Inheritance diagram for Fortran::lower::pft::BlockDataUnit:

Public Member Functions
	BlockDataUnit (const parser::BlockData &bd, const PftNode &parent, const Fortran::semantics::SemanticsContext &semanticsContext)

	BlockDataUnit (BlockDataUnit &&)=default

	BlockDataUnit (const BlockDataUnit &)=delete

LLVM_DUMP_METHOD void	dump () const
	The BlockDataUnit dump is just the associated symbol table.

Public Member Functions inherited from Fortran::lower::pft::ProgramUnit
template<typename A >
	ProgramUnit (const A &p, const PftNode &parent)

	ProgramUnit (ProgramUnit &&)=default

	ProgramUnit (const ProgramUnit &)=delete

Public Member Functions inherited from Fortran::lower::pft::ReferenceVariantBase< isConst, A >
	ReferenceVariantBase (std::variant< Ref< A >... > b)

template<typename T >
	ReferenceVariantBase (Ref< T > b)

template<typename B >
constexpr BaseType< B > &	get () const

template<typename B >
constexpr BaseType< B > &	getStatement () const

template<typename B >
constexpr BaseType< B > *	getIf () const

template<typename B >
constexpr bool	isA () const

template<typename VISITOR >
constexpr auto	visit (VISITOR &&visitor) const

Public Attributes
const Fortran::semantics::Scope &	symTab

Public Attributes inherited from Fortran::lower::pft::ProgramUnit
PftNode	parent

Additional Inherited Members
Public Types inherited from Fortran::lower::pft::ReferenceVariantBase< isConst, A >
template<typename B >
using	BaseType = std::conditional_t< isConst, const B, B >

template<typename B >
using	Ref = common::Reference< BaseType< B > >

Detailed Description

Block data units contain the variables and data initializers for common blocks, etc.

The documentation for this struct was generated from the following files:

Public Member Functions