// -*- mode: cpp; mode: fold -*- // Description /*{{{*/ // $Id: apt-cache.cc,v 1.72 2004/04/30 04:34:03 mdz Exp $ /* ###################################################################### apt-cache - Manages the cache files apt-cache provides some functions fo manipulating the cache files. It uses the command line interface common to all the APT tools. Returns 100 on failure, 0 on success. ##################################################################### */ /*}}}*/ // Include Files /*{{{*/ #include<config.h> #include <apt-pkg/algorithms.h> #include <apt-pkg/cachefile.h> #include <apt-pkg/cacheset.h> #include <apt-pkg/cmndline.h> #include <apt-pkg/error.h> #include <apt-pkg/fileutl.h> #include <apt-pkg/indexfile.h> #include <apt-pkg/init.h> #include <apt-pkg/metaindex.h> #include <apt-pkg/pkgrecords.h> #include <apt-pkg/pkgsystem.h> #include <apt-pkg/policy.h> #include <apt-pkg/progress.h> #include <apt-pkg/sourcelist.h> #include <apt-pkg/sptr.h> #include <apt-pkg/srcrecords.h> #include <apt-pkg/strutl.h> #include <apt-pkg/tagfile.h> #include <apt-pkg/version.h> #include <apt-pkg/cacheiterators.h> #include <apt-pkg/configuration.h> #include <apt-pkg/depcache.h> #include <apt-pkg/macros.h> #include <apt-pkg/mmap.h> #include <apt-pkg/pkgcache.h> #include <apt-private/private-cacheset.h> #include <apt-private/private-cmndline.h> #include <regex.h> #include <stddef.h> #include <stdio.h> #include <stdlib.h> #include <unistd.h> #include <algorithm> #include <cstring> #include <iomanip> #include <iostream> #include <list> #include <map> #include <set> #include <string> #include <vector> #include <apti18n.h> /*}}}*/ using namespace std; // LocalitySort - Sort a version list by package file locality /*{{{*/ // --------------------------------------------------------------------- /* */ static int LocalityCompare(const void *a, const void *b) { pkgCache::VerFile *A = *(pkgCache::VerFile **)a; pkgCache::VerFile *B = *(pkgCache::VerFile **)b; if (A == 0 && B == 0) return 0; if (A == 0) return 1; if (B == 0) return -1; if (A->File == B->File) return A->Offset - B->Offset; return A->File - B->File; } static void LocalitySort(pkgCache::VerFile **begin, unsigned long Count,size_t Size) { qsort(begin,Count,Size,LocalityCompare); } static void LocalitySort(pkgCache::DescFile **begin, unsigned long Count,size_t Size) { qsort(begin,Count,Size,LocalityCompare); } /*}}}*/ // UnMet - Show unmet dependencies /*{{{*/ // --------------------------------------------------------------------- /* */ static bool ShowUnMet(pkgCache::VerIterator const &V, bool const Important) { bool Header = false; for (pkgCache::DepIterator D = V.DependsList(); D.end() == false;) { // Collect or groups pkgCache::DepIterator Start; pkgCache::DepIterator End; D.GlobOr(Start,End); // Important deps only if (Important == true) if (End->Type != pkgCache::Dep::PreDepends && End->Type != pkgCache::Dep::Depends) continue; // Skip conflicts and replaces if (End.IsNegative() == true) continue; // Verify the or group bool OK = false; pkgCache::DepIterator RealStart = Start; do { // See if this dep is Ok pkgCache::Version **VList = Start.AllTargets(); if (*VList != 0) { OK = true; delete [] VList; break; } delete [] VList; if (Start == End) break; ++Start; } while (1); // The group is OK if (OK == true) continue; // Oops, it failed.. if (Header == false) ioprintf(cout,_("Package %s version %s has an unmet dep:\n"), V.ParentPkg().FullName(true).c_str(),V.VerStr()); Header = true; // Print out the dep type cout << " " << End.DepType() << ": "; // Show the group Start = RealStart; do { cout << Start.TargetPkg().FullName(true); if (Start.TargetVer() != 0) cout << " (" << Start.CompType() << " " << Start.TargetVer() << ")"; if (Start == End) break; cout << " | "; ++Start; } while (1); cout << endl; } return true; } static bool UnMet(CommandLine &CmdL) { bool const Important = _config->FindB("APT::Cache::Important",false); pkgCacheFile CacheFile; if (unlikely(CacheFile.GetPkgCache() == NULL)) return false; if (CmdL.FileSize() <= 1) { for (pkgCache::PkgIterator P = CacheFile.GetPkgCache()->PkgBegin(); P.end() == false; ++P) for (pkgCache::VerIterator V = P.VersionList(); V.end() == false; ++V) if (ShowUnMet(V, Important) == false) return false; } else { CacheSetHelperVirtuals helper(true, GlobalError::NOTICE); APT::VersionList verset = APT::VersionList::FromCommandLine(CacheFile, CmdL.FileList + 1, APT::VersionList::CANDIDATE, helper); for (APT::VersionList::iterator V = verset.begin(); V != verset.end(); ++V) if (ShowUnMet(V, Important) == false) return false; } return true; } /*}}}*/ // DumpPackage - Show a dump of a package record /*{{{*/ // --------------------------------------------------------------------- /* */ static bool DumpPackage(CommandLine &CmdL) { pkgCacheFile CacheFile; APT::CacheSetHelper helper(true, GlobalError::NOTICE); APT::PackageList pkgset = APT::PackageList::FromCommandLine(CacheFile, CmdL.FileList + 1, helper); for (APT::PackageList::const_iterator Pkg = pkgset.begin(); Pkg != pkgset.end(); ++Pkg) { cout << "Package: " << Pkg.FullName(true) << endl; cout << "Versions: " << endl; for (pkgCache::VerIterator Cur = Pkg.VersionList(); Cur.end() != true; ++Cur) { cout << Cur.VerStr(); for (pkgCache::VerFileIterator Vf = Cur.FileList(); Vf.end() == false; ++Vf) cout << " (" << Vf.File().FileName() << ")"; cout << endl; for (pkgCache::DescIterator D = Cur.DescriptionList(); D.end() == false; ++D) { cout << " Description Language: " << D.LanguageCode() << endl << " File: " << D.FileList().File().FileName() << endl << " MD5: " << D.md5() << endl; } cout << endl; } cout << endl; cout << "Reverse Depends: " << endl; for (pkgCache::DepIterator D = Pkg.RevDependsList(); D.end() != true; ++D) { cout << " " << D.ParentPkg().FullName(true) << ',' << D.TargetPkg().FullName(true); if (D->Version != 0) cout << ' ' << DeNull(D.TargetVer()) << endl; else cout << endl; } cout << "Dependencies: " << endl; for (pkgCache::VerIterator Cur = Pkg.VersionList(); Cur.end() != true; ++Cur) { cout << Cur.VerStr() << " - "; for (pkgCache::DepIterator Dep = Cur.DependsList(); Dep.end() != true; ++Dep) cout << Dep.TargetPkg().FullName(true) << " (" << (int)Dep->CompareOp << " " << DeNull(Dep.TargetVer()) << ") "; cout << endl; } cout << "Provides: " << endl; for (pkgCache::VerIterator Cur = Pkg.VersionList(); Cur.end() != true; ++Cur) { cout << Cur.VerStr() << " - "; for (pkgCache::PrvIterator Prv = Cur.ProvidesList(); Prv.end() != true; ++Prv) cout << Prv.ParentPkg().FullName(true) << " "; cout << endl; } cout << "Reverse Provides: " << endl; for (pkgCache::PrvIterator Prv = Pkg.ProvidesList(); Prv.end() != true; ++Prv) cout << Prv.OwnerPkg().FullName(true) << " " << Prv.OwnerVer().VerStr() << endl; } return true; } /*}}}*/ // Stats - Dump some nice statistics /*{{{*/ // --------------------------------------------------------------------- /* */ static bool Stats(CommandLine &) { pkgCacheFile CacheFile; pkgCache *Cache = CacheFile.GetPkgCache(); if (unlikely(Cache == NULL)) return false; cout << _("Total package names: ") << Cache->Head().GroupCount << " (" << SizeToStr(Cache->Head().GroupCount*Cache->Head().GroupSz) << ')' << endl << _("Total package structures: ") << Cache->Head().PackageCount << " (" << SizeToStr(Cache->Head().PackageCount*Cache->Head().PackageSz) << ')' << endl; int Normal = 0; int Virtual = 0; int NVirt = 0; int DVirt = 0; int Missing = 0; pkgCache::PkgIterator I = Cache->PkgBegin(); for (;I.end() != true; ++I) { if (I->VersionList != 0 && I->ProvidesList == 0) { Normal++; continue; } if (I->VersionList != 0 && I->ProvidesList != 0) { NVirt++; continue; } if (I->VersionList == 0 && I->ProvidesList != 0) { // Only 1 provides if (I.ProvidesList()->NextProvides == 0) { DVirt++; } else Virtual++; continue; } if (I->VersionList == 0 && I->ProvidesList == 0) { Missing++; continue; } } cout << _(" Normal packages: ") << Normal << endl; cout << _(" Pure virtual packages: ") << Virtual << endl; cout << _(" Single virtual packages: ") << DVirt << endl; cout << _(" Mixed virtual packages: ") << NVirt << endl; cout << _(" Missing: ") << Missing << endl; cout << _("Total distinct versions: ") << Cache->Head().VersionCount << " (" << SizeToStr(Cache->Head().VersionCount*Cache->Head().VersionSz) << ')' << endl; cout << _("Total distinct descriptions: ") << Cache->Head().DescriptionCount << " (" << SizeToStr(Cache->Head().DescriptionCount*Cache->Head().DescriptionSz) << ')' << endl; cout << _("Total dependencies: ") << Cache->Head().DependsCount << " (" << SizeToStr(Cache->Head().DependsCount*Cache->Head().DependencySz) << ')' << endl; cout << _("Total ver/file relations: ") << Cache->Head().VerFileCount << " (" << SizeToStr(Cache->Head().VerFileCount*Cache->Head().VerFileSz) << ')' << endl; cout << _("Total Desc/File relations: ") << Cache->Head().DescFileCount << " (" << SizeToStr(Cache->Head().DescFileCount*Cache->Head().DescFileSz) << ')' << endl; cout << _("Total Provides mappings: ") << Cache->Head().ProvidesCount << " (" << SizeToStr(Cache->Head().ProvidesCount*Cache->Head().ProvidesSz) << ')' << endl; // String list stats unsigned long Size = 0; unsigned long Count = 0; for (pkgCache::StringItem *I = Cache->StringItemP + Cache->Head().StringList; I!= Cache->StringItemP; I = Cache->StringItemP + I->NextItem) { Count++; Size += strlen(Cache->StrP + I->String) + 1; } cout << _("Total globbed strings: ") << Count << " (" << SizeToStr(Size) << ')' << endl; unsigned long DepVerSize = 0; for (pkgCache::PkgIterator P = Cache->PkgBegin(); P.end() == false; ++P) { for (pkgCache::VerIterator V = P.VersionList(); V.end() == false; ++V) { for (pkgCache::DepIterator D = V.DependsList(); D.end() == false; ++D) { if (D->Version != 0) DepVerSize += strlen(D.TargetVer()) + 1; } } } cout << _("Total dependency version space: ") << SizeToStr(DepVerSize) << endl; unsigned long Slack = 0; for (int I = 0; I != 7; I++) Slack += Cache->Head().Pools[I].ItemSize*Cache->Head().Pools[I].Count; cout << _("Total slack space: ") << SizeToStr(Slack) << endl; unsigned long Total = 0; Total = Slack + Size + Cache->Head().DependsCount*Cache->Head().DependencySz + Cache->Head().VersionCount*Cache->Head().VersionSz + Cache->Head().PackageCount*Cache->Head().PackageSz + Cache->Head().VerFileCount*Cache->Head().VerFileSz + Cache->Head().ProvidesCount*Cache->Head().ProvidesSz; cout << _("Total space accounted for: ") << SizeToStr(Total) << endl; return true; } /*}}}*/ // Dump - show everything /*{{{*/ // --------------------------------------------------------------------- /* This is worthless except fer debugging things */ static bool Dump(CommandLine &) { pkgCacheFile CacheFile; pkgCache *Cache = CacheFile.GetPkgCache(); if (unlikely(Cache == NULL)) return false; std::cout << "Using Versioning System: " << Cache->VS->Label << std::endl; for (pkgCache::PkgIterator P = Cache->PkgBegin(); P.end() == false; ++P) { std::cout << "Package: " << P.FullName(true) << std::endl; for (pkgCache::VerIterator V = P.VersionList(); V.end() == false; ++V) { std::cout << " Version: " << V.VerStr() << std::endl; std::cout << " File: " << V.FileList().File().FileName() << std::endl; for (pkgCache::DepIterator D = V.DependsList(); D.end() == false; ++D) std::cout << " Depends: " << D.TargetPkg().FullName(true) << ' ' << DeNull(D.TargetVer()) << std::endl; for (pkgCache::DescIterator D = V.DescriptionList(); D.end() == false; ++D) { std::cout << " Description Language: " << D.LanguageCode() << std::endl << " File: " << D.FileList().File().FileName() << std::endl << " MD5: " << D.md5() << std::endl; } } } for (pkgCache::PkgFileIterator F = Cache->FileBegin(); F.end() == false; ++F) { std::cout << "File: " << F.FileName() << std::endl; std::cout << " Type: " << F.IndexType() << std::endl; std::cout << " Size: " << F->Size << std::endl; std::cout << " ID: " << F->ID << std::endl; std::cout << " Flags: " << F->Flags << std::endl; std::cout << " Time: " << TimeRFC1123(F->mtime) << std::endl; std::cout << " Archive: " << DeNull(F.Archive()) << std::endl; std::cout << " Component: " << DeNull(F.Component()) << std::endl; std::cout << " Version: " << DeNull(F.Version()) << std::endl; std::cout << " Origin: " << DeNull(F.Origin()) << std::endl; std::cout << " Site: " << DeNull(F.Site()) << std::endl; std::cout << " Label: " << DeNull(F.Label()) << std::endl; std::cout << " Architecture: " << DeNull(F.Architecture()) << std::endl; } return true; } /*}}}*/ // DumpAvail - Print out the available list /*{{{*/ // --------------------------------------------------------------------- /* This is needed to make dpkg --merge happy.. I spent a bit of time to make this run really fast, perhaps I went a little overboard.. */ static bool DumpAvail(CommandLine &) { pkgCacheFile CacheFile; pkgCache *Cache = CacheFile.GetPkgCache(); if (unlikely(Cache == NULL || CacheFile.BuildPolicy() == false)) return false; unsigned long Count = Cache->HeaderP->PackageCount+1; pkgCache::VerFile **VFList = new pkgCache::VerFile *[Count]; memset(VFList,0,sizeof(*VFList)*Count); // Map versions that we want to write out onto the VerList array. for (pkgCache::PkgIterator P = Cache->PkgBegin(); P.end() == false; ++P) { if (P->VersionList == 0) continue; /* Find the proper version to use. If the policy says there are no possible selections we return the installed version, if available.. This prevents dselect from making it obsolete. */ pkgCache::VerIterator V = CacheFile.GetPolicy()->GetCandidateVer(P); if (V.end() == true) { if (P->CurrentVer == 0) continue; V = P.CurrentVer(); } pkgCache::VerFileIterator VF = V.FileList(); for (; VF.end() == false ; ++VF) if ((VF.File()->Flags & pkgCache::Flag::NotSource) == 0) break; /* Okay, here we have a bit of a problem.. The policy has selected the currently installed package - however it only exists in the status file.. We need to write out something or dselect will mark the package as obsolete! Thus we emit the status file entry, but below we remove the status line to make it valid for the available file. However! We only do this if their do exist *any* non-source versions of the package - that way the dselect obsolete handling works OK. */ if (VF.end() == true) { for (pkgCache::VerIterator Cur = P.VersionList(); Cur.end() != true; ++Cur) { for (VF = Cur.FileList(); VF.end() == false; ++VF) { if ((VF.File()->Flags & pkgCache::Flag::NotSource) == 0) { VF = V.FileList(); break; } } if (VF.end() == false) break; } } VFList[P->ID] = VF; } LocalitySort(VFList,Count,sizeof(*VFList)); // Iterate over all the package files and write them out. char *Buffer = new char[Cache->HeaderP->MaxVerFileSize+10]; for (pkgCache::VerFile **J = VFList; *J != 0;) { pkgCache::PkgFileIterator File(*Cache,(*J)->File + Cache->PkgFileP); if (File.IsOk() == false) { _error->Error(_("Package file %s is out of sync."),File.FileName()); break; } FileFd PkgF(File.FileName(),FileFd::ReadOnly, FileFd::Extension); if (_error->PendingError() == true) break; /* Write all of the records from this package file, since we already did locality sorting we can now just seek through the file in read order. We apply 1 more optimization here, since often there will be < 1 byte gaps between records (for the \n) we read that into the next buffer and offset a bit.. */ unsigned long Pos = 0; for (; *J != 0; J++) { if ((*J)->File + Cache->PkgFileP != File) break; const pkgCache::VerFile &VF = **J; // Read the record and then write it out again. unsigned long Jitter = VF.Offset - Pos; if (Jitter > 8) { if (PkgF.Seek(VF.Offset) == false) break; Jitter = 0; } if (PkgF.Read(Buffer,VF.Size + Jitter) == false) break; Buffer[VF.Size + Jitter] = '\n'; // See above.. if ((File->Flags & pkgCache::Flag::NotSource) == pkgCache::Flag::NotSource) { pkgTagSection Tags; TFRewriteData RW[] = {{"Status", NULL, NULL},{"Config-Version", NULL, NULL},{NULL, NULL, NULL}}; const char *Zero = 0; if (Tags.Scan(Buffer+Jitter,VF.Size+1) == false || TFRewrite(stdout,Tags,&Zero,RW) == false) { _error->Error("Internal Error, Unable to parse a package record"); break; } fputc('\n',stdout); } else { if (fwrite(Buffer+Jitter,VF.Size+1,1,stdout) != 1) break; } Pos = VF.Offset + VF.Size; } fflush(stdout); if (_error->PendingError() == true) break; } delete [] Buffer; delete [] VFList; return !_error->PendingError(); } /*}}}*/ // ShowDepends - Helper for printing out a dependency tree /*{{{*/ static bool ShowDepends(CommandLine &CmdL, bool const RevDepends) { pkgCacheFile CacheFile; pkgCache *Cache = CacheFile.GetPkgCache(); if (unlikely(Cache == NULL)) return false; CacheSetHelperVirtuals helper(false); APT::VersionList verset = APT::VersionList::FromCommandLine(CacheFile, CmdL.FileList + 1, APT::VersionList::CANDIDATE, helper); if (verset.empty() == true && helper.virtualPkgs.empty() == true) return _error->Error(_("No packages found")); std::vector<bool> Shown(Cache->Head().PackageCount); bool const Recurse = _config->FindB("APT::Cache::RecurseDepends", false); bool const Installed = _config->FindB("APT::Cache::Installed", false); bool const Important = _config->FindB("APT::Cache::Important", false); bool const ShowDepType = _config->FindB("APT::Cache::ShowDependencyType", RevDepends == false); bool const ShowVersion = _config->FindB("APT::Cache::ShowVersion", false); bool const ShowPreDepends = _config->FindB("APT::Cache::ShowPre-Depends", true); bool const ShowDepends = _config->FindB("APT::Cache::ShowDepends", true); bool const ShowRecommends = _config->FindB("APT::Cache::ShowRecommends", Important == false); bool const ShowSuggests = _config->FindB("APT::Cache::ShowSuggests", Important == false); bool const ShowReplaces = _config->FindB("APT::Cache::ShowReplaces", Important == false); bool const ShowConflicts = _config->FindB("APT::Cache::ShowConflicts", Important == false); bool const ShowBreaks = _config->FindB("APT::Cache::ShowBreaks", Important == false); bool const ShowEnhances = _config->FindB("APT::Cache::ShowEnhances", Important == false); bool const ShowOnlyFirstOr = _config->FindB("APT::Cache::ShowOnlyFirstOr", false); while (verset.empty() != true) { pkgCache::VerIterator Ver = *verset.begin(); verset.erase(verset.begin()); pkgCache::PkgIterator Pkg = Ver.ParentPkg(); Shown[Pkg->ID] = true; cout << Pkg.FullName(true) << endl; if (RevDepends == true) cout << "Reverse Depends:" << endl; for (pkgCache::DepIterator D = RevDepends ? Pkg.RevDependsList() : Ver.DependsList(); D.end() == false; ++D) { switch (D->Type) { case pkgCache::Dep::PreDepends: if (!ShowPreDepends) continue; break; case pkgCache::Dep::Depends: if (!ShowDepends) continue; break; case pkgCache::Dep::Recommends: if (!ShowRecommends) continue; break; case pkgCache::Dep::Suggests: if (!ShowSuggests) continue; break; case pkgCache::Dep::Replaces: if (!ShowReplaces) continue; break; case pkgCache::Dep::Conflicts: if (!ShowConflicts) continue; break; case pkgCache::Dep::DpkgBreaks: if (!ShowBreaks) continue; break; case pkgCache::Dep::Enhances: if (!ShowEnhances) continue; break; } pkgCache::PkgIterator Trg = RevDepends ? D.ParentPkg() : D.TargetPkg(); if((Installed && Trg->CurrentVer != 0) || !Installed) { if ((D->CompareOp & pkgCache::Dep::Or) == pkgCache::Dep::Or && ShowOnlyFirstOr == false) cout << " |"; else cout << " "; // Show the package if (ShowDepType == true) cout << D.DepType() << ": "; if (Trg->VersionList == 0) cout << "<" << Trg.FullName(true) << ">"; else cout << Trg.FullName(true); if (ShowVersion == true && D->Version != 0) cout << " (" << pkgCache::CompTypeDeb(D->CompareOp) << ' ' << D.TargetVer() << ')'; cout << std::endl; if (Recurse == true && Shown[Trg->ID] == false) { Shown[Trg->ID] = true; verset.insert(APT::VersionSet::FromPackage(CacheFile, Trg, APT::VersionSet::CANDIDATE, helper)); } } // Display all solutions SPtrArray<pkgCache::Version *> List = D.AllTargets(); pkgPrioSortList(*Cache,List); for (pkgCache::Version **I = List; *I != 0; I++) { pkgCache::VerIterator V(*Cache,*I); if (V != Cache->VerP + V.ParentPkg()->VersionList || V->ParentPkg == D->Package) continue; cout << " " << V.ParentPkg().FullName(true) << endl; if (Recurse == true && Shown[V.ParentPkg()->ID] == false) { Shown[V.ParentPkg()->ID] = true; verset.insert(APT::VersionSet::FromPackage(CacheFile, V.ParentPkg(), APT::VersionSet::CANDIDATE, helper)); } } if (ShowOnlyFirstOr == true) while ((D->CompareOp & pkgCache::Dep::Or) == pkgCache::Dep::Or) ++D; } } for (APT::PackageSet::const_iterator Pkg = helper.virtualPkgs.begin(); Pkg != helper.virtualPkgs.end(); ++Pkg) cout << '<' << Pkg.FullName(true) << '>' << endl; return true; } /*}}}*/ // Depends - Print out a dependency tree /*{{{*/ // --------------------------------------------------------------------- /* */ static bool Depends(CommandLine &CmdL) { return ShowDepends(CmdL, false); } /*}}}*/ // RDepends - Print out a reverse dependency tree /*{{{*/ // --------------------------------------------------------------------- /* */ static bool RDepends(CommandLine &CmdL) { return ShowDepends(CmdL, true); } /*}}}*/ // xvcg - Generate a graph for xvcg /*{{{*/ // --------------------------------------------------------------------- // Code contributed from Junichi Uekawa <dancer@debian.org> on 20 June 2002. static bool XVcg(CommandLine &CmdL) { pkgCacheFile CacheFile; pkgCache *Cache = CacheFile.GetPkgCache(); if (unlikely(Cache == NULL)) return false; bool GivenOnly = _config->FindB("APT::Cache::GivenOnly",false); /* Normal packages are boxes Pure Provides are triangles Mixed are diamonds rhomb are missing packages*/ const char *Shapes[] = {"ellipse","triangle","box","rhomb"}; /* Initialize the list of packages to show. 1 = To Show 2 = To Show no recurse 3 = Emitted no recurse 4 = Emitted 0 = None */ enum States {None=0, ToShow, ToShowNR, DoneNR, Done}; enum TheFlags {ForceNR=(1<<0)}; unsigned char *Show = new unsigned char[Cache->Head().PackageCount]; unsigned char *Flags = new unsigned char[Cache->Head().PackageCount]; unsigned char *ShapeMap = new unsigned char[Cache->Head().PackageCount]; // Show everything if no arguments given if (CmdL.FileList[1] == 0) for (unsigned long I = 0; I != Cache->Head().PackageCount; I++) Show[I] = ToShow; else for (unsigned long I = 0; I != Cache->Head().PackageCount; I++) Show[I] = None; memset(Flags,0,sizeof(*Flags)*Cache->Head().PackageCount); // Map the shapes for (pkgCache::PkgIterator Pkg = Cache->PkgBegin(); Pkg.end() == false; ++Pkg) { if (Pkg->VersionList == 0) { // Missing if (Pkg->ProvidesList == 0) ShapeMap[Pkg->ID] = 0; else ShapeMap[Pkg->ID] = 1; } else { // Normal if (Pkg->ProvidesList == 0) ShapeMap[Pkg->ID] = 2; else ShapeMap[Pkg->ID] = 3; } } // Load the list of packages from the command line into the show list APT::CacheSetHelper helper(true, GlobalError::NOTICE); std::list<APT::PackageSet::Modifier> mods; mods.push_back(APT::PackageSet::Modifier(0, ",", APT::PackageSet::Modifier::POSTFIX)); mods.push_back(APT::PackageSet::Modifier(1, "^", APT::PackageSet::Modifier::POSTFIX)); std::map<unsigned short, APT::PackageSet> pkgsets = APT::PackageSet::GroupedFromCommandLine(CacheFile, CmdL.FileList + 1, mods, 0, helper); for (APT::PackageSet::const_iterator Pkg = pkgsets[0].begin(); Pkg != pkgsets[0].end(); ++Pkg) Show[Pkg->ID] = ToShow; for (APT::PackageSet::const_iterator Pkg = pkgsets[1].begin(); Pkg != pkgsets[1].end(); ++Pkg) { Show[Pkg->ID] = ToShow; Flags[Pkg->ID] |= ForceNR; } // Little header cout << "graph: { title: \"packages\"" << endl << "xmax: 700 ymax: 700 x: 30 y: 30" << endl << "layout_downfactor: 8" << endl; bool Act = true; while (Act == true) { Act = false; for (pkgCache::PkgIterator Pkg = Cache->PkgBegin(); Pkg.end() == false; ++Pkg) { // See we need to show this package if (Show[Pkg->ID] == None || Show[Pkg->ID] >= DoneNR) continue; //printf ("node: { title: \"%s\" label: \"%s\" }\n", Pkg.Name(), Pkg.Name()); // Colour as done if (Show[Pkg->ID] == ToShowNR || (Flags[Pkg->ID] & ForceNR) == ForceNR) { // Pure Provides and missing packages have no deps! if (ShapeMap[Pkg->ID] == 0 || ShapeMap[Pkg->ID] == 1) Show[Pkg->ID] = Done; else Show[Pkg->ID] = DoneNR; } else Show[Pkg->ID] = Done; Act = true; // No deps to map out if (Pkg->VersionList == 0 || Show[Pkg->ID] == DoneNR) continue; pkgCache::VerIterator Ver = Pkg.VersionList(); for (pkgCache::DepIterator D = Ver.DependsList(); D.end() == false; ++D) { // See if anything can meet this dep // Walk along the actual package providing versions bool Hit = false; pkgCache::PkgIterator DPkg = D.TargetPkg(); for (pkgCache::VerIterator I = DPkg.VersionList(); I.end() == false && Hit == false; ++I) { if (Cache->VS->CheckDep(I.VerStr(),D->CompareOp,D.TargetVer()) == true) Hit = true; } // Follow all provides for (pkgCache::PrvIterator I = DPkg.ProvidesList(); I.end() == false && Hit == false; ++I) { if (Cache->VS->CheckDep(I.ProvideVersion(),D->CompareOp,D.TargetVer()) == false) Hit = true; } // Only graph critical deps if (D.IsCritical() == true) { printf ("edge: { sourcename: \"%s\" targetname: \"%s\" class: 2 ",Pkg.FullName(true).c_str(), D.TargetPkg().FullName(true).c_str() ); // Colour the node for recursion if (Show[D.TargetPkg()->ID] <= DoneNR) { /* If a conflicts does not meet anything in the database then show the relation but do not recurse */ if (Hit == false && D.IsNegative() == true) { if (Show[D.TargetPkg()->ID] == None && Show[D.TargetPkg()->ID] != ToShow) Show[D.TargetPkg()->ID] = ToShowNR; } else { if (GivenOnly == true && Show[D.TargetPkg()->ID] != ToShow) Show[D.TargetPkg()->ID] = ToShowNR; else Show[D.TargetPkg()->ID] = ToShow; } } // Edge colour switch(D->Type) { case pkgCache::Dep::Conflicts: printf("label: \"conflicts\" color: lightgreen }\n"); break; case pkgCache::Dep::DpkgBreaks: printf("label: \"breaks\" color: lightgreen }\n"); break; case pkgCache::Dep::Obsoletes: printf("label: \"obsoletes\" color: lightgreen }\n"); break; case pkgCache::Dep::PreDepends: printf("label: \"predepends\" color: blue }\n"); break; default: printf("}\n"); break; } } } } } /* Draw the box colours after the fact since we can not tell what colour they should be until everything is finished drawing */ for (pkgCache::PkgIterator Pkg = Cache->PkgBegin(); Pkg.end() == false; ++Pkg) { if (Show[Pkg->ID] < DoneNR) continue; if (Show[Pkg->ID] == DoneNR) printf("node: { title: \"%s\" label: \"%s\" color: orange shape: %s }\n", Pkg.FullName(true).c_str(), Pkg.FullName(true).c_str(), Shapes[ShapeMap[Pkg->ID]]); else printf("node: { title: \"%s\" label: \"%s\" shape: %s }\n", Pkg.FullName(true).c_str(), Pkg.FullName(true).c_str(), Shapes[ShapeMap[Pkg->ID]]); } delete[] Show; delete[] Flags; delete[] ShapeMap; printf("}\n"); return true; } /*}}}*/ // Dotty - Generate a graph for Dotty /*{{{*/ // --------------------------------------------------------------------- /* Dotty is the graphvis program for generating graphs. It is a fairly simple queuing algorithm that just writes dependencies and nodes. http://www.research.att.com/sw/tools/graphviz/ */ static bool Dotty(CommandLine &CmdL) { pkgCacheFile CacheFile; pkgCache *Cache = CacheFile.GetPkgCache(); if (unlikely(Cache == NULL)) return false; bool GivenOnly = _config->FindB("APT::Cache::GivenOnly",false); /* Normal packages are boxes Pure Provides are triangles Mixed are diamonds Hexagons are missing packages*/ const char *Shapes[] = {"hexagon","triangle","box","diamond"}; /* Initialize the list of packages to show. 1 = To Show 2 = To Show no recurse 3 = Emitted no recurse 4 = Emitted 0 = None */ enum States {None=0, ToShow, ToShowNR, DoneNR, Done}; enum TheFlags {ForceNR=(1<<0)}; unsigned char *Show = new unsigned char[Cache->Head().PackageCount]; unsigned char *Flags = new unsigned char[Cache->Head().PackageCount]; unsigned char *ShapeMap = new unsigned char[Cache->Head().PackageCount]; // Show everything if no arguments given if (CmdL.FileList[1] == 0) for (unsigned long I = 0; I != Cache->Head().PackageCount; I++) Show[I] = ToShow; else for (unsigned long I = 0; I != Cache->Head().PackageCount; I++) Show[I] = None; memset(Flags,0,sizeof(*Flags)*Cache->Head().PackageCount); // Map the shapes for (pkgCache::PkgIterator Pkg = Cache->PkgBegin(); Pkg.end() == false; ++Pkg) { if (Pkg->VersionList == 0) { // Missing if (Pkg->ProvidesList == 0) ShapeMap[Pkg->ID] = 0; else ShapeMap[Pkg->ID] = 1; } else { // Normal if (Pkg->ProvidesList == 0) ShapeMap[Pkg->ID] = 2; else ShapeMap[Pkg->ID] = 3; } } // Load the list of packages from the command line into the show list APT::CacheSetHelper helper(true, GlobalError::NOTICE); std::list<APT::PackageSet::Modifier> mods; mods.push_back(APT::PackageSet::Modifier(0, ",", APT::PackageSet::Modifier::POSTFIX)); mods.push_back(APT::PackageSet::Modifier(1, "^", APT::PackageSet::Modifier::POSTFIX)); std::map<unsigned short, APT::PackageSet> pkgsets = APT::PackageSet::GroupedFromCommandLine(CacheFile, CmdL.FileList + 1, mods, 0, helper); for (APT::PackageSet::const_iterator Pkg = pkgsets[0].begin(); Pkg != pkgsets[0].end(); ++Pkg) Show[Pkg->ID] = ToShow; for (APT::PackageSet::const_iterator Pkg = pkgsets[1].begin(); Pkg != pkgsets[1].end(); ++Pkg) { Show[Pkg->ID] = ToShow; Flags[Pkg->ID] |= ForceNR; } // Little header printf("digraph packages {\n"); printf("concentrate=true;\n"); printf("size=\"30,40\";\n"); bool Act = true; while (Act == true) { Act = false; for (pkgCache::PkgIterator Pkg = Cache->PkgBegin(); Pkg.end() == false; ++Pkg) { // See we need to show this package if (Show[Pkg->ID] == None || Show[Pkg->ID] >= DoneNR) continue; // Colour as done if (Show[Pkg->ID] == ToShowNR || (Flags[Pkg->ID] & ForceNR) == ForceNR) { // Pure Provides and missing packages have no deps! if (ShapeMap[Pkg->ID] == 0 || ShapeMap[Pkg->ID] == 1) Show[Pkg->ID] = Done; else Show[Pkg->ID] = DoneNR; } else Show[Pkg->ID] = Done; Act = true; // No deps to map out if (Pkg->VersionList == 0 || Show[Pkg->ID] == DoneNR) continue; pkgCache::VerIterator Ver = Pkg.VersionList(); for (pkgCache::DepIterator D = Ver.DependsList(); D.end() == false; ++D) { // See if anything can meet this dep // Walk along the actual package providing versions bool Hit = false; pkgCache::PkgIterator DPkg = D.TargetPkg(); for (pkgCache::VerIterator I = DPkg.VersionList(); I.end() == false && Hit == false; ++I) { if (Cache->VS->CheckDep(I.VerStr(),D->CompareOp,D.TargetVer()) == true) Hit = true; } // Follow all provides for (pkgCache::PrvIterator I = DPkg.ProvidesList(); I.end() == false && Hit == false; ++I) { if (Cache->VS->CheckDep(I.ProvideVersion(),D->CompareOp,D.TargetVer()) == false) Hit = true; } // Only graph critical deps if (D.IsCritical() == true) { printf("\"%s\" -> \"%s\"",Pkg.FullName(true).c_str(),D.TargetPkg().FullName(true).c_str()); // Colour the node for recursion if (Show[D.TargetPkg()->ID] <= DoneNR) { /* If a conflicts does not meet anything in the database then show the relation but do not recurse */ if (Hit == false && D.IsNegative() == true) { if (Show[D.TargetPkg()->ID] == None && Show[D.TargetPkg()->ID] != ToShow) Show[D.TargetPkg()->ID] = ToShowNR; } else { if (GivenOnly == true && Show[D.TargetPkg()->ID] != ToShow) Show[D.TargetPkg()->ID] = ToShowNR; else Show[D.TargetPkg()->ID] = ToShow; } } // Edge colour switch(D->Type) { case pkgCache::Dep::Conflicts: case pkgCache::Dep::Obsoletes: case pkgCache::Dep::DpkgBreaks: printf("[color=springgreen];\n"); break; case pkgCache::Dep::PreDepends: printf("[color=blue];\n"); break; default: printf(";\n"); break; } } } } } /* Draw the box colours after the fact since we can not tell what colour they should be until everything is finished drawing */ for (pkgCache::PkgIterator Pkg = Cache->PkgBegin(); Pkg.end() == false; ++Pkg) { if (Show[Pkg->ID] < DoneNR) continue; // Orange box for early recursion stoppage if (Show[Pkg->ID] == DoneNR) printf("\"%s\" [color=orange,shape=%s];\n",Pkg.FullName(true).c_str(), Shapes[ShapeMap[Pkg->ID]]); else printf("\"%s\" [shape=%s];\n",Pkg.FullName(true).c_str(), Shapes[ShapeMap[Pkg->ID]]); } printf("}\n"); delete[] Show; delete[] Flags; delete[] ShapeMap; return true; } /*}}}*/ // DisplayRecord - Displays the complete record for the package /*{{{*/ // --------------------------------------------------------------------- /* This displays the package record from the proper package index file. It is not used by DumpAvail for performance reasons. */ static APT_PURE unsigned char const* skipDescriptionFields(unsigned char const * DescP) { char const * const TagName = "\nDescription"; size_t const TagLen = strlen(TagName); while ((DescP = (unsigned char*)strchr((char*)DescP, '\n')) != NULL) { if (DescP[1] == ' ') DescP += 2; else if (strncmp((char*)DescP, TagName, TagLen) == 0) DescP += TagLen; else break; } if (DescP != NULL) ++DescP; return DescP; } static bool DisplayRecord(pkgCacheFile &CacheFile, pkgCache::VerIterator V) { pkgCache *Cache = CacheFile.GetPkgCache(); if (unlikely(Cache == NULL)) return false; // Find an appropriate file pkgCache::VerFileIterator Vf = V.FileList(); for (; Vf.end() == false; ++Vf) if ((Vf.File()->Flags & pkgCache::Flag::NotSource) == 0) break; if (Vf.end() == true) Vf = V.FileList(); // Check and load the package list file pkgCache::PkgFileIterator I = Vf.File(); if (I.IsOk() == false) return _error->Error(_("Package file %s is out of sync."),I.FileName()); FileFd PkgF; if (PkgF.Open(I.FileName(), FileFd::ReadOnly, FileFd::Extension) == false) return false; // Read the record (and ensure that it ends with a newline and NUL) unsigned char *Buffer = new unsigned char[Cache->HeaderP->MaxVerFileSize+2]; Buffer[Vf->Size] = '\n'; Buffer[Vf->Size+1] = '\0'; if (PkgF.Seek(Vf->Offset) == false || PkgF.Read(Buffer,Vf->Size) == false) { delete [] Buffer; return false; } // Get a pointer to start of Description field const unsigned char *DescP = (unsigned char*)strstr((char*)Buffer, "\nDescription"); if (DescP != NULL) ++DescP; else DescP = Buffer + Vf->Size; // Write all but Description size_t const length = DescP - Buffer; if (length != 0 && FileFd::Write(STDOUT_FILENO, Buffer, length) == false) { delete [] Buffer; return false; } // Show the right description pkgRecords Recs(*Cache); pkgCache::DescIterator Desc = V.TranslatedDescription(); if (Desc.end() == false) { pkgRecords::Parser &P = Recs.Lookup(Desc.FileList()); cout << "Description" << ( (strcmp(Desc.LanguageCode(),"") != 0) ? "-" : "" ) << Desc.LanguageCode() << ": " << P.LongDesc(); cout << std::endl << "Description-md5: " << Desc.md5() << std::endl; // Find the first field after the description (if there is any) DescP = skipDescriptionFields(DescP); } // else we have no translation, so we found a lonely Description-md5 -> don't skip it // write the rest of the buffer, but skip mixed in Descriptions* fields while (DescP != NULL) { const unsigned char * const Start = DescP; const unsigned char *End = (unsigned char*)strstr((char*)DescP, "\nDescription"); if (End == NULL) { End = &Buffer[Vf->Size]; DescP = NULL; } else { ++End; // get the newline into the output DescP = skipDescriptionFields(End + strlen("Description")); } size_t const length = End - Start; if (length != 0 && FileFd::Write(STDOUT_FILENO, Start, length) == false) { delete [] Buffer; return false; } } // write a final newline after the last field cout<<endl; delete [] Buffer; return true; } /*}}}*/ struct ExDescFile { pkgCache::DescFile *Df; map_ptrloc ID; }; // Search - Perform a search /*{{{*/ // --------------------------------------------------------------------- /* This searches the package names and package descriptions for a pattern */ static bool Search(CommandLine &CmdL) { bool const ShowFull = _config->FindB("APT::Cache::ShowFull",false); bool const NamesOnly = _config->FindB("APT::Cache::NamesOnly",false); unsigned int const NumPatterns = CmdL.FileSize() -1; pkgCacheFile CacheFile; pkgCache *Cache = CacheFile.GetPkgCache(); pkgDepCache::Policy *Plcy = CacheFile.GetPolicy(); if (unlikely(Cache == NULL || Plcy == NULL)) return false; // Make sure there is at least one argument if (NumPatterns < 1) return _error->Error(_("You must give at least one search pattern")); // Compile the regex pattern regex_t *Patterns = new regex_t[NumPatterns]; memset(Patterns,0,sizeof(*Patterns)*NumPatterns); for (unsigned I = 0; I != NumPatterns; I++) { if (regcomp(&Patterns[I],CmdL.FileList[I+1],REG_EXTENDED | REG_ICASE | REG_NOSUB) != 0) { for (; I != 0; I--) regfree(&Patterns[I]); return _error->Error("Regex compilation error"); } } if (_error->PendingError() == true) { for (unsigned I = 0; I != NumPatterns; I++) regfree(&Patterns[I]); return false; } size_t const descCount = Cache->HeaderP->GroupCount + 1; ExDescFile *DFList = new ExDescFile[descCount]; memset(DFList,0,sizeof(*DFList) * descCount); bool PatternMatch[descCount * NumPatterns]; memset(PatternMatch,false,sizeof(PatternMatch)); // Map versions that we want to write out onto the VerList array. for (pkgCache::GrpIterator G = Cache->GrpBegin(); G.end() == false; ++G) { size_t const PatternOffset = G->ID * NumPatterns; size_t unmatched = 0, matched = 0; for (unsigned I = 0; I < NumPatterns; ++I) { if (PatternMatch[PatternOffset + I] == true) ++matched; else if (regexec(&Patterns[I],G.Name(),0,0,0) == 0) PatternMatch[PatternOffset + I] = true; else ++unmatched; } // already dealt with this package? if (matched == NumPatterns) continue; // Doing names only, drop any that don't match.. if (NamesOnly == true && unmatched == NumPatterns) continue; // Find the proper version to use pkgCache::PkgIterator P = G.FindPreferredPkg(); if (P.end() == true) continue; pkgCache::VerIterator V = Plcy->GetCandidateVer(P); if (V.end() == false) { pkgCache::DescIterator const D = V.TranslatedDescription(); //FIXME: packages without a description can't be found if (D.end() == true) continue; DFList[G->ID].Df = D.FileList(); DFList[G->ID].ID = G->ID; } if (unmatched == NumPatterns) continue; // Include all the packages that provide matching names too for (pkgCache::PrvIterator Prv = P.ProvidesList() ; Prv.end() == false; ++Prv) { pkgCache::VerIterator V = Plcy->GetCandidateVer(Prv.OwnerPkg()); if (V.end() == true) continue; unsigned long id = Prv.OwnerPkg().Group()->ID; pkgCache::DescIterator const D = V.TranslatedDescription(); //FIXME: packages without a description can't be found if (D.end() == true) continue; DFList[id].Df = D.FileList(); DFList[id].ID = id; size_t const PrvPatternOffset = id * NumPatterns; for (unsigned I = 0; I < NumPatterns; ++I) PatternMatch[PrvPatternOffset + I] = PatternMatch[PatternOffset + I]; } } LocalitySort(&DFList->Df,Cache->HeaderP->GroupCount,sizeof(*DFList)); // Create the text record parser pkgRecords Recs(*Cache); // Iterate over all the version records and check them for (ExDescFile *J = DFList; J->Df != 0; ++J) { pkgRecords::Parser &P = Recs.Lookup(pkgCache::DescFileIterator(*Cache,J->Df)); size_t const PatternOffset = J->ID * NumPatterns; if (NamesOnly == false) { string const LongDesc = P.LongDesc(); for (unsigned I = 0; I < NumPatterns; ++I) { if (PatternMatch[PatternOffset + I] == true) continue; else if (regexec(&Patterns[I],LongDesc.c_str(),0,0,0) == 0) PatternMatch[PatternOffset + I] = true; } } bool matchedAll = true; for (unsigned I = 0; I < NumPatterns; ++I) if (PatternMatch[PatternOffset + I] == false) { matchedAll = false; break; } if (matchedAll == true) { if (ShowFull == true) { const char *Start; const char *End; P.GetRec(Start,End); fwrite(Start,End-Start,1,stdout); putc('\n',stdout); } else printf("%s - %s\n",P.Name().c_str(),P.ShortDesc().c_str()); } } delete [] DFList; for (unsigned I = 0; I != NumPatterns; I++) regfree(&Patterns[I]); if (ferror(stdout)) return _error->Error("Write to stdout failed"); return true; } /*}}}*/ /* ShowAuto - show automatically installed packages (sorted) {{{*/ static bool ShowAuto(CommandLine &) { pkgCacheFile CacheFile; pkgCache *Cache = CacheFile.GetPkgCache(); pkgDepCache *DepCache = CacheFile.GetDepCache(); if (unlikely(Cache == NULL || DepCache == NULL)) return false; std::vector<string> packages; packages.reserve(Cache->HeaderP->PackageCount / 3); for (pkgCache::PkgIterator P = Cache->PkgBegin(); P.end() == false; ++P) if ((*DepCache)[P].Flags & pkgCache::Flag::Auto) packages.push_back(P.Name()); std::sort(packages.begin(), packages.end()); for (vector<string>::iterator I = packages.begin(); I != packages.end(); ++I) cout << *I << "\n"; _error->Notice(_("This command is deprecated. Please use 'apt-mark showauto' instead.")); return true; } /*}}}*/ // ShowPackage - Dump the package record to the screen /*{{{*/ // --------------------------------------------------------------------- /* */ static bool ShowPackage(CommandLine &CmdL) { pkgCacheFile CacheFile; CacheSetHelperVirtuals helper(true, GlobalError::NOTICE); APT::VersionList::Version const select = _config->FindB("APT::Cache::AllVersions", true) ? APT::VersionList::ALL : APT::VersionList::CANDIDATE; APT::VersionList const verset = APT::VersionList::FromCommandLine(CacheFile, CmdL.FileList + 1, select, helper); for (APT::VersionList::const_iterator Ver = verset.begin(); Ver != verset.end(); ++Ver) if (DisplayRecord(CacheFile, Ver) == false) return false; if (verset.empty() == true) { if (helper.virtualPkgs.empty() == true) return _error->Error(_("No packages found")); else _error->Notice(_("No packages found")); } return true; } /*}}}*/ // ShowPkgNames - Show package names /*{{{*/ // --------------------------------------------------------------------- /* This does a prefix match on the first argument */ static bool ShowPkgNames(CommandLine &CmdL) { pkgCacheFile CacheFile; if (unlikely(CacheFile.BuildCaches(NULL, false) == false)) return false; pkgCache::GrpIterator I = CacheFile.GetPkgCache()->GrpBegin(); bool const All = _config->FindB("APT::Cache::AllNames","false"); if (CmdL.FileList[1] != 0) { for (;I.end() != true; ++I) { if (All == false && I->FirstPackage == 0) continue; if (I.FindPkg("any")->VersionList == 0) continue; if (strncmp(I.Name(),CmdL.FileList[1],strlen(CmdL.FileList[1])) == 0) cout << I.Name() << endl; } return true; } // Show all pkgs for (;I.end() != true; ++I) { if (All == false && I->FirstPackage == 0) continue; if (I.FindPkg("any")->VersionList == 0) continue; cout << I.Name() << endl; } return true; } /*}}}*/ // ShowSrcPackage - Show source package records /*{{{*/ // --------------------------------------------------------------------- /* */ static bool ShowSrcPackage(CommandLine &CmdL) { pkgCacheFile CacheFile; pkgSourceList *List = CacheFile.GetSourceList(); if (unlikely(List == NULL)) return false; // Create the text record parsers pkgSrcRecords SrcRecs(*List); if (_error->PendingError() == true) return false; unsigned found = 0; for (const char **I = CmdL.FileList + 1; *I != 0; I++) { SrcRecs.Restart(); pkgSrcRecords::Parser *Parse; unsigned found_this = 0; while ((Parse = SrcRecs.Find(*I,false)) != 0) { cout << Parse->AsStr() << endl;; found++; found_this++; } if (found_this == 0) { _error->Warning(_("Unable to locate package %s"),*I); continue; } } if (found == 0) _error->Notice(_("No packages found")); return true; } /*}}}*/ // Policy - Show the results of the preferences file /*{{{*/ // --------------------------------------------------------------------- /* */ static bool Policy(CommandLine &CmdL) { pkgCacheFile CacheFile; pkgCache *Cache = CacheFile.GetPkgCache(); pkgPolicy *Plcy = CacheFile.GetPolicy(); pkgSourceList *SrcList = CacheFile.GetSourceList(); if (unlikely(Cache == NULL || Plcy == NULL || SrcList == NULL)) return false; /* Should the MultiArchKiller be run to see which pseudo packages for an arch all package are currently installed? Activating it gives a speed penality for no real gain beside enhanced debugging, so in general no. */ if (_config->FindB("APT::Cache::Policy::DepCache", false) == true) CacheFile.GetDepCache(); // Print out all of the package files if (CmdL.FileList[1] == 0) { cout << _("Package files:") << endl; for (pkgCache::PkgFileIterator F = Cache->FileBegin(); F.end() == false; ++F) { // Locate the associated index files so we can derive a description pkgIndexFile *Indx; if (SrcList->FindIndex(F,Indx) == false && _system->FindIndex(F,Indx) == false) return _error->Error(_("Cache is out of sync, can't x-ref a package file")); printf("%4i %s\n", Plcy->GetPriority(F),Indx->Describe(true).c_str()); // Print the reference information for the package string Str = F.RelStr(); if (Str.empty() == false) printf(" release %s\n",F.RelStr().c_str()); if (F.Site() != 0 && F.Site()[0] != 0) printf(" origin %s\n",F.Site()); } // Show any packages have explicit pins cout << _("Pinned packages:") << endl; pkgCache::PkgIterator I = Cache->PkgBegin(); for (;I.end() != true; ++I) { if (Plcy->GetPriority(I) == 0) continue; // Print the package name and the version we are forcing to cout << " " << I.FullName(true) << " -> "; pkgCache::VerIterator V = Plcy->GetMatch(I); if (V.end() == true) cout << _("(not found)") << endl; else cout << V.VerStr() << endl; } return true; } char const * const msgInstalled = _(" Installed: "); char const * const msgCandidate = _(" Candidate: "); short const InstalledLessCandidate = mbstowcs(NULL, msgInstalled, 0) - mbstowcs(NULL, msgCandidate, 0); short const deepInstalled = (InstalledLessCandidate < 0 ? (InstalledLessCandidate*-1) : 0) - 1; short const deepCandidate = (InstalledLessCandidate > 0 ? (InstalledLessCandidate) : 0) - 1; // Print out detailed information for each package APT::CacheSetHelper helper(true, GlobalError::NOTICE); APT::PackageList pkgset = APT::PackageList::FromCommandLine(CacheFile, CmdL.FileList + 1, helper); for (APT::PackageList::const_iterator Pkg = pkgset.begin(); Pkg != pkgset.end(); ++Pkg) { cout << Pkg.FullName(true) << ":" << endl; // Installed version cout << msgInstalled << OutputInDepth(deepInstalled, " "); if (Pkg->CurrentVer == 0) cout << _("(none)") << endl; else cout << Pkg.CurrentVer().VerStr() << endl; // Candidate Version cout << msgCandidate << OutputInDepth(deepCandidate, " "); pkgCache::VerIterator V = Plcy->GetCandidateVer(Pkg); if (V.end() == true) cout << _("(none)") << endl; else cout << V.VerStr() << endl; // Pinned version if (Plcy->GetPriority(Pkg) != 0) { cout << _(" Package pin: "); V = Plcy->GetMatch(Pkg); if (V.end() == true) cout << _("(not found)") << endl; else cout << V.VerStr() << endl; } // Show the priority tables cout << _(" Version table:") << endl; for (V = Pkg.VersionList(); V.end() == false; ++V) { if (Pkg.CurrentVer() == V) cout << " *** " << V.VerStr(); else cout << " " << V.VerStr(); cout << " " << Plcy->GetPriority(Pkg) << endl; for (pkgCache::VerFileIterator VF = V.FileList(); VF.end() == false; ++VF) { // Locate the associated index files so we can derive a description pkgIndexFile *Indx; if (SrcList->FindIndex(VF.File(),Indx) == false && _system->FindIndex(VF.File(),Indx) == false) return _error->Error(_("Cache is out of sync, can't x-ref a package file")); printf(" %4i %s\n",Plcy->GetPriority(VF.File()), Indx->Describe(true).c_str()); } } } return true; } /*}}}*/ // Madison - Look a bit like katie's madison /*{{{*/ // --------------------------------------------------------------------- /* */ static bool Madison(CommandLine &CmdL) { pkgCacheFile CacheFile; pkgSourceList *SrcList = CacheFile.GetSourceList(); if (SrcList == 0) return false; // Create the src text record parsers and ignore errors about missing // deb-src lines that are generated from pkgSrcRecords::pkgSrcRecords pkgSrcRecords SrcRecs(*SrcList); if (_error->PendingError() == true) _error->Discard(); APT::CacheSetHelper helper(true, GlobalError::NOTICE); for (const char **I = CmdL.FileList + 1; *I != 0; I++) { _error->PushToStack(); APT::PackageList pkgset = APT::PackageList::FromString(CacheFile, *I, helper); for (APT::PackageList::const_iterator Pkg = pkgset.begin(); Pkg != pkgset.end(); ++Pkg) { for (pkgCache::VerIterator V = Pkg.VersionList(); V.end() == false; ++V) { for (pkgCache::VerFileIterator VF = V.FileList(); VF.end() == false; ++VF) { // This might be nice, but wouldn't uniquely identify the source -mdz // if (VF.File().Archive() != 0) // { // cout << setw(10) << Pkg.Name() << " | " << setw(10) << V.VerStr() << " | " // << VF.File().Archive() << endl; // } // Locate the associated index files so we can derive a description for (pkgSourceList::const_iterator S = SrcList->begin(); S != SrcList->end(); ++S) { vector<pkgIndexFile *> *Indexes = (*S)->GetIndexFiles(); for (vector<pkgIndexFile *>::const_iterator IF = Indexes->begin(); IF != Indexes->end(); ++IF) { if ((*IF)->FindInCache(*(VF.File().Cache())) == VF.File()) { cout << setw(10) << Pkg.FullName(true) << " | " << setw(10) << V.VerStr() << " | " << (*IF)->Describe(true) << endl; } } } } } } SrcRecs.Restart(); pkgSrcRecords::Parser *SrcParser; bool foundSomething = false; while ((SrcParser = SrcRecs.Find(*I, false)) != 0) { foundSomething = true; // Maybe support Release info here too eventually cout << setw(10) << SrcParser->Package() << " | " << setw(10) << SrcParser->Version() << " | " << SrcParser->Index().Describe(true) << endl; } if (foundSomething == true) _error->RevertToStack(); else _error->MergeWithStack(); } return true; } /*}}}*/ // GenCaches - Call the main cache generator /*{{{*/ // --------------------------------------------------------------------- /* */ static bool GenCaches(CommandLine &) { OpTextProgress Progress(*_config); pkgCacheFile CacheFile; return CacheFile.BuildCaches(&Progress, true); } /*}}}*/ // ShowHelp - Show a help screen /*{{{*/ // --------------------------------------------------------------------- /* */ static bool ShowHelp(CommandLine &) { ioprintf(cout,_("%s %s for %s compiled on %s %s\n"),PACKAGE,PACKAGE_VERSION, COMMON_ARCH,__DATE__,__TIME__); if (_config->FindB("version") == true) return true; cout << _("Usage: apt-cache [options] command\n" " apt-cache [options] showpkg pkg1 [pkg2 ...]\n" " apt-cache [options] showsrc pkg1 [pkg2 ...]\n" "\n" "apt-cache is a low-level tool used to query information\n" "from APT's binary cache files\n" "\n" "Commands:\n" " gencaches - Build both the package and source cache\n" " showpkg - Show some general information for a single package\n" " showsrc - Show source records\n" " stats - Show some basic statistics\n" " dump - Show the entire file in a terse form\n" " dumpavail - Print an available file to stdout\n" " unmet - Show unmet dependencies\n" " search - Search the package list for a regex pattern\n" " show - Show a readable record for the package\n" " depends - Show raw dependency information for a package\n" " rdepends - Show reverse dependency information for a package\n" " pkgnames - List the names of all packages in the system\n" " dotty - Generate package graphs for GraphViz\n" " xvcg - Generate package graphs for xvcg\n" " policy - Show policy settings\n" "\n" "Options:\n" " -h This help text.\n" " -p=? The package cache.\n" " -s=? The source cache.\n" " -q Disable progress indicator.\n" " -i Show only important deps for the unmet command.\n" " -c=? Read this configuration file\n" " -o=? Set an arbitrary configuration option, eg -o dir::cache=/tmp\n" "See the apt-cache(8) and apt.conf(5) manual pages for more information.\n"); return true; } /*}}}*/ int main(int argc,const char *argv[]) /*{{{*/ { CommandLine::Dispatch Cmds[] = {{"help",&ShowHelp}, {"gencaches",&GenCaches}, {"showsrc",&ShowSrcPackage}, {"showpkg",&DumpPackage}, {"stats",&Stats}, {"dump",&Dump}, {"dumpavail",&DumpAvail}, {"unmet",&UnMet}, {"search",&Search}, {"depends",&Depends}, {"rdepends",&RDepends}, {"dotty",&Dotty}, {"xvcg",&XVcg}, {"show",&ShowPackage}, {"pkgnames",&ShowPkgNames}, {"showauto",&ShowAuto}, {"policy",&Policy}, {"madison",&Madison}, {0,0}}; std::vector<CommandLine::Args> Args = getCommandArgs("apt-cache", CommandLine::GetCommand(Cmds, argc, argv)); // Set up gettext support setlocale(LC_ALL,""); textdomain(PACKAGE); // Parse the command line and initialize the package library CommandLine CmdL(Args.data(),_config); if (pkgInitConfig(*_config) == false || CmdL.Parse(argc,argv) == false || pkgInitSystem(*_config,_system) == false) { _error->DumpErrors(); return 100; } // See if the help should be shown if (_config->FindB("help") == true || CmdL.FileSize() == 0) { ShowHelp(CmdL); return 0; } // Deal with stdout not being a tty if (!isatty(STDOUT_FILENO) && _config->FindI("quiet", -1) == -1) _config->Set("quiet","1"); if (_config->Exists("APT::Cache::Generate") == true) _config->Set("pkgCacheFile::Generate", _config->FindB("APT::Cache::Generate", true)); // Match the operation CmdL.DispatchArg(Cmds); // Print any errors or warnings found during parsing bool const Errors = _error->PendingError(); if (_config->FindI("quiet",0) > 0) _error->DumpErrors(); else _error->DumpErrors(GlobalError::DEBUG); return Errors == true ? 100 : 0; } /*}}}*/