/* Copyright (c) 2017, 2019, Oracle and/or its affiliates. All rights reserved. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License, version 2.0, as published by the Free Software Foundation. This program is also distributed with certain software (including but not limited to OpenSSL) that is licensed under separate terms, as designated in a particular file or component or in included license documentation. The authors of MySQL hereby grant you an additional permission to link the program and your derivative works with the separately licensed software that they have included with MySQL. 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, version 2.0, 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 St, Fifth Floor, Boston, MA 02110-1301 USA */ #include #include #include #include #include #include "m_string.h" // strlen #include "my_inttypes.h" #include "my_sys.h" // my_write, my_malloc #include "sql_string.h" #include "test_string_service_long.h" // same header FILE *outfile; // Value must be a multiple of 16 (or TEST_TEXT_LIT_LENGTH) #define MAX_BUFFER_LENGTH 128 int log_text_len = 0; char log_text[MAX_BUFFER_LENGTH + 16]; // strcpy (log_text, lit_log_text); #define WRITE_LOG(format, lit_log_text) \ log_text_len = sprintf(log_text, format, lit_log_text); \ fwrite((uchar *)log_text, sizeof(char), log_text_len, outfile) /** This file contains a test (example) component, which tests the service "string". */ bool test_charset(const char *charset, const char *text, int buff_len) { WRITE_LOG("%s\n", "-------------------------------------------------------------"); WRITE_LOG("Charset: %s\n", charset); WRITE_LOG("%s\n", text); my_h_string out_string = NULL; char low_test_text[MAX_BUFFER_LENGTH]; char upper_test_text[MAX_BUFFER_LENGTH]; if (mysql_service_mysql_string_factory->create(&out_string)) { WRITE_LOG("%s\n", "Create string failed."); } else { mysql_service_mysql_string_factory->destroy(out_string); WRITE_LOG("%s\n", "Destroy string object."); // Valid convert from buffer if (mysql_service_mysql_string_converter->convert_from_buffer( &out_string, text, // its a input buffer buff_len, charset)) { WRITE_LOG("%s\n", "Convert from buffer failed."); } else { uint out_length = 0; WRITE_LOG("%s\n", "Convert from buffer passed."); // valid get number of chars if (mysql_service_mysql_string_character_access->get_char_length( out_string, &out_length)) { WRITE_LOG("%s\n", "Get number of chars failed."); } else { WRITE_LOG("Number of chars: %d\n", out_length); } out_length = 0; // valid get number of bytes if (mysql_service_mysql_string_byte_access->get_byte_length( out_string, &out_length)) { WRITE_LOG("%s\n", "Get number of bytes failed."); } else { WRITE_LOG("Number of bytes: %d\n", out_length); } // Convert to low string my_h_string low_string = NULL; if (mysql_service_mysql_string_factory->create(&low_string)) { WRITE_LOG("%s\n", "Create lower string object failed."); } else { if (mysql_service_mysql_string_case->tolower(&low_string, out_string)) { WRITE_LOG("%s\n", "Tolower failed."); } else { WRITE_LOG("%s\n", "Tolower passed:"); // Convert low string to buffer if (mysql_service_mysql_string_converter->convert_to_buffer( low_string, low_test_text, MAX_BUFFER_LENGTH, charset)) { WRITE_LOG("%s\n", "Convert to buffer failed."); } else { WRITE_LOG("%s\n", low_test_text); } } } mysql_service_mysql_string_factory->destroy(low_string); // Convert to upper string my_h_string upper_string = NULL; if (mysql_service_mysql_string_factory->create(&upper_string)) { WRITE_LOG("%s\n", "Create upper string object failed."); } else { if (mysql_service_mysql_string_case->toupper(&upper_string, out_string)) { WRITE_LOG("%s\n", "Toupper failed."); } else { WRITE_LOG("%s\n", "Toupper passed:"); if (mysql_service_mysql_string_converter->convert_to_buffer( upper_string, upper_test_text, MAX_BUFFER_LENGTH, charset)) { WRITE_LOG("%s\n", "Convert to buffer failed."); } else { WRITE_LOG("%s\n", upper_test_text); } } } mysql_service_mysql_string_factory->destroy(upper_string); // Get char with index 1 ulong out_char; if (mysql_service_mysql_string_character_access->get_char(out_string, 1, &out_char)) { WRITE_LOG("%s\n", "Get char with index 1 failed."); } else { WRITE_LOG("%s\n", "Get char with index 1 passed."); } // Get char with index > strlen : Must fail if (mysql_service_mysql_string_character_access->get_char( out_string, strlen(text) + 1, &out_char)) { WRITE_LOG("%s\n", "Get char with index > strlen passed."); } // Get byte with index strlen uint out_byte; if (mysql_service_mysql_string_byte_access->get_byte( out_string, strlen(text) - 1, &out_byte)) { WRITE_LOG("%s\n", "Get byte with index strlen failed."); } else { WRITE_LOG("%s\n", "Get byte with index strlen passed."); } } } mysql_service_mysql_string_factory->destroy(out_string); WRITE_LOG("%s\n", "Destroy string object."); return false; } /** Initialization entry method for test component. It executes the tests of the service. */ mysql_service_status_t test_string_service_init() { const char *chs_latin1 = "latin1"; const char *chs_utf8 = "utf8"; const char *chs_gb18030 = "gb18030"; // const char* charset="utf8mb4"; #define TEST_TEXT_LIT_LENGTH 48 const char *test_text_eng = "Greetings from beautiful Austria at March, 9th!"; // 48 chars const char *test_text_ger = "Grüße aus dem schönen Österreich am 9. März!"; // 48 chars const char *test_text_chinese = "遥想公瑾当年，小乔初嫁了，雄姿英发"; bool retcode = false; const char *filename = "test_string_service_charset.log"; unlink(filename); outfile = fopen(filename, "w+"); WRITE_LOG("%s\n", "test_string_service_long init:"); retcode = test_charset(chs_latin1, test_text_eng, TEST_TEXT_LIT_LENGTH); retcode = test_charset(chs_latin1, test_text_ger, TEST_TEXT_LIT_LENGTH); retcode = test_charset(chs_utf8, test_text_eng, TEST_TEXT_LIT_LENGTH); retcode = test_charset(chs_utf8, test_text_ger, TEST_TEXT_LIT_LENGTH); retcode = test_charset(chs_utf8, test_text_chinese, TEST_TEXT_LIT_LENGTH); retcode = test_charset(chs_gb18030, test_text_chinese, TEST_TEXT_LIT_LENGTH); WRITE_LOG("%s\n", "End of init"); fclose(outfile); return retcode; } /** De-initialization method for Component. */ mysql_service_status_t test_string_service_deinit() { return false; } /* An empty list as no service is provided. */ BEGIN_COMPONENT_PROVIDES(test_string_service_charset) END_COMPONENT_PROVIDES(); REQUIRES_SERVICE_PLACEHOLDER(mysql_string_factory); REQUIRES_SERVICE_PLACEHOLDER(mysql_string_converter); REQUIRES_SERVICE_PLACEHOLDER(mysql_string_character_access); REQUIRES_SERVICE_PLACEHOLDER(mysql_string_byte_access); REQUIRES_SERVICE_PLACEHOLDER(mysql_string_case); REQUIRES_SERVICE_PLACEHOLDER(mysql_string_iterator); REQUIRES_SERVICE_PLACEHOLDER(mysql_string_ctype); /* A list of required services. */ BEGIN_COMPONENT_REQUIRES(test_string_service_charset) REQUIRES_SERVICE(mysql_string_factory), REQUIRES_SERVICE(mysql_string_converter), REQUIRES_SERVICE(mysql_string_character_access), REQUIRES_SERVICE(mysql_string_byte_access), REQUIRES_SERVICE(mysql_string_case), REQUIRES_SERVICE(mysql_string_iterator), REQUIRES_SERVICE(mysql_string_ctype), END_COMPONENT_REQUIRES(); /* A list of metadata to describe the Component. */ BEGIN_COMPONENT_METADATA(test_string_service_charset) METADATA("mysql.author", "Oracle Corporation"), METADATA("mysql.license", "GPL"), METADATA("test_string_charset_service", "1"), END_COMPONENT_METADATA(); /* Declaration of the Component. */ DECLARE_COMPONENT(test_string_service_charset, "mysql:test_string_service_charset") test_string_service_init, test_string_service_deinit END_DECLARE_COMPONENT(); /* Defines list of Components contained in this library. Note that for now we assume that library will have exactly one Component. */ DECLARE_LIBRARY_COMPONENTS &COMPONENT_REF(test_string_service_charset) END_DECLARE_LIBRARY_COMPONENTS