#include "g0api/g0api.h"
#include "parse/parse.h"
#include "verify/verify.h"
#include "execute/execute.h"
#include "compile/compiler.h"
using namespace goose;
using namespace goose::compile;
namespace goose::g0api
{
void SetupApiCompiler( Env& e )
{
wptr< Env > pEnv = e.shared_from_this();
RegisterBuiltinFunc< Intrinsic< void ( bool ) > >( e, "#VerificationTraceMode"_sid,
[]( auto&& c, const Value& enable )
{
if( !enable.isConstant() )
{
DiagnosticsManager::GetInstance().emitErrorMessage( enable.locationId(),
"this doesn't evaluate to a constant." );
return;
}
verify::Func::SetTraceMode( *FromValue< bool >( enable ) );
} );
RegisterBuiltinFunc< Intrinsic< void ( bool ) > >( e, "#VerificationDumpSolverOnFailure"_sid,
[]( auto&& c, const Value& enable )
{
if( !enable.isConstant() )
{
DiagnosticsManager::GetInstance().emitErrorMessage( enable.locationId(),
"this doesn't evaluate to a constant." );
return;
}
verify::Func::SetDumpSolverOnFailure( *FromValue< bool >( enable ) );
} );
RegisterBuiltinFunc< Intrinsic< void ( bool ) > >( e, "#VerificationDumpSolverOnSuccess"_sid,
[]( auto&& c, const Value& enable )
{
if( !enable.isConstant() )
{
DiagnosticsManager::GetInstance().emitErrorMessage( enable.locationId(),
"this doesn't evaluate to a constant." );
return;
}
verify::Func::SetDumpSolverOnSuccess( *FromValue< bool >( enable ) );
} );
RegisterBuiltinFunc< Intrinsic< void ( uint32_t ) > >( e, "#SetExecutionBudget"_sid,
[]( auto&& c, const Value& budget )
{
static bool used = false;
if( !budget.isConstant() )
{
DiagnosticsManager::GetInstance().emitErrorMessage( budget.locationId(),
"this doesn't evaluate to a constant." );
return;
}
if( used )
{
DiagnosticsManager::GetInstance().emitErrorMessage( 0,
"#SetExecutionBudget can only be used once." );
return;
}
used = true;
execute::VM::SetExecutionBudget( *FromValue< uint32_t >( budget ) );
} );
RegisterBuiltinFunc< Intrinsic< void ( Value ) > >( e, "#DumpValue"_sid,
[]( auto&& c, const Value& val )
{
stringstream s;
s << val;
DiagnosticsManager::GetInstance().emitTraceMessage( val.locationId(), s.str() );
} );
RegisterBuiltinFunc< Eager< Value > ( Value, string ) >( e, "ExternalFunction"_sid,
[]( const Value& f, const string& symbol )
{
auto ft = FromValue< FuncType >( f );
if( !ft )
return PoisonValue();
return ToValue( BuildExternalFunc( *ft, symbol ) );
} );
RegisterBuiltinFunc< Eager< Value > ( Value, string ) >( e, "ExternalVarArgFunction"_sid,
[]( const Value& f, const string& symbol )
{
auto ft = FromValue< FuncType >( f );
if( !ft )
return PoisonValue();
return ToValue( BuildExternalFunc( *ft, symbol, true ) );
} );
RegisterBuiltinFunc< void ( string, Value ) >( e, "CreateConstant"_sid,
[pEnv]( const string& name, const Value& v )
{
if( !v.isConstant() )
{
DiagnosticsManager::GetInstance().emitErrorMessage( v.locationId(),
"this doesn't evaluate to a constant." );
return;
}
pEnv.lock()->storeValue(
AppendToVectorTerm( RootG0Identity(), StringId( name.c_str() ) ),
ANYTERM( _ ), ValueToEIR( v ) );
} );
RegisterBuiltinFunc< Intrinsic< uint32_t ( string ) > >( e, "#Include"_sid,
[pEnv]( auto&& c, const Value& fnameval ) -> Value
{
auto filename = *FromValue< string >( fnameval );
auto identity = TakeVectorTerm( c.identity(), VecSize( c.identity() ) - 1 );
get< pvec >( identity )->terms().back() = TSID( locvars );
auto result = Compiler::LoadAndExecuteFile( pEnv.lock(), filename, identity,
GetValueType< uint32_t >(), ToValue< uint32_t >( 0 ) );
if( !result )
return ToValue< uint32_t >( 0 );
return *result;
} );
RegisterBuiltinFunc< uint32_t ( string ) >( e, "ExecuteFile"_sid,
[pEnv]( const string& filename ) -> Value
{
// For now generate an unique identity for the file to execute. Later we might want to
// pass an identity as parameters as a wrapped term.
auto identity = AppendToVectorTerm( RootG0Identity(),
TERM( StringId( Env::NewUniqueId() ) ) );
auto locVarsIdentity = AppendToVectorTerm( identity, TSID( locvars ) );
auto env = pEnv.lock();
env->addVisibilityRule( builtins::RootG0Identity(), identity );
env->addVisibilityRule( identity, locVarsIdentity );
auto result = Compiler::LoadAndExecuteFile( env, filename, locVarsIdentity,
GetValueType< uint32_t >(), ToValue< uint32_t >( 0 ) );
if( !result )
return ToValue< uint32_t >( 0 );
return *result;
} );
RegisterBuiltinFunc< Intrinsic< Value ( string, TypeWrapper< Term >, Value, Value, Value ) > >( e, "#CompileFileToFunction"_sid,
[pEnv]( auto&& c, const Value& filenameVal, const Value& identityVal, const Value& rt, const Value& defReturnValue, const Value& params ) -> Value
{
if( !filenameVal.isConstant() )
{
DiagnosticsManager::GetInstance().emitErrorMessage( filenameVal.locationId(),
"this doesn't evaluate to a constant." );
return PoisonValue();
}
if( !identityVal.isConstant() )
{
DiagnosticsManager::GetInstance().emitErrorMessage( identityVal.locationId(),
"this doesn't evaluate to a constant." );
return PoisonValue();
}
auto filename = *FromValue< string >( filenameVal );
auto identity = *FromValue< TypeWrapper< Term > >( identityVal );
// Validate those generic value inputs
if( !IsType( c, rt ) )
{
DiagnosticsManager::GetInstance().emitErrorMessage( rt.locationId(),
"type expected.", 0 );
return PoisonValue();
}
if( CheckParamListKind( params ) != ParamListKind::Regular )
{
DiagnosticsManager::GetInstance().emitErrorMessage( params.locationId(),
"template parameter lists are not supported here.", 0 );
return PoisonValue();
}
sema::Context localC( pEnv.lock(), identity, ValueToEIR( rt ) );
auto ftype = BuildFuncType( localC, rt, params );
if( !ftype )
return PoisonValue();
auto funcIdentity = AppendToVectorTerm( builtins::RootG0Identity(),
TERM( StringId( Env::NewUniqueId() ) ) );
c.env()->addVisibilityRule( builtins::RootG0Identity(), funcIdentity );
auto locVarsIdentity = AppendToVectorTerm( funcIdentity, TSID( locvars ) );
c.env()->addVisibilityRule( funcIdentity, locVarsIdentity );
auto func = BuildFunc( localC, *ftype, funcIdentity, params, nullptr, c );
const auto& pFuncCIR = func.cir();
auto cfg = Compiler::LoadAndParseFile( pEnv.lock(), filename, locVarsIdentity,
ftype->returnType(), defReturnValue );
if( !cfg )
return PoisonValue();
if( cfg->isPoisoned() )
return PoisonValue();
pFuncCIR->body() = cfg;
return ToValue( func );
} );
}
}