| Safe Haskell | None |
|---|---|
| Language | Haskell2010 |
Distribution.Solver.Modular.Solver
Synopsis
- data SolverConfig = SolverConfig {
- reorderGoals :: ReorderGoals
- countConflicts :: CountConflicts
- fineGrainedConflicts :: FineGrainedConflicts
- minimizeConflictSet :: MinimizeConflictSet
- independentGoals :: IndependentGoals
- avoidReinstalls :: AvoidReinstalls
- shadowPkgs :: ShadowPkgs
- strongFlags :: StrongFlags
- allowBootLibInstalls :: AllowBootLibInstalls
- onlyConstrained :: OnlyConstrained
- maxBackjumps :: Maybe Int
- enableBackjumping :: EnableBackjumping
- solveExecutables :: SolveExecutables
- goalOrder :: Maybe (Variable QPN -> Variable QPN -> Ordering)
- solverVerbosity :: Verbosity
- pruneAfterFirstSuccess :: PruneAfterFirstSuccess
- solve :: SolverConfig -> CompilerInfo -> Index -> PkgConfigDb -> (PN -> PackagePreferences) -> Map PN [LabeledPackageConstraint] -> Set PN -> RetryLog Message SolverFailure (Assignment, RevDepMap)
- newtype PruneAfterFirstSuccess = PruneAfterFirstSuccess Bool
Documentation
data SolverConfig Source #
Various options for the modular solver.
Constructors
Arguments
| :: SolverConfig | solver parameters |
| -> CompilerInfo | |
| -> Index | all available packages as an index |
| -> PkgConfigDb | available pkg-config pkgs |
| -> (PN -> PackagePreferences) | preferences |
| -> Map PN [LabeledPackageConstraint] | global constraints |
| -> Set PN | global goals |
| -> RetryLog Message SolverFailure (Assignment, RevDepMap) |
Run all solver phases.
In principle, we have a valid tree after validationPhase, which
means that every Done node should correspond to valid solution.
There is one exception, though, and that is cycle detection, which has been added relatively recently. Cycles are only removed directly before exploration.
newtype PruneAfterFirstSuccess Source #
Whether to remove all choices after the first successful choice at each level in the search tree.
Constructors
| PruneAfterFirstSuccess Bool |