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// This file contains common TUT test cases for myx_catalogs.c
//
//
//----------------------------------------------------------------------------------------------------------------------
#include "test.h"
#include "myx_public_interface.h"
// Private test data.
BEGIN_TEST_DATA_CLASS(module2_catalog_test)
protected:
Test_connection* connection;
END_TEST_DATA_CLASS
//----------------------------------------------------------------------------------------------------------------------
TEST_MODULE(module2_catalog_test, "Common test suite, base library");
//----------------------------------------------------------------------------------------------------------------------
static const char * show_master_status_fields[]=
{
"File", // 0
"Position", // 1
"Binlog_Do_DB", // 2
"Binlog_Ignore_DB" // 3
};
static const char ** show_master_status_fields_end= show_master_status_fields +
sizeof(show_master_status_fields) / sizeof(char*);
TEST_FUNCTION(5)
{
connection= test_group_singleton.get_connection();
ensure("Valid server connection", connection != NULL);
Resultset* resultset = connection->new_resultset("SHOW MASTER STATUS");
ensure("Query SHOW MASTER STATUS", resultset != NULL);
MYSQL_FIELD *fields;
int num_fields;
int fi[4];
num_fields= resultset->get_column_count();
fields= resultset->get_column_fields();
build_field_subst(show_master_status_fields, show_master_status_fields_end, fields, fields + num_fields, fi);
for (int i = 0; i < sizeof(show_master_status_fields) / sizeof(char*); i++)
{
ensure("build_field_subst", fi[i] == i);
}
delete resultset;
}
//----------------------------------------------------------------------------------------------------------------------
TEST_FUNCTION(10)
{
connection->query("DROP FUNCTION IF EXISTS `test`.`test_17096`");
connection->query("CREATE FUNCTION `test`.`test_17096`() RETURNS int(11) BEGIN return 1; END");
Auto_release ar;
MYX_SCHEMA_STORED_PROCEDURES *sps= ar.add(myx_get_schema_sps(connection->get_mysql(), "def", "test"));
for (unsigned int i= 0; i < sps->schema_sps_num; i++)
{
if (strcmp2(sps->schema_sps[i].name, "test_17096") == 0)
{
ensure("Number of created routines", strcmp2(sps->schema_sps[i].return_datatype, "int(11)") == 0);
connection->query("DROP FUNCTION IF EXISTS `test`.`test_17096`");
break;
}
}
}
//----------------------------------------------------------------------------------------------------------------------
typedef struct
{
std::string name;
std::string type;
} table_test_entry;
static const table_test_entry table_test_data[]=
{
{"actor", "InnoDB"},
{"address", "InnoDB"},
{"category", "InnoDB"},
{"city", "InnoDB"},
{"country", "InnoDB"},
{"customer", "InnoDB"},
{"film", "InnoDB"},
{"film_actor", "InnoDB"},
{"film_category", "InnoDB"},
{"film_text", "MyISAM"},
{"inventory", "InnoDB"},
{"language", "InnoDB"},
{"payment", "InnoDB"},
{"rental", "InnoDB"},
{"staff", "InnoDB"},
{"store", "InnoDB"}
};
unsigned int table_test_entries= sizeof(table_test_data) / sizeof(table_test_entry);
TEST_FUNCTION(15)
{
MYSQL* mysql= connection->get_mysql();
Auto_release releaser;
// Test getting schema tables.
MYX_SCHEMA_TABLE_STATUS* table_status;
// Start with invalid schema.
table_status= myx_get_schema_table_status(mysql, NULL, "dummy");
ensure("Invalid schema", table_status == NULL);
// Empty schema. Ensure the test schema is deleted even in case of a failure.
releaser.add_sql(connection, "drop schema if exists catalogs_test");
connection->query("create schema catalogs_test");
connection->query("use catalogs_test"); // Throws a logic error if it fails.
table_status= myx_get_schema_table_status(mysql, NULL, "catalogs_test");
ensure("Empty schema", table_status != NULL);
ensure("Empty schema", table_status->schema_tables == NULL);
connection->query("drop schema catalogs_test");
myx_free_schema_table_status(table_status);
// Finally check a schema with content.
table_status= myx_get_schema_table_status(mysql, NULL, "sakila");
ensure("Table count", table_status->schema_tables_num == table_test_entries);
for (unsigned int i = 0; i < table_test_entries; i++)
{
ensure("Table name", table_status->schema_tables[i].table_name == table_test_data[i].name);
ensure("Table type", table_status->schema_tables[i].table_type == table_test_data[i].type);
};
myx_free_schema_table_status(table_status);
}
//----------------------------------------------------------------------------------------------------------------------
static const std::string view_test_data[]=
{
"actor_info",
"customer_list",
"film_list",
"nicer_but_slower_film_list",
"sales_by_film_category",
"sales_by_store",
"staff_list"
};
unsigned int view_test_entries= sizeof(view_test_data) / sizeof(std::string);
TEST_FUNCTION(20)
{
MYSQL* mysql= connection->get_mysql();
Auto_release releaser;
// Test getting schema views.
MYX_SCHEMA_VIEW_STATUS* view_status;
// Start with invalid schema.
view_status= myx_get_schema_view_status(mysql, NULL, "dummy");
ensure("Invalid schema", view_status == NULL);
// Empty schema. Ensure the test schema is deleted even in case of a failure.
releaser.add_sql(connection, "drop schema if exists catalogs_test");
connection->query("create schema catalogs_test");
connection->query("use catalogs_test"); // Throws a logic error if it fails.
view_status= myx_get_schema_view_status(mysql, NULL, "catalogs_test");
ensure("Empty schema", view_status != NULL);
ensure("Empty schema", view_status->schema_views == NULL);
connection->query("drop schema catalogs_test");
myx_free_schema_view_status(view_status);
// Finally check a schema with content.
view_status= myx_get_schema_view_status(mysql, NULL, "sakila");
ensure("View count", view_status->schema_views_num == view_test_entries);
for (unsigned int i = 0; i < view_test_entries; i++)
{
ensure("View name", view_status->schema_views[i].view_name == view_test_data[i]);
};
myx_free_schema_view_status(view_status);
}
//----------------------------------------------------------------------------------------------------------------------
END_TESTS;
//----------------------------------------------------------------------------------------------------------------------
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