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EWF/library/network/protocol/http/src/http_header.e
2013-08-07 11:03:22 +01:00

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note
description: "[
The class provides an easy way to build HTTP header.
You will also find some helper feature to help coding most common usage
Please, have a look at constants classes such as
HTTP_MIME_TYPES
HTTP_HEADER_NAMES
HTTP_STATUS_CODE
HTTP_REQUEST_METHODS
(or HTTP_CONSTANTS which groups them for convenience)
Note the return status code is not part of the HTTP header
]"
legal: "See notice at end of class."
status: "See notice at end of class."
date: "$Date$"
revision: "$Revision$"
class
HTTP_HEADER
inherit
ITERABLE [READABLE_STRING_8]
create
make,
make_with_count,
make_from_array,
make_from_header,
make_from_raw_header_data
convert
make_from_array ({ARRAY [TUPLE [key: READABLE_STRING_8; value: READABLE_STRING_8]]}),
string: {READABLE_STRING_8, STRING_8}
feature {NONE} -- Initialization
make
-- Initialize current
do
make_with_count (3)
end
make_with_count (n: INTEGER)
-- Make with a capacity of `n' header entries
do
create {ARRAYED_LIST [READABLE_STRING_8]} headers.make (n)
end
make_from_array (a_headers: ARRAY [TUPLE [key: READABLE_STRING_8; value: READABLE_STRING_8]])
-- Create HEADER from array of pair (key,value)
do
if a_headers.is_empty then
make_with_count (0)
else
make_with_count (a_headers.count)
append_array (a_headers)
end
end
make_from_header (a_header: HTTP_HEADER)
-- Create Current from existing HEADER `a_header'
do
make_with_count (a_header.headers.count)
append_header_object (a_header)
end
make_from_raw_header_data (h: READABLE_STRING_8)
-- Create Current from raw header data
do
make
append_raw_header_data (h)
end
feature -- Recycle
recycle
-- Recycle current object
do
headers.wipe_out
end
feature -- Access
count: INTEGER
-- Number of header items.
do
Result := headers.count
end
is_empty: BOOLEAN
-- Is empty?
do
Result := count = 0
end
headers: ARRAYED_LIST [READABLE_STRING_8]
-- Header's lines.
string: STRING_8
-- String representation of the header entries.
local
n: like count
do
n := count
if n = 0 then
create Result.make_empty
else
create Result.make (n * 32)
append_string_to (Result)
end
ensure
result_has_ending_cr_lf: Result.count >= 2 implies Result.substring (Result.count - 1, Result.count).same_string ("%R%N")
result_has_single_ending_cr_lf: Result.count >= 4 implies not Result.substring (Result.count - 3, Result.count).same_string ("%R%N%R%N")
end
to_name_value_iterable: ITERABLE [TUPLE [name: READABLE_STRING_8; value: READABLE_STRING_8]]
-- Iterable representation of the header entries.
local
res: ARRAYED_LIST [TUPLE [READABLE_STRING_8, READABLE_STRING_8]]
do
create res.make (headers.count)
across
headers as c
loop
if attached header_name_value (c.item) as tu then
res.extend (tu)
end
end
Result := res
end
feature -- Conversion
append_string_to (a_result: STRING_8)
-- Append current as string representation to `a_result'
local
l_headers: like headers
do
l_headers := headers
if not l_headers.is_empty then
across
l_headers as c
loop
append_line_to (c.item, a_result)
end
end
end
feature -- Access
new_cursor: INDEXABLE_ITERATION_CURSOR [READABLE_STRING_8]
-- Fresh cursor associated with current structure.
do
Result := headers.new_cursor
end
feature -- Header: adding
append_raw_header_data (h: READABLE_STRING_8)
-- Append raw header data `h' to Current
local
line : detachable STRING
lines: LIST [READABLE_STRING_8]
do
lines := h.split ('%N')
headers.grow (headers.count + lines.count)
across
lines as c
loop
line := c.item
if not line.is_empty then
if line [line.count] = '%R' then
line.remove_tail (1)
end
add_header (line)
end
end
end
append_array (a_headers: ARRAY [TUPLE [key: READABLE_STRING_8; value: READABLE_STRING_8]])
-- Append array of key,value headers
do
headers.grow (headers.count + a_headers.count)
across
a_headers as c
loop
add_header_key_value (c.item.key, c.item.value)
end
end
append_header_object (h: HTTP_HEADER)
-- Append headers from `h'
do
headers.grow (headers.count + h.headers.count)
across
h.headers as c
loop
add_header (c.item.string)
end
end
feature -- Header: merging
put_raw_header_data (h: READABLE_STRING_8)
-- Append raw header data `h' to Current
-- Overwrite existing header with same name
local
line : detachable STRING
lines: LIST [READABLE_STRING_8]
do
lines := h.split ('%N')
headers.grow (headers.count + lines.count)
across
lines as c
loop
line := c.item
if not line.is_empty then
if line [line.count] = '%R' then
line.remove_tail (1)
end
put_header (line)
end
end
end
put_array (a_headers: ARRAY [TUPLE [key: READABLE_STRING_8; value: READABLE_STRING_8]])
-- Append array of key,value headers
-- Overwrite existing header with same name
do
headers.grow (headers.count + a_headers.count)
across
a_headers as c
loop
put_header_key_value (c.item.key, c.item.value)
end
end
put_header_object (h: HTTP_HEADER)
-- Append headers from `h'
-- Overwrite existing header with same name
do
headers.grow (headers.count + h.headers.count)
across
h.headers as c
loop
put_header (c.item.string)
end
end
feature -- Status report
has, has_header_named (a_name: READABLE_STRING_8): BOOLEAN
-- Has header item for `n'?
do
Result := across headers as c some has_same_header_name (c.item, a_name) end
end
has_content_length: BOOLEAN
-- Has header "Content-Length"
do
Result := has_header_named ({HTTP_HEADER_NAMES}.header_content_length)
end
has_content_type: BOOLEAN
-- Has header "Content-Type"
do
Result := has_header_named ({HTTP_HEADER_NAMES}.header_content_type)
end
has_transfer_encoding_chunked: BOOLEAN
-- Has "Transfer-Encoding: chunked" header
do
if has_header_named ({HTTP_HEADER_NAMES}.header_transfer_encoding) then
Result := attached header_named_value ({HTTP_HEADER_NAMES}.header_transfer_encoding) as v and then v.same_string (str_chunked)
end
end
feature -- Access
header_named_value (a_name: READABLE_STRING_8): detachable STRING_8
-- First header item found for `a_name' if any
require
has_header: has_header_named (a_name)
local
c: like headers.new_cursor
n: INTEGER
l_line: READABLE_STRING_8
do
from
n := a_name.count
c := headers.new_cursor
until
c.after or Result /= Void
loop
l_line := c.item
if has_same_header_name (l_line, a_name) then
Result := l_line.substring (n + 2, l_line.count)
Result.left_adjust
Result.right_adjust
end
c.forth
end
end
feature -- Removal
remove_header_named (a_name: READABLE_STRING_8)
-- Remove any header line related to name `a_name'.
local
lst: like headers
do
from
lst := headers
lst.start
until
lst.after
loop
if has_same_header_name (lst.item, a_name) then
-- remove
lst.remove
else
lst.forth
end
end
ensure
removed: not has_header_named (a_name)
end
feature -- Header change: general
add_header (h: READABLE_STRING_8)
-- Add header `h'
-- if it already exists, there will be multiple header with same name
-- which can also be valid
require
h_not_empty: not h.is_empty
do
headers.force (h)
end
put_header (h: READABLE_STRING_8)
-- Add header `h' or replace existing header of same header name
require
h_not_empty: not h.is_empty
do
force_header_by_name (header_name_colon (h), h)
end
add_header_key_value (k,v: READABLE_STRING_8)
-- Add header `k:v'.
-- If it already exists, there will be multiple header with same name
-- which can also be valid
local
s: STRING_8
do
create s.make (k.count + 2 + v.count)
s.append (k)
s.append (colon_space)
s.append (v)
add_header (s)
ensure
added: has_header_named (k)
end
put_header_key_value (k,v: READABLE_STRING_8)
-- Add header `k:v', or replace existing header of same header name/key
local
s: STRING_8
do
create s.make (k.count + 2 + v.count)
s.append (k)
s.append (colon_space)
s.append (v)
put_header (s)
ensure
added: has_header_named (k)
end
put_header_key_values (k: READABLE_STRING_8; a_values: ITERABLE [READABLE_STRING_8]; a_separator: detachable READABLE_STRING_8)
-- Add header `k: a_values', or replace existing header of same header values/key.
-- Use `comma_space' as default separator if `a_separator' is Void or empty.
local
s: STRING_8
l_separator: READABLE_STRING_8
do
if a_separator /= Void and then not a_separator.is_empty then
l_separator := a_separator
else
l_separator := comma_space
end
create s.make_empty
across
a_values as c
loop
if not s.is_empty then
s.append_string (l_separator)
end
s.append (c.item)
end
if not s.is_empty then
put_header_key_value (k, s)
end
ensure
added: has_header_named (k)
end
feature -- Content related header
put_content_type (t: READABLE_STRING_8)
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_content_type, t)
end
add_content_type (t: READABLE_STRING_8)
-- same as `put_content_type', but allow multiple definition of "Content-Type"
do
add_header_key_value ({HTTP_HEADER_NAMES}.header_content_type, t)
end
put_content_type_with_parameters (t: READABLE_STRING_8; a_params: detachable ARRAY [TUPLE [name: READABLE_STRING_8; value: READABLE_STRING_8]])
local
s: STRING_8
do
if a_params /= Void and then not a_params.is_empty then
create s.make_from_string (t)
across
a_params as p
loop
if attached p.item as nv then
s.append_character (';')
s.append_character (' ')
s.append (nv.name)
s.append_character ('=')
s.append_character ('%"')
s.append (nv.value)
s.append_character ('%"')
end
end
put_header_key_value ({HTTP_HEADER_NAMES}.header_content_type, s)
else
put_content_type (t)
end
end
add_content_type_with_parameters (t: READABLE_STRING_8; a_params: detachable ARRAY [TUPLE [name: READABLE_STRING_8; value: READABLE_STRING_8]])
local
s: STRING_8
do
if a_params /= Void and then not a_params.is_empty then
create s.make_from_string (t)
across
a_params as p
loop
if attached p.item as nv then
s.append_character (';')
s.append_character (' ')
s.append (nv.name)
s.append_character ('=')
s.append_character ('%"')
s.append (nv.value)
s.append_character ('%"')
end
end
add_header_key_value ({HTTP_HEADER_NAMES}.header_content_type, s)
else
add_content_type (t)
end
end
put_content_type_with_charset (t: READABLE_STRING_8; c: READABLE_STRING_8)
do
put_content_type_with_parameters (t, <<["charset", c]>>)
end
add_content_type_with_charset (t: READABLE_STRING_8; c: READABLE_STRING_8)
-- same as `put_content_type_with_charset', but allow multiple definition of "Content-Type"
do
add_content_type_with_parameters (t, <<["charset", c]>>)
end
put_content_type_with_name (t: READABLE_STRING_8; n: READABLE_STRING_8)
do
put_content_type_with_parameters (t, <<["name", n]>>)
end
add_content_type_with_name (t: READABLE_STRING_8; n: READABLE_STRING_8)
-- same as `put_content_type_with_name', but allow multiple definition of "Content-Type"
do
add_content_type_with_parameters (t, <<["name", n]>>)
end
put_content_length (n: INTEGER)
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_content_length, n.out)
end
put_content_transfer_encoding (a_mechanism: READABLE_STRING_8)
-- Put "Content-Transfer-Encoding" header with for instance "binary"
--| encoding := "Content-Transfer-Encoding" ":" mechanism
--|
--| mechanism := "7bit" ; case-insensitive
--| / "quoted-printable"
--| / "base64"
--| / "8bit"
--| / "binary"
--| / x-token
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_content_transfer_encoding, a_mechanism)
end
put_content_language (a_lang: READABLE_STRING_8)
-- Put "Content-Language" header of value `a_lang'.
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_content_language, a_lang)
end
put_content_encoding (a_enc: READABLE_STRING_8)
-- Put "Content-Encoding" header of value `a_enc'.
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_content_encoding, a_enc)
end
put_transfer_encoding (a_enc: READABLE_STRING_8)
-- Put "Transfer-Encoding" header with for instance "chunked"
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_transfer_encoding, a_enc)
end
put_transfer_encoding_binary
-- Put "Transfer-Encoding: binary" header
do
put_transfer_encoding (str_binary)
end
put_transfer_encoding_chunked
-- Put "Transfer-Encoding: chunked" header
do
put_transfer_encoding (str_chunked)
end
put_content_disposition (a_type: READABLE_STRING_8; a_params: detachable READABLE_STRING_8)
-- Put "Content-Disposition" header
--| See RFC2183
--| disposition := "Content-Disposition" ":"
--| disposition-type
--| *(";" disposition-parm)
--| disposition-type := "inline"
--| / "attachment"
--| / extension-token
--| ; values are not case-sensitive
--| disposition-parm := filename-parm
--| / creation-date-parm
--| / modification-date-parm
--| / read-date-parm
--| / size-parm
--| / parameter
--| filename-parm := "filename" "=" value
--| creation-date-parm := "creation-date" "=" quoted-date-time
--| modification-date-parm := "modification-date" "=" quoted-date-time
--| read-date-parm := "read-date" "=" quoted-date-time
--| size-parm := "size" "=" 1*DIGIT
--| quoted-date-time := quoted-string
--| ; contents MUST be an RFC 822 `date-time'
--| ; numeric timezones (+HHMM or -HHMM) MUST be used
do
if a_params /= Void then
put_header_key_value ({HTTP_HEADER_NAMES}.header_content_disposition, a_type + semi_colon_space + a_params)
else
put_header_key_value ({HTTP_HEADER_NAMES}.header_content_disposition, a_type)
end
end
feature -- Content-type helpers
put_content_type_text_css do put_content_type ({HTTP_MIME_TYPES}.text_css) end
put_content_type_text_csv do put_content_type ({HTTP_MIME_TYPES}.text_csv) end
put_content_type_text_html do put_content_type ({HTTP_MIME_TYPES}.text_html) end
put_content_type_text_javascript do put_content_type ({HTTP_MIME_TYPES}.text_javascript) end
put_content_type_text_json do put_content_type ({HTTP_MIME_TYPES}.text_json) end
put_content_type_text_plain do put_content_type ({HTTP_MIME_TYPES}.text_plain) end
put_content_type_text_xml do put_content_type ({HTTP_MIME_TYPES}.text_xml) end
put_content_type_application_json do put_content_type ({HTTP_MIME_TYPES}.application_json) end
put_content_type_application_javascript do put_content_type ({HTTP_MIME_TYPES}.application_javascript) end
put_content_type_application_zip do put_content_type ({HTTP_MIME_TYPES}.application_zip) end
put_content_type_application_pdf do put_content_type ({HTTP_MIME_TYPES}.application_pdf) end
put_content_type_image_gif do put_content_type ({HTTP_MIME_TYPES}.image_gif) end
put_content_type_image_png do put_content_type ({HTTP_MIME_TYPES}.image_png) end
put_content_type_image_jpg do put_content_type ({HTTP_MIME_TYPES}.image_jpg) end
put_content_type_image_svg_xml do put_content_type ({HTTP_MIME_TYPES}.image_svg_xml) end
put_content_type_message_http do put_content_type ({HTTP_MIME_TYPES}.message_http) end
put_content_type_multipart_mixed do put_content_type ({HTTP_MIME_TYPES}.multipart_mixed) end
put_content_type_multipart_alternative do put_content_type ({HTTP_MIME_TYPES}.multipart_alternative) end
put_content_type_multipart_related do put_content_type ({HTTP_MIME_TYPES}.multipart_related) end
put_content_type_multipart_form_data do put_content_type ({HTTP_MIME_TYPES}.multipart_form_data) end
put_content_type_multipart_signed do put_content_type ({HTTP_MIME_TYPES}.multipart_signed) end
put_content_type_multipart_encrypted do put_content_type ({HTTP_MIME_TYPES}.multipart_encrypted) end
put_content_type_application_x_www_form_encoded do put_content_type ({HTTP_MIME_TYPES}.application_x_www_form_encoded) end
feature -- Cross-Origin Resource Sharing
put_access_control_allow_origin (s: READABLE_STRING_8)
-- Put "Access-Control-Allow-Origin" header.
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_access_control_allow_origin, s)
end
put_access_control_allow_all_origin
-- Put "Access-Control-Allow-Origin: *" header.
do
put_access_control_allow_origin ("*")
end
put_access_control_allow_methods (a_methods: ITERABLE [READABLE_STRING_8])
-- If `a_methods' is not empty, put `Access-Control-Allow-Methods' header with list `a_methods' of methods
do
put_header_key_values ({HTTP_HEADER_NAMES}.header_access_control_allow_methods, a_methods, Void)
end
put_access_control_allow_headers (s: READABLE_STRING_8)
-- Put "Access-Control-Allow-Headers" header.
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_access_control_allow_headers, s)
end
feature -- Method related
put_allow (a_methods: ITERABLE [READABLE_STRING_8])
-- If `a_methods' is not empty, put `Allow' header with list `a_methods' of methods
do
put_header_key_values ({HTTP_HEADER_NAMES}.header_allow, a_methods, Void)
end
feature -- Date
put_date (s: READABLE_STRING_8)
-- Put "Date: " header
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_date, s)
end
put_current_date
-- Put current date time with "Date" header
do
put_utc_date (create {DATE_TIME}.make_now_utc)
end
put_utc_date (a_utc_date: DATE_TIME)
-- Put UTC date time `dt' with "Date" header
do
put_date (date_to_rfc1123_http_date_format (a_utc_date))
end
put_last_modified (a_utc_date: DATE_TIME)
-- Put UTC date time `dt' with "Date" header
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_last_modified, date_to_rfc1123_http_date_format (a_utc_date))
end
feature -- Authorization
put_authorization (s: READABLE_STRING_8)
-- Put authorization `s' with "Authorization" header
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_authorization, s)
end
feature -- Others
put_expires (sec: INTEGER)
do
put_expires_string (sec.out)
end
put_expires_string (s: STRING)
do
put_header_key_value ("Expires", s)
end
put_expires_date (a_utc_date: DATE_TIME)
do
put_header_key_value ("Expires", date_to_rfc1123_http_date_format (a_utc_date))
end
put_cache_control (s: READABLE_STRING_8)
-- `s' could be for instance "no-cache, must-revalidate"
do
put_header_key_value ("Cache-Control", s)
end
put_pragma (s: READABLE_STRING_8)
do
put_header_key_value ("Pragma", s)
end
put_pragma_no_cache
do
put_pragma ("no-cache")
end
feature -- Redirection
remove_location
-- Remove any location header line.
do
remove_header_named ({HTTP_HEADER_NAMES}.header_location)
end
put_location (a_location: READABLE_STRING_8)
-- Tell the client the new location `a_location'
require
a_location_valid: not a_location.is_empty
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_location, a_location)
end
put_refresh (a_location: READABLE_STRING_8; a_timeout_in_seconds: INTEGER)
-- Tell the client to refresh page with `a_location' after `a_timeout_in_seconds' in seconds
require
a_location_valid: not a_location.is_empty
do
put_header_key_value ({HTTP_HEADER_NAMES}.header_refresh, a_timeout_in_seconds.out + "; url=" + a_location)
end
feature -- Cookie
put_cookie (key, value: READABLE_STRING_8; expiration, path, domain: detachable READABLE_STRING_8; secure, http_only: BOOLEAN)
-- Set a cookie on the client's machine
-- with key 'key' and value 'value'.
-- Note: you should avoid using "localhost" as `domain' for local cookies
-- since they are not always handled by browser (for instance Chrome)
require
make_sense: (key /= Void and value /= Void) and then (not key.is_empty and not value.is_empty)
domain_without_port_info: domain /= Void implies domain.index_of (':', 1) = 0
local
s: STRING
do
s := {HTTP_HEADER_NAMES}.header_set_cookie + colon_space + key + "=" + value
if
domain /= Void and then not domain.same_string ("localhost")
then
s.append ("; Domain=")
s.append (domain)
end
if path /= Void then
s.append ("; Path=")
s.append (path)
end
if expiration /= Void then
s.append ("; Expires=")
s.append (expiration)
end
if secure then
s.append ("; Secure")
end
if http_only then
s.append ("; HttpOnly")
end
add_header (s)
end
put_cookie_with_expiration_date (key, value: READABLE_STRING_8; expiration: DATE_TIME; path, domain: detachable READABLE_STRING_8; secure, http_only: BOOLEAN)
-- Set a cookie on the client's machine
-- with key 'key' and value 'value'.
require
make_sense: (key /= Void and value /= Void) and then (not key.is_empty and not value.is_empty)
do
put_cookie (key, value, date_to_rfc1123_http_date_format (expiration), path, domain, secure, http_only)
end
feature {NONE} -- Implementation: Header
has_same_header_name (h: READABLE_STRING_8; a_name: READABLE_STRING_8): BOOLEAN
-- Header line `h' has same name as `a_name' ?
do
if h.starts_with (a_name) then
if h.valid_index (a_name.count + 1) then
Result := h[a_name.count + 1] = ':'
end
end
end
force_header_by_name (n: detachable READABLE_STRING_8; h: READABLE_STRING_8)
-- Add header `h' or replace existing header of same header name `n'
require
h_has_name_n: (n /= Void and attached header_name_colon (h) as hn) implies n.same_string (hn)
local
l_headers: like headers
do
if n /= Void then
from
l_headers := headers
l_headers.start
until
l_headers.after or l_headers.item.starts_with (n)
loop
l_headers.forth
end
if not l_headers.after then
l_headers.replace (h)
else
add_header (h)
end
else
add_header (h)
end
end
header_name_colon (h: READABLE_STRING_8): detachable STRING_8
-- If any, header's name with colon
--| ex: for "Foo-bar: something", this will return "Foo-bar:"
local
s: detachable STRING_8
i,n: INTEGER
c: CHARACTER
do
from
i := 1
n := h.count
create s.make (10)
until
i > n or c = ':' or s = Void
loop
c := h[i]
inspect c
when ':' then
s.extend (c)
when '-', 'a' .. 'z', 'A' .. 'Z' then
s.extend (c)
else
s := Void
end
i := i + 1
end
Result := s
end
header_name_value (h: READABLE_STRING_8): detachable TUPLE [name: READABLE_STRING_8; value: READABLE_STRING_8]
-- If any, header's [name,value]
--| ex: for "Foo-bar: something", this will return ["Foo-bar", "something"]
local
s: detachable STRING_8
i,n: INTEGER
c: CHARACTER
do
from
i := 1
n := h.count
create s.make (10)
until
i > n or c = ':' or s = Void
loop
c := h[i]
inspect c
when ':' then
when '-', 'a' .. 'z', 'A' .. 'Z' then
s.extend (c)
else
s := Void
end
i := i + 1
end
if s /= Void then
Result := [s, h.substring (i, n)]
end
end
feature {NONE} -- Implementation
append_line_to (s: READABLE_STRING_8; h: STRING_8)
do
h.append_string (s)
append_end_of_line_to (h)
end
append_end_of_line_to (h: STRING_8)
do
h.append_character ('%R')
h.append_character ('%N')
end
feature -- Access
date_to_rfc1123_http_date_format (dt: DATE_TIME): STRING_8
-- String representation of `dt' using the RFC 1123
local
d: HTTP_DATE
do
create d.make_from_date_time (dt)
Result := d.string
end
feature {NONE} -- Constants
str_binary: STRING = "binary"
str_chunked: STRING = "chunked"
colon_space: IMMUTABLE_STRING_8
once
create Result.make_from_string (": ")
end
semi_colon_space: IMMUTABLE_STRING_8
once
create Result.make_from_string ("; ")
end
comma_space: IMMUTABLE_STRING_8
once
create Result.make_from_string (", ")
end
note
copyright: "2011-2013, Jocelyn Fiat, Eiffel Software and others"
license: "Eiffel Forum License v2 (see http://www.eiffel.com/licensing/forum.txt)"
source: "[
Eiffel Software
5949 Hollister Ave., Goleta, CA 93117 USA
Telephone 805-685-1006, Fax 805-685-6869
Website http://www.eiffel.com
Customer support http://support.eiffel.com
]"
end