class TP_OPTIMIZED_FACTORY
Client examples: DUPLICITY_LISTING_OS_CMD ; PATTERN_MATCH_TEST_SET
Factory for creating new instances of core text-patterns matched against strings conforming to READABLE_STRING_GENERAL
Descendants are optimized to handle ZSTRING or strings conforming to READABLE_STRING_8
TP_ZSTRING_OPTIMIZED_FACTORY TP_RSTRING_OPTIMIZED_FACTORY
note
description: "[
Factory for creating new instances of core text-patterns matched against strings
conforming to ${READABLE_STRING_GENERAL}
]"
notes: "[
Descendants are optimized to handle ${ZSTRING} or strings conforming to ${READABLE_STRING_8}
${TP_ZSTRING_OPTIMIZED_FACTORY}
${TP_RSTRING_OPTIMIZED_FACTORY}
]"
author: "Finnian Reilly"
copyright: "Copyright (c) 2001-2022 Finnian Reilly"
contact: "finnian at eiffel hyphen loop dot com"
license: "MIT license (See: en.wikipedia.org/wiki/MIT_License)"
date: "2024-01-20 19:18:26 GMT (Saturday 20th January 2024)"
revision: "10"
class
TP_OPTIMIZED_FACTORY
feature -- Access
copied_substring (str: READABLE_STRING_GENERAL; start_index, end_index: INTEGER): STRING_GENERAL
do
Result := Buffer.copied_substring_general (str, start_index, end_index)
end
feature -- Line ends
new_end_of_line_character: TP_END_OF_LINE_CHAR
-- Matches new line or EOF
do
create Result
end
new_start_of_line: TP_BEGINNING_OF_LINE
-- Match start of line position
do
create Result
end
feature -- Character
new_alphanumeric: TP_ALPHANUMERIC_CHAR
--
do
create Result
end
new_character_in_set (a_character_set: READABLE_STRING_GENERAL): TP_CHARACTER_IN_SET
--
do
create Result.make (a_character_set)
end
new_character_in_range (lower, upper: CHARACTER): TP_CHAR_IN_ASCII_RANGE
--
do
create Result.make (lower, upper)
end
new_character_literal (literal: CHARACTER_32): TP_LITERAL_CHAR
--
do
create Result.make (literal)
end
new_digit: TP_NUMERIC_CHAR
--
do
create Result
end
new_letter: TP_ALPHA_CHAR
--
do
create Result
end
new_white_space_character: TP_WHITE_SPACE_CHAR
--
do
create Result
end
feature -- C language
new_c_identifier: TP_C_IDENTIFIER
do
create Result
end
new_c_quoted_character (unescaped_action: detachable PROCEDURE [CHARACTER_32]): TP_QUOTED_CHAR
do
create {TP_C_LANG_QUOTED_CHAR} Result.make (unescaped_action)
end
new_c_quoted_string (
quote: CHARACTER_32; unescaped_action: detachable PROCEDURE [STRING_GENERAL]
): TP_QUOTED_STRING
do
create {TP_QUOTED_C_LANG_STRING} Result.make (quote, unescaped_action)
end
feature -- Eiffel language
new_eiffel_quoted_character (unescaped_action: detachable PROCEDURE [CHARACTER_32]): TP_QUOTED_CHAR
do
create {TP_EIFFEL_QUOTED_CHAR} Result.make (unescaped_action)
end
new_eiffel_quoted_string (
quote: CHARACTER_32; unescaped_action: detachable PROCEDURE [STRING_GENERAL]
): TP_QUOTED_STRING
do
create {TP_QUOTED_EIFFEL_STRING} Result.make (quote, unescaped_action)
end
feature -- XML language
new_xml_identifier: TP_XML_IDENTIFIER
do
create Result
end
feature -- String
new_digits_string (a_minimum_match_count: INTEGER): TP_DIGITS
do
create Result.make (a_minimum_match_count)
end
new_hexadecimal_string (a_minimum_match_count: INTEGER): TP_HEXADECIMAL_DIGITS
--
do
create Result.make (a_minimum_match_count)
end
new_quoted_string (
quote: CHARACTER_32; unescaped_action: detachable PROCEDURE [STRING_GENERAL]
): TP_BASIC_QUOTED_STRING
do
create Result.make (quote, unescaped_action)
end
new_string_literal (a_text: READABLE_STRING_GENERAL): TP_LITERAL_PATTERN
do
create Result.make (a_text)
end
new_white_space (optional, nonbreaking: BOOLEAN): TP_WHITE_SPACE
do
create Result.make (optional, nonbreaking)
end
feature {NONE} -- Constants
Buffer: EL_STRING_BUFFER [STRING_GENERAL, READABLE_STRING_GENERAL]
once
create {EL_STRING_32_BUFFER} Result
end
end