mirror of https://github.com/OpenTTD/OpenTTD
491 lines
20 KiB
C++
491 lines
20 KiB
C++
/*
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* This file is part of OpenTTD.
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* OpenTTD 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, version 2.
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* OpenTTD 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.
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* See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with OpenTTD. If not, see <http://www.gnu.org/licenses/>.
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*/
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/** @file string_func.cpp Test functionality from string_func. */
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#include "../stdafx.h"
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#include "../3rdparty/catch2/catch.hpp"
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#include "../string_func.h"
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#include "../strings_func.h"
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#include "../table/control_codes.h"
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#include "table/strings.h"
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/**** String compare/equals *****/
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TEST_CASE("StrCompareIgnoreCase - std::string")
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{
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/* Same string, with different cases. */
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CHECK(StrCompareIgnoreCase(std::string{""}, std::string{""}) == 0);
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CHECK(StrCompareIgnoreCase(std::string{"a"}, std::string{"a"}) == 0);
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CHECK(StrCompareIgnoreCase(std::string{"a"}, std::string{"A"}) == 0);
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CHECK(StrCompareIgnoreCase(std::string{"A"}, std::string{"a"}) == 0);
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CHECK(StrCompareIgnoreCase(std::string{"A"}, std::string{"A"}) == 0);
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/* Not the same string. */
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CHECK(StrCompareIgnoreCase(std::string{""}, std::string{"b"}) < 0);
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CHECK(StrCompareIgnoreCase(std::string{"a"}, std::string{""}) > 0);
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CHECK(StrCompareIgnoreCase(std::string{"a"}, std::string{"b"}) < 0);
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CHECK(StrCompareIgnoreCase(std::string{"b"}, std::string{"a"}) > 0);
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CHECK(StrCompareIgnoreCase(std::string{"a"}, std::string{"B"}) < 0);
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CHECK(StrCompareIgnoreCase(std::string{"b"}, std::string{"A"}) > 0);
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CHECK(StrCompareIgnoreCase(std::string{"A"}, std::string{"b"}) < 0);
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CHECK(StrCompareIgnoreCase(std::string{"B"}, std::string{"a"}) > 0);
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CHECK(StrCompareIgnoreCase(std::string{"a"}, std::string{"aa"}) < 0);
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CHECK(StrCompareIgnoreCase(std::string{"aa"}, std::string{"a"}) > 0);
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}
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TEST_CASE("StrCompareIgnoreCase - char pointer")
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{
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/* Same string, with different cases. */
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CHECK(StrCompareIgnoreCase("", "") == 0);
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CHECK(StrCompareIgnoreCase("a", "a") == 0);
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CHECK(StrCompareIgnoreCase("a", "A") == 0);
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CHECK(StrCompareIgnoreCase("A", "a") == 0);
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CHECK(StrCompareIgnoreCase("A", "A") == 0);
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/* Not the same string. */
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CHECK(StrCompareIgnoreCase("", "b") < 0);
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CHECK(StrCompareIgnoreCase("a", "") > 0);
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CHECK(StrCompareIgnoreCase("a", "b") < 0);
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CHECK(StrCompareIgnoreCase("b", "a") > 0);
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CHECK(StrCompareIgnoreCase("a", "B") < 0);
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CHECK(StrCompareIgnoreCase("b", "A") > 0);
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CHECK(StrCompareIgnoreCase("A", "b") < 0);
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CHECK(StrCompareIgnoreCase("B", "a") > 0);
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CHECK(StrCompareIgnoreCase("a", "aa") < 0);
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CHECK(StrCompareIgnoreCase("aa", "a") > 0);
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}
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TEST_CASE("StrCompareIgnoreCase - std::string_view")
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{
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/*
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* With std::string_view the only way to access the data is via .data(),
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* which does not guarantee the termination that would be required by
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* things such as stricmp/strcasecmp. So, just passing .data() into stricmp
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* or strcasecmp would fail if it does not account for the length of the
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* view. Thus, contrary to the string/char* tests, this uses the same base
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* string but gets different sections to trigger these corner cases.
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*/
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std::string_view base{"aaAbB"};
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/* Same string, with different cases. */
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CHECK(StrCompareIgnoreCase(base.substr(0, 0), base.substr(1, 0)) == 0); // Different positions
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CHECK(StrCompareIgnoreCase(base.substr(0, 1), base.substr(1, 1)) == 0); // Different positions
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CHECK(StrCompareIgnoreCase(base.substr(0, 1), base.substr(2, 1)) == 0);
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CHECK(StrCompareIgnoreCase(base.substr(2, 1), base.substr(1, 1)) == 0);
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CHECK(StrCompareIgnoreCase(base.substr(2, 1), base.substr(2, 1)) == 0);
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/* Not the same string. */
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CHECK(StrCompareIgnoreCase(base.substr(3, 0), base.substr(3, 1)) < 0); // Same position, different lengths
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CHECK(StrCompareIgnoreCase(base.substr(0, 1), base.substr(0, 0)) > 0); // Same position, different lengths
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CHECK(StrCompareIgnoreCase(base.substr(0, 1), base.substr(3, 1)) < 0);
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CHECK(StrCompareIgnoreCase(base.substr(3, 1), base.substr(0, 1)) > 0);
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CHECK(StrCompareIgnoreCase(base.substr(0, 1), base.substr(4, 1)) < 0);
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CHECK(StrCompareIgnoreCase(base.substr(3, 1), base.substr(2, 1)) > 0);
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CHECK(StrCompareIgnoreCase(base.substr(2, 1), base.substr(3, 1)) < 0);
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CHECK(StrCompareIgnoreCase(base.substr(4, 1), base.substr(0, 1)) > 0);
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CHECK(StrCompareIgnoreCase(base.substr(0, 1), base.substr(0, 2)) < 0); // Same position, different lengths
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CHECK(StrCompareIgnoreCase(base.substr(0, 2), base.substr(0, 1)) > 0); // Same position, different lengths
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}
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TEST_CASE("StrEqualsIgnoreCase - std::string")
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{
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/* Same string, with different cases. */
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CHECK(StrEqualsIgnoreCase(std::string{""}, std::string{""}));
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CHECK(StrEqualsIgnoreCase(std::string{"a"}, std::string{"a"}));
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CHECK(StrEqualsIgnoreCase(std::string{"a"}, std::string{"A"}));
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CHECK(StrEqualsIgnoreCase(std::string{"A"}, std::string{"a"}));
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CHECK(StrEqualsIgnoreCase(std::string{"A"}, std::string{"A"}));
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/* Not the same string. */
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CHECK(!StrEqualsIgnoreCase(std::string{""}, std::string{"b"}));
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CHECK(!StrEqualsIgnoreCase(std::string{"a"}, std::string{""}));
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CHECK(!StrEqualsIgnoreCase(std::string{"a"}, std::string{"b"}));
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CHECK(!StrEqualsIgnoreCase(std::string{"b"}, std::string{"a"}));
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CHECK(!StrEqualsIgnoreCase(std::string{"a"}, std::string{"aa"}));
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CHECK(!StrEqualsIgnoreCase(std::string{"aa"}, std::string{"a"}));
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}
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TEST_CASE("StrEqualsIgnoreCase - char pointer")
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{
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/* Same string, with different cases. */
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CHECK(StrEqualsIgnoreCase("", ""));
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CHECK(StrEqualsIgnoreCase("a", "a"));
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CHECK(StrEqualsIgnoreCase("a", "A"));
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CHECK(StrEqualsIgnoreCase("A", "a"));
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CHECK(StrEqualsIgnoreCase("A", "A"));
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/* Not the same string. */
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CHECK(!StrEqualsIgnoreCase("", "b"));
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CHECK(!StrEqualsIgnoreCase("a", ""));
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CHECK(!StrEqualsIgnoreCase("a", "b"));
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CHECK(!StrEqualsIgnoreCase("b", "a"));
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CHECK(!StrEqualsIgnoreCase("a", "aa"));
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CHECK(!StrEqualsIgnoreCase("aa", "a"));
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}
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TEST_CASE("StrEqualsIgnoreCase - std::string_view")
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{
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/*
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* With std::string_view the only way to access the data is via .data(),
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* which does not guarantee the termination that would be required by
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* things such as stricmp/strcasecmp. So, just passing .data() into stricmp
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* or strcasecmp would fail if it does not account for the length of the
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* view. Thus, contrary to the string/char* tests, this uses the same base
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* string but gets different sections to trigger these corner cases.
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*/
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std::string_view base{"aaAb"};
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/* Same string, with different cases. */
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CHECK(StrEqualsIgnoreCase(base.substr(0, 0), base.substr(1, 0))); // Different positions
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CHECK(StrEqualsIgnoreCase(base.substr(0, 1), base.substr(1, 1))); // Different positions
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CHECK(StrEqualsIgnoreCase(base.substr(0, 1), base.substr(2, 1)));
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CHECK(StrEqualsIgnoreCase(base.substr(2, 1), base.substr(1, 1)));
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CHECK(StrEqualsIgnoreCase(base.substr(2, 1), base.substr(2, 1)));
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/* Not the same string. */
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CHECK(!StrEqualsIgnoreCase(base.substr(3, 0), base.substr(3, 1))); // Same position, different lengths
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CHECK(!StrEqualsIgnoreCase(base.substr(0, 1), base.substr(0, 0)));
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CHECK(!StrEqualsIgnoreCase(base.substr(0, 1), base.substr(3, 1)));
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CHECK(!StrEqualsIgnoreCase(base.substr(3, 1), base.substr(0, 1)));
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CHECK(!StrEqualsIgnoreCase(base.substr(0, 1), base.substr(0, 2))); // Same position, different lengths
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CHECK(!StrEqualsIgnoreCase(base.substr(0, 2), base.substr(0, 1))); // Same position, different lengths
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}
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/**** String starts with *****/
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TEST_CASE("StrStartsWithIgnoreCase - std::string")
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{
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/* Everything starts with an empty prefix. */
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CHECK(StrStartsWithIgnoreCase(std::string{""}, std::string{""}));
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CHECK(StrStartsWithIgnoreCase(std::string{"a"}, std::string{""}));
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/* Equals string, ignoring case. */
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CHECK(StrStartsWithIgnoreCase(std::string{"a"}, std::string{"a"}));
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CHECK(StrStartsWithIgnoreCase(std::string{"a"}, std::string{"A"}));
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CHECK(StrStartsWithIgnoreCase(std::string{"A"}, std::string{"a"}));
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CHECK(StrStartsWithIgnoreCase(std::string{"A"}, std::string{"A"}));
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/* Starts with same, ignoring case. */
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CHECK(StrStartsWithIgnoreCase(std::string{"ab"}, std::string{"a"}));
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CHECK(StrStartsWithIgnoreCase(std::string{"ab"}, std::string{"A"}));
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CHECK(StrStartsWithIgnoreCase(std::string{"Ab"}, std::string{"a"}));
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CHECK(StrStartsWithIgnoreCase(std::string{"Ab"}, std::string{"A"}));
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/* Does not start the same. */
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CHECK(!StrStartsWithIgnoreCase(std::string{""}, std::string{"b"}));
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CHECK(!StrStartsWithIgnoreCase(std::string{"a"}, std::string{"b"}));
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CHECK(!StrStartsWithIgnoreCase(std::string{"b"}, std::string{"a"}));
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CHECK(!StrStartsWithIgnoreCase(std::string{"a"}, std::string{"aa"}));
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}
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TEST_CASE("StrStartsWithIgnoreCase - char pointer")
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{
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/* Everything starts with an empty prefix. */
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CHECK(StrStartsWithIgnoreCase("", ""));
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CHECK(StrStartsWithIgnoreCase("a", ""));
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/* Equals string, ignoring case. */
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CHECK(StrStartsWithIgnoreCase("a", "a"));
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CHECK(StrStartsWithIgnoreCase("a", "A"));
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CHECK(StrStartsWithIgnoreCase("A", "a"));
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CHECK(StrStartsWithIgnoreCase("A", "A"));
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/* Starts with same, ignoring case. */
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CHECK(StrStartsWithIgnoreCase("ab", "a"));
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CHECK(StrStartsWithIgnoreCase("ab", "A"));
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CHECK(StrStartsWithIgnoreCase("Ab", "a"));
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CHECK(StrStartsWithIgnoreCase("Ab", "A"));
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/* Does not start the same. */
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CHECK(!StrStartsWithIgnoreCase("", "b"));
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CHECK(!StrStartsWithIgnoreCase("a", "b"));
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CHECK(!StrStartsWithIgnoreCase("b", "a"));
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CHECK(!StrStartsWithIgnoreCase("a", "aa"));
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}
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TEST_CASE("StrStartsWithIgnoreCase - std::string_view")
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{
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/*
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* With std::string_view the only way to access the data is via .data(),
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* which does not guarantee the termination that would be required by
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* things such as stricmp/strcasecmp. So, just passing .data() into stricmp
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* or strcasecmp would fail if it does not account for the length of the
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* view. Thus, contrary to the string/char* tests, this uses the same base
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* string but gets different sections to trigger these corner cases.
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*/
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std::string_view base{"aabAb"};
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/* Everything starts with an empty prefix. */
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CHECK(StrStartsWithIgnoreCase(base.substr(0, 0), base.substr(1, 0))); // Different positions
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CHECK(StrStartsWithIgnoreCase(base.substr(0, 1), base.substr(0, 0)));
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/* Equals string, ignoring case. */
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CHECK(StrStartsWithIgnoreCase(base.substr(0, 1), base.substr(1, 1))); // Different positions
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CHECK(StrStartsWithIgnoreCase(base.substr(0, 1), base.substr(3, 1)));
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CHECK(StrStartsWithIgnoreCase(base.substr(3, 1), base.substr(0, 1)));
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CHECK(StrStartsWithIgnoreCase(base.substr(3, 1), base.substr(3, 1)));
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/* Starts with same, ignoring case. */
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CHECK(StrStartsWithIgnoreCase(base.substr(1, 2), base.substr(0, 1)));
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CHECK(StrStartsWithIgnoreCase(base.substr(1, 2), base.substr(3, 1)));
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CHECK(StrStartsWithIgnoreCase(base.substr(3, 2), base.substr(0, 1)));
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CHECK(StrStartsWithIgnoreCase(base.substr(3, 2), base.substr(3, 1)));
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/* Does not start the same. */
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CHECK(!StrStartsWithIgnoreCase(base.substr(2, 0), base.substr(2, 1)));
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CHECK(!StrStartsWithIgnoreCase(base.substr(0, 1), base.substr(2, 1)));
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CHECK(!StrStartsWithIgnoreCase(base.substr(2, 1), base.substr(0, 1)));
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CHECK(!StrStartsWithIgnoreCase(base.substr(0, 1), base.substr(0, 2)));
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}
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/**** String ends with *****/
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TEST_CASE("StrEndsWithIgnoreCase - std::string")
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{
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/* Everything ends with an empty prefix. */
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CHECK(StrEndsWithIgnoreCase(std::string{""}, std::string{""}));
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CHECK(StrEndsWithIgnoreCase(std::string{"a"}, std::string{""}));
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/* Equals string, ignoring case. */
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CHECK(StrEndsWithIgnoreCase(std::string{"a"}, std::string{"a"}));
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CHECK(StrEndsWithIgnoreCase(std::string{"a"}, std::string{"A"}));
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CHECK(StrEndsWithIgnoreCase(std::string{"A"}, std::string{"a"}));
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CHECK(StrEndsWithIgnoreCase(std::string{"A"}, std::string{"A"}));
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/* Ends with same, ignoring case. */
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CHECK(StrEndsWithIgnoreCase(std::string{"ba"}, std::string{"a"}));
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CHECK(StrEndsWithIgnoreCase(std::string{"ba"}, std::string{"A"}));
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CHECK(StrEndsWithIgnoreCase(std::string{"bA"}, std::string{"a"}));
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CHECK(StrEndsWithIgnoreCase(std::string{"bA"}, std::string{"A"}));
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/* Does not end the same. */
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CHECK(!StrEndsWithIgnoreCase(std::string{""}, std::string{"b"}));
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CHECK(!StrEndsWithIgnoreCase(std::string{"a"}, std::string{"b"}));
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CHECK(!StrEndsWithIgnoreCase(std::string{"b"}, std::string{"a"}));
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CHECK(!StrEndsWithIgnoreCase(std::string{"a"}, std::string{"aa"}));
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}
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TEST_CASE("StrEndsWithIgnoreCase - char pointer")
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{
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/* Everything ends with an empty prefix. */
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CHECK(StrEndsWithIgnoreCase("", ""));
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CHECK(StrEndsWithIgnoreCase("a", ""));
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/* Equals string, ignoring case. */
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CHECK(StrEndsWithIgnoreCase("a", "a"));
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CHECK(StrEndsWithIgnoreCase("a", "A"));
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CHECK(StrEndsWithIgnoreCase("A", "a"));
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CHECK(StrEndsWithIgnoreCase("A", "A"));
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/* Ends with same, ignoring case. */
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CHECK(StrEndsWithIgnoreCase("ba", "a"));
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CHECK(StrEndsWithIgnoreCase("ba", "A"));
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CHECK(StrEndsWithIgnoreCase("bA", "a"));
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CHECK(StrEndsWithIgnoreCase("bA", "A"));
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/* Does not end the same. */
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CHECK(!StrEndsWithIgnoreCase("", "b"));
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CHECK(!StrEndsWithIgnoreCase("a", "b"));
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CHECK(!StrEndsWithIgnoreCase("b", "a"));
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CHECK(!StrEndsWithIgnoreCase("a", "aa"));
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}
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TEST_CASE("StrEndsWithIgnoreCase - std::string_view")
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{
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/*
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* With std::string_view the only way to access the data is via .data(),
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* which does not guarantee the termination that would be required by
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* things such as stricmp/strcasecmp. So, just passing .data() into stricmp
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* or strcasecmp would fail if it does not account for the length of the
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* view. Thus, contrary to the string/char* tests, this uses the same base
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* string but gets different sections to trigger these corner cases.
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*/
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std::string_view base{"aabAba"};
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/* Everything ends with an empty prefix. */
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CHECK(StrEndsWithIgnoreCase(base.substr(0, 0), base.substr(1, 0))); // Different positions
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CHECK(StrEndsWithIgnoreCase(base.substr(0, 1), base.substr(0, 0)));
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/* Equals string, ignoring case. */
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CHECK(StrEndsWithIgnoreCase(base.substr(0, 1), base.substr(1, 1))); // Different positions
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CHECK(StrEndsWithIgnoreCase(base.substr(0, 1), base.substr(3, 1)));
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CHECK(StrEndsWithIgnoreCase(base.substr(3, 1), base.substr(0, 1)));
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CHECK(StrEndsWithIgnoreCase(base.substr(3, 1), base.substr(3, 1)));
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/* Ends with same, ignoring case. */
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CHECK(StrEndsWithIgnoreCase(base.substr(2, 2), base.substr(0, 1)));
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CHECK(StrEndsWithIgnoreCase(base.substr(2, 2), base.substr(3, 1)));
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CHECK(StrEndsWithIgnoreCase(base.substr(4, 2), base.substr(0, 1)));
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CHECK(StrEndsWithIgnoreCase(base.substr(4, 2), base.substr(3, 1)));
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/* Does not end the same. */
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CHECK(!StrEndsWithIgnoreCase(base.substr(2, 0), base.substr(2, 1)));
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CHECK(!StrEndsWithIgnoreCase(base.substr(0, 1), base.substr(2, 1)));
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CHECK(!StrEndsWithIgnoreCase(base.substr(2, 1), base.substr(0, 1)));
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CHECK(!StrEndsWithIgnoreCase(base.substr(0, 1), base.substr(0, 2)));
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}
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TEST_CASE("FormatArrayAsHex")
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{
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CHECK(FormatArrayAsHex(std::array<uint8_t, 0>{}) == "");
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CHECK(FormatArrayAsHex(std::array<uint8_t, 1>{0x12}) == "12");
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CHECK(FormatArrayAsHex(std::array<uint8_t, 4>{0x13, 0x38, 0x42, 0xAF}) == "133842AF");
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}
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TEST_CASE("ConvertHexToBytes")
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{
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CHECK(ConvertHexToBytes("", {}) == true);
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CHECK(ConvertHexToBytes("1", {}) == false);
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CHECK(ConvertHexToBytes("12", {}) == false);
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std::array<uint8_t, 1> bytes1;
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CHECK(ConvertHexToBytes("1", bytes1) == false);
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CHECK(ConvertHexToBytes("12", bytes1) == true);
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CHECK(bytes1[0] == 0x12);
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CHECK(ConvertHexToBytes("123", bytes1) == false);
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CHECK(ConvertHexToBytes("1g", bytes1) == false);
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CHECK(ConvertHexToBytes("g1", bytes1) == false);
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std::array<uint8_t, 2> bytes2;
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CHECK(ConvertHexToBytes("12", bytes2) == false);
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CHECK(ConvertHexToBytes("1234", bytes2) == true);
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CHECK(bytes2[0] == 0x12);
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CHECK(bytes2[1] == 0x34);
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std::array<uint8_t, 8> bytes3;
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CHECK(ConvertHexToBytes("123456789abcdef0", bytes3) == true);
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CHECK(bytes3[0] == 0x12);
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CHECK(bytes3[1] == 0x34);
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CHECK(bytes3[2] == 0x56);
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CHECK(bytes3[3] == 0x78);
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CHECK(bytes3[4] == 0x9a);
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CHECK(bytes3[5] == 0xbc);
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CHECK(bytes3[6] == 0xde);
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CHECK(bytes3[7] == 0xf0);
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CHECK(ConvertHexToBytes("123456789ABCDEF0", bytes3) == true);
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CHECK(bytes3[0] == 0x12);
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CHECK(bytes3[1] == 0x34);
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CHECK(bytes3[2] == 0x56);
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CHECK(bytes3[3] == 0x78);
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CHECK(bytes3[4] == 0x9a);
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CHECK(bytes3[5] == 0xbc);
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CHECK(bytes3[6] == 0xde);
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CHECK(bytes3[7] == 0xf0);
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}
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static const std::vector<std::pair<std::string, std::string>> _str_trim_testcases = {
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{"a", "a"},
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{" a", "a"},
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{"a ", "a"},
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{" a ", "a"},
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{" a b c ", "a b c"},
|
|
{" ", ""}
|
|
};
|
|
|
|
TEST_CASE("StrTrimInPlace")
|
|
{
|
|
for (auto [input, expected] : _str_trim_testcases) {
|
|
StrTrimInPlace(input);
|
|
CHECK(input == expected);
|
|
}
|
|
}
|
|
|
|
TEST_CASE("StrTrimView") {
|
|
for (const auto& [input, expected] : _str_trim_testcases) {
|
|
CHECK(StrTrimView(input) == expected);
|
|
}
|
|
}
|
|
|
|
extern void FixSCCEncoded(std::string &str, bool fix_code);
|
|
|
|
/* Helper to call FixSCCEncoded and return the result in a new string. */
|
|
static std::string FixSCCEncodedWrapper(const std::string &str, bool fix_code)
|
|
{
|
|
std::string result = str;
|
|
FixSCCEncoded(result, fix_code);
|
|
return result;
|
|
}
|
|
|
|
/* Helper to compose a string part from a unicode character */
|
|
static void ComposePart(std::back_insert_iterator<std::string> &output, char32_t c)
|
|
{
|
|
Utf8Encode(output, c);
|
|
}
|
|
|
|
/* Helper to compose a string part from a string. */
|
|
static void ComposePart(std::back_insert_iterator<std::string> &output, const std::string &value)
|
|
{
|
|
for (const auto &c : value) *output = c;
|
|
}
|
|
|
|
/* Helper to compose a string from unicode or string parts. */
|
|
template <typename... Args>
|
|
static std::string Compose(Args &&... args)
|
|
{
|
|
std::string result;
|
|
auto output = std::back_inserter(result);
|
|
(ComposePart(output, args), ...);
|
|
return result;
|
|
}
|
|
|
|
TEST_CASE("FixSCCEncoded")
|
|
{
|
|
/* Test conversion of empty string. */
|
|
CHECK(FixSCCEncodedWrapper("", false) == "");
|
|
|
|
/* Test conversion of old code to new code. */
|
|
CHECK(FixSCCEncodedWrapper("\uE0280", true) == Compose(SCC_ENCODED, "0"));
|
|
|
|
/* Test conversion of two old codes to new codes. */
|
|
CHECK(FixSCCEncodedWrapper("\uE0280:\uE0281", true) == Compose(SCC_ENCODED, "0", SCC_RECORD_SEPARATOR, SCC_ENCODED, "1"));
|
|
|
|
/* Test conversion with no parameter. */
|
|
CHECK(FixSCCEncodedWrapper("\uE0001", false) == Compose(SCC_ENCODED, "1"));
|
|
|
|
/* Test conversion with one numeric parameter. */
|
|
CHECK(FixSCCEncodedWrapper("\uE00022:1", false) == Compose(SCC_ENCODED, "22", SCC_RECORD_SEPARATOR, SCC_ENCODED_NUMERIC, "1"));
|
|
|
|
/* Test conversion with two numeric parameters. */
|
|
CHECK(FixSCCEncodedWrapper("\uE0003:12:2", false) == Compose(SCC_ENCODED, "3", SCC_RECORD_SEPARATOR, SCC_ENCODED_NUMERIC, "12", SCC_RECORD_SEPARATOR, SCC_ENCODED_NUMERIC, "2"));
|
|
|
|
/* Test conversion with one string parameter. */
|
|
CHECK(FixSCCEncodedWrapper("\uE0004:\"Foo\"", false) == Compose(SCC_ENCODED, "4", SCC_RECORD_SEPARATOR, SCC_ENCODED_STRING, "Foo"));
|
|
|
|
/* Test conversion with two string parameters. */
|
|
CHECK(FixSCCEncodedWrapper("\uE00055:\"Foo\":\"Bar\"", false) == Compose(SCC_ENCODED, "55", SCC_RECORD_SEPARATOR, SCC_ENCODED_STRING, "Foo", SCC_RECORD_SEPARATOR, SCC_ENCODED_STRING, "Bar"));
|
|
|
|
/* Test conversion with two string parameters surrounding a numeric parameter. */
|
|
CHECK(FixSCCEncodedWrapper("\uE0006:\"Foo\":7CA:\"Bar\"", false) == Compose(SCC_ENCODED, "6", SCC_RECORD_SEPARATOR, SCC_ENCODED_STRING, "Foo", SCC_RECORD_SEPARATOR, SCC_ENCODED_NUMERIC, "7CA", SCC_RECORD_SEPARATOR, SCC_ENCODED_STRING, "Bar"));
|
|
|
|
/* Test conversion with one sub-string and two string parameters. */
|
|
CHECK(FixSCCEncodedWrapper("\uE000777:\uE0008888:\"Foo\":\"BarBaz\"", false) == Compose(SCC_ENCODED, "777", SCC_RECORD_SEPARATOR, SCC_ENCODED, "8888", SCC_RECORD_SEPARATOR, SCC_ENCODED_STRING, "Foo", SCC_RECORD_SEPARATOR, SCC_ENCODED_STRING, "BarBaz"));
|
|
}
|
|
|
|
TEST_CASE("EncodedString::ReplaceParam")
|
|
{
|
|
/* Test that two encoded strings with different parameters are not the same. */
|
|
EncodedString string1 = GetEncodedString(STR_NULL, "Foo", 10, "Bar");
|
|
EncodedString string2 = GetEncodedString(STR_NULL, "Foo", 15, "Bar");
|
|
CHECK(string1 != string2);
|
|
|
|
/* Test that replacing parameter results in the same string. */
|
|
EncodedString string3 = string1.ReplaceParam(1, 15);
|
|
CHECK(string2 == string3);
|
|
}
|