when going back in installation wizard)
if ( ! databasePath.equals(oldDatabasePath) ) {
data.setDatabaseAnalyzed(false);
data.setDatabaseQueried(false);
}
}
}
public String getChangeInstallDir(PackageDescription packageData) {
String installDir = null;
InstallData installData = InstallData.getInstance();
String packageName = packageData.getPkgRealName();
if ( packageName != null ) {
String rpmCommand = "rpm -q --queryformat %{INSTALLPREFIX} " + packageName;
String[] rpmCommandArray = new String[5];
rpmCommandArray[0] = "rpm";
rpmCommandArray[1] = "-q";
rpmCommandArray[2] = "--queryformat";
rpmCommandArray[3] = "%{INSTALLPREFIX}";
rpmCommandArray[4] = packageName;
Vector returnVector = new Vector();
Vector returnErrorVector = new Vector();
int returnValue = ExecuteProcess.executeProcessReturnVector(rpmCommandArray, returnVector, returnErrorVector);
String returnString = (String) returnVector.get(0);
returnString = returnString.replaceAll("//","/");
String log = rpmCommand + "<br><b>Returns: " + returnString + "</b><br>";
LogManager.addCommandsLogfileComment(log);
installDir = returnString;
}
return installDir;
}
public void installPackage(PackageDescription packageData) {
// get ProductDescription for logging mechanism
ProductDescription productData = SetupDataProvider.getProductDescription();
InstallData data = InstallData.getInstance();
// String log = "<br><b>Package: " + packageData.getName() + "</b>";
// LogManager.addCommandsLogfileComment(log);
String log = "";
// setting installDir
String installDir = data.getInstallDir();
String packagePath = data.getPackagePath();
if (( packageData.getPkgSubdir() != null ) && ( ! packageData.getPkgSubdir().equals("") )) {
File completePackageFile = new File(packagePath, packageData.getPkgSubdir());
packagePath = completePackageFile.getPath();
}
String packageName = packageData.getPackageName();
if (( packageName.equals("")) || ( packageName == null )) {
log = "<b>No package name specified. Nothing to do</b>";
LogManager.addCommandsLogfileComment(log);
} else {
log = "<b>Package Name: " + packageName + "</b>";
LogManager.addCommandsLogfileComment(log);
File completePackage = new File(packagePath, packageName);
packageName = completePackage.getPath();
packageName = "\"" + packageName + "\""; // Quoting is necessary, if the path the the packages contains white spaces.
if ( completePackage.exists() ) {
String relocations = helper.getRelocationString(packageData, packageName);
if ( relocations != null ) {
// Problem: If Prefix = "/" the packages are not relocatable with RPM version 3.x .
// Therefore Prefix has to be "/opt" in spec file, although packages shall not be
// relocatable (except for installations with root privileges). So /opt has to be
// listed left and right of equal sign: --relocate /opt=<installDir>/opt
// -> /opt has to be added to the installDir
File localInstallDir = new File(installDir, relocations); // "/" -> "/opt"
String localInstallDirString = localInstallDir.getPath();
// Fixing problem with installation directory and RPM version 3.x
String fixedInstallDir = helper.fixInstallationDirectory(localInstallDirString);
relocations = relocations + "=" + fixedInstallDir;
// relocations: "/opt/staroffice8=" + fixedInstallDir;
}
// Some packages have to be installed with parameter "--force", if the link "/usr/bin/soffice"
// already exists. These pacakges return true with methode "useForce()".
boolean useForce = false;
if ( packageData.useForce() ) {
File sofficeLink = new File("/usr/bin/soffice");
if ( sofficeLink.exists() ) { useForce = true; }
}
// On Debian based systems, rpms can be installed with the switch --force-debian, if a rpm
// is installed.
String forceDebianString = "";
String nodepsString = "";
if ( ! data.debianInvestigated() ) {
helper.investigateDebian(data);
data.setDebianInvestigated(true);
}
if ( data.isDebianSystem() ) {
nodepsString = "--nodeps";
if ( data.useForceDebian() ) {
forceDebianString = "--force-debian";
}
}
String databasePath = null;
String databaseString = "";
boolean useLocalDatabase = false;
if ( data.isUserInstallation() ) {
databasePath = data.getDatabasePath();
if ( databasePath == null ) {
databasePath = helper.getLinuxDatabasePath(data);
data.setDatabasePath(databasePath);
}
}
if (( databasePath != null ) && (! databasePath.equalsIgnoreCase("null"))) {
databaseString = "--dbpath";
useLocalDatabase = true;
}
// Defining a Vector that contains the full rpm command. Then the string array can be
// created dynamically. Otherwise there would be too many different scenarios.
Vector rpmVector = new Vector();
rpmVector.add("rpm");
rpmVector.add("--upgrade");
rpmVector.add("--ignoresize");
if ( useForce ) {
rpmVector.add("--force");
}
if ( ! forceDebianString.equals("") ) {
rpmVector.add(forceDebianString);
}
if ( ! nodepsString.equals("") ) {
rpmVector.add(nodepsString);
}
rpmVector.add("-vh");
if ( relocations != null ) {
rpmVector.add("--relocate");
rpmVector.add(relocations);
}
if ( useLocalDatabase ) {
rpmVector.add(databaseString);
rpmVector.add(databasePath);
}
rpmVector.add(packageName);
// Creating String and StringArray for rpm command
int capacity = rpmVector.size();
String rpmCommand = "";
String[] rpmCommandArray = new String[capacity];
for (int i = 0; i < rpmVector.size(); i++) {
rpmCommandArray[i] = (String)rpmVector.get(i);
rpmCommand = rpmCommand + " " + (String)rpmVector.get(i);
}
rpmCommand = rpmCommand.trim();
// Staring rpm process
Vector returnVector = new Vector();
Vector returnErrorVector = new Vector();
// int returnValue = SystemManager.executeProcessReturnVector(rpmCommand, returnVector, returnErrorVector);
int returnValue = ExecuteProcess.executeProcessReturnVector(rpmCommandArray, returnVector, returnErrorVector);
if ( returnValue == 0 ) {
log = rpmCommand + "<br><b>Returns: " + returnValue + " Successful installation</b><br>";
LogManager.addCommandsLogfileComment(log);
} else { // an error occured during installation
if ( packageData.installCanFail() ) {
log = rpmCommand + "<br><b>Returns: " + returnValue + " Problem during installation. Can be ignored.</b><br>";
LogManager.addCommandsLogfileComment(log);
} else {
log = rpmCommand + "<br><b>Returns: " + returnValue + " Error during installation</b><br>";
LogManager.addCommandsLogfileComment(log);
for (int i = 0; i < returnErrorVector.size(); i++) {
LogManager.addCommandsLogfileComment((String)returnErrorVector.get(i));
}
data.setIsErrorInstallation(true);
}
}
// saving installation state at package
packageData.setIsNewInstalled(true);
} else {
log = "<b>Error: Did not find package " + packageName + "</b><br>";
System.err.println(log);
String message = ResourceManager.getString("String_File_Not_Found") + ": " + packageName;
String title = ResourceManager.getString("String_Error");
Informer.showErrorMessage(message, title);
LogManager.addCommandsLogfileComment(log);
data.setIsErrorInstallation(true);
}
}
}
public void uninstallPackage(PackageDescription packageData) {
// get ProductDescription for logging mechanism
ProductDescription productData = SetupDataProvider.getProductDescription();
InstallData data = InstallData.getInstance();
String log = "";
// String log = "<br><b>Package: " + packageData.getName() + "</b>";
// LogManager.addCommandsLogfileComment(log);
String rpmPackageName = packageData.getPackageName();
if (( rpmPackageName.equals("")) || ( rpmPackageName == null )) {
log = "<b>No package name specified. Nothing to do</b>";
LogManager.addCommandsLogfileComment(log);
} else {
log = "<b>Package Name: " + rpmPackageName + "</b>";
LogManager.addCommandsLogfileComment(log);
String packageName = packageData.getPkgRealName();
String databasePath = data.getDatabasePath();
String databaseString = "";
boolean useLocalDatabase = false;
if (( databasePath != null ) && (! databasePath.equalsIgnoreCase("null"))) {
databaseString = "--dbpath";
useLocalDatabase = true;
}
// On Debian based systems, rpms can be installed with the switch --force-debian, if a rpm
// is installed.
String forceDebianString = "";
String nodepsString = "";
String noscriptsString = "";
if ( ! data.debianInvestigated() ) {
helper.investigateDebian(data);
data.setDebianInvestigated(true);
}
if ( data.isDebianSystem() ) {
nodepsString = "--nodeps";
if ( data.useForceDebian() ) {
forceDebianString = "--force-debian";
}
}
if (( data.isErrorInstallation() ) && ( data.isFirstPackage() )) {
noscriptsString = "--noscripts";
}
// Defining a Vector that contains the full rpm command. Then the string array can be
// created dynamically. Otherwise there would be too many different scenarios.
Vector rpmVector = new Vector();
rpmVector.add("rpm");
if ( ! forceDebianString.equals("") ) {
rpmVector.add(forceDebianString);
}
if ( ! nodepsString.equals("") ) {
rpmVector.add(nodepsString);
}
if ( ! noscriptsString.equals("") ) {
rpmVector.add(noscriptsString);
}
rpmVector.add("-ev");
if ( useLocalDatabase ) {
rpmVector.add(databaseString);
rpmVector.add(databasePath);
}
rpmVector.add(packageName);
// Creating String and StringArray for rpm command
int capacity = rpmVector.size();
String rpmCommand = "";
String[] rpmCommandArray = new String[capacity];
for (int i = 0; i < rpmVector.size(); i++) {
rpmCommandArray[i] = (String)rpmVector.get(i);
rpmCommand = rpmCommand + " " + (String)rpmVector.get(i);
}
rpmCommand = rpmCommand.trim();
// Starting rpm process
Vector returnVector = new Vector();
Vector returnErrorVector = new Vector();
int returnValue = ExecuteProcess.executeProcessReturnVector(rpmCommandArray, returnVector, returnErrorVector);
if ( returnValue == 0 ) {
log = rpmCommand + "<br><b>Returns: " + returnValue + " Successful uninstallation</b><br>";
LogManager.addCommandsLogfileComment(log);
} else { // an error occured during installation
if ( packageData.uninstallCanFail() ) {
log = rpmCommand + "<br><b>Returns: " + returnValue + " Problem during uninstallation. Can be ignored.</b><br>";
LogManager.addCommandsLogfileComment(log);
} else {
log = rpmCommand + "<br><b>Returns: " + returnValue + " Error during uninstallation</b><br>";
LogManager.addCommandsLogfileComment(log);
for (int i = 0; i < returnErrorVector.size(); i++) {
LogManager.addCommandsLogfileComment((String)returnErrorVector.get(i));
}
data.setIsErrorInstallation(true);
}
}
}
}
public boolean isPackageInstalledClassic(PackageDescription packageData, InstallData installData) {
boolean isInstalled = false;
boolean doCheck = false;
// only checking existing packages (and always at uninstallation)
if ( (packageData.pkgExists()) || (installData.isUninstallationMode()) ) {
doCheck = true;
}
String rpmPackageName = packageData.getPackageName();
if ( rpmPackageName.equals("") ) {
rpmPackageName = null;
}
if (( rpmPackageName != null ) && ( doCheck )) {
String databaseString = "";
String databasePath = null;
String packageName = packageData.getPkgRealName();
Vector allPackages = null;
boolean useLocalDatabase = false;
if (installData.isUserInstallation()) {
databasePath = installData.getDatabasePath();
}
if (( databasePath != null ) && (! databasePath.equals("null"))) {
databaseString = "--dbpath";
useLocalDatabase = true;
}
if (packageName != null) {
String rpmCommand;
String[] rpmCommandArray;
if (useLocalDatabase) {
rpmCommand = "rpm" + " " + databaseString + " " + databasePath + " --query " + packageName;
rpmCommandArray = new String[5];
rpmCommandArray[0] = "rpm";
rpmCommandArray[1] = databaseString;
rpmCommandArray[2] = databasePath;
rpmCommandArray[3] = "--query";
rpmCommandArray[4] = packageName;
} else {
rpmCommand = "rpm" + " --query " + packageName;
rpmCommandArray = new String[3];
rpmCommandArray[0] = "rpm";
rpmCommandArray[1] = "--query";
rpmCommandArray[2] = packageName;
}
int returnValue = ExecuteProcess.executeProcessReturnValue(rpmCommandArray);
if ( returnValue == 0 ) {
isInstalled = true;
packageData.setWasAlreadyInstalled(true); // needed for logging
String log = rpmCommand + "<br><b>Returns: " + returnValue + " Package is installed" + "</b><br>";
LogManager.addCommandsLogfileComment(log);
} else {
String log = rpmCommand + "<br><b>Returns: " + returnValue + " Package is not installed" + "</b><br>";
LogManager.addCommandsLogfileComment(log);
}
}
}
return isInstalled;
}
private void queryAllDatabase(InstallData installData) {
String databaseString = "";
String databasePath = null;
HashMap map = new HashMap();;
boolean useLocalDatabase = false;
if (installData.isUserInstallation()) {
databasePath = installData.getDatabasePath();
}
if (( databasePath != null ) && (! databasePath.equals("null"))) {
databaseString = "--dbpath";
useLocalDatabase = true;
}
String rpmCommand;
String[] rpmCommandArray;
if (useLocalDatabase) {
rpmCommand = "rpm" + " " + databaseString + " " + databasePath + " --query" + " -a";
rpmCommandArray = new String[5];
rpmCommandArray[0] = "rpm";
rpmCommandArray[1] = databaseString;
rpmCommandArray[2] = databasePath;
rpmCommandArray[3] = "--query";
rpmCommandArray[4] = "-a";
} else {
rpmCommand = "rpm" + " --query" + " -a";
rpmCommandArray = new String[3];
rpmCommandArray[0] = "rpm";
rpmCommandArray[1] = "--query";
rpmCommandArray[2] = "-a";
}
Vector returnVector = new Vector();
Vector returnErrorVector = new Vector();
int returnValue = ExecuteProcess.executeProcessReturnVector(rpmCommandArray, returnVector, returnErrorVector);
String log = rpmCommand + "<br><b>Returns: " + returnValue + "</b><br>";
LogManager.addCommandsLogfileComment(log);
String value = "1";
if ( ! returnVector.isEmpty()) {
for (int i = 0; i < returnVector.size(); i++) {
String onePackage = (String)returnVector.get(i);
int pos1 = onePackage.lastIndexOf("-");
int pos2 = onePackage.substring(0, pos1).lastIndexOf("-");
String key = onePackage.substring(0, pos2);
map.put(key, value);
}
}
installData.setDatabaseQueried(true);
installData.setDatabaseMap(map);
}
public boolean isPackageInstalled(PackageDescription packageData, InstallData installData) {
boolean isInstalled = false;
boolean doCheck = false;
// only checking existing packages (and always at uninstallation)
if ( (packageData.pkgExists()) || (installData.isUninstallationMode()) ) {
doCheck = true;
}
String rpmPackageName = packageData.getPackageName();
if ( rpmPackageName.equals("") ) {
rpmPackageName = null;
}
if (( rpmPackageName != null ) && ( doCheck )) {
String packageName = packageData.getPkgRealName();
if (packageName != null) {
HashMap map = null;
if ( ! installData.databaseQueried() ) {
queryAllDatabase(installData);
}
map = installData.getDatabaseMap();
if ( map.containsKey(packageName)) {
isInstalled = true;
}
} else {
System.err.println("Error: No packageName defined for package: " + packageData.getPackageName());
}
}
return isInstalled;
}
public boolean isInstallSetPackageOlder(PackageDescription packageData, InstallData installData) {
boolean installSetPackageIsOlder = false;
boolean checkIfInstalledIsOlder = false;
installSetPackageIsOlder = findOlderPackage(packageData, installData, checkIfInstalledIsOlder);
return installSetPackageIsOlder;
}
public boolean isInstalledPackageOlder(PackageDescription packageData, InstallData installData) {
boolean installedPackageIsOlder = false;
boolean checkIfInstalledIsOlder = true;
installedPackageIsOlder = findOlderPackage(packageData, installData, checkIfInstalledIsOlder);
return installedPackageIsOlder;
}
private boolean findOlderPackage(PackageDescription packageData, InstallData installData, boolean checkIfInstalledIsOlder) {
// The information about the new package is stored in packageData (the version and the release).
// This information can be stored in xpd files. If it is not stored in xpd files, it is determined
// during installation process by querying the rpm file. This process costs much time and should
// therefore be done by the process, that creates the xpd files. On the other hand this requires,
// that the xpd files contain the correct information.
boolean isOlder = false;
// get the version of the installed package
String rpmPackageName = packageData.getPackageName();
String log;
if ( rpmPackageName.equals("")) {
rpmPackageName = null;
}
if ( rpmPackageName != null ) {
String databaseString = "";
String databasePath = null;
String packageName = packageData.getPkgRealName();
Vector allPackages = null;
boolean useLocalDatabase = false;
if (installData.isUserInstallation()) {
databasePath = installData.getDatabasePath();
}
if (( databasePath != null ) && (! databasePath.equals("null"))) {
databaseString = "--dbpath";
useLocalDatabase = true;
}
if (packageName != null) {
// Collect information about the installed package by querying the database.
// Instead of rpm file name, the real package name has to be used.
String rpmCommand;
String[] rpmCommandArray;
if (useLocalDatabase) {
rpmCommand = "rpm" + " " + databaseString + " " + databasePath + " -q --queryformat %{VERSION}\\n " + packageName;
rpmCommandArray = new String[7];
rpmCommandArray[0] = "rpm";
rpmCommandArray[1] = databaseString;
rpmCommandArray[2] = databasePath;
rpmCommandArray[3] = "-q";
rpmCommandArray[4] = "--queryformat";
rpmCommandArray[5] = "%{VERSION}\\n";
rpmCommandArray[6] = packageName;
} else {
rpmCommand = "rpm" + " -q --queryformat %{VERSION}\\n " + packageName;
rpmCommandArray = new String[5];
rpmCommandArray[0] = "rpm";
rpmCommandArray[1] = "-q";
rpmCommandArray[2] = "--queryformat";
rpmCommandArray[3] = "%{VERSION}\\n";
rpmCommandArray[4] = packageName;
}
Vector versionVector = new Vector();
Vector returnErrorVector = new Vector();
int returnValue = ExecuteProcess.executeProcessReturnVector(rpmCommandArray, versionVector, returnErrorVector);
String version = (String) versionVector.lastElement();
log = rpmCommand + "<br><b>Returns: " + version + "</b><br>";
LogManager.addCommandsLogfileComment(log);
if ( ! installData.installedProductMinorSet() ) {
int productMinor = helper.getInstalledMinor(version);
installData.setInstalledProductMinor(productMinor);
installData.setInstalledProductMinorSet(true);
}
if (useLocalDatabase) {
rpmCommand = "rpm" + " " + databaseString + " " + databasePath + " -q --queryformat %{RELEASE}\\n " + packageName;
rpmCommandArray[5] = "%{RELEASE}\\n";
} else {
rpmCommand = "rpm" + " -q --queryformat %{RELEASE}\\n " + packageName;
rpmCommandArray[3] = "%{RELEASE}\\n";
}
Vector releaseVector = new Vector();
returnValue = ExecuteProcess.executeProcessReturnVector(rpmCommandArray, releaseVector, returnErrorVector);
String release = (String) releaseVector.lastElement();
log = rpmCommand + "<br><b>Returns: " + release + "</b><br>";
LogManager.addCommandsLogfileComment(log);
isOlder = helper.compareVersionAndRelease(version, release, packageData, checkIfInstalledIsOlder);
if ( checkIfInstalledIsOlder ) {
if ( isOlder ) {
LogManager.addCommandsLogfileComment("<b>-> Installed package is older</b><br>");
} else {
LogManager.addCommandsLogfileComment("<b>-> Installed package is not older</b><br>");
}
} else {
if ( isOlder ) {
LogManager.addCommandsLogfileComment("<b>-> Package in installation set is older</b><br>");
} else {
LogManager.addCommandsLogfileComment("<b>-> Package in installation set is not older</b><br>");
}
}
} else {
System.err.println("Error: No packageName defined for package: " + rpmPackageName);
}
}
return isOlder;
}
}