def test_tm_good_quick_push():
"""
@precondition: test_tm_with_enter passed
@precondition: test_tm_with_exit passed
@precondition: test_tm_with_exit_error passed
Checks that data is being written with a good push
"""
expected = ['abc', 1]
with TableManager(db_name, table_name) as t:
t.quick_push(expected)
s = SqlManager(db_name)
s.connect()
values = s._fetch_command('SELECT * FROM ' + table_name + ';')
s.disconnect()
values = values[0]
actual = []
expected = ['abc', 1]
for val in values:
if type(val) == int:
val = int(val)
else:
val = str(val)
actual += [val]
message = 'Expected: ' + str(expected) + '\n' + 'Actual' + str(actual)
n_eq(expected, actual, message=message)
def test_tm_good_quick_push():
"""
@precondition: test_tm_with_enter passed
@precondition: test_tm_with_exit passed
@precondition: test_tm_with_exit_error passed
Checks that data is being written with a good push
"""
expected = ['abc', 1]
with TableManager(db_name, table_name) as t:
t.quick_push(expected)
s = SqlManager(db_name)
s.connect()
values = s._fetch_command('SELECT * FROM ' + table_name + ';')
s.disconnect()
values = values[0]
actual = []
expected = ['abc', 1]
for val in values:
if type(val) == int:
val = int(val)
else:
val = str(val)
actual += [val]
message = 'Expected: ' + str(expected) + '\n' + 'Actual' + str(actual)
n_eq(expected, actual, message=message)
def setup_module():
"""
Makes a database for testing in.
"""
sql = SqlManager(db_name)
command = 'CREATE TABLE %s (col_one text);' % existing_table_name
sql.connect()
sql._no_fetch_command(command)
sql.disconnect()
def test_sm_disconnect():
"""
Checks that the db is disconnecting properly
"""
s = SqlManager(db_name)
s.connect()
s.disconnect()
actual = s.con is None
n_ok(actual, s, 'disconnect')
def setup_module():
"""
Makes a database for testing in.
"""
sql = SqlManager(db_name)
command = 'CREATE TABLE %s (col_one text);' % existing_table_name
sql.connect()
sql._no_fetch_command(command)
sql.disconnect()
def test_sm_disconnect():
"""
Checks that the db is disconnecting properly
"""
s = SqlManager(db_name)
s.connect()
s.disconnect()
actual = s.con is None
n_ok(actual, s, 'disconnect')
def test_sm_connect_existing_db():
"""
Tries to connect to a db that already exists
"""
s = SqlManager(db_name)
s.connect()
actual = s.con is None
s.disconnect()
n_ok(not actual, s, 'connect')
def test_sm_connect_existing_db():
"""
Tries to connect to a db that already exists
"""
s = SqlManager(db_name)
s.connect()
actual = s.con is None
s.disconnect()
n_ok(not actual, s, 'connect')
def test_sm_fetch_command():
"""
Checks that the db can run a fetch command
"""
command = 'SELECT * FROM %s;' % table_name
s = SqlManager(db_name)
s.connect()
data = s._fetch_command(command)[0]
s.disconnect()
actual = [str(col) for col in data]
expected = ['one', 'two', 'three']
n_eq(expected, actual, s, '_fetch_command')
def test_sm_fetch_command():
"""
Checks that the db can run a fetch command
"""
command = 'SELECT * FROM %s;' % table_name
s = SqlManager(db_name)
s.connect()
data = s._fetch_command(command)[0]
s.disconnect()
actual = [str(col) for col in data]
expected = ['one', 'two', 'three']
n_eq(expected, actual, s, '_fetch_command')
def test_tm_clear_table():
"""
@precondition: test_tm_with_enter passed
@precondition: test_tm_with_exit passed
@precondition: test_tm_with_exit_error passed
Tries to clear the table of all data
"""
with TableManager(db_name, table_name) as t:
t.clear_table()
s = SqlManager(db_name)
command = 'SELECT * FROM ' + table_name + ';'
s.connect()
data = s._fetch_command(command)
s.disconnect()
actual = False
if len(data) == 0:
actual = True
n_ok(actual, message=actual)
def test_tm_clear_table():
"""
@precondition: test_tm_with_enter passed
@precondition: test_tm_with_exit passed
@precondition: test_tm_with_exit_error passed
Tries to clear the table of all data
"""
with TableManager(db_name, table_name) as t:
t.clear_table()
s = SqlManager(db_name)
command = 'SELECT * FROM ' + table_name + ';'
s.connect()
data = s._fetch_command(command)
s.disconnect()
actual = False
if len(data) == 0:
actual = True
n_ok(actual, message=actual)
def test_sm_no_fetch_command():
"""
Checks that the table can run a no fetch command
"""
expected = ['a', 'b', 'c']
command = 'INSERT INTO %s VALUES(%s);' % (table_name, str(expected)[1:-1])
s = SqlManager(db_name)
s.connect()
s._no_fetch_command(command)
s.disconnect()
con = lite.connect(db_name)
cur = con.cursor()
command = 'SELECT * FROM %s;' % table_name
cur.execute(command)
fetched = cur.fetchall()
fetched = fetched[1]
actual = [str(col) for col in fetched]
n_eq(expected, actual, s, '_no_fetch_command', message='Good chance that I did not setup test right')
def test_tm_sorted_good_push():
"""
@precondition: test_tm_with_enter passed
@precondition: test_tm_with_exit passed
@precondition: test_tm_with_exit_error passed
Tries to push a list where the columns are already in order with good info
"""
push = [('text_col', 'one'), ('int_col', 1)]
with TableManager(db_name, table_name) as t:
t.push(push)
s = SqlManager(db_name)
command = 'SELECT * FROM ' + table_name + ';'
s.connect()
data = s._fetch_command(command)
s.disconnect()
data = data[0]
expected = [str(val[1]) for val in push]
actual = [str(val) for val in data]
n_eq(expected, actual)
def test_tm_sorted_good_push():
"""
@precondition: test_tm_with_enter passed
@precondition: test_tm_with_exit passed
@precondition: test_tm_with_exit_error passed
Tries to push a list where the columns are already in order with good info
"""
push = [('text_col', 'one'), ('int_col', 1)]
with TableManager(db_name, table_name) as t:
t.push(push)
s = SqlManager(db_name)
command = 'SELECT * FROM ' + table_name + ';'
s.connect()
data = s._fetch_command(command)
s.disconnect()
data = data[0]
expected = [str(val[1]) for val in push]
actual = [str(val) for val in data]
n_eq(expected, actual)
def test_tm_unsorted_good_push():
"""
@precondition: test_tm_with_enter passed
@precondition: test_tm_with_exit passed
@precondition: test_tm_with_exit_error passed
Tries to sort the list of good info and then push it.
Also does type conversion
"""
push = [('int_col', '1'), ('text_col', 'one')]
with TableManager(db_name, table_name) as t:
t.push(push)
s = SqlManager(db_name)
command = 'SELECT * FROM ' + table_name + ';'
s.connect()
data = s._fetch_command(command)
s.disconnect()
data = data[1]
expected = [str(val[1]) for val in push][::-1]
actual = [str(val) for val in data]
n_eq(expected, actual)
def test_tm_unsorted_good_push():
"""
@precondition: test_tm_with_enter passed
@precondition: test_tm_with_exit passed
@precondition: test_tm_with_exit_error passed
Tries to sort the list of good info and then push it.
Also does type conversion
"""
push = [('int_col', '1'), ('text_col', 'one')]
with TableManager(db_name, table_name) as t:
t.push(push)
s = SqlManager(db_name)
command = 'SELECT * FROM ' + table_name + ';'
s.connect()
data = s._fetch_command(command)
s.disconnect()
data = data[1]
expected = [str(val[1]) for val in push][::-1]
actual = [str(val) for val in data]
n_eq(expected, actual)
def test_sm_no_fetch_command():
"""
Checks that the table can run a no fetch command
"""
expected = ['a', 'b', 'c']
command = 'INSERT INTO %s VALUES(%s);' % (table_name, str(expected)[1:-1])
s = SqlManager(db_name)
s.connect()
s._no_fetch_command(command)
s.disconnect()
con = lite.connect(db_name)
cur = con.cursor()
command = 'SELECT * FROM %s;' % table_name
cur.execute(command)
fetched = cur.fetchall()
fetched = fetched[1]
actual = [str(col) for col in fetched]
n_eq(expected,
actual,
s,
'_no_fetch_command',
message='Good chance that I did not setup test right')