namespace sat
{ /////////////////////////////////////////////////////////////////
- Solvable::SplitIdent::SplitIdent( IdString ident_r )
- : _ident( ident_r )
+ namespace
{
- if ( ! ident_r )
- return;
-
- const char * ident = ident_r.c_str();
- const char * sep = ::strchr( ident, ':' );
-
- // no ':' in package names (hopefully)
- if ( ! sep )
+ void _doSplit( IdString & _ident, ResKind & _kind, IdString & _name )
{
- _kind = ResKind::package;
- _name = ident_r;
- return;
+ if ( ! _ident )
+ return;
+
+ ResKind explicitKind = Solvable::SplitIdent::explicitKind( _ident.c_str() );
+ // NOTE: kind package and srcpackage do not have namespaced ident!
+ if ( ! explicitKind )
+ {
+ _name = _ident;
+ // No kind defaults to package
+ if ( !_kind )
+ _kind = ResKind::package;
+ if ( ! ( _kind == ResKind::package || _kind == ResKind::srcpackage ) )
+ _ident = IdString( str::form( "%s:%s", _kind.c_str(), _ident.c_str() ) );
+ }
+ else
+ {
+ // strip kind spec from name
+ _name = IdString( ::strchr( _ident.c_str(), ':' )+1 );
+ _kind = explicitKind;
+ if ( _kind == ResKind::package || _kind == ResKind::srcpackage )
+ _ident = _name;
+ }
+ return;
}
+ }
- // save name
- _name = IdString( sep+1 );
- // quick check for well known kinds
- if ( sep-ident >= 4 )
- {
- switch ( ident[3] )
- {
-#define OUTS(K,S) if ( !::strncmp( ident, ResKind::K.c_str(), S ) ) _kind = ResKind::K
- // ----v
- case 'c': OUTS( patch, 5 ); return; break;
- case 'd': OUTS( product, 7 ); return; break;
- case 'k': OUTS( package, 7 ); return; break;
- case 'p': OUTS( srcpackage, 10 ); return; break;
- case 't': OUTS( pattern, 7 ); return; break;
-#undef OUTS
- }
- }
+ Solvable::SplitIdent::SplitIdent( IdString ident_r )
+ : _ident( ident_r )
+ { _doSplit( _ident, _kind, _name ); }
- // an unknown kind
- _kind = ResKind( std::string( ident, sep-ident ) );
- }
+ Solvable::SplitIdent::SplitIdent( const char * ident_r )
+ : _ident( ident_r )
+ { _doSplit( _ident, _kind, _name ); }
+
+ Solvable::SplitIdent::SplitIdent( const std::string & ident_r )
+ : _ident( ident_r )
+ { _doSplit( _ident, _kind, _name ); }
Solvable::SplitIdent::SplitIdent( ResKind kind_r, IdString name_r )
- : _kind( kind_r )
- , _name( name_r )
- {
- if ( kind_r == ResKind::package || kind_r == ResKind::srcpackage )
- _ident = _name;
- else
- _ident = IdString( str::form( "%s:%s", kind_r.c_str(), name_r.c_str() ) );
- }
+ : _ident( name_r )
+ , _kind( kind_r )
+ { _doSplit( _ident, _kind, _name ); }
Solvable::SplitIdent::SplitIdent( ResKind kind_r, const C_Str & name_r )
- : _kind( kind_r )
- , _name( name_r )
+ : _ident( name_r )
+ , _kind( kind_r )
+ { _doSplit( _ident, _kind, _name ); }
+
+ ResKind Solvable::SplitIdent::explicitKind( const char * ident_r )
{
- if ( kind_r == ResKind::package || kind_r == ResKind::srcpackage )
- _ident = _name;
- else
- _ident = IdString( str::form( "%s:%s", kind_r.c_str(), name_r.c_str() ) );
+ if ( ! ident_r )
+ return ResKind();
+
+ const char * sep = ::strchr( ident_r, ':' );
+ if ( ! sep )
+ return ResKind();
+
+ ResKind ret;
+ if ( sep-ident_r >= 4 )
+ {
+ switch ( ident_r[3] )
+ {
+ #define OUTS(K,S) if ( !::strncmp( ident_r, ResKind::K.c_str(), S ) && ident_r[S] == ':' ) ret = ResKind::K
+ // ----v
+ case 'c': OUTS( patch, 5 ); break;
+ case 'd': OUTS( product, 7 ); break;
+ case 'k': OUTS( package, 7 ); break;
+ case 'p': OUTS( srcpackage, 10 ); break;
+ case 't': OUTS( pattern, 7 ); break;
+ #undef OUTS
+ }
+ }
+ return ret;
}
/////////////////////////////////////////////////////////////////
return myPool().isSystemRepo( _solvable->repo );
}
+ bool Solvable::onSystemByUser() const
+ {
+ return isSystem() && myPool().isOnSystemByUser( ident() );
+ }
+
IdString Solvable::ident() const
{
NO_SOLVABLE_RETURN( IdString() );
}
else
{
- s = ::solvable_lookup_str_lang( _solvable, attr.id(), lang_r.code().c_str() );
+ for ( Locale l( lang_r ); l != Locale::noCode; l = l.fallback() )
+ if ( (s = ::solvable_lookup_str_lang( _solvable, attr.id(), l.code().c_str(), 0 )) )
+ return s;
+ // here: no matching locale, so use default
+ s = ::solvable_lookup_str_lang( _solvable, attr.id(), 0, 0 );
}
return s ? s : std::string();
}
return CheckSum( std::string(), s ); // try to autodetect
}
+ ///////////////////////////////////////////////////////////////////
+ namespace
+ {
+ inline Pathname lookupDatadirIn( Repository repor_r )
+ {
+ static const sat::SolvAttr susetagsDatadir( "susetags:datadir" );
+ Pathname ret;
+ // First look for repo attribute "susetags:datadir". If not found,
+ // look into the solvables as Code11 libsolv placed it there.
+ sat::LookupRepoAttr datadir( susetagsDatadir, repor_r );
+ if ( ! datadir.empty() )
+ ret = datadir.begin().asString();
+ else
+ {
+ sat::LookupAttr datadir( susetagsDatadir, repor_r );
+ if ( ! datadir.empty() )
+ ret = datadir.begin().asString();
+ }
+ return ret;
+ }
+ }
+ ///////////////////////////////////////////////////////////////////
+
OnMediaLocation Solvable::lookupLocation() const
- //std::string Solvable::lookupLocation( unsigned & medianr ) const
{
NO_SOLVABLE_RETURN( OnMediaLocation() );
// medianumber and path
OnMediaLocation ret;
Pathname path;
- static const sat::SolvAttr susetagsDatadir( "susetags:datadir" );
switch ( repository().info().type().toEnum() )
{
case repo::RepoType::NONE_e:
- {
- sat::LookupAttr datadir( susetagsDatadir, repository() );
- if ( ! datadir.empty() )
- {
- repository().info().setProbedType( repo::RepoType::YAST2_e );
- path = datadir.begin().asString();
- }
- path = datadir.empty() ? "suse" : datadir.begin().c_str();
- }
- break;
+ {
+ path = lookupDatadirIn( repository() );
+ if ( ! path.empty() )
+ repository().info().setProbedType( repo::RepoType::YAST2_e );
+ }
+ break;
case repo::RepoType::YAST2_e:
- {
- sat::LookupAttr datadir( susetagsDatadir, repository() );
- path = datadir.empty() ? "suse" : datadir.begin().c_str();
- }
- break;
+ {
+ path = lookupDatadirIn( repository() );
+ if ( path.empty() )
+ path = "suse";
+ }
+ break;
default:
break;
//return ArchId( _solvable->arch );
}
- bool Solvable::installOnly() const
+ bool Solvable::multiversionInstall() const
{
- std::set<IdString> multiversion = ZConfig::instance().multiversion();
- if (multiversion.find(ident()) != multiversion.end())
- return true;
- return false;
+ return myPool().isMultiversion( ident() );
}
IdString Solvable::vendor() const
: Capabilities();
}
+ CapabilitySet Solvable::providesNamespace( const std::string & namespace_r ) const
+ {
+ NO_SOLVABLE_RETURN( CapabilitySet() );
+ CapabilitySet ret;
+ Capabilities caps( provides() );
+ for_( it, caps.begin(), caps.end() )
+ {
+ CapDetail caprep( it->detail() );
+ if ( str::hasPrefix( caprep.name().c_str(), namespace_r ) && *(caprep.name().c_str()+namespace_r.size()) == '(' )
+ ret.insert( *it );
+ }
+ return ret;
+ }
+
+ CapabilitySet Solvable::valuesOfNamespace( const std::string & namespace_r ) const
+ {
+ NO_SOLVABLE_RETURN( CapabilitySet() );
+ CapabilitySet ret;
+ Capabilities caps( provides() );
+ for_( it, caps.begin(), caps.end() )
+ {
+ CapDetail caprep( it->detail() );
+ if ( str::hasPrefix( caprep.name().c_str(), namespace_r ) && *(caprep.name().c_str()+namespace_r.size()) == '(' )
+ {
+ std::string value( caprep.name().c_str()+namespace_r.size()+1 );
+ value[value.size()-1] = '\0'; // erase the trailing ')'
+ ret.insert( Capability( value, caprep.op(), caprep.ed() ) );
+ }
+ }
+ return ret;
+ }
+
+
std::string Solvable::asString() const
{
NO_SOLVABLE_RETURN( (_id == detail::systemSolvableId ? "systemSolvable" : "noSolvable") );
IdString( _solvable->arch ).c_str() );
}
+ bool Solvable::identical( Solvable rhs ) const
+ {
+ NO_SOLVABLE_RETURN( ! rhs.get() );
+ ::_Solvable * rhssolvable( rhs.get() );
+ return rhssolvable && ( _solvable == rhssolvable || ::solvable_identical( _solvable, rhssolvable ) );
+ }
///////////////////////////////////////////////////////////////////
namespace
projects / platform / upstream / libzypp.git / blobdiff