Darcs.Patch.Rebase.Fixup

Documentation

data RebaseFixup p wX wY where

A single rebase fixup, needed to ensure that the actual patches being stored in the rebase state have the correct context.

Constructors

PrimFixup :: PrimOf p wX wY -> RebaseFixup p wX wY

NameFixup :: RebaseName p wX wY -> RebaseFixup p wX wY

Instances

Show2 (PrimOf p) => Show2 (RebaseFixup p)

MyEq (PrimOf p) => MyEq (RebaseFixup p)

PatchInspect (PrimOf p) => PatchInspect (RebaseFixup p)

Invert (PrimOf p) => Invert (RebaseFixup p)

PrimPatchBase p => Commute (RebaseFixup p)

(PrimPatchBase p, Apply p, (~) ((* -> *) -> *) (ApplyState p) (ApplyState (PrimOf p))) => Apply (RebaseFixup p)

PrimPatchBase p => PrimPatchBase (RebaseFixup p)

Effect (RebaseFixup p)

Show2 (PrimOf p) => Show1 (RebaseFixup p wX)

Show2 (PrimOf p) => Show (RebaseFixup p wX wY)

type ApplyState (RebaseFixup p) = ApplyState p

type PrimOf (RebaseFixup p) = PrimOf p

commuteNamedFixup :: (FromPrim p, Effect p, Commute p, Invert p) => (Named p :> RebaseFixup p) wX wY -> Maybe ((FL (RebaseFixup p) :> Named p) wX wY)

commuteFixupNamed :: (FromPrim p, Effect p, Commute p, Invert p) => (RebaseFixup p :> Named p) wX wY -> Maybe ((Named p :> FL (RebaseFixup p)) wX wY)

commuteNamedFixups :: (FromPrim p, Effect p, Commute p, Invert p) => (Named p :> FL (RebaseFixup p)) wX wY -> Maybe ((FL (RebaseFixup p) :> Named p) wX wY)

flToNamesPrims :: PrimPatchBase p => FL (RebaseFixup p) wX wY -> (FL (RebaseName p) :> FL (PrimOf p)) wX wY

Split a sequence of fixups into names and prims