def test_silly_placeholder():
"""
Test for silly placeholder in
{{cookiecutter.project_slug}}.py
"""
want = "Hello {{cookiecutter.project_slug}}"
got = hello()
assert got == want
def application(environ, start_response):
results = []
results.append(str(moduletest.ageofqueen))
results.append(printhello())
results.append(hello())
helloWorld = HelloWorld()
results.append(helloWorld.sayHello())
user = Users()
results.append(user.sayHello())
article = Articles()
results.append(article.sayHello())
output = "<br/>".join(results)
print output
# build the response body possibly using the environ dictionary
response_body = output
# HTTP response code and message
status = '200 OK'
# These are HTTP headers expected by the client.
# They must be wrapped as a list of tupled pairs:
# [(Header name, Header value)].
response_headers = [('Content-Type', 'text/html'),
('Content-Length', str(len(response_body)))]
# Send them to the server using the supplied function
start_response(status, response_headers)
# Return the response body.
# Notice it is wrapped in a list although it could be any iterable.
return [response_body]
def main(
name: str = typer.Option(..., help="Name of person to greet."),
color: Optional[Color] = typer.Option(
None,
case_sensitive=False,
help="Color for name. If not specified then choice will be random.",
),
version: bool = typer.Option(
None,
"--version",
callback=version_callback,
is_eager=True,
help="Prints the version of the {{ cookiecutter.project_name }} package.",
),
):
"""Prints a greeting for a giving name."""
if color is None:
# If no color specified use random value from `Color` class
color = random.choice(list(Color.__members__.values()))
greeting: str = hello(name)
console.print(f"[bold {color}]{greeting}[/]")
#!/usr/bin/env python from ../dir2/c import hello hello()
import os from hello import * a = 5 print(a + 1) assert a == 5 assert hello() == 10
import hello
text = input("Your text: ")
text2 = input("Your new text: ")
hello.hello(text)
hello.newfunction(text2)
#if we need only 1 function from module, we can import only this function
from hello import newfunction
newfunction(text2)
#if we want to use shorter form we can import all (*) from module
from hello import *
hello(text) #we can't use module's name (hello.hello() etc.)
newfunction(text2)
#if we have 2 function (the same name):
from hello import hello as hello_hello
text3 = input("Text3 = ")
def hello(text3):
print(text3)
hello(text3)
hello_hello(text)
import hello
hello('wyy')
#!python
from hello import *
hello('Everyone')
def test_hello(self):
self.assertEqual(hello(), 'Hello, world !')
def test_hello(self):
self.assertEqual(hello("andrei"), "approved by: andrei")
def test_hello_roxana(self):
self.assertEqual(hello("roxana"), "approved by: roxana")
def test_hello():
assert hello() is None
def test_hello_empty(self):
self.assertEqual(hello(), "approved by: mata")
def test_install_hook(self):
brainfuck.install_import_hook()
import hello
self.assertEqual(hello(), "Hello World!\n")
def test_hello():
hello()
#!/usr/bin/env python
from hello import *
print("Calling DSO")
hello('World')
print("Done")
def test_install_hook(self):
brainfuck.install_import_hook()
import hello
self.assertEqual(hello(), "Hello World!\n")
print(sum%count)
# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def hello( N, M , symbol):
#for i in range():
print((symbol*N + '\n') * M)
def exeption_pass():
pass
print(exeption_pass())
def exeption_return():
return 1
print(exeption_return())
hello(2,3,'$')
def safe_div(x, y):
"""Do a safe division :-) for fun and profit"""
if y != 0:
z = x / y
print(z)
return(z)
else:
print("Yippie-kay-yay, motherf___er!")
safe_div(10, 1)
print(safe_div.__doc__)
def test_hello():
assert hello() == "hello"
def test_hello(name, expected):
"""Example test with parametrization."""
assert hello(name) == expected
def test_example(mock_example):
s = hello("World")
assert "Hello" in s
def main():
while 1:
hello()
while 1:
try:
option = int(input(': '))
if option > 0 and option < 6:
break
else:
print('请输入正确信息!')
except:
print('请输入正确信息!')
if option == 1:
# 添加数据
while 1:
insert_option = insert_options()
if insert_option == 1:
# 新建表
while 1:
try:
table_name = input('请输入表名: ')
if table_name in query_table(switch=1):
print('%s表已存在!' % table_name)
break
else:
create_table(table_name)
break
except:
print('请从新输入!')
elif insert_option == 2:
# 添加人物
while 1:
table_list = query_table()
table_option = input('请选择要添加人物的表号,如不更改按q返回\n:')
try:
if table_option == 'q':
break
elif int(table_option) > len(table_list):
print('超出总表数,请从新选择。')
pass
else:
table_name = table_list[int(table_option) - 1]
print('进入%s表' % table_name)
id_title = 'id: '
id = input_id(id_title)
judge = query_id(table_name, id=id)
while 1:
i = 1
if judge == 1:
select_option = input('此id已存在:\n1.更新此id数据\n2.输入新id\n3.上一级\n: ')
if select_option == '1':
break
elif select_option == '2':
while 1:
try:
id = int(input('id: '))
break
except:
print('请输入正确信息!')
break
elif select_option == '3':
i = 0
break
else:
print('请输入正确信息!')
else:
break
if i == 1:
name = input('name: ')
age_title = 'age: '
age = input_age(age_title)
insert_into(table_name, id, name, age)
except:
print('请输入正确信息')
elif insert_option == 3:
break
elif option == 2:
# 查询数据
while 1:
query_header()
query_list = query_table()
query_option = input('请选择要查询人物的表号,如不查询按q返回\n: ')
try:
if query_option == 'q':
break
elif int(query_option) > len(query_list):
print('超出总表数,请从新选择。')
pass
else:
while 1:
table_name = query_list[int(query_option) - 1]
print('进入%s表' % table_name)
select_option = input('1.id查找\n2.name查找\n3.age查找\n4.展示所有\nq.返回\n')
if select_option == '1':
id_title = '请输入需要查询的id\n: '
id = input_id(id_title)
query_data(table_name, id=id)
option_quit = input('按任意键返回')
break
elif select_option == '2':
name = input('请输入需要查询的name\n: ')
query_data(table_name, name=name)
option_quit = input('按任意键返回')
break
elif select_option == '3':
big_age_title = '请输入需要查询的最大age\n: '
big_age = input_age(big_age_title)
small_age_title = '请输入需要查询的最小age\n: '
small_age = input_age(small_age_title)
query_data(table_name, big_age=big_age, small_age=small_age)
option_quit = input('按任意键返回')
break
elif select_option == '4':
query_data(table_name)
option_quit = input('按任意键返回')
break
elif select_option == 'q':
break
else:
print('请输入正确信息!')
# 跳出本次循环
continue
except:
print('请输入正确信息!')
elif option == 3:
# 更改数据
while 1:
updata_option = updata_options()
if updata_option == 1:
query_list = query_table()
while 1:
table_name = input('请输入要更改的表名\n: ')
if table_name not in query_list:
print('%s表不存在, 请从新输入\n: ' % table_name)
else:
break
while 1:
new_table_name = input('请输入新的表名\n: ')
if table_name in query_list:
print('%s表已存在, 请从新输入\n: ' % new_table_name)
else:
break
new_table_name = input('请输入新的表名\n: ')
rename_table(table_name, new_table_name)
elif updata_option == 2:
while 1:
table_list = query_table()
table_option = input('请选择要更新人物的表号,如不查询按q返回\n: ')
try:
if table_option == 'q':
break
elif int(table_option) > len(table_list):
print('超出总表数,请从新选择。')
pass
else:
while 1:
table_name = table_list[int(table_option) - 1]
print('进入%s表' % table_name)
id_title = '请输入要更新的id: '
id = input_id(id_title)
judge = query_id(table_name, id)
i = 1
if judge != 1:
while 1:
judge_option = input('id%s未在%s中!\n1.添加新人物\n2.返回\n: ' % (id, table_name))
if judge_option == '1':
i = 1
break
elif judge_option == '2':
i = 0
break
else:
print('请输入正确信息!')
if i == 1:
name = input('请输入此id更新的name: ')
age_title = '请输入此id更新的age: '
age = input_age(age_title)
insert_or_update(table_name, id, name, age)
break
except:
print('请输入正确信息!')
elif updata_option == 3:
# 返回上一级
break
continue
elif option == 4:
# 删除数据
while 1:
delete_option = delete_options()
if delete_option == 1:
# 删除表
table_list = query_table()
table_option = input('请选择要删除的表号,如不删除按q返回\n: ')
try:
if table_option == 'q':
break
elif int(table_option) > len(table_list):
print('超出总表数,请从新选择。')
pass
else:
table_name = table_list[int(table_option) - 1]
delete_table(table_name)
except:
print('请输入有效信息!')
elif delete_option == 2:
# 删除人物
table_list = query_table()
delete_table_option = input('请选择要删除人物的表号,如不删除按q返回\n: ')
try:
if delete_table_option == 'q':
break
elif int(delete_table_option) > len(table_list):
print('超出总表数,请从新选择。')
else:
while 1:
table_name = table_list[int(delete_table_option) - 1]
query_data(table_name)
delete_id = input('请输入要删除的id, 如不删除按q返回\n: ')
try:
if delete_id == 'q':
break
elif int(delete_id):
delete_id = int(delete_id)
judge = query_id(table_name, id=delete_id)
if judge == 1:
delete_field(table_name, delete_id)
else:
print('id:%s 不存在!' % delete_id)
else:
print('请输入有效信息!')
except:
print('请输入有效信息!')
except:
print('请输入有效信息!')
elif delete_option == 3:
# 返回上一级
break
elif option == 5:
# 退出程序
print('系统退出成功')
db_close()
break
def test_content():
"""Greet correctly."""
assert hello('John') == 'Hello John'
def main():
print("This is the main function.")
hello()
def main():
hello()
try:
world()
except Exception as e:
print(e)
def test_hello():
results = hello()
assert results == "Hello!"
