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v/vlib/sqlite/sqlite_orm_test.v

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import orm
import sqlite
import v.ast
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import time
struct TestCustomSqlType {
id int [primary; sql: serial]
custom string [sql_type: 'INTEGER']
custom1 string [sql_type: 'TEXT']
custom2 string [sql_type: 'REAL']
custom3 string [sql_type: 'NUMERIC']
custom4 string
custom5 int
custom6 time.Time
}
struct TestDefaultAtribute {
id string [primary; sql: serial]
name string
created_at string [default: 'CURRENT_TIME']
created_at1 string [default: 'CURRENT_DATE']
created_at2 string [default: 'CURRENT_TIMESTAMP']
}
fn test_sqlite_orm() {
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mut db := sqlite.connect(':memory:') or { panic(err) }
defer {
db.close() or { panic(err) }
}
db.create('Test', [
orm.TableField{
name: 'id'
typ: ast.int_type_idx
attrs: [
StructAttribute{
name: 'primary'
},
StructAttribute{
name: 'sql'
has_arg: true
kind: .plain
arg: 'serial'
},
]
},
orm.TableField{
name: 'name'
typ: ast.string_type_idx
attrs: []
},
orm.TableField{
name: 'age'
typ: ast.i64_type_idx
},
]) or { panic(err) }
db.insert('Test', orm.QueryData{
fields: ['name', 'age']
data: [orm.string_to_primitive('Louis'), orm.i64_to_primitive(100)]
}) or { panic(err) }
res := db.@select(orm.SelectConfig{
table: 'Test'
has_where: true
fields: ['id', 'name', 'age']
types: [ast.int_type_idx, ast.string_type_idx, ast.i64_type_idx]
}, orm.QueryData{}, orm.QueryData{
fields: ['name', 'age']
data: [orm.Primitive('Louis'), i64(100)]
types: [ast.string_type_idx, ast.i64_type_idx]
is_and: [true, true]
kinds: [.eq, .eq]
}) or { panic(err) }
id := res[0][0]
name := res[0][1]
age := res[0][2]
assert id is int
if id is int {
assert id == 1
}
assert name is string
if name is string {
assert name == 'Louis'
}
assert age is i64
if age is i64 {
assert age == 100
}
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/** test orm sql type
* - verify if all type create by attribute sql_type has created
*/
sql db {
create table TestCustomSqlType
}
mut result_custom_sql, mut exec_custom_code := db.exec('
pragma table_info(TestCustomSqlType);
')
assert exec_custom_code == 101
mut table_info_types_results := []string{}
information_schema_custom_sql := ['INTEGER', 'INTEGER', 'TEXT', 'REAL', 'NUMERIC', 'TEXT',
'INTEGER', 'INTEGER']
for data_type in result_custom_sql {
table_info_types_results << data_type.vals[2]
}
assert table_info_types_results == information_schema_custom_sql
sql db {
drop table TestCustomSqlType
}
/** test default attribute
*/
sql db {
create table TestDefaultAtribute
}
mut result_default_sql, mut code := db.exec('
pragma table_info(TestDefaultAtribute);
')
assert code == 101
mut information_schema_data_types_results := []string{}
information_schema_default_sql := ['', '', 'CURRENT_TIME', 'CURRENT_DATE', 'CURRENT_TIMESTAMP']
for data_type in result_default_sql {
information_schema_data_types_results << data_type.vals[4]
}
assert information_schema_data_types_results == information_schema_default_sql
test_default_atribute := TestDefaultAtribute{
name: 'Hitalo'
}
sql db {
insert test_default_atribute into TestDefaultAtribute
}
result_test_default_atribute := sql db {
select from TestDefaultAtribute limit 1
}
assert result_test_default_atribute.name == 'Hitalo'
assert test_default_atribute.created_at.len == 0
assert test_default_atribute.created_at1.len == 0
assert test_default_atribute.created_at2.len == 0
assert result_test_default_atribute.created_at.len == 8 // HH:MM:SS
assert result_test_default_atribute.created_at1.len == 10 // YYYY-MM-DD
assert result_test_default_atribute.created_at2.len == 19 // YYYY-MM-DD HH:MM:SS
sql db {
drop table TestDefaultAtribute
}
}