class EL_SPLIT_ON_CHARACTER_8_CURSOR
Optimized implementation of EL_SPLIT_ON_CHARACTER_CURSOR [READABLE_STRING_8]
note
description: "[
Optimized implementation of ${EL_SPLIT_ON_CHARACTER_CURSOR [READABLE_STRING_8]}
]"
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: "2024-08-20 12:52:28 GMT (Tuesday 20th August 2024)"
revision: "5"
class
EL_SPLIT_ON_CHARACTER_8_CURSOR [S -> READABLE_STRING_8]
inherit
EL_SPLIT_ON_CHARACTER_CURSOR [S]
redefine
is_white_space, same_caseless_characters, same_characters, set_separator_start
end
create
make
feature {NONE} -- Implementation
is_white_space (a_target: like target; i: INTEGER): BOOLEAN
do
Result := a_target [i].is_space
end
same_caseless_characters (a_target, other: like target; start_pos, end_pos, index_pos: INTEGER): BOOLEAN
-- Are characters of `other' within bounds `start_pos' and `end_pos'
-- caseless identical to characters of current string starting at index `index_pos'.
do
Result := a_target.same_caseless_characters (other, start_pos, end_pos, index_pos)
end
same_characters (a_target, other: like target; start_pos, end_pos, index_pos: INTEGER): BOOLEAN
-- Are characters of `other' within bounds `start_pos' and `end_pos'
-- identical to characters of current string starting at index `index_pos'.
do
Result := a_target.same_characters (other, start_pos, end_pos, index_pos)
end
set_separator_start
do
if separator.is_character_8 then
separator_start := target.index_of (separator.to_character_8, separator_end + 1)
else
separator_start := 0
end
end
end