@azu/docco

path = require 'path' fs = require 'fs' xfs = require 'fs-extra' rimraf = require 'rimraf' Docco = require '../docco' # Determine the test and resources paths testPath = path.dirname fs.realpathSync(__filename) dataPath = path.join testPath, "data" resourcesPath = path.normalize path.join(testPath, "/resources") # test runner test = (msg, f) -> console.log "\n===========================================\n", msg f() # a la jasmine: renamed test runnr which does nothing, # i.e. is used for (temporarily) disabled tests: xtest = (msg, f) -> console.log "\n================SKIPPED===================\n", msg return # assert function: equal = (a, b, msg) -> throw new Error("TEST FAILED: " + msg + " (" + a + " !== " + b + ")") if (a != b) a == b ensureDirectory = (dir, f) -> xfs.mkdirsSync(dir) f() #### Docco Test Assertion Wrapper # Run a Docco pass, and check that the number of output files # is equal to what is expected. We assume there is one CSS file # that is always copied to the output, so we check that the # number of output files is (matched_sources + 1). testDoccoRun = (testName, sources, options=null, callback=null) -> destPath = path.join dataPath, testName # Remove the data directory for this test run cleanup = (callback) -> rimraf destPath, callback cleanup (error) -> equal not error, true, "path cleaned up properly" options?.output = destPath opts = options || {} opts.args = sources #console.log "going to run docco with options: ", opts Docco.document opts, (error, info) -> # Calculate the number of expected files in the output, and # then the number of files actually found in the output path. files = [] for src, i in sources #console.log "check output for file: ", { # index: i # src: src #} files = files.concat(info.source_infos[i].destDocFile) extra_files = 0 if options if options.markdown extra_files = 2 else if options.template extra_files = 0 else if options.css extra_files = 2 else extra_files = 2 expected = files.length + extra_files found = fs.readdirSync(destPath).length # Check the expected number of files against the number of # files that were actually found. equal found, expected, "find expected output (#{expected} files) - (#{found})" # Trigger the completion callback if it's specified callback() if callback? # **Optional markdown output should be supported** test "markdown from docco", -> testDoccoRun "markdown_output", ["#{testPath}/tests.coffee"], markdown: true # **Custom jst template files should be supported** test "custom JST template file", -> testDoccoRun "custom_jst", ["#{testPath}/tests.coffee"], template: "#{resourcesPath}/pagelet/docco.jst" # **Custom CSS files should be supported** test "custom CSS file", -> testDoccoRun "custom_css", ["#{testPath}/tests.coffee"], css: "#{resourcesPath}/pagelet/docco.css" # **Specifying a filetype independent of extension should be supported** test "specify an extension", -> testDoccoRun "specify_extension", ["#{testPath}/comments/noextension"], extension: ".coffee" # **Comments should be parsed properly** # # There are special data files located in `test/comments` for each supported # language. The first comment in each file corresponds to the expected number # of comments to be parsed from its contents. # # This test iterates over all the known Docco languages, and tests the ones # that have a corresponding data file in `test/comments`. test "single line and block comment parsing", -> commentsPath = path.join testPath, "comments" options = template: "#{commentsPath}/comments.jst" blocks : true # Construct a list of languages to test asynchronously. It's important # that these be tested one at a time, to avoid conflicts between multiple # file extensions for a language. e.g. `c.c` and `c.h` both output to # c.html, so they must be run at separate times. languageKeys = (ext for ext,l of Docco.languages) testNextLanguage = (keys,callback) -> return callback?() if not keys.length extension = keys.shift() language = Docco.languages[extension] languageExample = path.join commentsPath, "#{language.name}#{extension}" languageTest = "comments_test/#{language.name}" languagePath = path.join dataPath, languageTest languageOutput = path.join languagePath, "#{language.name}.html" # *Skip over this language if there is no corresponding test* return testNextLanguage(keys, callback) if not path.existsSync languageExample # Run them through docco with the custom `comments.jst` file that # outputs a CSV list of doc blocks text. testDoccoRun languageTest, [languageExample], options, -> # Be sure the expected output file exists equal true, path.existsSync(languageOutput), "#{languageOutput} -> output file created properly" # Read in the output file contents, split them into a list # of comments. content = fs.readFileSync(languageOutput).toString() comments = (c.trim() for c in content.split(',') when c.trim() != '') equal true, comments.length >= 1, 'expect at least the descriptor comment' # Parse the first comment (special case), to identify the expected # comment counts, based on whether we're matching block comments or not. descriptor = comments[0].match(/^Single:([0-9]*) - Block:([0-9]*)$/) if !descriptor console.log "comment is malformed! ", comments expected = parseInt(if l.blocks and options.blocks then descriptor[2] else descriptor[1]) equal comments.length, expected, [ "" "#{path.basename(languageOutput)} comments" "------------------------" " blocks : #{options.blocks}" " expected : #{expected}" " found : #{comments.length}" ].join '\n' # Invoke the next test testNextLanguage keys, callback # *Kick off the first language test* testNextLanguage languageKeys.slice(), -> # Test to be sure block comments are excluded when not explicitly # specified. In this case, the test will check for the existence # of only 1 comment in all languages (a single-line) options.blocks = false testNextLanguage languageKeys.slice() # **URL references should resolve across sections** # # Resolves [Issue 100](https://github.com/jashkenas/docco/issues/100) test "url references (defined up front)", -> ensureDirectory dataPath, -> sourceFile = "#{dataPath}/_urlref.coffee" fs.writeFileSync sourceFile, [ "# [google]: http://www.google.com", "#", "# Look at this link to [Google][]!", "console.log 'This must be Thursday.'", "# And this link to [Google][] as well.", "console.log 'I never could get the hang of Thursdays.'" ].join('\n') outPath = path.join dataPath, "_urlreferences1" outFile = "#{outPath}/_urlref.html" rimraf outPath, (error) -> equal not error, true Docco.document { cwd: dataPath, output: outPath, args: [sourceFile] }, -> contents = fs.readFileSync(outFile).toString() count = contents.match ///<a\shref="http://www.google.com">Google</a>///g equal count?.length, 2, "find expected (2) resolved url references" test "url references (defined at the end)", -> ensureDirectory dataPath, -> sourceFile = "#{dataPath}/_urlref.coffee" fs.writeFileSync sourceFile, [ "# Look at this link to [Google][]!", "console.log 'This must be Thursday.'", "# And this link to [Google][] as well.", "console.log 'I never could get the hang of Thursdays.'", "# [google]: http://www.google.com" ].join('\n') outPath = path.join dataPath, "_urlreferences2" outFile = "#{outPath}/_urlref.html" rimraf outPath, (error) -> equal not error, true Docco.document { cwd: dataPath, output: outPath, args: [sourceFile] }, -> contents = fs.readFileSync(outFile).toString() count = contents.match ///<a\shref="http://www.google.com">Google</a>///g equal count?.length, 2, "find expected (2) resolved url references" # **Paths should be recursively created if needed** # # ensureDirectory should properly create complex output paths. test "create complex paths that do not exist", -> exist = fs.existsSync or path.existsSync outputPath = path.join dataPath, 'complex/path/that/doesnt/exist' rimraf outputPath, (error) -> equal not error, true ensureDirectory outputPath, -> equal exist(outputPath), true, 'created output path: ' + outputPath stat = fs.statSync outputPath equal stat.isDirectory(), true, "target is directory"