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278 lines (114 loc) · 6.26 KB
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""" Auto generated python stubs for haskell module ../HetsAPI/Python.hs"""
import typing
from .Prelude import *
from .Internal import *
from .OMap import *
a = typing.TypeVar("a")
b = typing.TypeVar("b")
c = typing.TypeVar("c")
GenericTransportType = typing.Any
SignatureJSON = GenericTransportType
SymbolJSON = GenericTransportType
SentenceByName = OMap[str, Sentence]
def fstOf3(x0: typing.Tuple[a, b, c]) -> a: ...
def sndOf3(x0: typing.Tuple[a, b, c]) -> b: ...
def thd(x0: typing.Tuple[a, b, c]) -> c: ...
class PyTheory:
...
class PyProver:
...
class PyConsChecker:
...
class PyComorphism:
...
class PyProofTree:
...
class PyGMorphism:
...
class PyProofOptions:
def __init__(self, proofOptsProver: Maybe[PyProver], proofOptsComorphism: Maybe[PyComorphism],
proofOptsUseTheorems: bool, proofOptsGoalsToProve: typing.List[str],
proofOptsAxiomsToInclude: typing.List[str], proofOptsTimeout: int): ...
def proofOptsProver(self) -> Maybe[PyProver]: ...
def proofOptsComorphism(self) -> Maybe[PyComorphism]: ...
def proofOptsUseTheorems(self) -> bool: ...
def proofOptsGoalsToProve(self) -> typing.List[str]: ...
def proofOptsAxiomsToInclude(self) -> typing.List[str]: ...
def proofOptsTimeout(self) -> int: ...
...
def mkPyProofOptions(x0: Maybe[PyProver]) -> typing.Callable[[Maybe[PyComorphism]], typing.Callable[
[bool], typing.Callable[
[typing.List[str]], typing.Callable[[typing.List[str]], typing.Callable[[int], PyProofOptions]]]]]: ...
class PyConsCheckingOptions:
def __init__(self, consOptsConsChecker: Maybe[PyConsChecker], consOptsComorphism: Maybe[PyComorphism],
consOptsIncludeTheorems: bool, consOptsTimeout: int): ...
def consOptsConsChecker(self) -> Maybe[PyConsChecker]: ...
def consOptsComorphism(self) -> Maybe[PyComorphism]: ...
def consOptsIncludeTheorems(self) -> bool: ...
def consOptsTimeout(self) -> int: ...
...
def defaultProofOptions() -> PyProofOptions: ...
def defaultConsCheckingOptions() -> PyConsCheckingOptions: ...
def proverName(x0: PyProver) -> str: ...
def comorphismName(x0: PyComorphism) -> str: ...
def targetLogicName(x0: PyComorphism) -> str: ...
def targetLogicDescriptionName(x0: PyComorphism) -> str: ...
def sourceLogicName(x0: PyComorphism) -> str: ...
def sourceLogicDescriptionName(x0: PyComorphism) -> str: ...
def consCheckerName(x0: PyConsChecker) -> str: ...
def theoryOfNode(x0: DGNodeLab) -> PyTheory: ...
def getUsableProvers(x0: PyTheory) -> IO[typing.List[typing.Tuple[PyProver, PyComorphism]]]: ...
def proveNode(x0: PyTheory) -> typing.Callable[
[PyProofOptions], IO[Result[typing.Tuple[PyTheory, typing.List[ProofStatus[PyProofTree]]]]]]: ...
def proveNodeAndRecord(x0: TheoryPointer) -> typing.Callable[[PyProofOptions], IO[
Result[typing.Tuple[typing.Tuple[PyTheory, typing.List[ProofStatus[PyProofTree]]], LibEnv]]]]: ...
def translateTheory(x0: PyComorphism) -> typing.Callable[[PyTheory], Result[PyTheory]]: ...
def getAvailableComorphisms(x0: PyTheory) -> typing.List[PyComorphism]: ...
def getUsableConsistencyCheckers(x0: PyTheory) -> IO[typing.List[typing.Tuple[PyConsChecker, PyComorphism]]]: ...
def checkConsistency(x0: TheoryPointer) -> typing.Callable[[PyConsCheckingOptions], IO[ConsistencyStatus]]: ...
def checkConsistencyAndRecord(x0: TheoryPointer) -> typing.Callable[
[PyConsCheckingOptions], IO[typing.Tuple[ConsistencyStatus, LibEnv]]]: ...
def getAllSentences(x0: PyTheory) -> SentenceByName: ...
def getAllAxioms(x0: PyTheory) -> SentenceByName: ...
def getAllGoals(x0: PyTheory) -> SentenceByName: ...
def getProvenGoals(x0: PyTheory) -> SentenceByName: ...
def getUnprovenGoals(x0: PyTheory) -> SentenceByName: ...
def prettySentence(x0: PyTheory) -> typing.Callable[[Sentence], str]: ...
def signatureOfTheory(x0: PyTheory) -> ExtSign[SignatureJSON, SymbolJSON]: ...
def logicNameOfTheory(x0: PyTheory) -> str: ...
def logicDescriptionOfTheory(x0: PyTheory) -> str: ...
def getDGNodeById(x0: DGraph) -> typing.Callable[[int], Maybe[DGNodeLab]]: ...
def globalTheory(x0: DGNodeLab) -> Maybe[PyTheory]: ...
def gmorphismOfEdge(x0: DGLinkLab) -> PyGMorphism: ...
def comorphismOfGMorphism(x0: PyGMorphism) -> PyComorphism: ...
def signatureOfGMorphism(x0: PyGMorphism) -> ExtSign[SignatureJSON, SymbolJSON]: ...
def comorphismNameOfGMorphism(x0: PyGMorphism) -> str: ...
def comorphismDescriptionOfGMorphism(x0: PyGMorphism) -> str: ...
def domainOfGMorphism(x0: PyGMorphism) -> GenericTransportType: ...
def codomainOfGMorphism(x0: PyGMorphism) -> GenericTransportType: ...
def isGMorphismInclusion(x0: PyGMorphism) -> bool: ...
def gMorphismToTransportType(x0: PyGMorphism) -> GenericTransportType: ...
TheoryPointer = typing.Tuple[typing.Any, typing.Any, typing.Any, typing.Any]
class Sentence: ...
def recomputeNode(thPtr: TheoryPointer) -> LibEnv: ...
def loadLibrary(path: str, opts: HetcatsOpts) -> IO[Result[typing.Tuple[LibName, LibEnv]]]: ...
def getGraphForLibrary(n: LibName, e: LibEnv) -> DGraph: ...
def automatic(name: LibName, env: LibEnv) -> LibEnv: ...
def globalSubsume(name: LibName, env: LibEnv) -> LibEnv: ...
def globalDecomposition(name: LibName, env: LibEnv) -> LibEnv: ...
def localInference(name: LibName, env: LibEnv) -> LibEnv: ...
def localDecomposition(name: LibName, env: LibEnv) -> LibEnv: ...
def compositionProveEdges(name: LibName, env: LibEnv) -> LibEnv: ...
def conservativity(name: LibName, env: LibEnv) -> LibEnv: ...
def automaticHideTheoremShift(name: LibName, env: LibEnv) -> LibEnv: ...
def theoremHideShift(name: LibName, env: LibEnv) -> LibEnv: ...
def computeColimit(name: LibName, env: LibEnv) -> LibEnv: ...
def normalForm(name: LibName, env: LibEnv) -> LibEnv: ...
def triangleCons(name: LibName, env: LibEnv) -> LibEnv: ...
def freeness(name: LibName, env: LibEnv) -> LibEnv: ...
def libFlatImports(name: LibName, env: LibEnv) -> LibEnv: ...
def libFlatDUnions(name: LibName, env: LibEnv) -> LibEnv: ...
def libFlatRenamings(name: LibName, env: LibEnv) -> LibEnv: ...
def libFlatHiding(name: LibName, env: LibEnv) -> LibEnv: ...
def libFlatHeterogen(name: LibName, env: LibEnv) -> LibEnv: ...
def qualifyLibEnv(name: LibName, env: LibEnv) -> LibEnv: ...