Checks to see whether an IR node includes a table.apply() sub-expression. More...

#include <sideEffects.h>

Inheritance diagram for P4::HasTableApply:

Public Member Functions
	HasTableApply (TypeMap *typeMap)

void	postorder (const IR::MethodCallExpression *expression) override

Public Member Functions inherited from P4::Inspector
const IR::Node *	apply_visitor (const IR::Node , const char name=0) override

profile_t	init_apply (const IR::Node *root) override

virtual void	loop_revisit (const IR::Node *)

virtual void	postorder (const IR::Node *)

virtual bool	preorder (const IR::Node *)

virtual void	revisit (const IR::Node *)

void	revisit_visited ()

bool	visit_in_progress (const IR::Node *n) const

void	visitAgain () const override

void	visitOnce () const override

Public Member Functions inherited from P4::Visitor
virtual bool	check_global (cstring)

virtual void	clear_globals ()

virtual Visitor *	clone () const

virtual ControlFlowVisitor *	controlFlowVisitor ()

virtual void	end_apply ()

virtual void	end_apply (const IR::Node *root)

virtual void	erase_global (cstring)

template<class T >
const T *	findContext () const

template<class T >
const T *	findContext (const Context *&c) const

template<class T >
const T *	findOrigCtxt () const

template<class T >
const T *	findOrigCtxt (const Context *&c) const

virtual Visitor &	flow_clone ()

virtual void	flow_merge (Visitor &)

virtual bool	flow_merge_closure (Visitor &)

virtual void	flow_merge_global_from (cstring)

virtual void	flow_merge_global_to (cstring)

const Context *	getChildContext () const

int	getChildrenVisited () const

const Context *	getContext () const

int	getContextDepth () const

const IR::Node *	getCurrentNode () const

template<class T >
const T *	getCurrentNode () const

const IR::Node *	getOriginal () const

template<class T >
const T *	getOriginal () const

template<class T >
const T *	getParent () const

virtual bool	has_flow_joins () const

profile_t	init_apply (const IR::Node root, const Context parent_context)

bool	isInContext (const IR::Node *n) const

virtual const char *	name () const

template<class T >
void	parallel_visit (const IR::Vector< T > &v, const char *name, int cidx)

template<class T >
void	parallel_visit (const IR::Vector< T > &v, const char *name=0)

template<class T >
void	parallel_visit (IR::Vector< T > &v, const char *name, int cidx)

template<class T >
void	parallel_visit (IR::Vector< T > &v, const char *name=0)

void	print_context () const

const Visitor &	setCalledBy (const Visitor *visitor)

void	setName (const char *name)

void	visit (const IR::Node &n, const char *name, int cidx)

void	visit (const IR::Node &n, const char *name=0)

void	visit (const IR::Node &n, const char name, int cidx)

void	visit (const IR::Node &n, const char name=0)

void	visit (const IR::Node const &n, const char name, int cidx)

void	visit (const IR::Node const &n, const char name=0)

void	visit (IR::Node &n, const char *name, int cidx)

void	visit (IR::Node &n, const char *name=0)

void	visit (IR::Node &, const char =0, int=0)

template<class T , typename = std::enable_if_t<Util::has_SourceInfo_v<T> && !std::is_pointer_v<T>>, class... Args>
void	warn (const int kind, const char *format, const T &node, Args &&...args)
	The const ref variant of the above.

template<class T , typename = std::enable_if_t<Util::has_SourceInfo_v<T>>, class... Args>
void	warn (const int kind, const char format, const T node, Args &&...args)

bool	warning_enabled (int warning_kind) const

Public Member Functions inherited from P4::ResolutionContext
const IR::IDeclaration *	getDeclaration (const IR::Path *path, bool notNull=false) const

const IR::IDeclaration *	getDeclaration (const IR::This *, bool notNull=false) const

auto	getDeclarations (const IR::INamespace *ns) const
	Returns the set of decls that exist in the given namespace.

auto	getDeclsByName (const IR::INamespace *ns, cstring name) const
	Returns the set of decls with the given name that exist in the given namespace.

std::vector< const IR::IDeclaration * >	resolve (const IR::ID &name, ResolutionType type) const
	Resolve references for `name`, restricted to `type` declarations.

virtual const IR::IDeclaration *	resolvePath (const IR::Path *path, bool isType) const

const IR::Type *	resolveType (const IR::Type *type) const
	Resolve a refrence to a type `type`.

const IR::IDeclaration *	resolveUnique (const IR::ID &name, ResolutionType type, const IR::INamespace *=nullptr) const
	Resolve reference for `name`, restricted to `type` declarations, and expect one result.

Public Member Functions inherited from P4::DeclarationLookup

Public Attributes
const IR::MethodCallExpression *	call

const IR::P4Table *	table

Public Attributes inherited from P4::Visitor
const Visitor *	called_by = nullptr

cstring	internalName

SplitFlowVisit_base *&	split_link

SplitFlowVisit_base *	split_link_mem = nullptr

Additional Inherited Members
Public Types inherited from P4::Visitor
typedef Visitor_Context	Context

Static Public Member Functions inherited from P4::Visitor
static cstring	demangle (const char *)

static bool	warning_enabled (const Visitor *visitor, int warning_kind)

Protected Member Functions inherited from P4::Visitor
virtual void	init_join_flows (const IR::Node *)

virtual bool	join_flows (const IR::Node *)

virtual void	post_join_flows (const IR::Node , const IR::Node )

void	visit_children (const IR::Node *, std::function< void()> fn)

Protected Member Functions inherited from P4::ResolutionContext
	ResolutionContext (bool ao)

std::vector< const IR::IDeclaration * >	lookup (const IR::INamespace *ns, const IR::ID &name, ResolutionType type) const

std::vector< const IR::IDeclaration * >	lookupMatchKind (const IR::ID &name) const

const IR::Vector< IR::Argument > *	methodArguments (cstring name) const
	We are resolving a method call. Find the arguments from the context.

Protected Attributes inherited from P4::Visitor
bool	dontForwardChildrenBeforePreorder = false

bool	joinFlows = false

bool	visitDagOnce = true

Protected Attributes inherited from P4::ResolutionContext
bool	anyOrder = false

Detailed Description

Checks to see whether an IR node includes a table.apply() sub-expression.

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description