PackageRow::PackageRow(const PackageInfoRef& packageRef,
PackageListener* packageListener)
:
Inherited(ceilf(be_plain_font->Size() * 1.8f)),
fPackage(packageRef),
fPackageListener(packageListener)
{
if (packageRef.Get() == NULL)
return;
PackageInfo& package = *packageRef.Get();
// Package icon and title
// NOTE: The icon BBitmap is referenced by the fPackage member.
UpdateTitle();
// Rating
UpdateRating();
// Summary
UpdateSummary();
// Size
UpdateSize();
// Status
UpdateState();
package.AddListener(fPackageListener);
}
PackageActionList
PackageManager::GetPackageActions(PackageInfoRef package, Model* model)
{
PackageActionList actionList;
if (package->IsSystemPackage() || package->IsSystemDependency())
return actionList;
int32 state = package->State();
if (state == ACTIVATED || state == INSTALLED) {
actionList.Add(PackageActionRef(new UninstallPackageAction(
package, model), true));
// Add OpenPackageActions for each deskbar link found in the
// package
DeskbarLinkList foundLinks;
if (OpenPackageAction::FindAppToLaunch(package, foundLinks)
&& foundLinks.CountItems() < 4) {
for (int32 i = 0; i < foundLinks.CountItems(); i++) {
const DeskbarLink& link = foundLinks.ItemAtFast(i);
actionList.Add(PackageActionRef(new OpenPackageAction(
package, model, link), true));
}
}
} else if (state == NONE || state == UNINSTALLED) {
actionList.Add(PackageActionRef(new InstallPackageAction(package,
model), true));
}
// TODO: activation status
return actionList;
}
status_t
ServerIconExportUpdateProcess::PopulateForPkg(const PackageInfoRef& package)
{
BPath bestIconPath;
if ( fLocalIconStore->TryFindIconPath(
package->Name(), bestIconPath) == B_OK) {
BFile bestIconFile(bestIconPath.Path(), O_RDONLY);
BitmapRef bitmapRef(new(std::nothrow)SharedBitmap(bestIconFile), true);
package->SetIcon(bitmapRef);
if (Logger::IsDebugEnabled()) {
printf("[%s] have set the package icon for [%s] from [%s]\n",
Name(), package->Name().String(), bestIconPath.Path());
}
fCountIconsSet++;
return B_OK;
}
if (Logger::IsDebugEnabled()) {
printf("[%s] did not set the package icon for [%s]; no data\n",
Name(), package->Name().String());
}
return B_FILE_NOT_FOUND;
}
void
PackageRow::UpdateSize()
{
if (fPackage.Get() == NULL)
return;
SetField(new SizeField(fPackage->Size()), kSizeColumn);
}
void
PackageRow::UpdateRating()
{
if (fPackage.Get() == NULL)
return;
RatingSummary summary = fPackage->CalculateRatingSummary();
SetField(new RatingField(summary.averageRating), kRatingColumn);
}
void
PackageRow::UpdateSummary()
{
if (fPackage.Get() == NULL)
return;
SetField(new BStringField(fPackage->ShortDescription()),
kDescriptionColumn);
}
void
PackageRow::UpdateTitle()
{
if (fPackage.Get() == NULL)
return;
SetField(new SharedBitmapStringField(fPackage->Icon(),
SharedBitmap::SIZE_16, fPackage->Title()), kTitleColumn);
}
static bool FindAppToLaunch(const PackageInfoRef& package,
DeskbarLinkList& foundLinks)
{
if (package.Get() == NULL)
return false;
int32 installLocation = InstallLocation(package);
BPath packagePath;
if (installLocation == B_PACKAGE_INSTALLATION_LOCATION_SYSTEM) {
if (find_directory(B_SYSTEM_PACKAGES_DIRECTORY, &packagePath)
!= B_OK) {
return false;
}
} else if (installLocation == B_PACKAGE_INSTALLATION_LOCATION_HOME) {
if (find_directory(B_USER_PACKAGES_DIRECTORY, &packagePath)
!= B_OK) {
return false;
}
} else {
printf("OpenPackageAction::FindAppToLaunch(): "
"unknown install location");
return false;
}
packagePath.Append(package->FileName());
BNoErrorOutput errorOutput;
BPackageReader reader(&errorOutput);
status_t status = reader.Init(packagePath.Path());
if (status != B_OK) {
printf("OpenPackageAction::FindAppToLaunch(): "
"failed to init BPackageReader(%s): %s\n",
packagePath.Path(), strerror(status));
return false;
}
// Scan package contents for Deskbar links
DeskbarLinkFinder contentHandler(foundLinks);
status = reader.ParseContent(&contentHandler);
if (status != B_OK) {
printf("OpenPackageAction::FindAppToLaunch(): "
"failed parse package contents (%s): %s\n",
packagePath.Path(), strerror(status));
return false;
}
return foundLinks.CountItems() > 0;
}
void
ScreenshotWindow::SetPackage(const PackageInfoRef& package)
{
if (fPackage == package)
return;
fPackage = package;
BString title = B_TRANSLATE("Screenshot");
if (package.Get() != NULL) {
title = package->Title();
_DownloadScreenshot();
}
SetTitle(title);
}
virtual bool AcceptsPackage(const PackageInfoRef& package) const
{
if (package.Get() == NULL)
return false;
const CategoryList& categories = package->Categories();
for (int i = categories.CountItems() - 1; i >= 0; i--) {
const CategoryRef& category = categories.ItemAtFast(i);
if (category.Get() == NULL)
continue;
if (category->Name() == fCategory)
return true;
}
return false;
}
virtual bool AcceptsPackage(const PackageInfoRef& package) const
{
if (package.Get() == NULL)
return false;
printf("TEST %s\n", package->Name().String());
for (int32 i = 0; i < fPackageLists.CountItems(); i++) {
if (fPackageLists.ItemAtFast(i)->Contains(package)) {
printf(" contained in %" B_PRId32 "\n", i);
return false;
}
}
return true;
}
PackageInfoRef
PackageAction::FindPackageByName(const BString& name)
{
Model* model = GetModel();
const DepotList& depots = model->Depots();
// TODO: optimize!
for (int32 i = 0; i < depots.CountItems(); i++) {
const DepotInfo& depot = depots.ItemAtFast(i);
const PackageList& packages = depot.Packages();
for (int32 j = 0; j < packages.CountItems(); j++) {
PackageInfoRef info = packages.ItemAtFast(j);
if (info->Name() == name)
return info;
}
}
return PackageInfoRef();
}
void
PackageRow::UpdateState()
{
if (fPackage.Get() == NULL)
return;
SetField(new BStringField(package_state_to_string(fPackage)),
kStatusColumn);
}
void
ScreenshotWindow::SetPackage(const PackageInfoRef& package)
{
if (fPackage == package)
return;
fPackage = package;
BString title = B_TRANSLATE("Screenshot");
if (package.Get() != NULL) {
title = package->Title();
_DownloadScreenshot();
}
SetTitle(title);
atomic_set(&fCurrentScreenshotIndex, 0);
_UpdateToolBar();
}
PackageActionList
PackageManager::GetPackageActions(PackageInfoRef package, Model* model)
{
PackageActionList actionList;
if (package->IsSystemPackage() || package->IsSystemDependency())
return actionList;
int32 state = package->State();
if (state == ACTIVATED || state == INSTALLED) {
actionList.Add(PackageActionRef(new UninstallPackageAction(
package, model), true));
} else {
actionList.Add(PackageActionRef(new InstallPackageAction(package,
model), true));
}
// TODO: activation status
return actionList;
}
status_t
MainWindow::_PopulatePackageWorker(void* arg)
{
MainWindow* window = reinterpret_cast<MainWindow*>(arg);
while (acquire_sem(window->fPackageToPopulateSem) == B_OK) {
PackageInfoRef package;
{
AutoLocker<BLocker> lock(&window->fPackageToPopulateLock);
package = window->fPackageToPopulate;
}
if (package.Get() != NULL) {
window->fModel.PopulatePackage(package,
Model::POPULATE_USER_RATINGS | Model::POPULATE_SCREEN_SHOTS
| Model::POPULATE_CHANGELOG);
}
}
return 0;
}
int32
PackageAction::InstallLocation(const PackageInfoRef& package)
{
const PackageInstallationLocationSet& locations
= package->InstallationLocations();
// If the package is already installed, return its first installed location
if (locations.size() != 0)
return *locations.begin();
return B_PACKAGE_INSTALLATION_LOCATION_SYSTEM;
}
PackageRow::PackageRow(const PackageInfoRef& packageRef,
PackageListener* packageListener)
:
Inherited(ceilf(be_plain_font->Size() * 1.8f)),
fPackage(packageRef),
fPackageListener(packageListener)
{
if (packageRef.Get() == NULL)
return;
PackageInfo& package = *packageRef.Get();
// Package icon and title
// NOTE: The icon BBitmap is referenced by the fPackage member.
const BBitmap* icon = NULL;
if (package.Icon().Get() != NULL)
icon = package.Icon()->Bitmap(SharedBitmap::SIZE_16);
SetField(new BBitmapStringField(icon, package.Title()), kTitleColumn);
// Rating
UpdateRating();
// Description
SetField(new BStringField(package.ShortDescription()), kDescriptionColumn);
// Size
// TODO: Store package size
SetField(new BStringField("0 KiB"), kSizeColumn);
// Status
// TODO: Fetch info about installed/deactivated/uninstalled/...
SetField(new BStringField(package_state_to_string(fPackage)),
kStatusColumn);
package.AddListener(fPackageListener);
}
inline BString
package_state_to_string(PackageInfoRef ref)
{
switch (ref->State()) {
case NONE:
return B_TRANSLATE(skPackageStateAvailable);
case INSTALLED:
return B_TRANSLATE(skPackageStateInactive);
case ACTIVATED:
return B_TRANSLATE(skPackageStateActive);
case UNINSTALLED:
return B_TRANSLATE(skPackageStateUninstalled);
case DOWNLOADING:
{
BString data;
data.SetToFormat("%3.2f%%", ref->DownloadProgress() * 100.0);
return data;
}
case PENDING:
return B_TRANSLATE(skPackageStatePending);
}
return B_TRANSLATE("Unknown");
}
void
RatePackageWindow::SetPackage(const PackageInfoRef& package)
{
BAutolock locker(this);
if (!locker.IsLocked() || fWorkerThread >= 0)
return;
fPackage = package;
BString windowTitle(B_TRANSLATE("Rate %Package%"));
windowTitle.ReplaceAll("%Package%", package->Title());
SetTitle(windowTitle);
// See if the user already made a rating for this package,
// pre-fill the UI with that rating. (When sending the rating, the
// old one will be replaced.)
thread_id thread = spawn_thread(&_QueryRatingThreadEntry,
"Query rating", B_NORMAL_PRIORITY, this);
if (thread >= 0)
_SetWorkerThread(thread);
}
PackageAction::PackageAction(int32 type, PackageInfoRef package, Model* model)
:
fPackage(package),
fType(type),
fModel(model)
{
const PackageInstallationLocationSet& locations
= package->InstallationLocations();
int32 location = B_PACKAGE_INSTALLATION_LOCATION_SYSTEM;
// if the package is already installed, use its first installed location
// to initialize the manager.
// TODO: ideally if the package is installed at multiple locations,
// the user should be able to pick which one to remove.
if (locations.size() != 0)
location = *locations.begin();
// TODO: allow configuring the installation location
fPackageManager = new(std::nothrow) PackageManager(
(BPackageInstallationLocation)location);
}
void
MainWindow::_RefreshPackageList()
{
BPackageRoster roster;
BStringList repositoryNames;
status_t result = roster.GetRepositoryNames(repositoryNames);
if (result != B_OK)
return;
DepotInfoMap depots;
for (int32 i = 0; i < repositoryNames.CountStrings(); i++) {
const BString& repoName = repositoryNames.StringAt(i);
depots[repoName] = DepotInfo(repoName);
}
PackageManager manager(B_PACKAGE_INSTALLATION_LOCATION_HOME);
try {
manager.Init(PackageManager::B_ADD_INSTALLED_REPOSITORIES
| PackageManager::B_ADD_REMOTE_REPOSITORIES);
} catch (BException ex) {
BString message(B_TRANSLATE("An error occurred while "
"initializing the package manager: %message%"));
message.ReplaceFirst("%message%", ex.Message());
_NotifyUser("Error", message.String());
return;
}
BObjectList<BSolverPackage> packages;
result = manager.Solver()->FindPackages("",
BSolver::B_FIND_CASE_INSENSITIVE | BSolver::B_FIND_IN_NAME
| BSolver::B_FIND_IN_SUMMARY | BSolver::B_FIND_IN_DESCRIPTION
| BSolver::B_FIND_IN_PROVIDES,
packages);
if (result != B_OK) {
// TODO: notify user
return;
}
if (packages.IsEmpty())
return;
PackageInfoMap foundPackages;
// if a given package is installed locally, we will potentially
// get back multiple entries, one for each local installation
// location, and one for each remote repository the package
// is available in. The above map is used to ensure that in such
// cases we consolidate the information, rather than displaying
// duplicates
PackageInfoMap remotePackages;
// any package that we find in a remote repository goes in this map.
// this is later used to discern which packages came from a local
// installation only, as those must be handled a bit differently
// upon uninstallation, since we'd no longer be able to pull them
// down remotely.
BStringList systemFlaggedPackages;
// any packages flagged as a system package are added to this list.
// such packages cannot be uninstalled, nor can any of their deps.
PackageInfoMap systemInstalledPackages;
// any packages installed in system are added to this list.
// This is later used for dependency resolution of the actual
// system packages in order to compute the list of protected
// dependencies indicated above.
BitmapRef defaultIcon(new(std::nothrow) SharedBitmap(
"application/x-vnd.haiku-package"), true);
for (int32 i = 0; i < packages.CountItems(); i++) {
BSolverPackage* package = packages.ItemAt(i);
const BPackageInfo& repoPackageInfo = package->Info();
PackageInfoRef modelInfo;
PackageInfoMap::iterator it = foundPackages.find(
repoPackageInfo.Name());
if (it != foundPackages.end())
modelInfo.SetTo(it->second);
else {
// Add new package info
BString publisherURL;
if (repoPackageInfo.URLList().CountStrings() > 0)
publisherURL = repoPackageInfo.URLList().StringAt(0);
BString publisherName = repoPackageInfo.Vendor();
const BStringList& rightsList = repoPackageInfo.CopyrightList();
if (rightsList.CountStrings() > 0)
publisherName = rightsList.StringAt(0);
modelInfo.SetTo(new(std::nothrow) PackageInfo(
repoPackageInfo.Name(),
repoPackageInfo.Version().ToString(),
PublisherInfo(BitmapRef(), publisherName,
"", publisherURL), repoPackageInfo.Summary(),
repoPackageInfo.Description(),
repoPackageInfo.Flags()),
true);
if (modelInfo.Get() == NULL)
return;
foundPackages[repoPackageInfo.Name()] = modelInfo;
}
modelInfo->SetIcon(defaultIcon);
modelInfo->AddListener(this);
BSolverRepository* repository = package->Repository();
if (dynamic_cast<BPackageManager::RemoteRepository*>(repository)
!= NULL) {
depots[repository->Name()].AddPackage(modelInfo);
remotePackages[modelInfo->Title()] = modelInfo;
} else {
if (repository == static_cast<const BSolverRepository*>(
manager.SystemRepository())) {
modelInfo->AddInstallationLocation(
B_PACKAGE_INSTALLATION_LOCATION_SYSTEM);
if (!modelInfo->IsSystemPackage()) {
systemInstalledPackages[repoPackageInfo.FileName()]
= modelInfo;
}
} else if (repository == static_cast<const BSolverRepository*>(
manager.HomeRepository())) {
modelInfo->AddInstallationLocation(
B_PACKAGE_INSTALLATION_LOCATION_HOME);
}
}
if (modelInfo->IsSystemPackage())
systemFlaggedPackages.Add(repoPackageInfo.FileName());
}
BAutolock lock(fModel.Lock());
fModel.Clear();
// filter remote packages from the found list
// any packages remaining will be locally installed packages
// that weren't acquired from a repository
for (PackageInfoMap::iterator it = remotePackages.begin();
it != remotePackages.end(); it++) {
foundPackages.erase(it->first);
}
if (!foundPackages.empty()) {
BString repoName = B_TRANSLATE("Local");
depots[repoName] = DepotInfo(repoName);
DepotInfoMap::iterator depot = depots.find(repoName);
for (PackageInfoMap::iterator it = foundPackages.begin();
it != foundPackages.end(); ++it) {
depot->second.AddPackage(it->second);
}
}
for (DepotInfoMap::iterator it = depots.begin(); it != depots.end(); it++) {
fModel.AddDepot(it->second);
}
// start retrieving package icons and average ratings
fModel.PopulateAllPackages();
// compute the OS package dependencies
try {
// create the solver
BSolver* solver;
status_t error = BSolver::Create(solver);
if (error != B_OK)
throw BFatalErrorException(error, "Failed to create solver.");
ObjectDeleter<BSolver> solverDeleter(solver);
BPath systemPath;
error = find_directory(B_SYSTEM_PACKAGES_DIRECTORY, &systemPath);
if (error != B_OK) {
throw BFatalErrorException(error,
"Unable to retrieve system packages directory.");
}
// add the "installed" repository with the given packages
BSolverRepository installedRepository;
{
BRepositoryBuilder installedRepositoryBuilder(installedRepository,
"installed");
for (int32 i = 0; i < systemFlaggedPackages.CountStrings(); i++) {
BPath packagePath(systemPath);
packagePath.Append(systemFlaggedPackages.StringAt(i));
installedRepositoryBuilder.AddPackage(packagePath.Path());
}
installedRepositoryBuilder.AddToSolver(solver, true);
}
// add system repository
BSolverRepository systemRepository;
{
BRepositoryBuilder systemRepositoryBuilder(systemRepository,
"system");
for (PackageInfoMap::iterator it = systemInstalledPackages.begin();
it != systemInstalledPackages.end(); it++) {
BPath packagePath(systemPath);
packagePath.Append(it->first);
systemRepositoryBuilder.AddPackage(packagePath.Path());
}
systemRepositoryBuilder.AddToSolver(solver, false);
}
// solve
error = solver->VerifyInstallation();
if (error != B_OK) {
throw BFatalErrorException(error, "Failed to compute packages to "
"install.");
}
BSolverResult solverResult;
error = solver->GetResult(solverResult);
if (error != B_OK) {
throw BFatalErrorException(error, "Failed to retrieve system "
"package dependency list.");
}
for (int32 i = 0; const BSolverResultElement* element
= solverResult.ElementAt(i); i++) {
BSolverPackage* package = element->Package();
if (element->Type() == BSolverResultElement::B_TYPE_INSTALL) {
PackageInfoMap::iterator it = systemInstalledPackages.find(
package->Info().FileName());
if (it != systemInstalledPackages.end())
it->second->SetSystemDependency(true);
}
}
} catch (BFatalErrorException ex) {
printf("Fatal exception occurred while resolving system dependencies: "
"%s, details: %s\n", strerror(ex.Error()), ex.Details().String());
} catch (BNothingToDoException) {
// do nothing
} catch (BException ex) {
printf("Exception occurred while resolving system dependencies: %s\n",
ex.Message().String());
} catch (...) {
printf("Unknown exception occurred while resolving system "
"dependencies.\n");
}
}
