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;
}
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;
}
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");
}
