kc3-lang/kc3/.ikc3_history

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• Hash : bb77d2b1
  Author : Thomas de Grivel
  Date : 2024-09-05T16:09:00
  

  Facts.first_with_tags()

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• .ikc3_history

• Facts.with(Facts.env_facts(), [[KC3, :operator, ?]], fn (fact) { puts(fact.object); 1 })
  Facts.with(Facts.env_facts(), quote [[KC3, :operator, op]], fn (fact) { puts(fact.object); 1 })
  op
  op = ?
  Facts.with(Facts.env_facts(), quote [[KC3, :operator, op]], fn (fact) { puts(fact.object); 1 })
  op
  Facts.with(Facts.env_facts(), quote [[KC3, :operator, op]], fn (fact) { puts(fact.object); 1 })
  Facts.with(Facts.env_facts(), quote [[KC3, :operator, op = (Ident) ?]], fn (fact) { puts(fact.object); 1 })
  a = ?
  a <- void
  a
  %KC3.Operator{symbol_value: void}
  %KC3.Operator{symbol_value: 1}
  %KC3.Operator{symbol_value: void}
  1; 2; 3
  1; 2
  1 ; 2
  a = 1; 2
  a = ?; 2
  a
  a = ?; 2
  a
  a = 1; 2
  a
  a = ?
  b = (Var) 0x9ee46e3ef10
  ? <- 1
  a = ? <- 1
  a
  a = ? <- 1 ; b = a
  b
  a
  a = ? <- 1 ; 2
  a
  a = ? <- 1 ; 2
  a
  (a = ? <- 1) ; 2
  a
  a = ? <- 1 ; 2
  a
  a = ? <- 1 ; 2
  a
  a = ? <- 1 ; 2
  a
  (a = ? <- 1) ; 2
  a
  a = ? <- 1 ; 2
  quote a = ? <- 1 ; 2
  to_lisp(quote a = ? <- 1 ; 2)
  operator(:";")
  KC3.Operator.find(:";")
  a = ?
  a
  a <- 1
  a
  a = 1
  a
  to_lisp(quote a = ? <- 1 ; 2)
  a = ?
  Facts.with_tags(Facts.env_facts(), KC3, :operator, a, fn (fact) { puts(a); 1 })
  to_lisp(quote a = ? <- 1 ; 2)
  to_lisp(quote a = 1 ; 2)
  to_lisp(quote a = ? <- 1 ; 2)
  q
  exit
  to_lisp(quote a = ? <- 1 ; 2)
  quote if true do if true do %KC3.Operator{} end end
  quote if true do if true do unquote(%KC3.Operator{}) end end
  quote if true do if true do %KC3.Operator{sym: :a} end end
  to_lisp(quote a = ? <- 1 ; 2)
  quote if true do if true do %KC3.Operator{symbol_value: void} end end
  quote if true do if true do %KC3.Operator{sym: :-, symbol_value: void} end end
  to_lisp(quote a = ? <- 1 ; 2)
  quote a = ? <- 1 ; 2
  quote 1 + 20 / 3 * 4 - 5
  quote 1 + 20 / 3 * 4
  quote 1 + 20 / 3 * 4 - 5
  1 + 1
  1 + 1000000000000000000000000000000000000000000000000000000
  (1 + 1000000000000000000000000000000000000000000000000000000) * 2
  sqrt(1 + 1000000000000000000000000000000000000000000000000000000)
  List.reverse([1, 2, 3, 4])
  List.reverse
  List.reverse([1, 2, 3, 4])
  List.map([1, 2, 3, 4], fn (x) { x * 2 })
  List.has?([1, 2, 3, 4], 1)
  List.has?([1, 2, 3, 4], 0)
  quote if true do if true do %KC3.Operator{} end end
  quote if true do if true do %KC3.Operator{sym: :-} end end
  quote if true do if true do %KC3.Operator{sym: :-, symbol_value: void} end end
  quote if true do if true do %KC3.Operator{sym: :-, symbol_value: void} else 0 end else 1 end
  a = ?
  b = ?
  a = ? ; void
  Facts.with_tags(Facts.env_facts(), KC3, :operator, ?, fn (fact) { puts(fact.object); 1 })
  EKC3.html_escape("plop <1>")
  Facts.first_with_tags(Facts.env_facts(), KC3, :operator, ?, fn (fact) { fact.object })
  first_operator = Facts.first_with_tags(Facts.env_facts(), KC3, :operator, ?, fn (fact) { fact.object })
  first_operator
  

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