def test_sub():
"""测试两个集合相减是否正常工作。
"""
fc1 = FileCollection.from_path(dir_path)
fc2 = FileCollection.from_path(dir_path)
fc = fc1 - fc2
assert fc.howmany == 0
def test_from_path_except():
"""测试from_path_except方法是否能正常工作。
"""
fc = FileCollection.from_path_except(dir_path, ignore=[
"subfolder",
])
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "root_image.jpg"]
expect.sort()
assert basename_list == expect
fc = FileCollection.from_path_except(dir_path, ignore_ext=[".jpg"])
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "sub_file.txt"]
expect.sort()
assert basename_list == expect
fc = FileCollection.from_path_except(dir_path, ignore_pattern=["image"])
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "sub_file.txt"]
expect.sort()
assert basename_list == expect
def test_sub():
"""测试两个集合相减是否正常工作。
"""
fc1 = FileCollection.from_path(dir_path)
fc2 = FileCollection.from_path(dir_path)
fc = fc1 - fc2
assert fc.howmany == 0
def test_add_and_remove():
"""测试添加WinFile和删除WinFile的方法是否正常工作。
"""
fc = FileCollection()
fc.add(__file__)
assert fc.howmany == 1
fc.remove(__file__)
assert fc.howmany == 0
def test_from_path_by_size():
"""测试from_from_path_by_size方法是否能正常工作。
"""
fc = FileCollection.from_path_by_size(dir_path, min_size=1024)
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_image.jpg", "sub_image.jpg"]
expect.sort()
assert basename_list == expect
fc = FileCollection.from_path_by_size(dir_path, max_size=1024)
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "sub_file.txt"]
expect.sort()
assert basename_list == expect
def test_from_path_by_ext():
"""测试from_path_by_ext方法是否能正常工作。
"""
fc = FileCollection.from_path_by_ext(dir_path, ext=".jpg")
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_image.jpg", "sub_image.jpg"]
expect.sort()
assert basename_list == expect
fc = FileCollection.from_path_by_ext(dir_path, ext=[".txt"])
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "sub_file.txt"]
expect.sort()
assert basename_list == expect
def test_from_path_by_md5():
WinFile.set_initialize_mode(complexity=3)
winfile = WinFile(__file__)
WinFile.set_initialize_mode(complexity=2)
res = FileCollection.from_path_by_md5(os.getcwd(), winfile.md5)
assert res[0].basename == "test_files.py"
def test_from_path_by_ext():
"""测试from_path_by_ext方法是否能正常工作。
"""
fc = FileCollection.from_path_by_ext(dir_path, ext=".jpg")
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_image.jpg", "sub_image.jpg"]
expect.sort()
assert basename_list == expect
fc = FileCollection.from_path_by_ext(dir_path, ext=[".txt"])
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "sub_file.txt"]
expect.sort()
assert basename_list == expect
def test_from_path_by_size():
"""测试from_from_path_by_size方法是否能正常工作。
"""
fc = FileCollection.from_path_by_size(dir_path, min_size=1024)
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_image.jpg", "sub_image.jpg"]
expect.sort()
assert basename_list == expect
fc = FileCollection.from_path_by_size(dir_path, max_size=1024)
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "sub_file.txt"]
expect.sort()
assert basename_list == expect
def test_from_path_by_md5():
WinFile.set_initialize_mode(complexity=3)
winfile = WinFile(__file__)
WinFile.set_initialize_mode(complexity=2)
res = FileCollection.from_path_by_md5(os.getcwd(), winfile.md5)
assert res[0].basename == "test_files.py"
def test_yield_file():
print("{:=^100}".format("yield_all_file_path"))
for abspath in FileCollection.yield_all_file_path(dir_path):
print(abspath)
print("{:=^100}".format("yield_all_winfile"))
for winfile in FileCollection.yield_all_winfile(dir_path):
print(repr(winfile))
print("{:=^100}".format("yield_all_top_file_path"))
for abspath in FileCollection.yield_all_top_file_path(dir_path):
print(abspath)
print("{:=^100}".format("yield_all_top_winfile"))
for winfile in FileCollection.yield_all_top_winfile(dir_path):
print(repr(winfile))
def test_yield_file():
print("{:=^100}".format("yield_all_file_path"))
for abspath in FileCollection.yield_all_file_path(dir_path):
print(abspath)
print("{:=^100}".format("yield_all_winfile"))
for winfile in FileCollection.yield_all_winfile(dir_path):
print(repr(winfile))
print("{:=^100}".format("yield_all_top_file_path"))
for abspath in FileCollection.yield_all_top_file_path(dir_path):
print(abspath)
print("{:=^100}".format("yield_all_top_winfile"))
for winfile in FileCollection.yield_all_top_winfile(dir_path):
print(repr(winfile))
def test_from_path():
fc = FileCollection.from_path(dir_path)
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "root_image.jpg",
"sub_file.txt", "sub_image.jpg"]
expect.sort()
assert basename_list == expect
def test_from_path_by_pattern():
"""测试from_path_by_pattern方法是否能正常工作。
"""
fc = FileCollection.from_path_by_pattern(dir_path, pattern=["sub"])
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["sub_file.txt", "sub_image.jpg"]
expect.sort()
assert basename_list == expect
def test_from_path():
fc = FileCollection.from_path(dir_path)
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = [
"root_file.txt", "root_image.jpg", "sub_file.txt", "sub_image.jpg"
]
expect.sort()
assert basename_list == expect
def test_from_path_by_pattern():
"""测试from_path_by_pattern方法是否能正常工作。
"""
fc = FileCollection.from_path_by_pattern(dir_path, pattern=["sub"])
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["sub_file.txt", "sub_image.jpg"]
expect.sort()
assert basename_list == expect
def test_sort():
"""测试排序功能是否正常工作。
"""
fc = FileCollection.from_path(dir_path)
fc.sort_by_abspath()
fc.sort_by_dirname()
fc.sort_by_fname()
fc.sort_by_ext()
fc.sort_by_atime()
fc.sort_by_ctime()
fc.sort_by_mtime()
fc.sort_by_size()
def test_sort():
"""测试排序功能是否正常工作。
"""
fc = FileCollection.from_path(dir_path)
fc.sort_by_abspath()
fc.sort_by_dirname()
fc.sort_by_fname()
fc.sort_by_ext()
fc.sort_by_atime()
fc.sort_by_ctime()
fc.sort_by_mtime()
fc.sort_by_size()
def test_add_and_remove():
"""测试添加WinFile和删除WinFile的方法是否正常工作。
"""
fc = FileCollection()
fc.add(__file__)
assert fc.howmany == 1
fc.remove(__file__)
assert fc.howmany == 0
def backup_dir(filename,
root_dir,
ignore=None,
ignore_ext=None,
ignore_pattern=None):
"""The backup utility method. Basically it just add files that need to be
backupped to zip archives.
:param filename: the output file name, DO NOT NEED FILE EXTENSION.
:param root_dir: the directory you want to backup.
:param ignore: file or directory defined in this list will be ignored.
:param ignore_ext: file with extensions defined in this list will be ignored.
:param ignore_pattern: any file or directory that contains this pattern
will be ignored.
"""
tab = " "
# Step 1, calculate files to backup
root_dir = os.path.abspath(root_dir)
print("Perform backup '%s'..." % root_dir)
print(tab + "1. Calculate files...")
total_size_in_bytes = 0
init_mode = WinFile.init_mode
WinFile.use_regular_init()
fc = FileCollection.from_path_except(root_dir, ignore, ignore_ext,
ignore_pattern)
WinFile.set_initialize_mode(complexity=init_mode)
for winfile in fc.iterfiles():
total_size_in_bytes += winfile.size_on_disk
# Step 2, write files to zip archive
print(tab * 2 + "Done, got %s files, total size is %s." %
(len(fc), repr_data_size(total_size_in_bytes)))
print(tab + "2. Backup files...")
basename = "%s %s.zip" % (filename,
datetime.now().strftime("%Y-%m-%d %Hh-%Mm-%Ss"))
print(tab * 2 + "Write to '%s'..." % basename)
current_dir = os.getcwd()
with ZipFile(basename, "w") as f:
os.chdir(root_dir)
for winfile in fc.iterfiles():
relpath = os.path.relpath(winfile.abspath, root_dir)
f.write(relpath)
os.chdir(current_dir)
print(tab + "Complete!")
def test_from_path_except():
"""测试from_path_except方法是否能正常工作。
"""
fc = FileCollection.from_path_except(dir_path, ignore=["subfolder", ])
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "root_image.jpg"]
expect.sort()
assert basename_list == expect
fc = FileCollection.from_path_except(dir_path, ignore_ext=[".jpg"])
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "sub_file.txt"]
expect.sort()
assert basename_list == expect
fc = FileCollection.from_path_except(dir_path, ignore_pattern=["image"])
basename_list = [winfile.basename for winfile in fc.iterfiles()]
basename_list.sort()
expect = ["root_file.txt", "sub_file.txt"]
expect.sort()
assert basename_list == expect
def test_add():
"""测试两个集合相加是否正常工作。
"""
fc1 = FileCollection.from_path(dir_path)
fc2 = FileCollection.from_path(dir_path)
fc3 = FileCollection()
fc3.add(__file__)
fc = fc1 + fc2 + fc3
assert fc.howmany == 5
fc = FileCollection.sum([fc1, fc2, fc3])
assert fc.howmany == 5
def backup_dir(filename, root_dir, ignore=None, ignore_ext=None, ignore_pattern=None):
"""The backup utility method. Basically it just add files that need to be
backupped to zip archives.
:param filename: the output file name, DO NOT NEED FILE EXTENSION.
:param root_dir: the directory you want to backup.
:param ignore: file or directory defined in this list will be ignored.
:param ignore_ext: file with extensions defined in this list will be ignored.
:param ignore_pattern: any file or directory that contains this pattern
will be ignored.
"""
tab = " "
# Step 1, calculate files to backup
root_dir = os.path.abspath(root_dir)
print("Perform backup '%s'..." % root_dir)
print(tab + "1. Calculate files...")
total_size_in_bytes = 0
init_mode = WinFile.init_mode
WinFile.use_regular_init()
fc = FileCollection.from_path_except(
root_dir, ignore, ignore_ext, ignore_pattern)
WinFile.set_initialize_mode(complexity=init_mode)
for winfile in fc.iterfiles():
total_size_in_bytes += winfile.size_on_disk
# Step 2, write files to zip archive
print(tab * 2 + "Done, got %s files, total size is %s." % (
len(fc), repr_data_size(total_size_in_bytes)))
print(tab + "2. Backup files...")
basename = "%s %s.zip" % (
filename, datetime.now().strftime("%Y-%m-%d %Hh-%Mm-%Ss"))
print(tab * 2 + "Write to '%s'..." % basename)
current_dir = os.getcwd()
with ZipFile(basename, "w") as f:
os.chdir(root_dir)
for winfile in fc.iterfiles():
relpath = os.path.relpath(winfile.abspath, root_dir)
f.write(relpath)
os.chdir(current_dir)
print(tab + "Complete!")
def test_add():
"""测试两个集合相加是否正常工作。
"""
fc1 = FileCollection.from_path(dir_path)
fc2 = FileCollection.from_path(dir_path)
fc3 = FileCollection()
fc3.add(__file__)
fc = fc1 + fc2 + fc3
assert fc.howmany == 5
fc = FileCollection.sum([fc1, fc2, fc3])
assert fc.howmany == 5
def test_from_path_by_criterion():
def image_filter(winfile):
if winfile.ext in [".jpg", ".png"]:
return True
else:
return False
fc_yes, fc_no = FileCollection.from_path_by_criterion(
dir_path, image_filter, keepboth=True)
basename_list = [winfile.basename for winfile in fc_yes.iterfiles()]
basename_list.sort()
expect_yes = ["root_image.jpg", "sub_image.jpg"]
expect_yes.sort()
assert basename_list == expect_yes
basename_list = [winfile.basename for winfile in fc_no.iterfiles()]
basename_list.sort()
expect_no = ["root_file.txt", "sub_file.txt"]
expect_no.sort()
def run(self):
"""Run analysis.
The basic idea is to recursively find all script files in specific
programming language, and analyze each file then sum it up.
"""
n_target_file, n_other_file = 0, 0
code, comment, docstr, purecode = 0, 0, 0, 0
fc = FileCollection.from_path_except(self.workspace, self.ignore)
fc_yes, fc_no = fc.select(self.filter, keepboth=True)
n_other_file += len(fc_no)
for abspath in fc_yes:
try:
with open(abspath, "rb") as f:
code_text = f.read().decode("utf-8")
code_, comment_, docstr_, purecode_ = self.analyzer(
code_text)
code += code_
comment += comment_
docstr += docstr_
purecode += purecode_
n_target_file += 1
except Exception as e:
n_other_file += 1
lines = list()
lines.append("Code statistic result for '%s'" % self.workspace)
lines.append(" %r %r files, %r other files." %
(n_target_file, self.language, n_other_file))
lines.append(" code line: %s" % code)
lines.append(" comment line: %s" % comment)
lines.append(" docstr line: %s" % docstr)
lines.append(" purecode line: %s" % purecode)
message = "\n".join(lines)
print(message)
return message
def test_from_path_by_criterion():
def image_filter(winfile):
if winfile.ext in [".jpg", ".png"]:
return True
else:
return False
fc_yes, fc_no = FileCollection.from_path_by_criterion(dir_path,
image_filter,
keepboth=True)
basename_list = [winfile.basename for winfile in fc_yes.iterfiles()]
basename_list.sort()
expect_yes = ["root_image.jpg", "sub_image.jpg"]
expect_yes.sort()
assert basename_list == expect_yes
basename_list = [winfile.basename for winfile in fc_no.iterfiles()]
basename_list.sort()
expect_no = ["root_file.txt", "sub_file.txt"]
expect_no.sort()
def test_show_patterned_file():
FileCollection.show_patterned_file(dir_path, ["image", ])
def test_show_patterned_file():
FileCollection.show_patterned_file(dir_path, [
"image",
])
def test_show_big_file():
FileCollection.show_big_file(dir_path, 1000)
def test_create_fake_mirror():
src = dir_path
dst = dir_path.replace("testdir", "testdir_mirror")
FileCollection.create_fake_mirror(src, dst)
def test_create_fake_mirror():
src = dir_path
dst = dir_path.replace("testdir", "testdir_mirror")
FileCollection.create_fake_mirror(src, dst)
def test_show_big_file():
FileCollection.show_big_file(dir_path, 1000)
