/usr/include/x86_64-linux-gnu/zypp/ZYppCallbacks.h is in libzypp-dev 15.3.0-1build1.
This file is owned by root:root, with mode 0o644.
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\---------------------------------------------------------------------*/
/** \file zypp/ZYppCallbacks.h
*
*/
#ifndef ZYPP_ZYPPCALLBACKS_H
#define ZYPP_ZYPPCALLBACKS_H
#include "zypp/base/EnumClass.h"
#include "zypp/Callback.h"
#include "zypp/UserData.h"
#include "zypp/Resolvable.h"
#include "zypp/RepoInfo.h"
#include "zypp/Pathname.h"
#include "zypp/Package.h"
#include "zypp/Patch.h"
#include "zypp/Url.h"
#include "zypp/ProgressData.h"
#include "zypp/media/MediaUserAuth.h"
///////////////////////////////////////////////////////////////////
namespace zypp
{ /////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////
namespace sat
{
class Queue;
class FileConflicts;
} // namespace sat
///////////////////////////////////////////////////////////////////
struct ProgressReport : public callback::ReportBase
{
virtual void start( const ProgressData &/*task*/ )
{}
virtual bool progress( const ProgressData &/*task*/ )
{ return true; }
// virtual Action problem(
// Repo /*source*/
// , Error /*error*/
// , const std::string &/*description*/ )
// { return ABORT; }
virtual void finish( const ProgressData &/*task*/ )
{}
};
struct ProgressReportAdaptor
{
ProgressReportAdaptor( const ProgressData::ReceiverFnc &fnc,
callback::SendReport<ProgressReport> &report )
: _fnc(fnc)
, _report(report)
, _first(true)
{
}
bool operator()( const ProgressData &progress )
{
if ( _first )
{
_report->start(progress);
_first = false;
}
_report->progress(progress);
bool value = true;
if ( _fnc )
value = _fnc(progress);
if ( progress.finalReport() )
{
_report->finish(progress);
}
return value;
}
ProgressData::ReceiverFnc _fnc;
callback::SendReport<ProgressReport> &_report;
bool _first;
};
////////////////////////////////////////////////////////////////////////////
namespace repo
{
// progress for downloading a resolvable
struct DownloadResolvableReport : public callback::ReportBase
{
enum Action {
ABORT, // abort and return error
RETRY, // retry
IGNORE, // ignore this resolvable but continue
};
enum Error {
NO_ERROR,
NOT_FOUND, // the requested Url was not found
IO, // IO error
INVALID // the downloaded file is invalid
};
/** Hint that package is available in the local cache (no download needed).
* This will be the only trigger for an already cached package.
*/
virtual void infoInCache( Resolvable::constPtr res_r, const Pathname & localfile_r )
{}
virtual void start(
Resolvable::constPtr /*resolvable_ptr*/
, const Url &/*url*/
) {}
// Dowmload delta rpm:
// - path below url reported on start()
// - expected download size (0 if unknown)
// - download is interruptable
// - problems are just informal
virtual void startDeltaDownload( const Pathname & /*filename*/, const ByteCount & /*downloadsize*/ )
{}
virtual bool progressDeltaDownload( int /*value*/ )
{ return true; }
virtual void problemDeltaDownload( const std::string &/*description*/ )
{}
virtual void finishDeltaDownload()
{}
// Apply delta rpm:
// - local path of downloaded delta
// - aplpy is not interruptable
// - problems are just informal
virtual void startDeltaApply( const Pathname & /*filename*/ )
{}
virtual void progressDeltaApply( int /*value*/ )
{}
virtual void problemDeltaApply( const std::string &/*description*/ )
{}
virtual void finishDeltaApply()
{}
// return false if the download should be aborted right now
virtual bool progress(int /*value*/, Resolvable::constPtr /*resolvable_ptr*/)
{ return true; }
virtual Action problem(
Resolvable::constPtr /*resolvable_ptr*/
, Error /*error*/
, const std::string &/*description*/
) { return ABORT; }
/** Detail information about the result of a performed pkgGpgCheck.
*
* Userdata sent:
* \param "Package" Package::constPtr of the package
* \param "Localpath" Pathname to downloaded package on disk
* \param "CheckPackageResult" RpmDb::CheckPackageResult of signature check
* \param "CheckPackageDetail" RpmDb::CheckPackageDetail logmessages of rpm signature check
*
* Userdata accepted:
* \param "Action" DownloadResolvableReport::Action user advice how to behave on error (ABORT).
* If you set just an empty value here, a default probelm report will be triggered.
*/
virtual void pkgGpgCheck( const UserData & userData_r = UserData() )
{}
virtual void finish(Resolvable::constPtr /*resolvable_ptr*/
, Error /*error*/
, const std::string &/*reason*/
) {}
};
// progress for probing a source
struct ProbeRepoReport : public callback::ReportBase
{
enum Action {
ABORT, // abort and return error
RETRY // retry
};
enum Error {
NO_ERROR,
NOT_FOUND, // the requested Url was not found
IO, // IO error
INVALID, // th source is invalid
UNKNOWN
};
virtual void start(const Url &/*url*/) {}
virtual void failedProbe( const Url &/*url*/, const std::string &/*type*/ ) {}
virtual void successProbe( const Url &/*url*/, const std::string &/*type*/ ) {}
virtual void finish(const Url &/*url*/, Error /*error*/, const std::string &/*reason*/ ) {}
virtual bool progress(const Url &/*url*/, int /*value*/)
{ return true; }
virtual Action problem( const Url &/*url*/, Error /*error*/, const std::string &/*description*/ ) { return ABORT; }
};
struct RepoCreateReport : public callback::ReportBase
{
enum Action {
ABORT, // abort and return error
RETRY, // retry
IGNORE // skip refresh, ignore failed refresh
};
enum Error {
NO_ERROR,
NOT_FOUND, // the requested Url was not found
IO, // IO error
REJECTED,
INVALID, // th source is invali
UNKNOWN
};
virtual void start( const zypp::Url &/*url*/ ) {}
virtual bool progress( int /*value*/ )
{ return true; }
virtual Action problem(
const zypp::Url &/*url*/
, Error /*error*/
, const std::string &/*description*/ )
{ return ABORT; }
virtual void finish(
const zypp::Url &/*url*/
, Error /*error*/
, const std::string &/*reason*/ )
{}
};
struct RepoReport : public callback::ReportBase
{
enum Action {
ABORT, // abort and return error
RETRY, // retry
IGNORE // skip refresh, ignore failed refresh
};
enum Error {
NO_ERROR,
NOT_FOUND, // the requested Url was not found
IO, // IO error
INVALID // th source is invalid
};
virtual void start( const ProgressData &/*task*/, const RepoInfo /*repo*/ ) {}
virtual bool progress( const ProgressData &/*task*/ )
{ return true; }
virtual Action problem(
Repository /*source*/
, Error /*error*/
, const std::string &/*description*/ )
{ return ABORT; }
virtual void finish(
Repository /*source*/
, const std::string &/*task*/
, Error /*error*/
, const std::string &/*reason*/ )
{}
};
/////////////////////////////////////////////////////////////////
} // namespace source
///////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////
namespace media
{
// media change request callback
struct MediaChangeReport : public callback::ReportBase
{
enum Action {
ABORT, // abort and return error
RETRY, // retry
IGNORE, // ignore this media in future, not available anymore
IGNORE_ID, // ignore wrong medium id
CHANGE_URL, // change media URL
EJECT // eject the medium
};
enum Error {
NO_ERROR,
NOT_FOUND, // the medie not found at all
IO, // error accessing the media
INVALID, // media is broken
WRONG, // wrong media, need a different one
IO_SOFT /**< IO error which can happen on worse connection like timeout exceed */
};
/**
*
* \param url in: url for which the media is requested,
* out: url to use instead of the original one
* \param mediumNr requested medium number
* \param label label of requested medium
* \param error type of error from \ref Error enum
* \param description error message (media not desired or error foo occured)
* \param devices list of the available devices (for eject)
* \param dev_current in: index of the currently used device in the \a devices list
* out: index of the devices to be ejected in the \a devices list
* \return \ref Action (ABORT by default)
*/
virtual Action requestMedia(
Url & /* url (I/O parameter) */
, unsigned /*mediumNr*/
, const std::string & /* label */
, Error /*error*/
, const std::string & /*description*/
, const std::vector<std::string> & /* devices */
, unsigned int & /* dev_current (I/O param) */
) { return ABORT; }
};
///////////////////////////////////////////////////////////////////
/// \class ScopedDisableMediaChangeReport
/// \brief Temporarily disable MediaChangeReport
/// Sometimes helpful to suppress interactive messages connected to
/// MediaChangeReport while fallback URLs are avaialble.
struct ScopedDisableMediaChangeReport
{
/** Disbale MediaChangeReport if \a condition_r is \c true.*/
ScopedDisableMediaChangeReport( bool condition_r = true );
private:
shared_ptr<callback::TempConnect<media::MediaChangeReport> > _guard;
};
// progress for downloading a file
struct DownloadProgressReport : public callback::ReportBase
{
enum Action {
ABORT, // abort and return error
RETRY, // retry
IGNORE // ignore the failure
};
enum Error {
NO_ERROR,
NOT_FOUND, // the requested Url was not found
IO, // IO error
ACCESS_DENIED, // user authent. failed while accessing restricted file
ERROR // other error
};
virtual void start( const Url &/*file*/, Pathname /*localfile*/ ) {}
/**
* Download progress.
*
* \param value Percentage value.
* \param file File URI.
* \param dbps_avg Average download rate so far. -1 if unknown.
* \param dbps_current Current download (cca last 1 sec). -1 if unknown.
*/
virtual bool progress(int /*value*/, const Url &/*file*/,
double dbps_avg = -1,
double dbps_current = -1)
{ return true; }
virtual Action problem(
const Url &/*file*/
, Error /*error*/
, const std::string &/*description*/
) { return ABORT; }
virtual void finish(
const Url &/*file*/
, Error /*error*/
, const std::string &/*reason*/
) {}
};
// authentication issues report
struct AuthenticationReport : public callback::ReportBase
{
/**
* Prompt for authentication data.
*
* \param url URL which required the authentication
* \param msg prompt text
* \param auth_data input/output object for handling authentication
* data. As an input parameter auth_data can be prefilled with
* username (from previous try) or auth_type (available
* authentication methods aquired from server (only CurlAuthData)).
* As an output parameter it serves for sending username, pasword
* or other special data (derived AuthData objects).
* \return true if user chooses to continue with authentication,
* false otherwise
*/
virtual bool prompt(const Url & /* url */,
const std::string & /* msg */,
AuthData & /* auth_data */)
{
return false;
}
};
/////////////////////////////////////////////////////////////////
} // namespace media
///////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////
namespace target
{
/** Request to display the pre commit message of a patch. */
struct PatchMessageReport : public callback::ReportBase
{
/** Display \c patch->message().
* Return \c true to continue, \c false to abort commit.
*/
virtual bool show( Patch::constPtr & /*patch*/ )
{ return true; }
};
/** Indicate execution of a patch script. This is a sort of
* \c %post script shipped by a package and to be executed
* after the package was installed.
*/
struct PatchScriptReport : public callback::ReportBase
{
enum Notify { OUTPUT, PING };
enum Action {
ABORT, // abort commit and return error
RETRY, // (re)try to execute this script
IGNORE // ignore any failue and continue
};
/** Start executing the script provided by package.
*/
virtual void start( const Package::constPtr & /*package*/,
const Pathname & /*script path*/ )
{}
/** Progress provides the script output. If the script is quiet,
* from time to time still-alive pings are sent to the ui. Returning \c FALSE
* aborts script execution.
*/
virtual bool progress( Notify /*OUTPUT or PING*/,
const std::string & /*output*/ = std::string() )
{ return true; }
/** Report error. */
virtual Action problem( const std::string & /*description*/ )
{ return ABORT; }
/** Report success. */
virtual void finish()
{}
};
///////////////////////////////////////////////////////////////////
/// \class FindFileConflictstReport
/// \brief Check for package file conflicts in commit (after download)
///
/// File conflict check requires that all packages are downloaded and
/// now available in the cache (need to access the filelists). Missing
/// packages are omitted from check and their number is reported in
/// \a noFilelist_r. This usually happens if download mode 'as-needed'
/// is used.
///////////////////////////////////////////////////////////////////
struct FindFileConflictstReport : public callback::ReportBase
{
/**
* \param progress_r Progress counter for packages to check.
* \return \c true to continue, \c false upon user abort request.
*/
virtual bool start( const ProgressData & progress_r )
{ return true; }
/**
* \param progress_r Progress counter for packages to check.
* \param noFilelist_r Queue of so far skipped solvables (no filelist/not yet downloaded).
* \return \c true to continue, \c false upon user abort request.
*/
virtual bool progress( const ProgressData & progress_r, const sat::Queue & noFilelist_r )
{ return true; }
/**
* \param progress_r Progress counter for packages to check.
* \param noFilelist_r Queue of skipped solvables (no filelist/not yet downloaded).
* \param conflicts_r File conflits queue.
* \return \c true to continue, \c false upon user abort request.
*/
virtual bool result( const ProgressData & progress_r, const sat::Queue & noFilelist_r, const sat::FileConflicts & conflicts_r )
{ return true; }
};
///////////////////////////////////////////////////////////////////
namespace rpm
{
// progress for installing a resolvable
struct InstallResolvableReport : public callback::ReportBase
{
enum Action {
ABORT, // abort and return error
RETRY, // retry
IGNORE // ignore the failure
};
enum Error {
NO_ERROR,
NOT_FOUND, // the requested Url was not found
IO, // IO error
INVALID // th resolvable is invalid
};
// the level of RPM pushing
/** \deprecated We fortunately no longer do 3 attempts. */
enum RpmLevel {
RPM,
RPM_NODEPS,
RPM_NODEPS_FORCE //!< only this one used
};
virtual void start(
Resolvable::constPtr /*resolvable*/
) {}
virtual bool progress(int /*value*/, Resolvable::constPtr /*resolvable*/)
{ return true; }
virtual Action problem(
Resolvable::constPtr /*resolvable*/
, Error /*error*/
, const std::string &/*description*/
, RpmLevel /*level*/
) { return ABORT; }
virtual void finish(
Resolvable::constPtr /*resolvable*/
, Error /*error*/
, const std::string &/*reason*/
, RpmLevel /*level*/
) {}
};
// progress for removing a resolvable
struct RemoveResolvableReport : public callback::ReportBase
{
enum Action {
ABORT, // abort and return error
RETRY, // retry
IGNORE // ignore the failure
};
enum Error {
NO_ERROR,
NOT_FOUND, // the requested Url was not found
IO, // IO error
INVALID // th resolvable is invalid
};
virtual void start(
Resolvable::constPtr /*resolvable*/
) {}
virtual bool progress(int /*value*/, Resolvable::constPtr /*resolvable*/)
{ return true; }
virtual Action problem(
Resolvable::constPtr /*resolvable*/
, Error /*error*/
, const std::string &/*description*/
) { return ABORT; }
virtual void finish(
Resolvable::constPtr /*resolvable*/
, Error /*error*/
, const std::string &/*reason*/
) {}
};
// progress for rebuilding the database
struct RebuildDBReport : public callback::ReportBase
{
enum Action {
ABORT, // abort and return error
RETRY, // retry
IGNORE // ignore the failure
};
enum Error {
NO_ERROR,
FAILED // failed to rebuild
};
virtual void start(Pathname /*path*/) {}
virtual bool progress(int /*value*/, Pathname /*path*/)
{ return true; }
virtual Action problem(
Pathname /*path*/
, Error /*error*/
, const std::string &/*description*/
) { return ABORT; }
virtual void finish(
Pathname /*path*/
, Error /*error*/
, const std::string &/*reason*/
) {}
};
// progress for converting the database
struct ConvertDBReport : public callback::ReportBase
{
enum Action {
ABORT, // abort and return error
RETRY, // retry
IGNORE // ignore the failure
};
enum Error {
NO_ERROR,
FAILED // conversion failed
};
virtual void start(
Pathname /*path*/
) {}
virtual bool progress(int /*value*/, Pathname /*path*/)
{ return true; }
virtual Action problem(
Pathname /*path*/
, Error /*error*/
, const std::string &/*description*/
) { return ABORT; }
virtual void finish(
Pathname /*path*/
, Error /*error*/
, const std::string &/*reason*/
) {}
};
/////////////////////////////////////////////////////////////////
} // namespace rpm
///////////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////////
} // namespace target
///////////////////////////////////////////////////////////////////
class PoolQuery;
/** \name Locks */
//@{
/**
* Callback for cleaning locks which doesn't lock anything in pool.
*/
struct CleanEmptyLocksReport : public callback::ReportBase
{
/**
* action performed by cleaning api to specific lock
*/
enum Action {
ABORT, /**< abort and return error */
DELETE, /**< delete empty lock */
IGNORE /**< skip empty lock */
};
/**
* result of cleaning
*/
enum Error {
NO_ERROR, /**< no problem */
ABORTED /** cleaning aborted by user */
};
/**
* cleaning is started
*/
virtual void start(
) {}
/**
* progress of cleaning specifies in percents
* \return if continue
*/
virtual bool progress(int /*value*/)
{ return true; }
/**
* When find empty lock ask what to do with it
* \return action
*/
virtual Action execute(
const PoolQuery& /*error*/
) { return DELETE; }
/**
* cleaning is done
*/
virtual void finish(
Error /*error*/
) {}
};
/**
* this callback handles merging old locks with newly added or removed
*/
struct SavingLocksReport : public callback::ReportBase
{
/**
* action for old lock which is in conflict
* \see ConflictState
*/
enum Action {
ABORT, /**< abort and return error*/
DELETE, /**< delete conflicted lock */
IGNORE /**< skip conflict lock */
};
/**
* result of merging
*/
enum Error {
NO_ERROR, /**< no problem */
ABORTED /**< cleaning aborted by user */
};
/**
* type of conflict of old and new lock
*/
enum ConflictState{
SAME_RESULTS, /**< locks lock same item in pool but his parameters is different */
INTERSECT /**< locks lock some file and unlocking lock unlock only part
* of iti, so removing old lock can unlock more items in pool */
};
virtual void start() {}
/**
* merging still live
* \return if continue
*/
virtual bool progress()
{ return true; }
/**
* When user unlock something which is locked by non-identical query
*/
virtual Action conflict(
const PoolQuery&, /**< problematic query*/
ConflictState
) { return DELETE; }
virtual void finish(
Error /*error*/
) {}
};
///////////////////////////////////////////////////////////////////
/// \class JobReport
/// \brief Generic report for sending messages.
///////////////////////////////////////////////////////////////////
struct JobReport : public callback::ReportBase
{
public:
/** message type (use like 'enum class \ref MsgType') */
struct _MsgTypeDef {
enum Enum { debug, info, warning, error, important, data };
};
typedef base::EnumClass<_MsgTypeDef> MsgType; ///< 'enum class MsgType'
/** typsafe map of userdata */
typedef callback::UserData UserData;
public:
/** Send a ready to show message text. */
virtual bool message( MsgType type_r, const std::string & msg_r, const UserData & userData_r ) const
{ return true; }
/** \name Static sender instance */
//@{
/** Singleton sender instance */
static callback::SendReport<JobReport> & instance(); // impl in ZYppImpl.cc
/** send debug message text */
static bool debug( const MessageString & msg_r, const UserData & userData_r = UserData() )
{ return instance()->message( MsgType::debug, msg_r, userData_r ); }
/** send message text */
static bool info( const MessageString & msg_r, const UserData & userData_r = UserData() )
{ return instance()->message( MsgType::info, msg_r, userData_r ); }
/** send warning text */
static bool warning( const MessageString & msg_r, const UserData & userData_r = UserData() )
{ return instance()->message( MsgType::warning, msg_r, userData_r ); }
/** send error text */
static bool error( const MessageString & msg_r, const UserData & userData_r = UserData() )
{ return instance()->message( MsgType::error, msg_r, userData_r ); }
/** send important message text */
static bool important( const MessageString & msg_r, const UserData & userData_r = UserData() )
{ return instance()->message( MsgType::important, msg_r, userData_r ); }
/** send data message */
static bool data( const MessageString & msg_r, const UserData & userData_r = UserData() )
{ return instance()->message( MsgType::data, msg_r, userData_r ); }
//@}
};
/////////////////////////////////////////////////////////////////
} // namespace zypp
///////////////////////////////////////////////////////////////////
#endif // ZYPP_ZYPPCALLBACKS_H
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