Common base for TExtremum. More...

#include <mim/lattice.h>

Inheritance diagram for mim::Ext:

Protected Member Functions
	Ext (node_t node, const Def *type)

Protected Member Functions inherited from mim::Def
	Def (World , node_t, const Def type, Defs ops, flags_t flags)
	Constructor for an immutable Def.

	Def (node_t n, const Def *type, Defs ops, flags_t flags)
	As above but World retrieved from `type`.

	Def (node_t, const Def *type, size_t num_ops, flags_t flags)
	Constructor for a mutable Def.

virtual	~Def ()=default

Sym	sym (const char *) const

Sym	sym (std::string_view) const

Sym	sym (std::string) const

Additional Inherited Members
Public Member Functions inherited from mim::Def
World &	world () const noexcept

constexpr flags_t	flags () const noexcept

constexpr u32	gid () const noexcept

constexpr size_t	hash () const noexcept

constexpr node_t	node () const noexcept

std::string_view	node_name () const

Ref	type () const noexcept
	Yields the raw type of this Def, i.e. maybe `nullptr`.

Ref	unfold_type () const
	Yields the type of this Def and builds a new `Type (UInc n)` if necessary.

bool	is_term () const
	Yields `true` if `this:T` and `T:(Type 0)`.

Ref	arity () const

std::optional< nat_t >	isa_lit_arity () const

nat_t	as_lit_arity () const

template<size_t N = std::dynamic_extent>
constexpr auto	ops () const noexcept

Ref	op (size_t i) const noexcept

constexpr size_t	num_ops () const noexcept

Def *	set (size_t i, Ref)
	Successively set from left to right.

Def *	reset (size_t i, Ref def)
	Successively reset from left to right.

Def *	set (Defs ops)
	Def::set `ops` all at once.

Def *	reset (Defs ops)
	Def::reset `ops` all at once.

Def *	unset ()
	Unsets all Def::ops; works even, if not set at all or partially.

bool	is_set () const
	Yields `true` if empty or the last op is set.

Defs	deps () const

Ref	dep (size_t i) const

size_t	num_deps () const

bool	has_dep () const

bool	has_dep (Dep d) const

bool	has_dep (unsigned u) const

bool	has_const_dep () const
	Neither a Dep::Mut nor a Dep::Var; can often be used as shortcut as an optimization.

nat_t	num_projs () const
	Yields Def::as_lit_arity(), if it is in fact a Lit, or `1` otherwise.

nat_t	num_tprojs () const
	As above but yields 1, if Flags::scalarize_threshold is exceeded.

Ref	proj (nat_t a, nat_t i) const
	Similar to World::extract while assuming an arity of `a`, but also works on Sigmas and Arrays.

Ref	proj (nat_t i) const
	As above but takes Def::num_projs as arity.

Ref	tproj (nat_t i) const
	As above but takes Def::num_tprojs.

template<nat_t A = std::dynamic_extent, class F >
auto	projs (F f) const
	Splits this Def via Def::projections into an Array (if `A == std::dynamic_extent`) or `std::array` (otherwise).

template<class F >
auto	tprojs (F f) const

template<class F >
auto	projs (nat_t a, F f) const

template<nat_t A = std::dynamic_extent>
auto	projs () const

auto	tprojs () const

auto	projs (nat_t a) const

nat_t	num_vars () noexcept

nat_t	num_tvars () noexcept

Ref	var (nat_t a, nat_t i) noexcept

Ref	var (nat_t i) noexcept

Ref	tvar (nat_t i) noexcept

template<nat_t A = std::dynamic_extent, class F >
auto	vars (F f) noexcept

template<class F >
auto	tvars (F f) noexcept

template<nat_t A = std::dynamic_extent>
auto	vars () noexcept

auto	tvars () noexcept

template<class F >
auto	vars (nat_t a, F f) noexcept

auto	vars (nat_t a) noexcept

Ref	var ()
	Not necessarily a Var: E.g., if the return type is `[]`, this will yield `()`.

const Var *	has_var ()
	Only returns not `nullptr`, if Var of this mutable has ever been created.

const Var *	has_var () const
	As above if `this` is a mutable.

Muts	local_muts () const
	Mutables reachable by following immutable deps(); `mut->local_muts()` is by definition the set `{ mut }`.

Muts	mut_local_muts ()
	All local_muts() of this mutable's deps().

Vars	local_vars () const
	Vars reachable by following immutable deps().

Vars	free_vars () const
	Compute a global solution, i.e., by transitively following mutables as well.

Vars	free_vars ()

Muts	users ()
	Set of mutables where this mutable is locally referenced.

bool	is_open () const
	Has free_vars()?

bool	is_closed () const
	Has no free_vars()?

bool	is_external () const

void	make_external ()

void	make_internal ()

void	transfer_external (Def *to)

template<class T = Def>
const T *	isa_imm () const

template<class T = Def>
const T *	as_imm () const

template<class T = Def, class R >
const T *	isa_imm (R(T::*f)() const) const

template<class T = Def, bool invert = false>
T *	isa_mut () const
	If `this` is mutable, it will cast `const`ness away and perform a `dynamic_cast` to `T`.

template<class T = Def, bool invert = false>
T *	as_mut () const
	Asserts that `this` is a mutable, casts `const`ness away and performs a `static_cast` to `T`.

Dbg	dbg () const

Loc	loc () const

Sym	sym () const

std::string	unique_name () const
	name + "_" + Def::gid

template<bool Ow = false>
const Def *	set (Loc l) const

template<bool Ow = false>
Def *	set (Loc l)

template<bool Ow = false>
const Def *	set (Sym s) const

template<bool Ow = false>
Def *	set (Sym s)

template<bool Ow = false>
const Def *	set (std::string s) const

template<bool Ow = false>
Def *	set (std::string s)

template<bool Ow = false>
const Def *	set (Loc l, Sym s) const

template<bool Ow = false>
Def *	set (Loc l, Sym s)

template<bool Ow = false>
const Def *	set (Loc l, std::string s) const

template<bool Ow = false>
Def *	set (Loc l, std::string s)

template<bool Ow = false>
const Def *	set (Dbg d) const

template<bool Ow = false>
Def *	set (Dbg d)

const Def *	debug_prefix (std::string) const

const Def *	debug_suffix (std::string) const

Def *	stub (World &w, Ref type)

Def *	stub (Ref type)

Ref	rebuild (World &w, Ref type, Defs ops) const
	Def::rebuilds this Def while using `new_op` as substitute for its `i'th` Def::op.

Ref	rebuild (Ref type, Defs ops) const

virtual const Def *	immutabilize ()
	Tries to make an immutable from a mutable.

bool	is_immutabilizable ()

Ref	refine (size_t i, Ref new_op) const

DefVec	reduce (Ref arg) const
	Rewrites Def::ops by substituting `this` mutable's Var with `arg`.

DefVec	reduce (Ref arg)

Ref	reduce (size_t i, Ref arg) const
	As above but only rewrites `this->op(i)`.

virtual Ref	check (size_t, Ref def)

virtual Ref	check ()

const Def *	zonk () const

void	dump () const

void	dump (int max) const

void	write (int max) const

void	write (int max, const char *file) const

std::ostream &	stream (std::ostream &, int max) const

void	dot (std::ostream &os, uint32_t max=0xFFFFFF, bool types=false) const

void	dot (const char *file=nullptr, uint32_t max=0xFFFFFF, bool types=false) const
	Same as above but write to `file` or `std::cout` if `file` is `nullptr`.

void	dot (const std::string &file, uint32_t max=0xFFFFFF, bool types=false) const

Protected Attributes inherited from mim::Def
Dbg	dbg_

union {

NormalizeFn	normalizer_
	Axiom only: Axioms use this member to store their normalizer.

const Axiom *	axiom_
	App only: Curried Apps of Axioms use this member to propagate the Axiom.

const Var *	var_
	Mutable only: Var of a mutable.

World *	world_

};

flags_t	flags_

u8	curry_ = 0

u8	trip_ = 0

Detailed Description

Common base for TExtremum.

Definition at line 149 of file lattice.h.

Constructor & Destructor Documentation

◆ Ext()

mim::Ext::Ext	(	node_t	node,
		const Def *	type )

inlineprotected

Definition at line 151 of file lattice.h.

The documentation for this class was generated from the following file:

include/mim/lattice.h

Protected Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Ext()