def find_imports(self):
from pysource.api import parse_source
try:
source_ast = parse_source(self.content)
except SyntaxError:
logger.warn("`%s...` is not parsable!", self.content[:100])
self.imports = []
return
import_names = set(get_import_names(source_ast))
imports = []
for import_name in import_names:
try:
try:
import_object = import_module(self, import_name)
except ImportError:
# Probably because that the package is not installed
package_name = import_name.split(".")[0]
try:
import_object = AbsoluteImport.from_package(self.space.find_package(package_name), import_name)
except ImportError:
continue # Just ignore this import for now.
except FileExecutionError:
continue
imports.append(import_object)
#
self.imports = imports
def test_extract_attr():
code = '''
import sys
sys.stdin.write('hello, world!\\n')
'''
module_node = parse_source(code)
module_accessors = list(get_module_accessors(module_node))
#
assert 'sys.stdin' in module_accessors
assert 'sys.stdin.write' in module_accessors
def test_extract_attr():
code = '''
import sys
sys.stdin.write('hello, world!\\n')
'''
module_node = parse_source(code)
module_accessors = list(get_module_accessors(module_node))
#
assert 'sys.stdin' in module_accessors
assert 'sys.stdin.write' in module_accessors
def test_get_import_names():
code = '''
import foo.bar
def foo():
def bar():
from modulename import funcname
'''
module_node = parse_source(code)
import_names = list(get_import_names(module_node))
#
assert 'foo.bar' in import_names
assert 'modulename.funcname' in import_names
def test_get_import_names():
code = '''
import foo.bar
def foo():
def bar():
from modulename import funcname
'''
module_node = parse_source(code)
import_names = list(get_import_names(module_node))
#
assert 'foo.bar' in import_names
assert 'modulename.funcname' in import_names
def main(argv):
try:
filename = argv[1]
except IndexError:
print 'usage: %s [filename]' % argv[0]
return 1
#
with open(filename) as f:
module_node = parse_source(f.read())
import_names = list(get_import_names(module_node))
accessors = list(get_module_accessors(module_node))
print import_names
print accessors
def test_extract_attr_with_from_and_as():
code = '''
from sys import stdin as mystdin
mystdin.write('hello, world!\\n')
from os.path import dirname as mydirname
print mydirname(__file__)
'''
module_node = parse_source(code)
module_accessors = list(get_module_accessors(module_node))
#
assert 'sys.stdin.write' in module_accessors
assert 'os.path.dirname' in module_accessors
def test_extract_attr_with_from_and_as():
code = '''
from sys import stdin as mystdin
mystdin.write('hello, world!\\n')
from os.path import dirname as mydirname
print mydirname(__file__)
'''
module_node = parse_source(code)
module_accessors = list(get_module_accessors(module_node))
#
assert 'sys.stdin.write' in module_accessors
assert 'os.path.dirname' in module_accessors
def main(argv):
try:
filename = argv[1]
except IndexError:
print 'usage: %s [filename]' % argv[0]
return 1
#
with open(filename) as f:
module_node = parse_source(f.read())
import_names = list(get_import_names(module_node))
accessors = list(get_module_accessors(module_node))
print import_names
print accessors
def parseCode(string):
node = api.parse_source(string)
import_names = list(api.get_import_names(node))
package = []
funcs = []
for item in import_names:
if len(item.split('.')) > 1:
pac = item.split('.')[0]
fun = item.split('.')[1]
package.append(pac)
funcs.append(fun)
else:
package.append(item)
return set(package), set(funcs)
def parseCode(string):
node = api.parse_source(string)
import_names = list(api.get_import_names(node))
package = []
funcs = []
for item in import_names:
if len(item.split('.')) >1:
pac = item.split('.')[0]
fun = item.split('.')[1]
package.append(pac)
funcs.append(fun)
else:
package.append(item)
return set(package),set(funcs)
def parseFile(filename):
with open(filename) as f:
node = api.parse_source(f.read())
import_names = list(api.get_import_names(node))
package = []
funcs = []
for item in import_names:
if len(item.split('.')) > 1:
pac = item.split('.')[0]
fun = item.split('.')[1]
package.append(pac)
funcs.append(fun)
else:
package.append(item)
return set(package), set(funcs)
def parseFile(filename):
with open(filename) as f:
node = api.parse_source(f.read())
import_names = list(api.get_import_names(node))
package = []
funcs = []
for item in import_names:
if len(item.split('.')) >1:
pac = item.split('.')[0]
fun = item.split('.')[1]
package.append(pac)
funcs.append(fun)
else:
package.append(item)
return set(package),set(funcs)
def gen_subgraph_from_code(code):
try:
module = parse_source(code)
except SyntaxError:
return {}
return gen_subgraph_from_keywords(get_import_names(module))
def gen_subgraph_from_code(code):
try:
module = parse_source(code)
except SyntaxError:
return {}
return gen_subgraph_from_keywords(get_import_names(module))