scopedump.cpp

// #################################################################################################
//  alib::lox::detail - ALox Logging Library
//
//  Copyright 2013-2024 A-Worx GmbH, Germany
//  Published under 'Boost Software License' (a free software license, see LICENSE.txt)
// #################################################################################################
#include "alib/alib_precompile.hpp"
 
#if !DOXYGEN
#   include "alib/alox/alox.hpp"
#   define HPP_ALIB_LOX_PROPPERINCLUDE
#       include "alib/alox/detail/scopestore.inl"
#       include "alib/alox/detail/scopeinfo.inl"
#       include "alib/alox/detail/scopedump.inl"
#   undef HPP_ALIB_LOX_PROPPERINCLUDE
#endif // !DOXYGEN
 
 
using namespace alib;
 
 
namespace alib {  namespace lox { namespace detail {
 
//! @cond NO_DOX
 
// #################################################################################################
// template instantiations
// #################################################################################################
template   int ScopeDump::writeStore   ( ScopeStore<NString                              , true >* store, int indentSpaces );
template   int ScopeDump::writeStore   ( ScopeStore<PrefixLogable*                       , true >* store, int indentSpaces );
template   int ScopeDump::writeStoreMap( ScopeStore<SSMap<int>*, false>* store );
template   int ScopeDump::writeStoreMap( ScopeStore<SSMap<Box>*, false>* store );
 
// #################################################################################################
// local helper functions (non members)
// #################################################################################################
namespace {
 
template<typename T> void write( const T&  val, NAString& target )
{
    target._(val);
}
 
template<typename T> void write(       T*  val, NAString& target )
{
    // prefix logable?
    if( std::is_same<T, Box*>::value )
    {
        String256 buffer;
        buffer << '"';
        integer actLen= buffer.Length();
        buffer._( *val );
        ESC::ReplaceToReadable( buffer, actLen );
        buffer << Format::Escape( lang::Switch::On, actLen );
        buffer << '"';
        target << buffer;
    }
    else
        target._(*static_cast<Box*>(val));
}
} // anonymous namespace
 
// #################################################################################################
// protected methods
// #################################################################################################
NAString& ScopeDump::storeKeyToScope( String key )
{
    integer fileNameEnd= key.IndexOf('#');
    integer methodEnd=   fileNameEnd >= 0 ? key.IndexOf('#', fileNameEnd + 1)  : -1;
 
    targetBuffer._<NC>("Scope::");
         if ( methodEnd   >= 0 )  targetBuffer._<NC>( "Method      [" );
    else if ( fileNameEnd >= 0 )  targetBuffer._<NC>( "FileName    [" );
    else                          targetBuffer._<NC>( "Path        [" );
 
    integer targetStart= targetBuffer.Length();
    targetBuffer._<NC>( key );
 
    if ( methodEnd >= 0 )
    {
        targetBuffer.ReplaceSubstring<NC>( " @", targetStart + fileNameEnd +1, 2 ); // characters: "/#"
        targetBuffer._<NC>( "()" );
    }
 
    if ( fileNameEnd >= 0 )
        targetBuffer.ReplaceSubstring<NC>(".*", targetStart + fileNameEnd,  1);
    else
        targetBuffer._('/');
 
    targetBuffer._(']');
 
    return targetBuffer;
}
 
#if ALIB_THREADS
NAString& ScopeDump::storeThreadToScope( threads::ThreadID threadID )
{
    auto it= threadDict.Find( threadID );
    if ( it != threadDict.end() )
        return targetBuffer._("[Thread=\"")._( it->second )._("\"]");
 
    return targetBuffer._("[ThreadID=")._( threadID )._(']');
}
#endif
 
template<typename T>
integer ScopeDump::writeStoreMapHelper(SSMap<T>& map, const NString& prefix )
{
    for ( auto& it : map )
    {
        targetBuffer._<NC>( prefix );
 
        String64 keyString;
 
        if ( it.first.template Equals<NC>( noKey ) )
            keyString._<NC>( "<global>" );
        else
            keyString._<NC>( '"' )._( it.first )._( '"' );
        if ( maximumKeyLength < keyString.Length() + 1 )
            maximumKeyLength= keyString.Length() + 1;
 
        targetBuffer._<NC>(NFormat::Field(keyString, maximumKeyLength, lang::Alignment::Left))._<NC>( '=' );
 
 
        write( it.second, targetBuffer);
        targetBuffer.NewLine();
    }
    return maximumKeyLength;
}
 
// #################################################################################################
// Interface
// #################################################################################################
template<typename T>
int ScopeDump::writeStoreMap( ScopeStore<T, false>* store )
{
    int cnt= 0;
    bool firstEntry= true;
    if ( store->globalStore && store->globalStore->Size() > 0)
    {
        cnt+=  static_cast<int>( store->globalStore->Size() );
        firstEntry= false;
        targetBuffer._<NC>( "  Scope::Global:" ).NewLine();
        maximumKeyLength= writeStoreMapHelper( *store->globalStore, "    " );
    }
 
#if ALIB_THREADS
    for ( auto thread= store->threadStore.begin() ; thread != store->threadStore.end() ; ++thread )
    {
        if ( thread->first.first== false )
            continue;
        if( firstEntry ) firstEntry= false; else   targetBuffer.NewLine();
        targetBuffer._<NC>("  Scope::ThreadOuter ");  storeThreadToScope( thread->first.second )._( ':' ).NewLine();
        cnt+= static_cast<int>( thread->second->Size() );
        maximumKeyLength= writeStoreMapHelper( *thread->second, "    " );
    }
#endif
 
 
    String512 keyStr;
    typename ScopeStore<T, false>::TLanguageStore::RecursiveIterator iterator;
    iterator.SetSorting( lang::Switch::On );
    iterator.SetPathGeneration( lang::Switch::On );
    for( iterator.Initialize( store->languageStore) ; iterator.IsValid() ; iterator.Next() )
    {
        if( *iterator.Node() == nullptr )
            continue;
        cnt+= static_cast<int>( (*iterator.Node())->Size() );
        if( firstEntry ) firstEntry= false; else   targetBuffer.NewLine();
        targetBuffer._<NC>( "  " );
        storeKeyToScope( iterator.FullPath( keyStr) ).NewLine();
        maximumKeyLength= writeStoreMapHelper( **iterator.Node(), "    " );
    }
 
#if ALIB_THREADS
    for ( auto thread= store->threadStore.begin() ; thread != store->threadStore.end() ; ++thread )
    {
        if ( thread->first.first == true )
            continue;
        if( firstEntry ) firstEntry= false; else   targetBuffer.NewLine();
        targetBuffer._<NC>("  Scope::ThreadInner ");  storeThreadToScope( thread->first.second )._( ':' ).NewLine();
        cnt+= static_cast<int>( thread->second->Size() );
        maximumKeyLength= writeStoreMapHelper( *thread->second, "    " );
    }
#endif
    return cnt;
}
 
template<typename T>
int ScopeDump::writeStore( ScopeStore<T, true>* store, int indentSpaces )
{
    int cnt= 0;
 
    // global store
    if ( store->globalStore != nullptr )
    {
        ++cnt;
        targetBuffer.InsertChars( ' ', indentSpaces );
        write( store->globalStore, targetBuffer );
        targetBuffer._<NC>(NFormat::Tab( 25, -1 ) )._<NC>( "Scope::Global " ).NewLine();
    }
 
    // outer thread store
#if ALIB_THREADS
    for ( auto thread= store->threadStore.begin() ; thread != store->threadStore.end() ; ++thread )
        if( thread->first.first == false )
            for ( auto& it : thread->second )
            {
                ++cnt;
                targetBuffer.InsertChars( ' ', indentSpaces );
                write(it, targetBuffer);
                targetBuffer._<NC>( NFormat::Tab( 25, -1 ) )
                      ._<NC>( "Scope::ThreadOuter " );
                storeThreadToScope( thread->first.second ).NewLine();
            }
#endif
 
    // language store
    {
        String512 keyStr;
        typename ScopeStore<T, true>::TLanguageStore::RecursiveIterator iterator;
        iterator.SetSorting( lang::Switch::On );
        iterator.SetPathGeneration( lang::Switch::On );
        for( iterator.Initialize( store->languageStore ); iterator.IsValid() ; iterator.Next() )
        {
            if( *iterator.Node() == nullptr )
                continue;
            ++cnt;
            targetBuffer.InsertChars( ' ', indentSpaces );
            write( *iterator.Node(), targetBuffer );
            targetBuffer._<NC>(NFormat::Tab( 25, -1 ) );
            storeKeyToScope( iterator.FullPath( keyStr) ).NewLine();
        }
    }
 
    // inner thread store
#if ALIB_THREADS
    for ( auto thread= store->threadStore.begin() ; thread != store->threadStore.end() ; ++thread )
        if( thread->first.first == true )
            for ( auto& it : thread->second )
            {
                ++cnt;
                targetBuffer.InsertChars( ' ', indentSpaces );
                write(it, targetBuffer);
                targetBuffer._<NC>( NFormat::Tab( 25, -1 ) )
                      ._<NC>( "Scope::ThreadInner " );
                storeThreadToScope( thread->first.second ).NewLine();
            }
#endif
    return cnt;
}
 
//! @endcond
}}} // namespace [alib::lox::detail]