class ParentsSchema(dpTable):
__table_name__ = 'parents'
__engine__ = 'InnoDB'
__charset__ = 'utf8'
parent_id = dpAttribute.field(dpAttribute.DataType.BIGINT,
ai=True,
pk=1,
nn=True,
un=True,
comment='Parent ID')
parent_name = dpAttribute.field(dpAttribute.DataType.VARCHAR(128),
nn=True,
comment='Parent Name')
parent_type = dpAttribute.field(dpAttribute.DataType.ENUM(
'FATHER', 'MOTHER'),
nn=True,
default='FATHER',
comment='Parent Type')
year_of_birth = dpAttribute.field(dpAttribute.DataType.INT,
nn=False,
comment='Year of Birth') # Test
datetime_of_birth = dpAttribute.field(dpAttribute.DataType.DATETIME,
nn=False,
comment='Datetime of Birth') # Test
primary_key = dpAttribute.index(dpAttribute.IndexType.PRIMARY, 'parent_id')
idx_parents_parent_type = dpAttribute.index(dpAttribute.IndexType.INDEX,
'parent_type')
idx_parents_parent_name_type = dpAttribute.index(
dpAttribute.IndexType.INDEX, ('parent_name', 'parent_type'))
class ChildsSchema(dpTable):
__table_name__ = 'childs'
__engine__ = 'InnoDB'
child_id = dpAttribute.field(dpAttribute.DataType.BIGINT, ai=True, pk=True, nn=True, un=True, comment='Child ID')
parent_id = dpAttribute.field(dpAttribute.DataType.BIGINT, nn=True, un=True, comment='Parent ID')
child_name = dpAttribute.field(dpAttribute.DataType.VARCHAR(128), nn=True, comment='Child Name')
child_type = dpAttribute.field(dpAttribute.DataType.ENUM('BOY', 'GIRL'), nn=True, default='GIRL', comment='Child Type')
child_age = dpAttribute.field(dpAttribute.DataType.INT, nn=True, un=True, default=1, comment='Child Age')
primary_key = dpAttribute.index(dpAttribute.IndexType.PRIMARY, 'child_id')
idx_parents_child_type = dpAttribute.index(dpAttribute.IndexType.INDEX, 'child_type')
idx_parents_child_name_type = dpAttribute.index(dpAttribute.IndexType.INDEX, ('child_name', 'child_type'))
idx_parents_child_age = dpAttribute.index(dpAttribute.IndexType.INDEX, 'child_age')
fk_childs_parent_id = dpAttribute.foreign_key(('parent_id', dpSchema.field().tests.unittest.parents, 'parent_id'))
class FirstSchema(dpTable):
__table_name__ = 'migration'
migration_id = dpAttribute.field(dpAttribute.DataType.BIGINT,
ai=True,
pk=True,
nn=True,
un=True,
comment='Migration ID')
migration_name = dpAttribute.field(dpAttribute.DataType.CHAR(128),
nn=True,
comment='Migration Name (char)')
migration_type = dpAttribute.field(dpAttribute.DataType.ENUM(
'AUTO', 'MANUAL'),
nn=True,
default='AUTO',
comment='Migration Type')
signdate = dpAttribute.field(dpAttribute.DataType.INT,
nn=True,
comment='Signdate')
class ChildToysSchema(dpTable):
__table_name__ = 'child_toys'
__engine__ = 'InnoDB'
child_id = dpAttribute.field(dpAttribute.DataType.BIGINT,
pk=1,
nn=True,
un=True,
comment='Child ID')
toy_id = dpAttribute.field(dpAttribute.DataType.BIGINT,
pk=2,
nn=True,
un=True,
uq=True,
comment='Toy ID')
primary_key = dpAttribute.index(dpAttribute.IndexType.PRIMARY,
('child_id', 'toy_id'))
fk_child_toys_child_id = dpAttribute.foreign_key(
('child_id', dpSchema.field().tests.unittest.childs, 'child_id'))
fk_child_toys_toy_id = dpAttribute.foreign_key(
('toy_id', dpSchema.field().tests.unittest.toys, 'toy_id'))
uk_child_toys_toy_id = dpAttribute.index(dpAttribute.IndexType.UNIQUE,
'toy_id')
class ToysSchema(dpTable):
__table_name__ = 'toys'
__engine__ = 'InnoDB'
__charset__ = 'euckr'
toy_id = dpAttribute.field(dpAttribute.DataType.BIGINT,
ai=True,
pk=True,
nn=True,
un=True,
comment='Toy ID')
toy_cd = dpAttribute.field(dpAttribute.DataType.BIGINT(20),
uq=True,
nn=True,
zf=True,
un=True,
name='toy_code',
comment='Toy Code')
toy_name = dpAttribute.field(dpAttribute.DataType.VARCHAR(128),
nn=True,
comment='Toy Name')
toy_summary = dpAttribute.field(dpAttribute.DataType.TEXT,
nn=True,
comment='Toy Summary')
toy_description = dpAttribute.field(dpAttribute.DataType.LONGTEXT,
nn=True,
comment='Toy Description')
primary_key = dpAttribute.index(dpAttribute.IndexType.PRIMARY, 'toy_id')
idx_toys_toy_name = dpAttribute.index(dpAttribute.IndexType.INDEX,
'toy_name')
__dummy_data__ = [{
'toy_id': 1,
'toy_code': 1000,
'toy_name': 'Lego',
'toy_summary': 'Lego Limited Edition',
'toy_description': 'Lego Limited Edition.'
}, {
'toy_id': 2,
'toy_code': 2000,
'toy_name': 'Teddy Bear',
'toy_summary': 'Teddy Bear Limited Edition',
'toy_description': 'Teddy Bear Limited Edition.'
}]
class FieldsSchema(dpTable):
__table_name__ = 'fields'
__engine__ = 'MyISAM'
PK = dpAttribute.field(dpAttribute.DataType.BIGINT, ai=True, pk=True, nn=True, un=True, comment='Primary Key')
INT = dpAttribute.field(dpAttribute.DataType.INT)
TINYINT = dpAttribute.field(dpAttribute.DataType.TINYINT)
SMALLINT = dpAttribute.field(dpAttribute.DataType.SMALLINT)
MEDIUMINT = dpAttribute.field(dpAttribute.DataType.MEDIUMINT)
BIGINT = dpAttribute.field(dpAttribute.DataType.BIGINT)
DOUBLE = dpAttribute.field(dpAttribute.DataType.DOUBLE)
FLOAT = dpAttribute.field(dpAttribute.DataType.FLOAT)
DECIMAL = dpAttribute.field(dpAttribute.DataType.DECIMAL(10, 2))
CHAR = dpAttribute.field(dpAttribute.DataType.CHAR(8))
VARCHAR = dpAttribute.field(dpAttribute.DataType.VARCHAR(32))
TEXT = dpAttribute.field(dpAttribute.DataType.TEXT)
TINYTEXT = dpAttribute.field(dpAttribute.DataType.TINYTEXT)
MEDIUMTEXT = dpAttribute.field(dpAttribute.DataType.MEDIUMTEXT)
LONGTEXT = dpAttribute.field(dpAttribute.DataType.LONGTEXT)
ENUM = dpAttribute.field(dpAttribute.DataType.ENUM('A', 'B', 'C', 'D'))
BLOB = dpAttribute.field(dpAttribute.DataType.BLOB)
LONGBLOB = dpAttribute.field(dpAttribute.DataType.LONGBLOB)
MEDIUMBLOB = dpAttribute.field(dpAttribute.DataType.MEDIUMBLOB)
TINYBLOB = dpAttribute.field(dpAttribute.DataType.TINYBLOB)
DATETIME = dpAttribute.field(dpAttribute.DataType.DATETIME)
DATE = dpAttribute.field(dpAttribute.DataType.DATE)
TIME = dpAttribute.field(dpAttribute.DataType.TIME)
TIMESTAMP = dpAttribute.field(dpAttribute.DataType.TIMESTAMP)
YEAR = dpAttribute.field(dpAttribute.DataType.YEAR)
BINARY = dpAttribute.field(dpAttribute.DataType.BINARY(6))
VARBINARY = dpAttribute.field(dpAttribute.DataType.VARBINARY(64))
idx_fields_char = dpAttribute.index(dpAttribute.IndexType.FULLTEXT, 'CHAR')
idx_fields_varchar = dpAttribute.index(dpAttribute.IndexType.FULLTEXT, 'VARCHAR')
class FieldsSchema(dpTable):
__table_name__ = 'fields'
PK = dpAttribute.field(dpAttribute.DataType.BIGINT,
ai=True,
pk=True,
nn=True,
un=True,
comment='Primary Key')
int_field = dpAttribute.field(dpAttribute.DataType.INT, name='int_field')
tinyint_field = dpAttribute.field(dpAttribute.DataType.TINYINT, nn=True)
smallint_field = dpAttribute.field(dpAttribute.DataType.SMALLINT)
mediumint_field = dpAttribute.field(dpAttribute.DataType.MEDIUMINT)
bigint_field = dpAttribute.field(dpAttribute.DataType.BIGINT)
double_field = dpAttribute.field(dpAttribute.DataType.DOUBLE)
float_field = dpAttribute.field(dpAttribute.DataType.FLOAT)
decimal_field = dpAttribute.field(dpAttribute.DataType.DECIMAL(10, 2))
char_field = dpAttribute.field(dpAttribute.DataType.CHAR(8))
varchar_field = dpAttribute.field(dpAttribute.DataType.VARCHAR(32))
text_field = dpAttribute.field(dpAttribute.DataType.TEXT)
tinytext_field = dpAttribute.field(dpAttribute.DataType.TINYTEXT)
mediumtext_field = dpAttribute.field(dpAttribute.DataType.MEDIUMTEXT)
longtext_field = dpAttribute.field(dpAttribute.DataType.LONGTEXT)
enum_field = dpAttribute.field(
dpAttribute.DataType.ENUM('A', 'B', 'C',
'D')) # NOT SUPPORTED, Ignored
blob_field = dpAttribute.field(dpAttribute.DataType.BLOB)
longblob_field = dpAttribute.field(dpAttribute.DataType.LONGBLOB)
mediumblob_field = dpAttribute.field(dpAttribute.DataType.MEDIUMBLOB)
tinyblob_field = dpAttribute.field(dpAttribute.DataType.TINYBLOB)
datetime_field = dpAttribute.field(
dpAttribute.DataType.DATETIME) # NOT SUPPORTED, Ignored
date_field = dpAttribute.field(
dpAttribute.DataType.DATE) # NOT SUPPORTED, Ignored
time_field = dpAttribute.field(
dpAttribute.DataType.TIME) # NOT SUPPORTED, Ignored
timestamp_field = dpAttribute.field(
dpAttribute.DataType.TIMESTAMP) # NOT SUPPORTED, Ignored
year_field = dpAttribute.field(
dpAttribute.DataType.YEAR) # NOT SUPPORTED, Ignored
binary_field = dpAttribute.field(dpAttribute.DataType.BINARY(6))
varbinary_field = dpAttribute.field(dpAttribute.DataType.VARBINARY(64))
uq_fields_int_smallint = dpAttribute.index(dpAttribute.IndexType.UNIQUE,
('int_field', 'smallint_field'))
uq_fields_int_char = dpAttribute.index(dpAttribute.IndexType.UNIQUE,
('int_field', 'char_field'))
idx_fields_int_tinyint = dpAttribute.index(dpAttribute.IndexType.INDEX,
('int_field', 'tinyint_field'))
idx_fields_char = dpAttribute.index(dpAttribute.IndexType.FULLTEXT,
'char_field')
idx_fields_varchar = dpAttribute.index(dpAttribute.IndexType.FULLTEXT,
'varchar_field')
__dummy_data__ = [{
'PK': 1,
'tinyint_field': 100,
'longtext_field': 'Foo'
}, {
'PK': 2,
'tinyint_field': 101,
'longtext_field': 'Bar'
}, {
'PK': 3,
'tinyint_field': 102,
'longtext_field': 'Baz'
}]
def _get_exist(proxy, table):
table_name = table.__table_name__
output = {
'col': {},
'ix': [], # Index objects
'ik': [], # Index Keys
'fk': [], # Foreign Keys
'pk': [] # Priamry Keys
}
if not proxy.scalar('SHOW TABLES LIKE %s', table_name):
return output
offset = 0
create_table = proxy.row(
'SHOW CREATE TABLE `{table_name}`'.replace('{table_name}', table_name))[1].split('\n')[1:-1]
for e in create_table:
attrs = e.strip()
if attrs.startswith('`'):
continue
if attrs.upper().startswith('KEY'):
keys = [e[1:-1] for e in attrs[attrs.find('(')+1:attrs.rfind(')')].split(',')]
output['ix'].append(dpAttribute.index(dpAttribute.IndexType.INDEX, keys))
output['ik'].append(keys)
elif attrs.upper().startswith('PRIMARY KEY'):
keys = [e[1:-1] for e in attrs[attrs.find('(') + 1:attrs.rfind(')')].split(',')]
output['ix'].append(dpAttribute.index(dpAttribute.IndexType.PRIMARY, keys))
output['ik'].append(keys)
output['pk'] = keys
elif attrs.upper().startswith('UNIQUE KEY'):
keys = [e[1:-1] for e in attrs[attrs.find('(') + 1:attrs.rfind(')')].split(',')]
output['ix'].append(dpAttribute.index(dpAttribute.IndexType.UNIQUE, keys))
output['ik'].append(keys)
output['pk'] = keys
elif attrs.upper().startswith('FULLTEXT KEY'):
keys = [e[1:-1] for e in attrs[attrs.find('(') + 1:attrs.rfind(')')].split(',')]
output['ix'].append(dpAttribute.index(dpAttribute.IndexType.FULLTEXT, keys))
output['ik'].append(keys)
elif attrs.upper().startswith('CONSTRAINT'):
v, i = MySqlDriver._get_field_attr(attrs, 0)
fk_name, i = MySqlDriver._get_field_attr(attrs, i)
foreign, i = MySqlDriver._get_field_attr(attrs, i)
key, i = MySqlDriver._get_field_attr(attrs, i)
if foreign.upper() != 'FOREIGN' or key.upper() != 'KEY':
continue
source_col, i = MySqlDriver._get_field_attr(attrs, i)
dummy, i = MySqlDriver._get_field_attr(attrs, i)
dest_table, i = MySqlDriver._get_field_attr(attrs, i)
dest_col, i = MySqlDriver._get_field_attr(attrs, i)
source_col = [e[1:-1] for e in source_col[1:-1].split(',')]
dest_table = dest_table[1:-1]
dest_col = [e[1:-1] for e in dest_col[1:-1].split(',')]
output['fk'].append((source_col, dest_table, dest_col))
for e in create_table:
attrs = e.strip()
attr = attrs
if attr[-1] == ',':
attr = attr[:-1]
if not attrs.startswith('`'):
break
offset += 1
i = attrs.find(' ')
column_name = attrs[1:i-1]
key = column_name
data_type = None
default = None
comment = ''
nn = None
un = None
zf = None
ai = None
prev = None
i += 1
while True:
v, i = MySqlDriver._get_field_attr(attrs, i)
if v is None:
break
if v.strip().upper().startswith('INT('):
data_type = dpAttribute.DataType.INT(int(v[4:-1]))
elif v.strip().upper().startswith('TINYINT('):
data_type = dpAttribute.DataType.TINYINT(int(v[8:-1]))
elif v.strip().upper().startswith('SMALLINT('):
data_type = dpAttribute.DataType.SMALLINT(int(v[9:-1]))
elif v.strip().upper().startswith('MEDIUMINT('):
data_type = dpAttribute.DataType.MEDIUMINT(int(v[10:-1]))
elif v.strip().upper().startswith('BIGINT('):
data_type = dpAttribute.DataType.BIGINT(int(v[7:-1]))
elif v.strip().upper().startswith('DOUBLE('):
data_type = dpAttribute.DataType.DOUBLE(int(v[7:-1]))
elif v.strip().upper().startswith('DOUBLE'):
data_type = dpAttribute.DataType.DOUBLE
elif v.strip().upper().startswith('FLOAT('):
data_type = dpAttribute.DataType.FLOAT(int(v[6:-1]))
elif v.strip().upper().startswith('FLOAT'):
data_type = dpAttribute.DataType.FLOAT
elif v.strip().upper().startswith('DECIMAL('):
m, d = v[8:-1].split(',')
data_type = dpAttribute.DataType.DECIMAL(int(m), int(d))
elif v.strip().upper().startswith('CHAR('):
data_type = dpAttribute.DataType.CHAR(int(v[5:-1]))
elif v.strip().upper().startswith('VARCHAR('):
data_type = dpAttribute.DataType.VARCHAR(int(v[8:-1]))
elif v.strip().upper().startswith('TEXT'):
data_type = dpAttribute.DataType.TEXT()
elif v.strip().upper().startswith('TINYTEXT'):
data_type = dpAttribute.DataType.TINYTEXT()
elif v.strip().upper().startswith('MEDIUMTEXT'):
data_type = dpAttribute.DataType.MEDIUMTEXT()
elif v.strip().upper().startswith('LONGTEXT'):
data_type = dpAttribute.DataType.LONGTEXT()
elif v.strip().upper().startswith('BLOB'):
data_type = dpAttribute.DataType.BLOB()
elif v.strip().upper().startswith('LONGBLOB'):
data_type = dpAttribute.DataType.LONGBLOB()
elif v.strip().upper().startswith('MEDIUMBLOB'):
data_type = dpAttribute.DataType.MEDIUMBLOB()
elif v.strip().upper().startswith('TINYBLOB'):
data_type = dpAttribute.DataType.TINYBLOB()
elif v.strip().upper() == 'DATETIME':
data_type = dpAttribute.DataType.DATETIME
elif v.strip().upper() == 'DATE':
data_type = dpAttribute.DataType.DATE
elif v.strip().upper() == 'TIME':
data_type = dpAttribute.DataType.TIME
elif v.strip().upper() == 'TIMESTAMP':
data_type = dpAttribute.DataType.TIMESTAMP
elif v.strip().upper() == 'YEAR':
data_type = dpAttribute.DataType.YEAR
elif v.strip().upper().startswith('YEAR('):
data_type = dpAttribute.DataType.YEAR(int(v[5:-1]))
elif v.strip().upper().startswith('BINARY('):
data_type = dpAttribute.DataType.BINARY(int(v[7:-1]))
elif v.strip().upper().startswith('VARBINARY('):
data_type = dpAttribute.DataType.VARBINARY(int(v[10:-1]))
elif v.strip().upper().startswith('ENUM('):
data_type = dpAttribute.DataType.ENUM(*[(e[1:-1] if e[0] == "'" and e[-1] == "'" else e) for e in v[5:-1].split(',')])
elif v.strip().upper() == 'UNSIGNED':
un = True
elif v.strip().upper() == 'ZEROFILL':
zf = True
elif v.strip().upper() == 'NULL':
if prev == 'NOT':
nn = True
elif v.strip().upper() == 'DEFAULT':
default, i = MySqlDriver._get_field_attr(attrs, i)
default = default[1:-1] if default[0] == "'" and default[-1] == "'" else default
default = default if default and default.upper() != 'NULL' else None
elif v.strip().upper() == 'AUTO_INCREMENT':
ai = True
elif v.strip().upper() == 'COMMENT':
comment, i = MySqlDriver._get_field_attr(attrs, i)
prev = v.upper()
if comment and comment.endswith('}') and comment.rfind('{') != -1:
id_idx = comment.rfind('{')
key = comment[id_idx+1:-1]
comment = comment[:id_idx-1]
output['col'][key] = dpAttribute.field(
data_type=data_type,
name=column_name,
default=default,
nn=nn,
un=un,
zf=zf,
ai=ai,
comment=comment,
query=attr)
return output
def _get_exist(proxy, table):
table_name = table.__table_name__
output = {
'col': {},
'ix': [], # Index objects
'ik': [], # Index Keys
'fk': [], # Foreign Keys
'pk': [] # Priamry Keys
}
if not proxy.scalar('SHOW TABLES LIKE %s', table_name):
return output
offset = 0
create_table = proxy.row('SHOW CREATE TABLE `{table_name}`'.replace(
'{table_name}', table_name))[1].split('\n')[1:-1]
for e in create_table:
attrs = e.strip()
if attrs.startswith('`'):
continue
if attrs.upper().startswith('KEY'):
keys = [
e[1:-1] for e in attrs[attrs.find('(') +
1:attrs.rfind(')')].split(',')
]
output['ix'].append(
dpAttribute.index(dpAttribute.IndexType.INDEX, keys))
output['ik'].append(keys)
elif attrs.upper().startswith('PRIMARY KEY'):
keys = [
e[1:-1] for e in attrs[attrs.find('(') +
1:attrs.rfind(')')].split(',')
]
output['ix'].append(
dpAttribute.index(dpAttribute.IndexType.PRIMARY, keys))
output['ik'].append(keys)
output['pk'] = keys
elif attrs.upper().startswith('UNIQUE KEY'):
keys = [
e[1:-1] for e in attrs[attrs.find('(') +
1:attrs.rfind(')')].split(',')
]
output['ix'].append(
dpAttribute.index(dpAttribute.IndexType.UNIQUE, keys))
output['ik'].append(keys)
output['pk'] = keys
elif attrs.upper().startswith('FULLTEXT KEY'):
keys = [
e[1:-1] for e in attrs[attrs.find('(') +
1:attrs.rfind(')')].split(',')
]
output['ix'].append(
dpAttribute.index(dpAttribute.IndexType.FULLTEXT, keys))
output['ik'].append(keys)
elif attrs.upper().startswith('CONSTRAINT'):
v, i = MySqlDriver._get_field_attr(attrs, 0)
fk_name, i = MySqlDriver._get_field_attr(attrs, i)
foreign, i = MySqlDriver._get_field_attr(attrs, i)
key, i = MySqlDriver._get_field_attr(attrs, i)
if foreign.upper() != 'FOREIGN' or key.upper() != 'KEY':
continue
source_col, i = MySqlDriver._get_field_attr(attrs, i)
dummy, i = MySqlDriver._get_field_attr(attrs, i)
dest_table, i = MySqlDriver._get_field_attr(attrs, i)
dest_col, i = MySqlDriver._get_field_attr(attrs, i)
source_col = [e[1:-1] for e in source_col[1:-1].split(',')]
dest_table = dest_table[1:-1]
dest_col = [e[1:-1] for e in dest_col[1:-1].split(',')]
output['fk'].append((source_col, dest_table, dest_col))
for e in create_table:
attrs = e.strip()
attr = attrs
if attr[-1] == ',':
attr = attr[:-1]
if not attrs.startswith('`'):
break
offset += 1
i = attrs.find(' ')
column_name = attrs[1:i - 1]
key = column_name
data_type = None
default = None
comment = ''
nn = None
un = None
zf = None
ai = None
prev = None
i += 1
while True:
v, i = MySqlDriver._get_field_attr(attrs, i)
if v is None:
break
if v.strip().upper().startswith('INT('):
data_type = dpAttribute.DataType.INT(int(v[4:-1]))
elif v.strip().upper().startswith('TINYINT('):
data_type = dpAttribute.DataType.TINYINT(int(v[8:-1]))
elif v.strip().upper().startswith('SMALLINT('):
data_type = dpAttribute.DataType.SMALLINT(int(v[9:-1]))
elif v.strip().upper().startswith('MEDIUMINT('):
data_type = dpAttribute.DataType.MEDIUMINT(int(v[10:-1]))
elif v.strip().upper().startswith('BIGINT('):
data_type = dpAttribute.DataType.BIGINT(int(v[7:-1]))
elif v.strip().upper().startswith('DOUBLE('):
data_type = dpAttribute.DataType.DOUBLE(int(v[7:-1]))
elif v.strip().upper().startswith('DOUBLE'):
data_type = dpAttribute.DataType.DOUBLE
elif v.strip().upper().startswith('FLOAT('):
data_type = dpAttribute.DataType.FLOAT(int(v[6:-1]))
elif v.strip().upper().startswith('FLOAT'):
data_type = dpAttribute.DataType.FLOAT
elif v.strip().upper().startswith('DECIMAL('):
m, d = v[8:-1].split(',')
data_type = dpAttribute.DataType.DECIMAL(int(m), int(d))
elif v.strip().upper().startswith('CHAR('):
data_type = dpAttribute.DataType.CHAR(int(v[5:-1]))
elif v.strip().upper().startswith('VARCHAR('):
data_type = dpAttribute.DataType.VARCHAR(int(v[8:-1]))
elif v.strip().upper().startswith('TEXT'):
data_type = dpAttribute.DataType.TEXT()
elif v.strip().upper().startswith('TINYTEXT'):
data_type = dpAttribute.DataType.TINYTEXT()
elif v.strip().upper().startswith('MEDIUMTEXT'):
data_type = dpAttribute.DataType.MEDIUMTEXT()
elif v.strip().upper().startswith('LONGTEXT'):
data_type = dpAttribute.DataType.LONGTEXT()
elif v.strip().upper().startswith('BLOB'):
data_type = dpAttribute.DataType.BLOB()
elif v.strip().upper().startswith('LONGBLOB'):
data_type = dpAttribute.DataType.LONGBLOB()
elif v.strip().upper().startswith('MEDIUMBLOB'):
data_type = dpAttribute.DataType.MEDIUMBLOB()
elif v.strip().upper().startswith('TINYBLOB'):
data_type = dpAttribute.DataType.TINYBLOB()
elif v.strip().upper() == 'DATETIME':
data_type = dpAttribute.DataType.DATETIME
elif v.strip().upper() == 'DATE':
data_type = dpAttribute.DataType.DATE
elif v.strip().upper() == 'TIME':
data_type = dpAttribute.DataType.TIME
elif v.strip().upper() == 'TIMESTAMP':
data_type = dpAttribute.DataType.TIMESTAMP
elif v.strip().upper() == 'YEAR':
data_type = dpAttribute.DataType.YEAR
elif v.strip().upper().startswith('YEAR('):
data_type = dpAttribute.DataType.YEAR(int(v[5:-1]))
elif v.strip().upper().startswith('BINARY('):
data_type = dpAttribute.DataType.BINARY(int(v[7:-1]))
elif v.strip().upper().startswith('VARBINARY('):
data_type = dpAttribute.DataType.VARBINARY(int(v[10:-1]))
elif v.strip().upper().startswith('ENUM('):
data_type = dpAttribute.DataType.ENUM(
*[(e[1:-1] if e[0] == "'" and e[-1] == "'" else e)
for e in v[5:-1].split(',')])
elif v.strip().upper() == 'UNSIGNED':
un = True
elif v.strip().upper() == 'ZEROFILL':
zf = True
elif v.strip().upper() == 'NULL':
if prev == 'NOT':
nn = True
elif v.strip().upper() == 'DEFAULT':
default, i = MySqlDriver._get_field_attr(attrs, i)
default = default[1:-1] if default[0] == "'" and default[
-1] == "'" else default
default = default if default and default.upper(
) != 'NULL' else None
elif v.strip().upper() == 'AUTO_INCREMENT':
ai = True
elif v.strip().upper() == 'COMMENT':
comment, i = MySqlDriver._get_field_attr(attrs, i)
prev = v.upper()
if comment and comment.endswith('}') and comment.rfind('{') != -1:
id_idx = comment.rfind('{')
key = comment[id_idx + 1:-1]
comment = comment[:id_idx - 1]
output['col'][key] = dpAttribute.field(data_type=data_type,
name=column_name,
default=default,
nn=nn,
un=un,
zf=zf,
ai=ai,
comment=comment,
query=attr)
return output
class ArticlesSchema(dpTable):
__table_name__ = 'articles'
article_id = dpAttribute.field(dpAttribute.DataType.INT,
ai=True,
pk=True,
nn=True,
un=True,
comment='Article ID')
title = dpAttribute.field(dpAttribute.DataType.VARCHAR(128),
nn=True,
comment='Title')
content = dpAttribute.field(dpAttribute.DataType.LONGTEXT,
nn=True,
comment='Content')
author = dpAttribute.field(dpAttribute.DataType.VARCHAR(64),
comment='Author')
signdate = dpAttribute.field(dpAttribute.DataType.INT, comment='Signdate')
idx_articles_title = dpAttribute.index(dpAttribute.IndexType.INDEX,
'title')
idx_articles_author = dpAttribute.index(dpAttribute.IndexType.INDEX,
'author')
idx_articles_signdate = dpAttribute.index(dpAttribute.IndexType.INDEX,
'signdate')
__dummy_data__ = [{
'article_id': 1,
'title': 'Helloworld!',
'content': 'Hello!',
'author': 'James',
'signdate': 1478772800
}, {
'article_id': 2,
'title': 'Hi!',
'content': 'Hi! Nice to meet you!',
'author': 'Amber',
'signdate': 1478782800
}, {
'article_id': 3,
'title': 'Nice to meet you!',
'content': 'Hello. Nice to meet you!',
'author': 'Alice',
'signdate': 1478792800
}, {
'article_id': 4,
'title': 'Good morning!',
'content': 'Hi! Good morning!',
'author': 'Elsa',
'signdate': 1478802800
}, {
'article_id': 5,
'title': 'Good afternoon!',
'content': 'Hi! Good afternoon!',
'author': 'Kevin',
'signdate': 1478812800
}, {
'article_id': 6,
'title': 'Good evening!',
'content': 'Hi! Good evening!',
'author': 'Sam',
'signdate': 1478822800
}, {
'article_id': 7,
'title': 'Good night!',
'content': 'Hi! Good night!',
'author': 'Thomas',
'signdate': 1478832800
}, {
'article_id': 8,
'title': 'What up!',
'content': 'Hi! What up!',
'author': 'Tim',
'signdate': 1478842800
}, {
'article_id': 9,
'title': 'Yo!',
'content': 'Hi! Yo!',
'author': 'William',
'signdate': 1478852800
}, {
'article_id': 10,
'title': 'Hor are you?',
'content': 'Hi! What up!',
'author': 'Oscar',
'signdate': 1478862800
}, {
'article_id': 11,
'title': 'Good bye!',
'content': 'Hi! Good bye!',
'author': 'Walter',
'signdate': 1478872800
}, {
'article_id': 12,
'title': 'See you again!',
'content': 'Hi! See you again!',
'author': 'Jackson',
'signdate': 1478882800
}, {
'article_id': 13,
'title': 'Hello!',
'content': 'Hi! What up!',
'author': 'Mike',
'signdate': 1478892800
}]