/* * This program source code file is part of KiCad, a free EDA CAD application. * * Copyright (C) 2016 Jean-Pierre Charras, jp.charras at wanadoo.fr * Copyright (C) 1992-2017 KiCad Developers, see AUTHORS.txt for contributors. * * This program is free software: you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation, either version 3 of the License, or (at your * option) any later version. * * This program is distributed in the hope that it will be useful, but * WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * General Public License for more details. * * You should have received a copy of the GNU General Public License along * with this program. If not, see . */ #include #include #include using FOOTPRINT_FILTER_IT = FOOTPRINT_FILTER::ITERATOR; FOOTPRINT_FILTER::ITERATOR::ITERATOR() : m_pos( 0 ), m_filter( nullptr ) { } FOOTPRINT_FILTER::ITERATOR::ITERATOR( FOOTPRINT_FILTER_IT const& aOther ) : m_pos( aOther.m_pos ), m_filter( aOther.m_filter ) { } FOOTPRINT_FILTER::ITERATOR::ITERATOR( FOOTPRINT_FILTER& aFilter ) : m_pos( (size_t) -1 ), m_filter( &aFilter ) { increment(); } void FOOTPRINT_FILTER_IT::increment() { bool found = false; if( !m_filter || !m_filter->m_list || m_filter->m_list->GetCount() == 0 ) { m_pos = 0; return; } auto filter_type = m_filter->m_filter_type; auto list = m_filter->m_list; auto& lib_name = m_filter->m_lib_name; auto& filter_pattern = m_filter->m_filter_pattern; auto& filter = m_filter->m_filter; for( ++m_pos; m_pos < list->GetCount() && !found; ++m_pos ) { found = true; if( ( filter_type & FOOTPRINT_FILTER::FILTERING_BY_LIBRARY ) && !lib_name.IsEmpty() && !list->GetItem( m_pos ).InLibrary( lib_name ) ) found = false; if( ( filter_type & FOOTPRINT_FILTER::FILTERING_BY_COMPONENT_KEYWORD ) && !FootprintFilterMatch( list->GetItem( m_pos ) ) ) found = false; if( ( filter_type & FOOTPRINT_FILTER::FILTERING_BY_PIN_COUNT ) && !PinCountMatch( list->GetItem( m_pos ) ) ) found = false; if( ( filter_type & FOOTPRINT_FILTER::FILTERING_BY_NAME ) && !filter_pattern.IsEmpty() ) { wxString currname; // If the search string contains a ':' character, // include the library name in the search string // e.g. LibName:FootprintName if( filter_pattern.Contains( ":" ) ) currname = list->GetItem( m_pos ).GetNickname().Lower() + ":"; currname += list->GetItem( m_pos ).GetFootprintName().Lower(); if( filter.Find( currname ) == EDA_PATTERN_NOT_FOUND ) found = false; } if( filter_type == FOOTPRINT_FILTER::UNFILTERED_FP_LIST ) { // override found = true; } } // for loop will stop one past the correct item if( found ) --m_pos; } bool FOOTPRINT_FILTER_IT::equal( FOOTPRINT_FILTER_IT const& aOther ) const { // Invalid iterators are always equal return ( m_pos == aOther.m_pos ) && ( m_filter == aOther.m_filter || m_pos == (size_t) -1 ); } FOOTPRINT_INFO& FOOTPRINT_FILTER_IT::dereference() const { if( m_filter && m_filter->m_list && m_pos < m_filter->m_list->GetCount() ) return m_filter->m_list->GetItem( m_pos ); else throw std::out_of_range( "Attempt to dereference past FOOTPRINT_FILTER::end()" ); } bool FOOTPRINT_FILTER_IT::FootprintFilterMatch( FOOTPRINT_INFO& aItem ) { if( m_filter->m_footprint_filters.empty() ) return true; // The matching is case insensitive wxString name; for( auto const& each_filter : m_filter->m_footprint_filters ) { name.Empty(); // If the filter contains a ':' character, include the library name in the pattern if( each_filter->GetPattern().Contains( ":" ) ) { name = aItem.GetNickname().Lower() + ":"; } name += aItem.GetFootprintName().Lower(); if( each_filter->Find( name ) != EDA_PATTERN_NOT_FOUND ) { return true; } } return false; } bool FOOTPRINT_FILTER_IT::PinCountMatch( FOOTPRINT_INFO& aItem ) { return m_filter->m_pin_count >= 0 && (unsigned) m_filter->m_pin_count == aItem.GetUniquePadCount(); } FOOTPRINT_FILTER::FOOTPRINT_FILTER( FOOTPRINT_LIST& aList ) : FOOTPRINT_FILTER() { SetList( aList ); } FOOTPRINT_FILTER::FOOTPRINT_FILTER() : m_list( nullptr ), m_pin_count( -1 ), m_filter_type( UNFILTERED_FP_LIST ) { } void FOOTPRINT_FILTER::SetList( FOOTPRINT_LIST& aList ) { m_list = &aList; } void FOOTPRINT_FILTER::ClearFilters() { m_filter_type = UNFILTERED_FP_LIST; } void FOOTPRINT_FILTER::FilterByLibrary( wxString const& aLibName ) { m_lib_name = aLibName; m_filter_type |= FILTERING_BY_LIBRARY; } void FOOTPRINT_FILTER::FilterByPinCount( int aPinCount ) { m_pin_count = aPinCount; m_filter_type |= FILTERING_BY_PIN_COUNT; } void FOOTPRINT_FILTER::FilterByFootprintFilters( wxArrayString const& aFilters ) { m_footprint_filters.clear(); for( auto const& each_pattern : aFilters ) { m_footprint_filters.push_back( std::make_unique() ); m_footprint_filters.back()->SetPattern( each_pattern.Lower() ); } m_filter_type |= FILTERING_BY_COMPONENT_KEYWORD; } void FOOTPRINT_FILTER::FilterByPattern( wxString const& aPattern ) { m_filter_pattern = aPattern; m_filter.SetPattern( aPattern.Lower() ); m_filter_type |= FILTERING_BY_NAME; } FOOTPRINT_FILTER_IT FOOTPRINT_FILTER::begin() { return FOOTPRINT_FILTER_IT( *this ); } FOOTPRINT_FILTER_IT FOOTPRINT_FILTER::end() { FOOTPRINT_FILTER_IT end_it( *this ); end_it.m_pos = m_list ? m_list->GetCount() : 0; return end_it; }