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These three FD constraints seem to diverge with certain domains
nom/tie and spurious reification of predc constraint
disequality reification is broken
core.logic converts defrecords to maps in it's query results
disequality
clojure.core.logic namespace instead of clojure.core.logic.minikanren + prelude
nonrel/lvar -> nonrel/lvaro, nonrel/nonlvar -> nonrel/nonlvaro
Tabling bug
no way to unify the first of a seq to one lvar and the rest to another
cannot unify an lcons currently
cannot emit lvars from macros
tabled goals perisist across runs
make run non-lazy, add lazy-run variant
Disequality Constraints - lvar remains fresh if we have disequality constraint that involves lcons
Indexed relations return incorrect results for partially ground values
Unexpected behavior when using functions
Unqualified Symbols at Macroexpansion via defrel
Remove ?x variable pattern
Switch conde style to use vectors instead of list
Unification bug
unifier is not commutative
ClojureScript compatibility
Locals not available in matche
Suspected Regression from 0.6.5-0.6.6
runtime error when using ^:index
Set unification does not operate symmetrically
Unification of sets allows for duplicate values leading to non-set-like behavior
Unification of sets does not consider all possibilities
The facts and retractions functions do not take the relation's namespace into account when resolving the index.
Unification on Struct Maps Causes Error
minimal map type for unifying only part of a map
distincto bug
Simple unification and partial-map support for ClojureScript
poor performance when using tabling
Bug in finite domains (+fd, infd)
core.logic is inconsistent in how it handles nil and false
Prep's use of metadata needs to be extended to other objects in ClojureScript
partial-map in ClojureScript does not correctly unify map members
match(e/a) in ClojureScript always creates free var
prep does not properly recurse terms
Unification with partial-map fails when a map contains a map value with extra keys
Usage of c.c.l/prep can lead to a different result (compared to not using it)
Combining maps and finite domains in core.logic returns only one result
make defrecord unification easier to adopt
add everyo (?) when we want to apply a goal to every element of a sequence.
predc constraint is not enforced when it could be
conso and seq, when unifying tail later
Setting finite domain on more than two lvars using domain fn throws UnsupportedOperationException
another issue with predc constraint is not enforced when it could be
Finite-domain vars inside a vector crash when constrained.