SoundSoftware Code Site

<h2><%= l(:label_spent_time) %></h2>

<% labelled_tabular_form_for(:time_entry, @time_entry, :url => {

                               :action => (@time_entry.new_record? ? 'create' : 'update'),

                               :id => @time_entry,

                               :project_id => @time_entry.project

                             },

                             :html => {:method => @time_entry.new_record? ? :post : :put}) do |f| %>

<%= error_messages_for 'time_entry' %>

<%= back_url_hidden_field_tag %>

<div class="box">

<p><%= f.text_field :issue_id, :size => 6 %> <em><%= h("#{@time_entry.issue.tracker.name} ##{@time_entry.issue.id}: #{@time_entry.issue.subject}") if @time_entry.issue %></em></p>

<p><%= f.text_field :spent_on, :size => 10, :required => true %><%= calendar_for('time_entry_spent_on') %></p>

<p><%= f.text_field :hours, :size => 6, :required => true %></p>

<p><%= f.text_field :comments, :size => 100 %></p>

<p><%= f.select :activity_id, activity_collection_for_select_options(@time_entry), :required => true %></p>

<% @time_entry.custom_field_values.each do |value| %>

  <p><%= custom_field_tag_with_label :time_entry, value %></p>

<% end %>

<%= call_hook(:view_timelog_edit_form_bottom, { :time_entry => @time_entry, :form => f }) %>

</div>

<%= submit_tag l(:button_save) %>

<% end %>

module CodeRay

module Scanners

  load :java

  # Scanner for Groovy.

  class Groovy < Java

    register_for :groovy

    # TODO: check list of keywords

    GROOVY_KEYWORDS = %w[

      as assert def in

    ]  # :nodoc:

    KEYWORDS_EXPECTING_VALUE = WordList.new.add %w[

      case instanceof new return throw typeof while as assert in

    ]  # :nodoc:

    GROOVY_MAGIC_VARIABLES = %w[ it ]  # :nodoc:

    IDENT_KIND = Java::IDENT_KIND.dup.

      add(GROOVY_KEYWORDS, :keyword).

      add(GROOVY_MAGIC_VARIABLES, :local_variable)  # :nodoc:

    ESCAPE = / [bfnrtv$\n\\'"] | x[a-fA-F0-9]{1,2} | [0-7]{1,3} /x  # :nodoc:

    UNICODE_ESCAPE =  / u[a-fA-F0-9]{4} /x  # :nodoc: no 4-byte unicode chars? U[a-fA-F0-9]{8}

    REGEXP_ESCAPE =  / [bfnrtv\n\\'"] | x[a-fA-F0-9]{1,2} | [0-7]{1,3} | \d | [bBdDsSwW\/] /x  # :nodoc:

    # TODO: interpretation inside ', ", /

    STRING_CONTENT_PATTERN = {

      "'" => /(?>\\[^\\'\n]+|[^\\'\n]+)+/,

      '"' => /[^\\$"\n]+/,

      "'''" => /(?>[^\\']+|'(?!''))+/,

      '"""' => /(?>[^\\$"]+|"(?!""))+/,

      '/' => /[^\\$\/\n]+/,

    }  # :nodoc:

  protected

    def scan_tokens encoder, options

      state = :initial

      inline_block_stack = []

      inline_block_paren_depth = nil

      string_delimiter = nil

      import_clause = class_name_follows = last_token = after_def = false

      value_expected = true

      until eos?

        case state

        when :initial

          if match = scan(/ \s+ | \\\n /x)

            encoder.text_token match, :space

            if match.index ?\n

              import_clause = after_def = false

              value_expected = true unless value_expected

            end

            next

          elsif match = scan(%r! // [^\n\\]* (?: \\. [^\n\\]* )* | /\* (?: .*? \*/ | .* ) !mx)

            value_expected = true

            after_def = false

            encoder.text_token match, :comment

          elsif bol? && match = scan(/ \#!.* /x)

            encoder.text_token match, :doctype

          elsif import_clause && match = scan(/ (?!as) #{IDENT} (?: \. #{IDENT} )* (?: \.\* )? /ox)

            after_def = value_expected = false

            encoder.text_token match, :include

          elsif match = scan(/ #{IDENT} | \[\] /ox)

            kind = IDENT_KIND[match]

            value_expected = (kind == :keyword) && KEYWORDS_EXPECTING_VALUE[match]

            if last_token == '.'

              kind = :ident

            elsif class_name_follows

              kind = :class

              class_name_follows = false

            elsif after_def && check(/\s*[({]/)

              kind = :method

              after_def = false

            elsif kind == :ident && last_token != '?' && check(/:/)

              kind = :key

            else

              class_name_follows = true if match == 'class' || (import_clause && match == 'as')

              import_clause = match == 'import'

              after_def = true if match == 'def'

            end

            encoder.text_token match, kind

          elsif match = scan(/;/)

            import_clause = after_def = false

            value_expected = true

            encoder.text_token match, :operator

          elsif match = scan(/\{/)

            class_name_follows = after_def = false

            value_expected = true

            encoder.text_token match, :operator

            if !inline_block_stack.empty?

              inline_block_paren_depth += 1

            end

          # TODO: ~'...', ~"..." and ~/.../ style regexps

          elsif match = scan(/ \.\.<? | \*?\.(?!\d)@? | \.& | \?:? | [,?:(\[] | -[->] | \+\+ |

              && | \|\| | \*\*=? | ==?~ | <=?>? | [-+*%^~&|>=!]=? | <<<?=? | >>>?=? /x)

            value_expected = true

            value_expected = :regexp if match == '~'

            after_def = false

            encoder.text_token match, :operator

          elsif match = scan(/ [)\]}] /x)

            value_expected = after_def = false

            if !inline_block_stack.empty? && match == '}'

              inline_block_paren_depth -= 1

              if inline_block_paren_depth == 0  # closing brace of inline block reached

                encoder.text_token match, :inline_delimiter

                encoder.end_group :inline

                state, string_delimiter, inline_block_paren_depth = inline_block_stack.pop

                next

              end

            end

            encoder.text_token match, :operator

          elsif check(/[\d.]/)

            after_def = value_expected = false

            if match = scan(/0[xX][0-9A-Fa-f]+/)

              encoder.text_token match, :hex

            elsif match = scan(/(?>0[0-7]+)(?![89.eEfF])/)

              encoder.text_token match, :octal

            elsif match = scan(/\d+[fFdD]|\d*\.\d+(?:[eE][+-]?\d+)?[fFdD]?|\d+[eE][+-]?\d+[fFdD]?/)

              encoder.text_token match, :float

            elsif match = scan(/\d+[lLgG]?/)

              encoder.text_token match, :integer

            end

          elsif match = scan(/'''|"""/)

            after_def = value_expected = false

            state = :multiline_string

            encoder.begin_group :string

            string_delimiter = match

            encoder.text_token match, :delimiter

          # TODO: record.'name' syntax

          elsif match = scan(/["']/)

            after_def = value_expected = false

            state = match == '/' ? :regexp : :string

            encoder.begin_group state

            string_delimiter = match

            encoder.text_token match, :delimiter

          elsif value_expected && match = scan(/\//)

            after_def = value_expected = false

            encoder.begin_group :regexp

            state = :regexp

            string_delimiter = '/'

            encoder.text_token match, :delimiter

          elsif match = scan(/ @ #{IDENT} /ox)

            after_def = value_expected = false

            encoder.text_token match, :annotation

          elsif match = scan(/\//)

            after_def = false

            value_expected = true

            encoder.text_token match, :operator

          else

            encoder.text_token getch, :error

          end

        when :string, :regexp, :multiline_string

          if match = scan(STRING_CONTENT_PATTERN[string_delimiter])

            encoder.text_token match, :content

          elsif match = scan(state == :multiline_string ? /'''|"""/ : /["'\/]/)

            encoder.text_token match, :delimiter

            if state == :regexp

              # TODO: regexp modifiers? s, m, x, i?

              modifiers = scan(/[ix]+/)

              encoder.text_token modifiers, :modifier if modifiers && !modifiers.empty?

            end

            state = :string if state == :multiline_string

            encoder.end_group state

            string_delimiter = nil

            after_def = value_expected = false

            state = :initial

            next

          elsif (state == :string || state == :multiline_string) &&

              (match = scan(/ \\ (?: #{ESCAPE} | #{UNICODE_ESCAPE} ) /mox))

            if string_delimiter[0] == ?' && !(match == "\\\\" || match == "\\'")

              encoder.text_token match, :content

            else

              encoder.text_token match, :char

            end

          elsif state == :regexp && match = scan(/ \\ (?: #{REGEXP_ESCAPE} | #{UNICODE_ESCAPE} ) /mox)

            encoder.text_token match, :char

          elsif match = scan(/ \$ #{IDENT} /mox)

            encoder.begin_group :inline

            encoder.text_token '$', :inline_delimiter

            match = match[1..-1]

            encoder.text_token match, IDENT_KIND[match]

            encoder.end_group :inline

            next

          elsif match = scan(/ \$ \{ /x)

            encoder.begin_group :inline

            encoder.text_token match, :inline_delimiter

            inline_block_stack << [state, string_delimiter, inline_block_paren_depth]

            inline_block_paren_depth = 1

            state = :initial

            next

          elsif match = scan(/ \$ /mx)

            encoder.text_token match, :content

          elsif match = scan(/ \\. /mx)

            encoder.text_token match, :content  # TODO: Shouldn't this be :error?

          elsif match = scan(/ \\ | \n /x)

            encoder.end_group state

            encoder.text_token match, :error

            after_def = value_expected = false

            state = :initial

          else

            raise_inspect "else case \" reached; %p not handled." % peek(1), encoder

          end

        else

          raise_inspect 'Unknown state', encoder

        end

        last_token = match unless [:space, :comment, :doctype].include? kind

      end

      if [:multiline_string, :string, :regexp].include? state

        encoder.end_group state

      end

      encoder

    end

  end

end

end

# Redmine - project management software

# Copyright (C) 2006-2011  Jean-Philippe Lang

#

# This program is free software; you can redistribute it and/or

# modify it under the terms of the GNU General Public License

# as published by the Free Software Foundation; either version 2

# of the License, or (at your option) any later version.

#

# This program is distributed in the hope that it will be useful,

# but WITHOUT ANY WARRANTY; without even the implied warranty of

# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

# GNU General Public License for more details.

#

# You should have received a copy of the GNU General Public License

# along with this program; if not, write to the Free Software

# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301, USA.

require File.expand_path('../../test_helper', __FILE__)

class ProjectsTest < ActionController::IntegrationTest

  fixtures :projects, :users, :members

  def test_archive_project

    subproject = Project.find(1).children.first

    log_user("admin", "admin")

    get "admin/projects"

    assert_response :success

    assert_template "admin/projects"

    post "projects/archive", :id => 1

    assert_redirected_to "/admin/projects"

    assert !Project.find(1).active?

    get 'projects/1'

    assert_response 403

    get "projects/#{subproject.id}"

    assert_response 403

    post "projects/unarchive", :id => 1

    assert_redirected_to "/admin/projects"

    assert Project.find(1).active?

    get "projects/1"

    assert_response :success

  end

end