Utilities.h File Reference

#include "circt/Dialect/SSP/SSPAttributes.h"
#include "circt/Dialect/SSP/SSPOps.h"
#include "circt/Scheduling/Problems.h"
#include "circt/Support/ValueMapper.h"
#include "mlir/IR/ImplicitLocOpBuilder.h"
#include "mlir/IR/SymbolTable.h"
#include "llvm/ADT/DenseMap.h"
#include "llvm/ADT/TypeSwitch.h"
#include <functional>

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Classes
struct	circt::ssp::Default< ProblemT >
	Dummy struct to query a problem's default properties (i.e. More...
struct	circt::ssp::Default< scheduling::Problem >
struct	circt::ssp::Default< scheduling::CyclicProblem >
struct	circt::ssp::Default< scheduling::ChainingProblem >
struct	circt::ssp::Default< scheduling::SharedOperatorsProblem >
struct	circt::ssp::Default< scheduling::ModuloProblem >
struct	circt::ssp::Default< scheduling::ChainingCyclicProblem >

Namespaces
namespace	circt
	The InstanceGraph op interface, see InstanceGraphInterface.td for more details.
namespace	circt::ssp

Typedefs
using	circt::ssp::OperatorType = scheduling::Problem::OperatorType
using	circt::ssp::ResourceType = scheduling::Problem::ResourceType
using	circt::ssp::Dependence = scheduling::Problem::Dependence

Functions
template<typename ProblemT >
void	circt::ssp::loadOperationProperties (ProblemT &, Operation *, ArrayAttr)
template<typename ProblemT , typename OperationPropertyT , typename... OperationPropertyTs>
void	circt::ssp::loadOperationProperties (ProblemT &prob, Operation *op, ArrayAttr props)
template<typename ProblemT >
void	circt::ssp::loadOperatorTypeProperties (ProblemT &, OperatorType, ArrayAttr)
template<typename ProblemT , typename OperatorTypePropertyT , typename... OperatorTypePropertyTs>
void	circt::ssp::loadOperatorTypeProperties (ProblemT &prob, OperatorType opr, ArrayAttr props)
template<typename ProblemT >
void	circt::ssp::loadResourceTypeProperties (ProblemT &, ResourceType, ArrayAttr)
template<typename ProblemT , typename ResourceTypePropertyT , typename... ResourceTypePropertyTs>
void	circt::ssp::loadResourceTypeProperties (ProblemT &prob, ResourceType rsrc, ArrayAttr props)
template<typename ProblemT >
void	circt::ssp::loadDependenceProperties (ProblemT &, Dependence, ArrayAttr)
template<typename ProblemT , typename DependencePropertyT , typename... DependencePropertyTs>
void	circt::ssp::loadDependenceProperties (ProblemT &prob, Dependence dep, ArrayAttr props)
template<typename ProblemT >
void	circt::ssp::loadInstanceProperties (ProblemT &, ArrayAttr)
template<typename ProblemT , typename InstancePropertyT , typename... InstancePropertyTs>
void	circt::ssp::loadInstanceProperties (ProblemT &prob, ArrayAttr props)
template<typename ProblemT , typename... OperatorTypePropertyTs>
ProblemT::OperatorType	circt::ssp::loadOperatorType (ProblemT &prob, OperatorTypeOp oprOp, SmallDenseMap< typename ProblemT::OperatorType, unsigned > &oprIds)
	Load the operator type represented by oprOp into prob under a unique name informed by oprIds, and attempt to set its properties from the given attribute classes.
template<typename ProblemT , typename... ResourceTypePropertyTs>
ProblemT::ResourceType	circt::ssp::loadResourceType (ProblemT &prob, ResourceTypeOp rsrcOp, SmallDenseMap< typename ProblemT::ResourceType, unsigned > &rsrcIds)
	Load the resource type represented by rsrcOp into prob under a unique name informed by rsrcIds, and attempt to set its properties from the given attribute classes.
template<typename ProblemT , typename... OperationPropertyTs, typename... OperatorTypePropertyTs, typename... ResourceTypePropertyTs, typename... DependencePropertyTs, typename... InstancePropertyTs>
ProblemT	circt::ssp::loadProblem (InstanceOp instOp, std::tuple< OperationPropertyTs... > opProps, std::tuple< OperatorTypePropertyTs... > oprProps, std::tuple< ResourceTypePropertyTs... > rsrcProps, std::tuple< DependencePropertyTs... > depProps, std::tuple< InstancePropertyTs... > instProps)
	Construct an instance of ProblemT from instOp, and attempt to set properties from the given attribute classes.
template<typename ProblemT , typename... OperationPropertyTs>
ArrayAttr	circt::ssp::saveOperationProperties (ProblemT &prob, Operation *op, ImplicitLocOpBuilder &b)
template<typename ProblemT , typename... OperatorTypePropertyTs>
ArrayAttr	circt::ssp::saveOperatorTypeProperties (ProblemT &prob, OperatorType opr, ImplicitLocOpBuilder &b)
template<typename ProblemT , typename... ResourceTypePropertyTs>
ArrayAttr	circt::ssp::saveResourceTypeProperties (ProblemT &prob, ResourceType rsrc, ImplicitLocOpBuilder &b)
template<typename ProblemT , typename... DependencePropertyTs>
ArrayAttr	circt::ssp::saveDependenceProperties (ProblemT &prob, Dependence dep, ImplicitLocOpBuilder &b)
template<typename ProblemT , typename... InstancePropertyTs>
ArrayAttr	circt::ssp::saveInstanceProperties (ProblemT &prob, ImplicitLocOpBuilder &b)
template<typename ProblemT , typename... OperationPropertyTs, typename... OperatorTypePropertyTs, typename... ResourceTypePropertyTs, typename... DependencePropertyTs, typename... InstancePropertyTs>
InstanceOp	circt::ssp::saveProblem (ProblemT &prob, std::tuple< OperationPropertyTs... > opProps, std::tuple< OperatorTypePropertyTs... > oprProps, std::tuple< ResourceTypePropertyTs... > rsrcProps, std::tuple< DependencePropertyTs... > depProps, std::tuple< InstancePropertyTs... > instProps, OpBuilder &builder)
	Construct an InstanceOp from a given ProblemT instance, and create/attach attributes of the given classes for the corresponding properties on the scheduling problem.
template<typename ProblemT >
ProblemT	circt::ssp::loadProblem (InstanceOp instOp)
	Construct an instance of ProblemT from instOp, and attempt to set all of the problem class' properties.
template<typename ProblemT >
InstanceOp	circt::ssp::saveProblem (ProblemT &prob, OpBuilder &builder)
	Construct an InstanceOp from a given ProblemT instance, and create/attach attributes for all of the problem class' properties.