// CheckStatsNode
//------------------------------------------------------------------------------
void FBuildTest::CheckStatsNode( const FBuildStats & stats, size_t numSeen, size_t numBuilt, Node::Type nodeType ) const
{
const FBuildStats::Stats & nodeStats = stats.GetStatsFor( nodeType );
size_t actualNumSeen = nodeStats.m_NumProcessed;
TEST_ASSERT( actualNumSeen == numSeen );
size_t actualNumBuilt = nodeStats.m_NumBuilt;
TEST_ASSERT( actualNumBuilt == numBuilt );
}
// TestPCH
//------------------------------------------------------------------------------
void TestPrecompiledHeaders::TestPCH() const
{
FBuildOptions options;
options.m_ForceCleanBuild = true;
options.m_UseCacheWrite = true;
options.m_ShowSummary = true; // required to generate stats for node count checks
#if defined( __WINDOWS__ )
AStackString<> obj( "../../../../ftmp/Test/PrecompiledHeaders/PCHUser.obj" );
#else
AStackString<> obj( "../../../../ftmp/Test/PrecompiledHeaders/PCHUser.o" );
#endif
AStackString<> pch( "../../../../ftmp/Test/PrecompiledHeaders/PrecompiledHeader.pch" );
AStackString<> lib( "../../../../ftmp/Test/PrecompiledHeaders/TestPCH.lib" );
EnsureFileDoesNotExist( obj );
EnsureFileDoesNotExist( pch );
EnsureFileDoesNotExist( lib );
FBuildStats stats = Build( options, false ); // don't use DB
EnsureFileExists( obj );
EnsureFileExists( pch );
EnsureFileExists( lib );
// Check stats
// Seen, Built, Type
CheckStatsNode ( stats, 3, 2, Node::FILE_NODE ); // cpp + pch
CheckStatsNode ( stats, 1, 1, Node::COMPILER_NODE );
CheckStatsNode ( stats, 2, 2, Node::OBJECT_NODE );// obj + pch obj
CheckStatsNode ( stats, 1, 1, Node::LIBRARY_NODE );
CheckStatsNode ( stats, 1, 1, Node::DIRECTORY_LIST_NODE );
CheckStatsNode ( stats, 1, 1, Node::ALIAS_NODE );
CheckStatsNode ( stats, 1, 1, Node::DLL_NODE );
CheckStatsTotal( stats, 10, 9 );
// check we wrote all objects to the cache
TEST_ASSERT( stats.GetStatsFor( Node::OBJECT_NODE ).m_NumCacheStores == 1 ); // only the main obj can be cached
}
// DoCPUTimeByType
//------------------------------------------------------------------------------
void Report::DoCPUTimeByType( const FBuildStats & stats )
{
DoSectionTitle( "CPU Time by Node Type", "cpuTimeByNodeType" );
// Summary Pie Chart
Array< PieItem > items( 32, true );
for ( size_t i=0; i < (size_t)Node::NUM_NODE_TYPES; ++i )
{
const FBuildStats::Stats & nodeStats = stats.GetStatsFor( (Node::Type)i );
if ( nodeStats.m_NumProcessed == 0 )
{
continue;
}
// label
const char * typeName = Node::GetTypeName( Node::Type( i ) );
const float value = (float)( (double)nodeStats.m_ProcessingTimeMS / (double)1000 );
const uint32_t color = g_ReportNodeColors[ i ];
PieItem item( typeName, value, color, (void *)i );
items.Append( item );
}
items.Sort();
// pie chart
DoPieChart( items, " s" );
// table
DoTableStart();
Write( "<tr><th width=80>Type</th><th width=80>Time</th><th width=80>Processed</th><th width=80>Built</th><th width=80>Cache Hits</th></tr>\n" );
for ( size_t i=0; i < items.GetSize(); ++i )
{
Node::Type type = (Node::Type)(size_t)items[ i ].userData;
const FBuildStats::Stats & nodeStats = stats.GetStatsFor( type );
if ( nodeStats.m_NumProcessed == 0 )
{
continue;
}
const char * typeName = Node::GetTypeName( type );
const float value = (float)( (double)nodeStats.m_ProcessingTimeMS / (double)1000 );
const uint32_t processed = nodeStats.m_NumProcessed;
const uint32_t built = nodeStats.m_NumBuilt;
const uint32_t cacheHits = nodeStats.m_NumCacheHits;
Write( "<tr><td>%s</td><td>%2.3fs</td><td>%u</td><td>%u</td>",
typeName,
value,
processed,
built,
cacheHits );
if ( type == Node::OBJECT_NODE )
{
// cacheable
Write( "<td>%u</td></tr>\n", cacheHits );
}
else
{
// non-cacheable
Write( "<td>-</td></tr>\n" );
}
}
DoTableStop();
}
