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InutitionTC
0.30
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Definitions of the base structures that represent the formulas and proofs. More...
#include <stdlib.h>Go to the source code of this file.
Data Structures | |
| struct | Kstar |
| The representation of the star Kind. More... | |
| struct | Kpi |
| The representation of the pi Kind. More... | |
| struct | Kind |
| The representation of the kinds in the typesystem. More... | |
| struct | Tvar |
| The representation of the type variable in Type. More... | |
| struct | Tall |
| The representation of the universal quantifier Type. More... | |
| struct | Tapp |
| The representation of the application of Type to Term; it is one of the species of Type. More... | |
| struct | Texi |
| The representation of the existential quantifier Type. More... | |
| struct | Tand |
| The representation of the conjunction Type. More... | |
| struct | Tor |
| The representation of the disjunction Type. More... | |
| struct | Tbot |
| The representation of the bottom/falsity Type. More... | |
| struct | Type |
| The representation of the types in the typesystem. More... | |
| struct | Mvar |
| The representation of the proof term variable/axiom in Term. More... | |
| struct | Mapp |
| The representation of the application of a Term to a Term; it is one of the species of Term. More... | |
| struct | Mlam |
| The representation of the lambda abstraction Term. More... | |
| struct | Mwit |
| The representation of the exists (i.e. existential quantifier introduction) Term. More... | |
| struct | Mabs |
| The representation of the abstraction (i.e. existential quantifier elimination) Term. More... | |
| struct | Mtup |
| The representation of the tuple (i.e. conjunction introduction) Term. More... | |
| struct | Mpi1 |
| The representation of the first projection (i.e. conjunction elimination) Term. More... | |
| struct | Mpi2 |
| The representation of the second projection (i.e. conjunction elimination) Term. More... | |
| struct | Min1 |
| The representation of the first injection (i.e. disjunction introduction) Term. More... | |
| struct | Min2 |
| The representation of the second injection (i.e. disjunction introduction) Term. More... | |
| struct | McasIn |
| The representation of the case subexpression. More... | |
| struct | Mcas |
| The representation of the case analysis (i.e. disjunction elimination) Term. More... | |
| struct | Meps |
| The representation of the ex falso quod libet (i.e. falsity elimination) Term. More... | |
| struct | Term |
| The representation of the proof terms in the typesystem. More... | |
| struct | Bind |
| The structure to represent binders. (For future use.) More... | |
| struct | Any |
| The wrapper that makes it possible to store in envmap different species of elements that occur in typechecking process. More... | |
Typedefs | |
| typedef struct Type | Type |
| typedef struct Kind | Kind |
| typedef struct Term | Term |
| typedef struct Bind | Bind |
| typedef struct Any | Any |
| typedef char * | Name |
| The type to structurally represent identifier names. | |
| typedef struct Kstar | Kstar |
| The representation of the star Kind. | |
| typedef struct Kpi | Kpi |
| The representation of the pi Kind. | |
| typedef struct Tvar | Tvar |
| The representation of the type variable in Type. | |
| typedef struct Tall | Tall |
| The representation of the universal quantifier Type. | |
| typedef struct Tapp | Tapp |
| The representation of the application of Type to Term; it is one of the species of Type. | |
| typedef struct Texi | Texi |
| The representation of the existential quantifier Type. | |
| typedef struct Tand | Tand |
| The representation of the conjunction Type. | |
| typedef struct Tor | Tor |
| The representation of the disjunction Type. | |
| typedef struct Tbot | Tbot |
| The representation of the bottom/falsity Type. | |
| typedef struct Mvar | Mvar |
| The representation of the proof term variable/axiom in Term. | |
| typedef struct Mapp | Mapp |
| The representation of the application of a Term to a Term; it is one of the species of Term. | |
| typedef struct Mlam | Mlam |
| The representation of the lambda abstraction Term. | |
| typedef struct Mwit | Mwit |
| The representation of the exists (i.e. existential quantifier introduction) Term. | |
| typedef struct Mabs | Mabs |
| The representation of the abstraction (i.e. existential quantifier elimination) Term. | |
| typedef struct Mtup | Mtup |
| The representation of the tuple (i.e. conjunction introduction) Term. | |
| typedef struct Mpi1 | Mpi1 |
| The representation of the first projection (i.e. conjunction elimination) Term. | |
| typedef struct Mpi2 | Mpi2 |
| The representation of the second projection (i.e. conjunction elimination) Term. | |
| typedef struct Min1 | Min1 |
| The representation of the first injection (i.e. disjunction introduction) Term. | |
| typedef struct Min2 | Min2 |
| The representation of the second injection (i.e. disjunction introduction) Term. | |
| typedef struct McasIn | McasIn |
| The representation of the case subexpression. | |
| typedef struct Mcas | Mcas |
| The representation of the case analysis (i.e. disjunction elimination) Term. | |
| typedef struct Meps | Meps |
| The representation of the ex falso quod libet (i.e. falsity elimination) Term. | |
Enumerations | |
| enum | eKind { eKstar, eKpi } |
| Values to indicate different species of Kind elements. | |
| enum | eType { etVar, etAll, etApp, etExi, etAnd, etOr, etBot } |
| Values to indicate different species of Type elements. | |
| enum | eTerm { emVar, emApp, emLam, emWit, emAbs, emTup, emPi1, emPi2, emIn1, emIn2, emCas, emEps } |
| Values to indicate different species of Term elements. | |
| enum | eAny { eAnyType, eAnyTerm, eAnyKind, eAnyName, eAnyBind } |
| Values to indicate different species of data held in Any structures. | |
Functions | |
| Any | anyOfTerm (Term *t) |
| Any | anyOfType (Type *t) |
| Any | anyOfKind (Kind *t) |
| Any | anyOfName (Name t) |
| Any | anyOfBind (const Bind b) |
| Term * | mMvar (Name n) |
| Type * | tTvar (Name n) |
| Bind | mBind (Name n, Type *t, Any *a) |
Variables | |
| const size_t | DEFAULT_SIZE |
Definitions of the base structures that represent the formulas and proofs.
1.8.10