125 lines
6.0 KiB
Ruby
125 lines
6.0 KiB
Ruby
class Step < Formula
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desc "Crypto and x509 Swiss-Army-Knife"
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homepage "https://smallstep.com"
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url "https://github.com/smallstep/cli/releases/download/v0.22.0/step_0.22.0.tar.gz"
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sha256 "2865b7268d5a3b27913f3fdf86cd9a030c9d44dc6359f6cee54085a5d9ad6dca"
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license "Apache-2.0"
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bottle do
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sha256 cellar: :any_skip_relocation, arm64_ventura: "b24bddb3e3bedbc2c376625b3003b4b79a723af58692a66bef34d7d95968d7d7"
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sha256 cellar: :any_skip_relocation, arm64_monterey: "8045866de4f5f2277e261c4d6599b3c02e8273c428c26b9f7b39aa737be72550"
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sha256 cellar: :any_skip_relocation, arm64_big_sur: "e8fb5d3510cfcac5951b5e1fe46f45bcec602cd816e92d39815552ad7933bef0"
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sha256 cellar: :any_skip_relocation, monterey: "9bbd01bfb0a2599dd6ffad6cc2da29c357f661f67b7ae42c8cd3b33d10720b5d"
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sha256 cellar: :any_skip_relocation, big_sur: "a8a5f25d20c89e12dd3f73eda25ce69585390d589228173d4b509720b2bd4951"
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sha256 cellar: :any_skip_relocation, catalina: "dfedeabd4f9e1a4973c2dc13ad91d5236feaa21ab7d4b6eb93ec18b4bd90ec6b"
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sha256 cellar: :any_skip_relocation, x86_64_linux: "083dda6d42597b10cd260709451320ad60b3cf23f3eed8bcf1919614f8a948b8"
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end
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depends_on "go" => :build
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resource "certificates" do
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url "https://github.com/smallstep/certificates/releases/download/v0.22.0/step-ca_0.22.0.tar.gz"
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sha256 "fe11b8e8aa48d8c62ed54ae577c2a5abbd1dda4d3d93502f5c26260c12395e24"
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end
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def install
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ENV["VERSION"] = version.to_s
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ENV["CGO_OVERRIDE"] = "CGO_ENABLED=1"
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system "make", "build"
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bin.install "bin/step" => "step"
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bash_completion.install "autocomplete/bash_autocomplete" => "step"
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zsh_completion.install "autocomplete/zsh_autocomplete" => "_step"
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resource("certificates").stage do |r|
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ENV["VERSION"] = r.version.to_s
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ENV["CGO_OVERRIDE"] = "CGO_ENABLED=1"
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system "make", "build"
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bin.install "bin/step-ca" => "step-ca"
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end
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end
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test do
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# Generate a public / private key pair. Creates foo.pub and foo.priv.
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system "#{bin}/step", "crypto", "keypair", "foo.pub", "foo.priv", "--no-password", "--insecure"
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assert_predicate testpath/"foo.pub", :exist?
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assert_predicate testpath/"foo.priv", :exist?
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# Generate a root certificate and private key with subject baz written to baz.crt and baz.key.
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system "#{bin}/step", "certificate", "create", "--profile", "root-ca",
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"--no-password", "--insecure", "baz", "baz.crt", "baz.key"
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assert_predicate testpath/"baz.crt", :exist?
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assert_predicate testpath/"baz.key", :exist?
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baz_crt = File.read(testpath/"baz.crt")
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assert_match(/^-----BEGIN CERTIFICATE-----.*/, baz_crt)
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assert_match(/.*-----END CERTIFICATE-----$/, baz_crt)
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baz_key = File.read(testpath/"baz.key")
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assert_match(/^-----BEGIN EC PRIVATE KEY-----.*/, baz_key)
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assert_match(/.*-----END EC PRIVATE KEY-----$/, baz_key)
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shell_output("#{bin}/step certificate inspect --format json baz.crt > baz_crt.json")
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baz_crt_json = JSON.parse(File.read(testpath/"baz_crt.json"))
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assert_equal "CN=baz", baz_crt_json["subject_dn"]
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assert_equal "CN=baz", baz_crt_json["issuer_dn"]
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# Generate a leaf certificate signed by the previously created root.
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system "#{bin}/step", "certificate", "create", "--profile", "intermediate-ca",
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"--no-password", "--insecure", "--ca", "baz.crt", "--ca-key", "baz.key",
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"zap", "zap.crt", "zap.key"
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assert_predicate testpath/"zap.crt", :exist?
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assert_predicate testpath/"zap.key", :exist?
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zap_crt = File.read(testpath/"zap.crt")
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assert_match(/^-----BEGIN CERTIFICATE-----.*/, zap_crt)
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assert_match(/.*-----END CERTIFICATE-----$/, zap_crt)
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zap_key = File.read(testpath/"zap.key")
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assert_match(/^-----BEGIN EC PRIVATE KEY-----.*/, zap_key)
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assert_match(/.*-----END EC PRIVATE KEY-----$/, zap_key)
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shell_output("#{bin}/step certificate inspect --format json zap.crt > zap_crt.json")
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zap_crt_json = JSON.parse(File.read(testpath/"zap_crt.json"))
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assert_equal "CN=zap", zap_crt_json["subject_dn"]
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assert_equal "CN=baz", zap_crt_json["issuer_dn"]
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# Initialize a PKI and step-ca configuration, boot the CA, and create a
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# certificate using the API.
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(testpath/"password.txt").write("password")
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steppath = "#{testpath}/.step"
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mkdir_p(steppath)
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ENV["STEPPATH"] = steppath
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system "#{bin}/step", "ca", "init", "--address", "127.0.0.1:8081",
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"--dns", "127.0.0.1", "--password-file", "#{testpath}/password.txt",
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"--provisioner-password-file", "#{testpath}/password.txt", "--name",
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"homebrew-smallstep-test", "--provisioner", "brew"
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begin
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pid = fork do
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exec "#{bin}/step-ca", "--password-file", "#{testpath}/password.txt",
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"#{steppath}/config/ca.json"
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end
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sleep 2
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shell_output("#{bin}/step ca health > health_response.txt")
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assert_match(/^ok$/, File.read(testpath/"health_response.txt"))
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shell_output("#{bin}/step ca token --password-file #{testpath}/password.txt " \
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"homebrew-smallstep-leaf > token.txt")
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token = File.read(testpath/"token.txt")
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system "#{bin}/step", "ca", "certificate", "--token", token,
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"homebrew-smallstep-leaf", "brew.crt", "brew.key"
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assert_predicate testpath/"brew.crt", :exist?
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assert_predicate testpath/"brew.key", :exist?
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brew_crt = File.read(testpath/"brew.crt")
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assert_match(/^-----BEGIN CERTIFICATE-----.*/, brew_crt)
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assert_match(/.*-----END CERTIFICATE-----$/, brew_crt)
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brew_key = File.read(testpath/"brew.key")
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assert_match(/^-----BEGIN EC PRIVATE KEY-----.*/, brew_key)
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assert_match(/.*-----END EC PRIVATE KEY-----$/, brew_key)
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shell_output("#{bin}/step certificate inspect --format json brew.crt > brew_crt.json")
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brew_crt_json = JSON.parse(File.read(testpath/"brew_crt.json"))
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assert_equal "CN=homebrew-smallstep-leaf", brew_crt_json["subject_dn"]
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assert_equal "O=homebrew-smallstep-test, CN=homebrew-smallstep-test Intermediate CA", brew_crt_json["issuer_dn"]
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ensure
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Process.kill(9, pid)
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Process.wait(pid)
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end
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end
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end
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