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kc3-lang/kc3/test/ikc3/facts_with.out.expected

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  • test/ikc3/facts_with.out.expected 
  • Facts.with(Facts.env_db(), [[KC3, :operator, op = ?], [op, :sym, sym = ?]], fn (fact) do
  puts("#{inspect(op)} #{inspect(sym)}")
  1
end)
operator_add :+
operator_addi :+i
operator_and :&&
operator_assign :<-
operator_assign_2 :←
operator_band :&
operator_bnot :~
operator_bor :bor
operator_brackets :"[]"
operator_bxor :^
operator_defstruct :defstruct
operator_div :/
operator_eq :==
operator_equal :=
operator_gt :>
operator_gte :>=
operator_lt :<
operator_lte :<=
operator_mod :mod
operator_mul :*
operator_neg :-
operator_not :!
operator_not_eq :!=
operator_or :||
operator_paren :"()"
operator_pin :^
operator_require :require
operator_semicolumn :";"
operator_shift_left :<<
operator_shift_right :>>
operator_sub :-
1
Facts.with(Facts.env_db(), [[KC3, :operator, op = ?], [op, rel = ?, value = ?]], fn (fact) do
  puts("#{inspect(op)} #{inspect(rel)} #{inspect(value)}")
  2
end)
operator_add :arity 2
operator_add :is_a :operator
operator_add :operator_associativity :left
operator_add :operator_precedence 12
operator_add :sym :+
operator_add :symbol_value cfn Tag "tag_add" (Tag, Tag, Result)
operator_addi :arity 2
operator_addi :is_a :operator
operator_addi :operator_associativity :left
operator_addi :operator_precedence 12
operator_addi :sym :+i
operator_addi :symbol_value cfn Tag "tag_addi" (Tag, Tag, Result)
operator_and :arity 2
operator_and :is_a :operator
operator_and :operator_associativity :left
operator_and :operator_precedence 5
operator_and :sym :&&
operator_and :symbol_value cfn Bool "kc3_and" (Tag, Tag, Result)
operator_assign :arity 2
operator_assign :is_a :operator
operator_assign :operator_associativity :left
operator_assign :operator_precedence 3
operator_assign :sym :<-
operator_assign :symbol_value cfn Tag "tag_assign" (Tag, Tag, Result)
operator_assign_2 :arity 2
operator_assign_2 :is_a :operator
operator_assign_2 :operator_associativity :left
operator_assign_2 :operator_precedence 3
operator_assign_2 :sym :←
operator_assign_2 :symbol_value cfn Tag "tag_assign" (Tag, Tag, Result)
operator_band :arity 2
operator_band :is_a :operator
operator_band :operator_associativity :left
operator_band :operator_precedence 8
operator_band :sym :&
operator_band :symbol_value cfn Tag "tag_band" (Tag, Tag, Result)
operator_bnot :arity 1
operator_bnot :is_a :operator
operator_bnot :operator_associativity :right
operator_bnot :operator_precedence 14
operator_bnot :sym :~
operator_bnot :symbol_value cfn Tag "tag_bnot" (Tag, Result)
operator_bor :arity 2
operator_bor :is_a :operator
operator_bor :operator_associativity :left
operator_bor :operator_precedence 6
operator_bor :sym :bor
operator_bor :symbol_value cfn Tag "tag_bor" (Tag, Tag, Result)
operator_brackets :arity 2
operator_brackets :is_a :operator
operator_brackets :operator_associativity :left
operator_brackets :operator_precedence 15
operator_brackets :sym :"[]"
operator_brackets :symbol_value cfn Tag "kc3_access" (Tag, List, Result)
operator_bxor :arity 2
operator_bxor :is_a :operator
operator_bxor :operator_associativity :left
operator_bxor :operator_precedence 7
operator_bxor :sym :^
operator_bxor :symbol_value cfn Tag "tag_bxor" (Tag, Tag, Result)
operator_defstruct :arity 1
operator_defstruct :is_a :operator
operator_defstruct :operator_associativity :none
operator_defstruct :operator_precedence 14
operator_defstruct :sym :defstruct
operator_defstruct :symbol_value cfn Tag "kc3_defstruct" (List, Result)
operator_div :arity 2
operator_div :is_a :operator
operator_div :operator_associativity :left
operator_div :operator_precedence 13
operator_div :sym :/
operator_div :symbol_value cfn Tag "tag_div" (Tag, Tag, Result)
operator_eq :arity 2
operator_eq :is_a :operator
operator_eq :operator_associativity :left
operator_eq :operator_precedence 9
operator_eq :sym :==
operator_eq :symbol_value cfn Bool "tag_eq" (Tag, Tag, Result)
operator_equal :arity 2
operator_equal :is_a :operator
operator_equal :is_a :special_operator
operator_equal :operator_associativity :right
operator_equal :operator_precedence 2
operator_equal :sym :=
operator_equal :symbol_value cfn Tag "tag_equal" (Tag, Tag, Result)
operator_gt :arity 2
operator_gt :is_a :operator
operator_gt :operator_associativity :left
operator_gt :operator_precedence 10
operator_gt :sym :>
operator_gt :symbol_value cfn Bool "tag_gt" (Tag, Tag, Result)
operator_gte :arity 2
operator_gte :is_a :operator
operator_gte :operator_associativity :left
operator_gte :operator_precedence 10
operator_gte :sym :>=
operator_gte :symbol_value cfn Bool "tag_gte" (Tag, Tag, Result)
operator_lt :arity 2
operator_lt :is_a :operator
operator_lt :operator_associativity :left
operator_lt :operator_precedence 10
operator_lt :sym :<
operator_lt :symbol_value cfn Bool "tag_lt" (Tag, Tag, Result)
operator_lte :arity 2
operator_lte :is_a :operator
operator_lte :operator_associativity :left
operator_lte :operator_precedence 10
operator_lte :sym :<=
operator_lte :symbol_value cfn Bool "tag_lte" (Tag, Tag, Result)
operator_mod :arity 2
operator_mod :is_a :operator
operator_mod :operator_associativity :left
operator_mod :operator_precedence 13
operator_mod :sym :mod
operator_mod :symbol_value cfn Tag "tag_mod" (Tag, Tag, Result)
operator_mul :arity 2
operator_mul :is_a :operator
operator_mul :operator_associativity :left
operator_mul :operator_precedence 13
operator_mul :sym :*
operator_mul :symbol_value cfn Tag "tag_mul" (Tag, Tag, Result)
operator_neg :arity 1
operator_neg :is_a :operator
operator_neg :operator_associativity :right
operator_neg :operator_precedence 14
operator_neg :sym :-
operator_neg :symbol_value cfn Tag "tag_neg" (Tag, Result)
operator_not :arity 1
operator_not :is_a :operator
operator_not :operator_associativity :right
operator_not :operator_precedence 14
operator_not :sym :!
operator_not :symbol_value cfn Bool "tag_not" (Tag, Result)
operator_not_eq :arity 2
operator_not_eq :is_a :operator
operator_not_eq :operator_associativity :left
operator_not_eq :operator_precedence 9
operator_not_eq :sym :!=
operator_not_eq :symbol_value cfn Bool "tag_not_eq" (Tag, Tag, Result)
operator_or :arity 2
operator_or :is_a :operator
operator_or :operator_associativity :left
operator_or :operator_precedence 4
operator_or :sym :||
operator_or :symbol_value cfn Bool "kc3_or" (Tag, Tag, Result)
operator_paren :arity 1
operator_paren :is_a :operator
operator_paren :operator_associativity :left
operator_paren :operator_precedence 16
operator_paren :sym :"()"
operator_paren :symbol_value cfn Tag "tag_paren" (Tag, Result)
operator_pin :arity 1
operator_pin :is_a :operator
operator_pin :operator_associativity :right
operator_pin :operator_precedence 14
operator_pin :sym :^
operator_pin :symbol_value cfn Tag "kc3_identity" (Tag, Result)
operator_require :arity 1
operator_require :is_a :operator
operator_require :operator_associativity :none
operator_require :operator_precedence 14
operator_require :sym :require
operator_require :symbol_value cfn Bool "kc3_require" (Sym)
operator_semicolumn :arity 2
operator_semicolumn :is_a :operator
operator_semicolumn :operator_associativity :left
operator_semicolumn :operator_precedence 1
operator_semicolumn :sym :";"
operator_semicolumn :symbol_value cfn Tag "tag_semicolumn" (Tag, Tag, Result)
operator_shift_left :arity 2
operator_shift_left :is_a :operator
operator_shift_left :operator_associativity :left
operator_shift_left :operator_precedence 11
operator_shift_left :sym :<<
operator_shift_left :symbol_value cfn Tag "tag_shift_left" (Tag, Tag, Result)
operator_shift_right :arity 2
operator_shift_right :is_a :operator
operator_shift_right :operator_associativity :left
operator_shift_right :operator_precedence 11
operator_shift_right :sym :>>
operator_shift_right :symbol_value cfn Tag "tag_shift_right" (Tag, Tag, Result)
operator_sub :arity 2
operator_sub :is_a :operator
operator_sub :operator_associativity :left
operator_sub :operator_precedence 12
operator_sub :sym :-
operator_sub :symbol_value cfn Tag "tag_sub" (Tag, Tag, Result)
2