class Cucumber::StepMatch

:nodoc:

def args 

def args
  @step_arguments.map{|g| g.val}
end

def backtrace_line 

def backtrace_line
  "#{file_colon_line}:in `#{@step_definition.regexp_source}'"
end

def file_colon_line 

def file_colon_line
  @step_definition.file_colon_line
end

def format_args(format = lambda{|a| a}, &proc)


lambda { |param| "[#{param}]" }

argument, for example:
If it is a Proc, it should take one argument and return the formatted

'%s'

Kernel#sprinf, for example:
If it is a String it should be a format string according to

The +format+ can either be a String or a Proc.

is usually called from visitors, which render output.
Formats the matched arguments of the associated Step. This method 
def format_args(format = lambda{|a| a}, &proc)
  @name_to_report || replace_arguments(@name_to_match, @step_arguments, format, &proc)
end

def initialize(step_definition, name_to_match, name_to_report, step_arguments)


reported, unless it's is, in which case +name_to_report+ is used instead.
Creates a new StepMatch. The +name_to_report+ argument is what's 
def initialize(step_definition, name_to_match, name_to_report, step_arguments)
  raise "name_to_match can't be nil" if name_to_match.nil?
  raise "step_arguments can't be nil (but it can be an empty array)" if step_arguments.nil?
  @step_definition, @name_to_match, @name_to_report, @step_arguments = step_definition, name_to_match, name_to_report, step_arguments
end

def inspect #:nodoc:

:nodoc: 
def inspect #:nodoc:
  sprintf("#<%s:0x%x>", self.class, self.object_id)
end

def invoke(multiline_arg) 

def invoke(multiline_arg)
  all_args = args
  all_args << multiline_arg.to_step_definition_arg if multiline_arg
  @step_definition.invoke(all_args)
end

def name 

def name
  @name_to_report
end

def replace_arguments(string, step_arguments, format, &proc) 

def replace_arguments(string, step_arguments, format, &proc)
  s = string.dup
  offset = past_offset = 0
  step_arguments.each do |step_argument|
    next if step_argument.offset.nil? || step_argument.offset < past_offset
    replacement = if block_given?
      proc.call(step_argument.val)
    elsif Proc === format
      format.call(step_argument.val)
    else
      format % step_argument.val
    end
    s[step_argument.offset + offset, step_argument.val.length] = replacement
    offset += replacement.unpack('U*').length - step_argument.val.unpack('U*').length
    past_offset = step_argument.offset + step_argument.val.length
  end
  s
end

def text_length 

def text_length
  @step_definition.regexp_source.unpack('U*').length
end