def test_zipify5():
a = unpack("tests/files/tar_plain2.tar")
b = unpack("foo.zip", zipify(a, "notthepassword"))
assert b.children[0].mode == "failed"
# Fortunately sflock is capable of bruteforcing "password".
b = unpack("foo.zip", zipify(a, "password"))
assert len(a.children) == len(b.children)
assert a.children[0].relapath == b.children[0].relapath
assert a.children[0].contents == b.children[0].contents
assert a.children[1].relapath == b.children[1].relapath
assert a.children[1].contents == b.children[1].contents
def test_zipify5():
a = unpack("tests/files/tar_plain2.tar")
b = unpack("foo.zip", zipify(a, "notthepassword"))
assert b.children[0].mode == "failed"
# Fortunately sflock is capable of bruteforcing "password".
b = unpack("foo.zip", zipify(a, "password"))
assert len(a.children) == len(b.children)
assert a.children[0].relapath == b.children[0].relapath
assert a.children[0].contents == b.children[0].contents
assert a.children[1].relapath == b.children[1].relapath
assert a.children[1].contents == b.children[1].contents
def test_invalid_characters(self):
"""Tests .zip files with invalid character filenames in it, which
can't be unpacked on Windows."""
buf = io.BytesIO()
z = zipfile.ZipFile(buf, "w")
z.writestr('foo"bar', "foo1")
z.writestr("foo*bar", "foo2")
z.writestr("foo<bar", "foo3")
z.writestr("foo>bar", "foo4")
z.writestr("foo?bar", "foo5")
z.writestr("foo@bar", "foo5")
z.writestr("1.js", "bar")
z.close()
dirpath = tempfile.mkdtemp()
# Test that zipfile.ZipFile().extractall() works on our zipped
# version after unpacking. Zipception, basically.
f = zipify(unpack(contents=buf.getvalue()))
zipfile.ZipFile(io.BytesIO(f)).extractall(dirpath)
assert len(os.listdir(dirpath)) == 2
filepath1 = os.path.join(dirpath, "foo@bar")
filepath2 = os.path.join(dirpath, "1.js")
assert open(filepath1, "rb").read() == b"foo5"
assert open(filepath2, "rb").read() == b"bar"
def test_zipify4():
a = unpack("tests/files/tar_plain2.tar")
b = unpack("foo.zip", zipify(a))
assert len(a.children) == len(b.children)
assert a.children[0].filepath == b.children[0].filepath
assert a.children[0].contents == b.children[0].contents
assert a.children[1].filepath == b.children[1].filepath
assert a.children[1].contents == b.children[1].contents
def test_zipify4():
a = unpack(b"tests/files/tar_plain2.tar")
b = unpack(b"foo.zip", zipify(a))
assert len(a.children) == len(b.children)
assert a.children[0].relapath == b.children[0].relapath
assert a.children[0].contents == b.children[0].contents
assert a.children[1].relapath == b.children[1].relapath
assert a.children[1].contents == b.children[1].contents
def test_zipify4():
a = unpack("tests/files/tar_plain2.tar")
b = unpack(File(contents=zipify(a)).temp_path())
assert len(a.children) == len(b.children)
assert a.children[0].relapath == b.children[0].relapath
assert a.children[0].contents == b.children[0].contents
assert a.children[1].relapath == b.children[1].relapath
assert a.children[1].contents == b.children[1].contents
def test_corrupt_directory(self):
"""Tests .zip files with an incorrectly named directory in it, namely
by its filename missing the trailing slash."""
buf = io.BytesIO()
z = zipfile.ZipFile(buf, "w")
z.writestr("foo", "")
z.writestr("foo/bar", "baz")
z.close()
dirpath = tempfile.mkdtemp()
# Test that zipfile.ZipFile().extractall() works on our zipped
# version after unpacking. Zipception, basically.
f = zipify(unpack(contents=buf.getvalue()))
zipfile.ZipFile(io.BytesIO(f)).extractall(dirpath)
filepath = os.path.join(dirpath, "foo", "bar")
assert open(filepath, "rb").read() == b"baz"
def test_whitespace_filename(self):
"""Tests .zip files with whitespace filenames in it, which can't be
unpacked on Windows."""
buf = io.BytesIO()
z = zipfile.ZipFile(buf, "w")
z.writestr(" ", "foo")
z.writestr(" ", "bar")
z.writestr("1.js", "baz")
z.close()
dirpath = tempfile.mkdtemp()
# Test that zipfile.ZipFile().extractall() works on our zipped
# version after unpacking. Zipception, basically.
f = zipify(unpack(contents=buf.getvalue()))
zipfile.ZipFile(io.BytesIO(f)).extractall(dirpath)
assert len(os.listdir(dirpath)) == 3
filepath = os.path.join(dirpath, "1.js")
assert open(filepath, "rb").read() == b"baz"
def test_zipify3():
a = unpack("tests/files/7z_nested2.7z")
b = unpack("foo.zip", zipify(a))
assert len(a.children) == len(b.children)
assert a.children[0].filepath == b.children[0].filepath
assert a.children[0].contents == b.children[0].contents
def test_zipify3():
a = unpack(b"tests/files/7z_nested2.7z")
b = unpack(b"foo.zip", zipify(a))
assert len(a.children) == len(b.children)
assert a.children[0].relapath == b.children[0].relapath
assert a.children[0].contents == b.children[0].contents
def test_zipify3():
a = unpack("tests/files/7z_nested2.7z")
b = unpack(File(contents=zipify(a)).temp_path())
assert len(a.children) == len(b.children)
assert a.children[0].relapath == b.children[0].relapath
assert a.children[0].contents == b.children[0].contents
def test_zipify1():
a = unpack("tests/files/tar_plain.tar")
b = unpack("foo.zip", zipify(a))
assert len(a.children) == len(b.children)
assert a.children[0].filepath == b.children[0].filepath
assert a.children[0].contents == b.children[0].contents
def test_zipify2():
a = unpack("tests/files/zip_nested.zip")
b = unpack("foo.zip", zipify(a))
assert len(a.children) == len(b.children)
assert a.children[0].filepath == b.children[0].filepath
assert a.children[0].contents == b.children[0].contents
def test_zipify2():
a = unpack("tests/files/zip_nested.zip")
b = unpack("foo.zip", zipify(a))
assert len(a.children) == len(b.children)
assert a.children[0].relapath == b.children[0].relapath
assert a.children[0].contents == b.children[0].contents
