module MetricFu class Saikuro < Generator def emit MetricFu.saikuro[:input_directory] = format_directories options_string = MetricFu.saikuro.inject("") do |options, option| options + "--#{option.join(' ')} " end sh %{saikuro #{options_string}} do |ok, response| unless ok puts "Saikuro failed with exit status: #{response.exitstatus}" exit 1 end end end def format_directories dirs = MetricFu.saikuro[:input_directory].join(" | ") "\"#{dirs}\"" end def analyze @files = [] saikuro_results.each do |path| if Saikuro::SFile.is_valid_text_file?(path) file = Saikuro::SFile.new(path) if file @files << file end end end @files = @files.sort_by do |file| file.elements. max {|a,b| a.complexity.to_i <=> b.complexity.to_i}. complexity.to_i end @files.reverse! klasses = [] @files.each {|f| klasses << f.elements} klasses.flatten! @classes = klasses.sort_by {|k| k.complexity.to_i} @classes.reverse! meths = [] @files.each {|f| f.elements.each {|el| el.defs.each {|defn| defn.name = "#{el.name}##{defn.name}" meths << defn} } } meths = meths.sort_by {|meth| meth.complexity.to_i} @meths = meths.reverse end def to_h files = @files.map do |file| my_file = file.to_h my_file[:filename] = file.filename my_file end {:saikuro => {:files => files, :classes => @classes.map {|c| c.to_h}, :methods => @meths.map {|m| m.to_h} } } end def saikuro_results Dir.glob("#{metric_directory}/**/*.html") end end class Saikuro::SFile attr_reader :elements def initialize(path) @path = path @file_handle = File.open(@path, "r") @elements = [] get_elements end def self.is_valid_text_file?(path) File.open(path, "r") do |f| if f.eof? || !f.readline.match(/--/) return false else return true end end end def filename File.basename(@path, '_cyclo.html') end def to_h merge_classes {:classes => @elements} end def get_elements begin while (line = @file_handle.readline) do return [] if line.nil? || line !~ /\S/ element ||= nil if line.match /START/ unless element.nil? @elements << element element = nil end line = @file_handle.readline element = Saikuro::ParsingElement.new(line) elsif line.match /END/ @elements << element if element element = nil else element << line if element end end rescue EOFError nil end end def merge_classes new_elements = [] get_class_names.each do |target_class| elements = @elements.find_all {|el| el.name == target_class } complexity = 0 lines = 0 defns = [] elements.each do |el| complexity += el.complexity.to_i lines += el.lines.to_i defns << el.defs end new_element = {:class_name => target_class, :complexity => complexity, :lines => lines, :methods => defns.flatten.map {|d| d.to_h}} new_element[:methods] = new_element[:methods]. sort_by {|x| x[:complexity] }. reverse new_elements << new_element end @elements = new_elements if new_elements end def get_class_names class_names = [] @elements.each do |element| unless class_names.include?(element.name) class_names << element.name end end class_names end end class Saikuro::ParsingElement TYPE_REGEX=/Type:(.*) Name/ NAME_REGEX=/Name:(.*) Complexity/ COMPLEXITY_REGEX=/Complexity:(.*) Lines/ LINES_REGEX=/Lines:(.*)/ attr_reader :complexity, :lines, :defs, :element_type attr_accessor :name def initialize(line) @line = line @element_type = line.match(TYPE_REGEX)[1].strip @name = line.match(NAME_REGEX)[1].strip @complexity = line.match(COMPLEXITY_REGEX)[1].strip @lines = line.match(LINES_REGEX)[1].strip @defs = [] end def <<(line) @defs << Saikuro::ParsingElement.new(line) end def to_h base = {:name => @name, :complexity => @complexity.to_i, :lines => @lines.to_i} unless @defs.empty? defs = @defs.map do |my_def| my_def = my_def.to_h my_def.delete(:defs) my_def end base[:defs] = defs end return base end end end