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#pragma once
#include <apt-pkg/cachefile.h>
#include <apt-pkg/macros.h>
#include <apt-pkg/upgrade.h>
#include <memory>
#include "package.h"
#include "util.h"
#include "progress.h"
using ActionGroup = pkgDepCache::ActionGroup;
struct PkgDepCache {
pkgDepCache* ptr;
// Maybe we use this if we don't want pin_mut() all over the place in Rust.
PkgDepCache* unconst() const { return const_cast<PkgDepCache*>(this); }
UniquePtr<ActionGroup> action_group() const { return std::make_unique<ActionGroup>(*ptr); }
bool is_upgradable(const PkgIterator& pkg) const { return (*ptr)[pkg].Upgradable(); }
bool phasing_applied(const PkgIterator& pkg) const {
#if defined(APT_PKG_MAJOR) && APT_PKG_MAJOR >= 7
return ptr->PhasingApplied(pkg);
#else
return false;
#endif
}
bool fix_broken() const { return pkgFixBroken(*ptr); }
/// Is the Package auto installed? Packages marked as auto installed are usually dependencies.
bool is_auto_installed(const PkgIterator& pkg) const {
pkgDepCache::StateCache state = (*ptr)[pkg];
return state.Flags & pkgCache::Flag::Auto;
}
/// Is the Package able to be auto removed?
bool is_garbage(const PkgIterator& pkg) const { return (*ptr)[pkg].Garbage; }
/// Is the Package marked NewInstall.
bool marked_new_install(const PkgIterator& pkg) const { return (*ptr)[pkg].NewInstall(); }
/// Is the Package marked for install?
bool marked_install(const PkgIterator& pkg) const { return (*ptr)[pkg].Install(); }
/// Is the Package marked for upgrade?
bool marked_upgrade(const PkgIterator& pkg) const { return (*ptr)[pkg].Upgrade(); }
/// Is the Package marked to be purged?
bool marked_purge(const PkgIterator& pkg) const { return (*ptr)[pkg].Purge(); }
/// Is the Package marked for removal?
bool marked_delete(const PkgIterator& pkg) const { return (*ptr)[pkg].Delete(); }
bool marked_held(const PkgIterator& pkg) const { return (*ptr)[pkg].Held(); }
/// Is the Package marked for keep?
bool marked_keep(const PkgIterator& pkg) const { return (*ptr)[pkg].Keep(); }
/// Is the Package marked for downgrade?
bool marked_downgrade(const PkgIterator& pkg) const { return (*ptr)[pkg].Downgrade(); }
/// Is the Package marked for reinstall?
bool marked_reinstall(const PkgIterator& pkg) const { return (*ptr)[pkg].ReInstall(); }
/// Mark a package as automatically installed.
///
/// MarkAuto = true will mark the package as automatically installed and false will mark it as
/// manual
void mark_auto(const PkgIterator& pkg, bool mark_auto) const { ptr->MarkAuto(pkg, mark_auto); }
/// Mark a package for keep.
///
/// This means that the package will not be changed from its current version.
/// This will not stop a reinstall, but will stop removal, upgrades and downgrades
///
/// Soft:
/// True = will mark for keep
/// False = will unmark for keep
///
/// We don't believe that there is any reason to unmark packages for keep.
/// If someone has a reason, and would like it implemented, please put in a feature request.
///
/// FromUser:
/// This is only ever True in apt underneath `MarkInstall`,
/// and the bool is passed from `MarkInstall` itselfconst .
/// I don't believe anyone needs access to this boolconst .
///
/// Depth:
/// Recursion tracker and is only used for printing Debug statements.
/// No one needs access to this. Additionally Depth cannot be over 3000.
bool mark_keep(const PkgIterator& pkg) const { return ptr->MarkKeep(pkg, false, false); }
/// Mark a package for removal.
///
/// MarkPurge:
/// True the package will be purged.
/// False the package will not be purged.
///
/// Depth:
/// Recursion tracker and is only used for printing Debug statements.
/// No one needs access to this. Additionally Depth cannot be over 3000.
///
/// FromUser:
/// True if the user requested this.
/// False the User did not request this.
///
/// Typically You would always use from user.
/// False here appears to be more of an implementation detail.
bool mark_delete(const PkgIterator& pkg, bool purge) const {
return ptr->MarkDelete(pkg, purge);
}
/// Mark a package for installation.
///
/// AutoInst: true = Auto Install dependencies of the package.
///
/// FromUser: true = Mark the package as installed from the User.
///
/// Depth:
/// Recursion tracker and is only used for printing Debug statements.
/// No one needs access to this. Additionally Depth cannot be over 3000.
///
/// ForceImportantDeps = TODO: Study what this does.
bool mark_install(const PkgIterator& pkg, bool auto_inst, bool from_user) const {
return ptr->MarkInstall(pkg, auto_inst, 0, from_user, false);
}
/// Set a version to be the candidate of it's package.
void set_candidate_version(const VerIterator& ver) const { ptr->SetCandidateVersion(ver); }
/// Return the candidate version of the package.
UniquePtr<VerIterator> candidate_version(const PkgIterator& pkg) const {
return std::make_unique<VerIterator>(ptr->GetCandidateVersion(pkg));
}
/// Returns the installed version if it exists.
/// * If a version is marked for install this will return the version to be
/// installed.
/// * If an installed package is marked for removal, this will return [`None`].
UniquePtr<VerIterator> install_version(const PkgIterator& pkg) const {
pkgCache& cache = ptr->GetCache();
return std::make_unique<VerIterator>((*ptr)[pkg].InstVerIter(cache));
}
/// Returns the state of the dependency as u8
u8 dep_state(const DepIterator& dep) const { return (*ptr)[dep]; }
/// Checks if the dependency is important.
///
/// Depends, PreDepends, Conflicts, Obsoletes, Breaks
/// will return [true].
///
/// Suggests, Recommends will return [true] if they are
/// configured to be installed.
bool is_important_dep(const DepIterator& dep) const { return ptr->IsImportantDep(dep); }
/// Mark a package for reinstallation
///
/// To:
/// True = The package will be marked for reinstall
/// False = The package will be unmarked for reinstall
void mark_reinstall(const PkgIterator& pkg, bool reinstall) const {
ptr->SetReInstall(pkg, reinstall);
}
/// Is the installed Package broken?
bool is_now_broken(const PkgIterator& pkg) const { return (*ptr)[pkg].NowBroken(); }
/// Is the Package to be installed broken?
bool is_inst_broken(const PkgIterator& pkg) const { return (*ptr)[pkg].InstBroken(); }
/// The number of packages marked for installation.
u32 install_count() const { return ptr->InstCount(); }
/// The number of packages marked for removal.
u32 delete_count() const { return ptr->DelCount(); }
/// The number of packages marked for keep.
u32 keep_count() const { return ptr->KeepCount(); }
/// The number of packages with broken dependencies in the cache.
u32 broken_count() const { return ptr->BrokenCount(); }
/// The size of all packages to be downloaded.
u64 download_size() const { return ptr->DebSize(); }
/// The amount of space required for installing/removing the packages,"
///
/// i.e. the Installed-Size of all packages marked for installation"
/// minus the Installed-Size of all packages for removal."
i64 disk_size() const { return ptr->UsrSize(); }
/// Perform a Full Upgrade. Remove and install new packages if necessary.
void upgrade(OperationProgress& callback, int upgrade_mode) const {
OpProgressWrapper op_progress(callback);
// It is currently unclear if we should return a bool here. I think Result should be fine.
APT::Upgrade::Upgrade(*ptr, upgrade_mode, &op_progress);
handle_errors();
}
/// Clear any marked changes in the DepCache.
void init(OperationProgress& callback) const {
OpProgressWrapper op_progress(callback);
ptr->Init(&op_progress);
// pkgApplyStatus(*cache->GetDepCache());
handle_errors();
}
PkgDepCache(pkgDepCache* DepCache) : ptr(DepCache) {};
};