Modules

categorical-crypto

  • Prelude

CategoricalCrypto

  • CategoricalCrypto
  • Abstract
  • Abstract2
  • Abstract2.Equivalence
  • Abstract2.Morphism
  • Abstract2.OAPEmulation
  • Abstract2.WideSubcategory
  • Channel.Category
  • Channel.Core
  • Channel.Selection
  • Examples.Basic
  • Examples.Commitment
  • Examples.RelSetup
  • Examples.Signatures
  • FamilyCategory
  • Machine.Constraints
  • Machine.Core
  • MachineAxioms
  • RandomOracle
  • RandomOracle2
  • SFunM
  • Standard
  • Standard2
  • Standard2.Morphism
  • StandardTV
  • UCSetup
  • UCSetup.Morphism
  • VanishingTV

Categories

  • Actegory
  • Actegory.Underlying
  • Category.EquivClosureHelper
  • Coherence.Monoidal
  • Coherence.Monoidal.Compare
  • Coherence.Monoidal.Diagram
  • Coherence.Monoidal.Frontend
  • Coherence.Monoidal.Frontend.Core
  • Coherence.Monoidal.Frontend.Sigma
  • Coherence.Monoidal.MacLane
  • Coherence.Monoidal.Normalize
  • Coherence.Monoidal.Reflect
  • Coherence.Monoidal.Sigma
  • Coherence.Monoidal.Test.Frontend
  • Coherence.Monoidal.Test.InterchangeStress
  • Coherence.Monoidal.Test.Limitations
  • Coherence.Monoidal.Test.SigmaFrontend
  • Coherence.Monoidal.WireCoherence
  • CoherenceIsos
  • Diagram.Coend.Ext.Setoids
  • Discrete
  • FreeMonoidal
  • FreeStrictMonoidal
  • Functor.Monoidal.CurriedTensor
  • Functor.Monoidal.CurriedTensor.Properties
  • Functor.Monoidal.Properties.Ext
  • Functor.Presheaf.Morphism
  • GradedKleisli
  • GradedKleisli.Functorial
  • GradedKleisli.Functorial.Category
  • GradedKleisli.Regrade
  • KernelCongruence
  • KernelCongruence.Reindex
  • LocallyGraded
  • LocallyGraded.FreeActegory
  • LocallyGraded.FreeActegory.Kleisli
  • LocallyGraded.Kleisli
  • Monad.Graded.Ext
  • Monad.Graded.Morphism
  • Monad.Graded.Pullback
  • Monad.Graded.Uncurried
  • Morphism.Reasoning.Ext
  • NaturalTransformationHelper
  • Properties

Class

  • Monad.Ext

Data

  • List.Properties.Ext
  • Maybe.Ext
  • Nat.Poly

LibExt

  • LibExt
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{-# OPTIONS --without-K --safe #-}
 
-- was not ported from old function hierarchy
 
module Function.Construct.Setoid where
 
open import Function.Bundles using (Func; _⟨$⟩_)
import Function.Construct.Composition as Comp
open import Level using (Level)
open import Relation.Binary.Bundles using (Setoid)
 
 
private
variable
a₁ a₂ b₁ b₂ c₁ c₂ : Level
 
setoid : Setoid a₁ a₂ → Setoid b₁ b₂ → Setoid _ _
setoid From To = record
{ Carrier = Func From To
; _≈_ = λ f g → ∀ {x} → f ⟨$⟩ x To.≈ g ⟨$⟩ x
; isEquivalence = record
{ refl = To.refl
; sym = λ f≈g → To.sym f≈g
; trans = λ f≈g g≈h → To.trans f≈g g≈h
}
}
where
module To = Setoid To
 
-- This doesn't really belong here, it should be in Function.Construct.Composition but that's in stdlib
-- so will need to be contributed to there first.
infixr 9 _∙_
_∙_ : {A : Setoid a₁ a₂} {B : Setoid b₁ b₂} {C : Setoid c₁ c₂} → Func B C → Func A B → Func A C
f ∙ g = Comp.function g f