View Source Formulae        

Nifty precompiled formulae handling

Installation

def deps do
  [{:formulae, "~> 0.11"}]
end

Using

iex|1 ▸ f = Formulae.compile("rem(a, 5) - b == 0")
#ℱ<[
  sigil: "~F[rem(a, 5) - b == 0]",
  eval: &:"Elixir.Formulae.rem(a, 5) - b == 0".eval/1,
  formula: "rem(a, 5) - b == 0",
  guard: nil,
  module: :"Elixir.Formulae.rem(a, 5) - b == 0",
  variables: [:a, :b]
]>
iex|2 ▸ f.eval.(a: 11, b: 1)
true
iex|3 ▸ f.variables
[:a, :b]
iex|4 ▸ f.module
:"Elixir.Formulae.rem(a, 5) - b == 0"

Changelog

• 0.17.0 [UPD] Allow explicit black list for what is imported from Kernel via unimports:
• 0.16.0 [FIX] Allow formulas longer than 255 bytes (module name becomes a hash)
• 0.14.0 [UPD] Fully optional Finitomata, configurable through config :formulae, compiler: :finitomata
• 0.13.0 [UPD] Elixir v1.16, modern libs
• 0.12.0 [ENH] Formulae.Compiler to avoid compilation glitches in highly concurrent environment
• 0.11.7 make dialyzer happy with new :imports formats
• 0.11.6 improve syntax for imports with arguments, accept {:math, only: [pi: 0]}
• 0.11.5 [FIX] elixir nested aliases + [FEAT] accept except: and only: for imports
• 0.11.4 [FIX] reattempt to create module if not existing on eval/3 call
• 0.11.2 [FIX] restrict apply/3, spawn/3, and import/2
• 0.11.1 [FIX] Formulae.formulas/1 + aliases are handled more naturally
• 0.11.0 v1.0.0 pre-release
  • options in a call to Formulae.compile/2
  • accurate validation of module existence
  • default arguments
  • aliases
  • imports
• 0.10.0
  • Inspect and String.Chars protocols implementation
  • Formulae.Sigils.sigil_F/2 aka ~F[x > y]
• 0.9.0
  • options: [eval: :guard, alias: SomeModName]
  • fixes for modern Elixir
  • optimizations in module generation
  • benchmarks
• 0.8.0 — generate combinators functions in Formulae module

Documentation