You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: cedille.rb
    path of file: ./repos/homebrew-core/Formula/c
    
    the code of the file until where you have to start completion: class Cedille < Formula
  desc "Language based on the Calculus of Dependent Lambda Eliminations"
  homepage "https://cedille.github.io/"
  url "https://github.com/cedille/cedille.git",
      tag:      "v1.1.2",
      revision: "4d8a343a8d3f0b318e3c1b3209d216912dbc06ee"
  license "MIT"
  revision 5
  head "https://github.com/cedille/cedille.git", branch: "master"

  bottle do
    sha256 cellar: :any,                 arm64_monterey: "2318e5ad7d619a967f30b26760b65b1dfd7048068b5e503c0188ed5dab39611b"
    sha256 cellar: :any,                 arm64_big_sur:  "41f57c5915cba1a95fc1b3cbeee9cef65fb2e904c38ff4a177fb1d79afe3ae77"
    sha256 cellar: :any,                 ventura:        "0bc436c470c761ff9c17178736140e6f635ac3513a6bf3d5a1d6112ab7a1ff1e"
    sha256 cellar: :any,                 monterey:       "cc7b9b167a8b0cdbd89e252d5d9f3c512f0118ebc9f55d2f62dab1c853fe96d9"
    sha256 cellar: :any,                 big_sur:        "013c15005c3d4af904552a1dc93476e227950604440855d7f5bc7ada73f5846d"
    sha256 cellar: :any,                 catalina:       "0a38e0707fa92d31747e2e53bc9e2b4ad6b771c66ba698386e2f96d024ec9469"
    sha256 cellar: :any_skip_relocation, x86_64_linux:   "19ddb3fc4a207d0db02e7c3c661568379821a38c998d784e99344a094f0e1fa2"
  end

  # We have various patches, inreplaces, and workarounds to get current release to build.
  # Stable uses stackage resolver lts-12.26 (ghc-8.4.4) while HEAD uses lts-13.25 (ghc-8.6.5).
  # Last release on 2019-12-13
  disable! date: "2023-09-06", because: :unmaintained

  depends_on "haskell-stack" => :build
  depends_on "ghc@8.10"

  # needed to build with agda 2.6.1
  # taken from https://github.com/cedille/cedille/pull/144/files
  # but added at the bottom to apply cleanly on v1.1.2
  # remove once this is merged into cedille, AND formula updated to
  # a release that contains it
  patch :DATA

  def install
    inreplace "stack.yaml", "resolver: lts-12.26", <<~EOS
      resolver: lts-16.12
      compiler: ghc-#{Formula["ghc@8.10"].version}
      compiler-check: newer-minor
      allow-newer: true
      system-ghc: true
      install-ghc: false
    EOS

    # Build fails with agda >= 2.6.2, so locally install agda 2.6.1.
    # Issue ref: https://github.com/cedille/cedille/issues/162
    # TODO: on next release, switch to `depends_on 
    
  def install
    inreplace "stack.yaml", "resolver: lts-12.26", <<~EOS
      resolver: lts-16.12
      compiler: ghc-#{Formula["ghc@8.10"].version}
      compiler-check: newer-minor
      allow-newer: true
      system-ghc: true
      install-ghc: false
    EOS

    # Build fails with agda >= 2.6.2, so locally install agda 2.6.1.
    # Issue ref: https://github.com/cedille/cedille/issues/162
    # TODO: on next release, switch to `depends_on "agda"` if supported,
    # or reduce list to `Agda alex happy` once stack.yaml includes extra-deps.
    deps = %w[
      Agda-2.6.1.3
      alex
      happy
      data-hash-0.2.0.1
      equivalence-0.3.5
      geniplate-mirror-0.7.8
      STMonadTrans-0.4.6
    ]
    system "stack", "build", "--copy-bins", "--local-bin-path=#{buildpath}/bin", *deps
    ENV.append_path "PATH", buildpath/"bin"

    system "stack", "build", "--copy-bins", "--local-bin-path=#{bin}"

    system "make", "core/cedille-core"

    # binaries and elisp
    bin.install "core/cedille-core"
    elisp.install "cedille-mode.el", "cedille-mode", "se-mode"

    # standard libraries
    (lib/"cedille").install "lib", "new-lib"

    # documentation
    doc.install Dir["docs/html/*"]
    (doc/"semantics").install "docs/semantics/paper.pdf"
    info.install "docs/info/cedille-info-main.info"
  end

  test do
    coretest = testpath/"core-test.ced"
    coretest.write <<~EOS
      module core-test.

      id = Λ X: ★. λ x: X. x.

      cNat : ★ = ∀ X: ★. Π _: X. Π _: Π _: X. X. X.
      czero = Λ X: ★. λ x: X. λ f: Π _: X. X. x.
      csucc = λ n: cNat. Λ X: ★. λ x: X. λ f: Π _: X. X. f (n ·X x f).

      iNat : Π n: cNat. ★
        = λ n: cNat. ∀ P: Π _: cNat. ★.
          Π _: P czero. Π _: ∀ n: cNat. Π p: P n. P (csucc n). P n.
      izero
        = Λ P: Π _: cNat. ★.
          λ base: P czero. λ step: ∀ n: cNat. Π p: P n. P (csucc n). base.
      isucc
        = Λ n: cNat. λ i: iNat n. Λ P: Π _: cNat. ★.
          λ base: P czero. λ step: ∀ n: cNat. Π p: P n. P (csucc n).
            step -n (i ·P base step).

      Nat : ★ = ι x: cNat. iNat x.
      zero = [ czero, izero @ x. iNat x ].
      succ = λ n: Nat. [ csucc n.1, isucc -n.1 n.2 @x. iNat x ].
    EOS

    cedilletest = testpath/"cedille-test.ced"
    cedilletest.write <<~EOS
      module cedille-test.

      id : ∀ X: ★. X ➔ X = Λ X. λ x. x.

      cNat : ★ = ∀ X: ★. X ➔ (X ➔ X) ➔ X.
      czero : cNat = Λ X. λ x. λ f. x.
      csucc : cNat ➔ cNat = λ n. Λ X. λ x. λ f. f (n x f).

      iNat : cNat ➔ ★
        = λ n: cNat. ∀ P: cNat ➔ ★.
          P czero ➔ (∀ n: cNat. P n ➔ P (csucc n)) ➔ P n.
      izero : iNat czero = Λ P. λ base. λ step. base.
      isucc : ∀ n: cNat. iNat n ➔ iNat (csucc n)
        = Λ n. λ i. Λ P. λ base. λ step. step -n (i base step).

      Nat : ★ = ι n: cNat. iNat n.
      zero : Nat = [ czero, izero ].
      succ : Nat ➔ Nat = λ n. [ csucc n.1, isucc -n.1 n.2 ].
    EOS

    # test cedille-core
    system bin/"cedille-core", coretest

    # test cedille
    system bin/"cedille", cedilletest
  end
end