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#include "stdio.h"
#include "stdlib.h"
#include "myx_public_interface.h"
///////////////////////////////////////////////////////////////////////////////
void print_schema_table_columns(unsigned int columns_num,
MYX_SCHEMA_TABLE_COLUMN *columns)
{
MYX_SCHEMA_TABLE_COLUMN * column= columns;
MYX_SCHEMA_TABLE_COLUMN * end_columns= column + columns_num;
for (; column!=end_columns; column++)
{
printf(" column:\n");
printf(" column_name=\"%s\"\n",column->column_name);
printf(" column_type=\"%s\"\n",column->column_type);
printf(" default_value=\"%s\"\n",column->default_value);
printf(" extra=\"%s\"\n",column->extra);
printf(" primary_key=%u\n",column->primary_key);
printf(" not_null=%u\n",column->not_null);
}
}
///////////////////////////////////////////////////////////////////////////////
void print_schema_tables(MYX_SCHEMA_TABLES *schema_tables)
{
MYX_SCHEMA_TABLE * schema_table= schema_tables->schema_tables;
MYX_SCHEMA_TABLE * end_schema_tables=
schema_table + schema_tables->schema_tables_num;
printf(" schema_tables:\n");
printf(" schema_tables_num=%u\n",schema_tables->schema_tables_num);
for (; schema_table!=end_schema_tables; schema_table++)
{
printf(" schema_table:\n");
printf(" table_name=\"%s\"\n",schema_table->table_name);
printf(" columns_num=%u\n",schema_table->columns_num);
print_schema_table_columns(schema_table->columns_num,
schema_table->columns);
}
}
///////////////////////////////////////////////////////////////////////////////
void print_schema_indices(MYX_SCHEMA_INDICES *schema_indices)
{
MYX_TABLE_INDEX * index= schema_indices->indices;
MYX_TABLE_INDEX * end_indices= index + schema_indices->indices_num;
printf(" schema_indices:\n");
printf(" indices_num=%u\n",schema_indices->indices_num);
for (; index!=end_indices; index++)
{
MYX_TABLE_INDEX_COLUMN * index_column= index->index_columns;
MYX_TABLE_INDEX_COLUMN * end_index_columns=
index_column + index->index_columns_num;
printf(" index:\n");
printf(" key_name=\"%s\"\n",index->key_name);
printf(" table_name=\"%s\"\n",index->table_name);
printf(" index_type=\"%s\"\n",index->index_type);
printf(" not_null=%u\n",index->not_null);
printf(" unique=%u\n",index->unique);
printf(" index_columns_num=%u\n",index->index_columns_num);
for (; index_column!=end_index_columns; index_column++)
{
printf(" index_column:\n");
printf(" column_name=\"%s\"\n",index_column->column_name);
printf(" seq_in_index=\"%s\"\n",index_column->seq_in_index);
printf(" collation=\"%s\"\n",index_column->collation);
}
}
}
///////////////////////////////////////////////////////////////////////////////
void print_catalogs(MYX_CATALOGS * catalogs)
{
MYX_CATALOG * catalog= catalogs->catalogs;
MYX_CATALOG * catalogs_end= catalog + catalogs->catalogs_num;
printf("catalogs : \n");
printf(" catalogs_num=%u\n",catalogs->catalogs_num);
for (; catalog!=catalogs_end; catalog++)
{
MYX_SCHEMA *schemata= catalog->schemata;
MYX_SCHEMA *schematas_end= schemata + catalog->schemata_num;
printf(" catalog_name=\"%s\"\n",catalog->catalog_name);
printf(" schemata_num=%u\n",catalog->schemata_num);
for (; schemata!=schematas_end; schemata++)
{
printf(" schema_name=\"%s\"\n",schemata->schema_name);
printf(" catalog_name=\"%s\"\n",schemata->catalog_name);
if (schemata->schema_tables)
print_schema_tables(schemata->schema_tables);
else
printf(" schema_tables=0\n");
if (schemata->schema_indices)
print_schema_indices(schemata->schema_indices);
else
printf(" schema_indices=0\n");
}
}
}
///////////////////////////////////////////////////////////////////////////////
void test_get_catalogs(MYSQL * mysql)
{
printf("|--------- test_get_catalogs -------------\n");
MYX_CATALOGS * catalogs= myx_get_catalogs(mysql);
print_catalogs(catalogs);
myx_free_catalogs(catalogs);
}
///////////////////////////////////////////////////////////////////////////////
void test_get_schema_tables(MYSQL * mysql)
{
printf("|--------- test_get_schema_tables -------------\n");
MYX_SCHEMA_TABLES *schema_tables= myx_get_schema_tables(mysql,"def","test");
print_schema_tables(schema_tables);
myx_free_schema_tables(schema_tables);
}
///////////////////////////////////////////////////////////////////////////////
void test_get_schema_indices(MYSQL * mysql)
{
printf("|--------- test_get_schema_indices -------------\n");
MYX_SCHEMA_INDICES *schema_indices= myx_get_schema_indices(mysql,
"def","test");
print_schema_indices(schema_indices);
myx_free_schema_indices(schema_indices);
}
///////////////////////////////////////////////////////////////////////////////
void print_schema_table_status(MYX_SCHEMA_TABLE_STATUS *schema_table_status)
{
MYX_TABLE_STATUS * table_status= schema_table_status->schema_tables;
MYX_TABLE_STATUS * end_table_statuses=
table_status + schema_table_status->schema_tables_num;
printf("schema_table_status : \n");
for (; table_status!=end_table_statuses; table_status++)
{
printf(" table_status : \n");
printf(" table_name=\"%s\"\n",table_status->table_name);
printf(" table_type=\"%s\"\n",table_status->table_type);
printf(" row_format=\"%s\"\n",table_status->row_format);
printf(" rows=\"%s\"\n",table_status->rows);
printf(" avg_row_length=\"%s\"\n",table_status->avg_row_length);
printf(" data_length=\"%s\"\n",table_status->data_length);
printf(" max_data_length=\"%s\"\n",table_status->max_data_length);
printf(" index_length=\"%s\"\n",table_status->index_length);
printf(" data_free=\"%s\"\n",table_status->data_free);
printf(" auto_increment=\"%s\"\n",table_status->auto_increment);
printf(" create_time=\"%s\"\n","x"/*table_status->create_time*/);
printf(" update_time=\"%s\"\n","x"/*table_status->update_time*/);
printf(" check_time=\"%s\"\n",table_status->check_time);
printf(" create_options=\"%s\"\n",table_status->create_options);
printf(" comment=\"%s\"\n",table_status->comment);
printf(" indexes:\n");
MYX_SCHEMA_INDICES indices= {table_status->indexes_num,
table_status->indexes};
print_schema_indices(&indices);
printf(" columns:\n");
print_schema_table_columns(table_status->columns_num,
table_status->columns);
}
}
///////////////////////////////////////////////////////////////////////////////
void test_get_schema_table_status(MYSQL * mysql)
{
printf("|--------- test_get_schema_table_status -------------\n");
MYX_SCHEMA_TABLE_STATUS *schema_table_status=
myx_get_schema_table_status(mysql,"def","test");
print_schema_table_status(schema_table_status);
myx_free_schema_table_status(schema_table_status);
}
///////////////////////////////////////////////////////////////////////////////
void fill_test_schema(MYSQL * mysql)
{
myx_mysql_query(mysql, "use test");
myx_mysql_query(mysql, "create table t1 (a int)");
/*myx_mysql_query(mysql,
"create table t2 (enum_with_russian_symbols enum('',''))");*/
myx_mysql_query(mysql, "create table t3 (a1 int, a2 int, a3 int, a4 int,"
"index(a1), index(a1,a2), index(a4,a3))");
}
///////////////////////////////////////////////////////////////////////////////
void free_test_schema(MYSQL * mysql)
{
myx_mysql_query(mysql,"drop table t1, t2, t3");
}
///////////////////////////////////////////////////////////////////////////////
void test_catalogs(MYSQL * mysql)
{
fill_test_schema (mysql);
test_get_catalogs (mysql);
test_get_schema_tables (mysql);
test_get_schema_indices (mysql);
test_get_schema_table_status (mysql);
free_test_schema (mysql);
}
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