def test_find_imported_modules4():
"freeze.find_imported_modules() Should filter the module path when it has more than one level"
# Given the following snippet
code = '''
from .relative import stuff
'''
# When I query the imported modules
names = freeze.find_imported_modules(code)
# Then I see that the result names match the imported modules in
# the code, skipping the local modules (.)
names.should.equal([])
def test_find_imported_modules4():
"freeze.find_imported_modules() Should filter the module path when it has more than one level"
# Given the following snipet
code = '''
from .relative import stuff
'''
# When I query the imported modules
names = freeze.find_imported_modules(code)
# Then I see that the result names match the imported modules in
# the code, skipping the local modules (.)
names.should.equal([])
def test_find_imported_modules3():
"freeze.find_imported_modules() Should skip any local imports (from . import x)"
# Given the following snipet
code = '''
from . import Image
import functools
'''
# When I query the imported modules
names = freeze.find_imported_modules(code)
# Then I see that the result names match the imported modules in
# the code, skipping the local modules (.)
names.should.equal(['functools'])
def test_find_imported_modules3():
"freeze.find_imported_modules() Should skip any local imports (from . import x)"
# Given the following snippet
code = '''
from . import Image
import functools
'''
# When I query the imported modules
names = freeze.find_imported_modules(code)
# Then I see that the result names match the imported modules in
# the code, skipping the local modules (.)
names.should.equal(['functools'])
def test_find_imported_modules2():
"freeze.find_imported_modules() Should also find imports declared with 'from x import y' syntax"
# Given the following snipet
code = '''
from PIL import Image
def blah(): pass
import functools
print(curdling)
'''
# When I query the imported modules
names = freeze.find_imported_modules(code)
# Then I see that the result names match the imported modules in
# the code
names.should.equal(['PIL', 'functools'])
def test_find_imported_modules():
"freeze.find_imported_modules() Should find all the imported modules in a string with Python code"
# Given the following snipet
code = '''
import curdling
def blah(): pass
import math
print(curdling)
'''
# When I query the imported modules
names = freeze.find_imported_modules(code)
# Then I see that the result names match the imported modules in
# the code
names.should.equal(['curdling', 'math'])
def test_find_imported_modules2():
"freeze.find_imported_modules() Should also find imports declared with 'from x import y' syntax"
# Given the following snippet
code = '''
from PIL import Image
def blah(): pass
import functools
print(curdling)
'''
# When I query the imported modules
names = freeze.find_imported_modules(code)
# Then I see that the result names match the imported modules in
# the code
names.should.equal(['PIL', 'functools'])
def test_find_imported_modules():
"freeze.find_imported_modules() Should find all the imported modules in a string with Python code"
# Given the following snippet
code = '''
import curdling
def blah(): pass
import math
print(curdling)
'''
# When I query the imported modules
names = freeze.find_imported_modules(code)
# Then I see that the result names match the imported modules in
# the code
names.should.equal(['curdling', 'math'])
