def extract(self, filename, destination_dir):
""" Extract <filename> from the archive to <destination_dir>. """
assert isinstance(filename, unicode) and \
isinstance(destination_dir, unicode)
if not self._get_executable():
return
if not self.filenames_initialized:
self.list_contents()
tmplistfile = tempfile.NamedTemporaryFile(prefix='mcomix.7z.',
delete=False)
try:
desired_filename = self._original_filename(filename)
if isinstance(desired_filename, unicode):
desired_filename = desired_filename.encode('utf-8')
tmplistfile.write(desired_filename + os.linesep)
tmplistfile.close()
output = self._create_file(os.path.join(destination_dir, filename))
try:
process.call(
self._get_extract_arguments(list_file=tmplistfile.name),
stdout=output)
finally:
output.close()
finally:
os.unlink(tmplistfile.name)
def extract(self, filename, destination_dir):
""" Extract <filename> from the archive to <destination_dir>. """
assert isinstance(filename, unicode) and \
isinstance(destination_dir, unicode)
if not self._get_executable():
return
if not self.filenames_initialized:
self.list_contents()
tmplistfile = tempfile.NamedTemporaryFile(prefix='mcomix.7z.', delete=False)
try:
desired_filename = self._original_filename(filename)
if isinstance(desired_filename, unicode):
desired_filename = desired_filename.encode('utf-8')
tmplistfile.write(desired_filename + os.linesep)
tmplistfile.close()
output = self._create_file(os.path.join(destination_dir, filename))
try:
process.call(self._get_extract_arguments(list_file=tmplistfile.name),
stdout=output)
finally:
output.close()
finally:
os.unlink(tmplistfile.name)
def extract(self, filename, destination_dir):
self._create_directory(destination_dir)
destination_path = os.path.join(destination_dir, filename)
page_num = int(filename[0:-4])
# Try to find optimal DPI.
cmd = _mudraw_exec + _mudraw_trace_args + ["--", self.archive, str(page_num)]
log.debug("finding optimal DPI for %s: %s", filename, " ".join(cmd))
proc = process.popen(cmd)
try:
max_size = 0
max_dpi = PDF_RENDER_DPI_DEF
for line in proc.stdout:
match = self._fill_image_regex.match(line)
if not match:
continue
matrix = [float(f) for f in match.group("matrix").split()]
for size, coeff1, coeff2 in (
(int(match.group("width")), matrix[0], matrix[1]),
(int(match.group("height")), matrix[2], matrix[3]),
):
if size < max_size:
continue
render_size = math.sqrt(coeff1 * coeff1 + coeff2 * coeff2)
dpi = int(size * 72 / render_size)
if dpi > PDF_RENDER_DPI_MAX:
dpi = PDF_RENDER_DPI_MAX
max_size = size
max_dpi = dpi
finally:
proc.stdout.close()
proc.wait()
# Render...
cmd = _mudraw_exec + ["-r", str(max_dpi), "-o", destination_path, "--", self.archive, str(page_num)]
log.debug("rendering %s: %s", filename, " ".join(cmd))
process.call(cmd)
def extract(self, filename, destination_dir):
""" Extract <filename> from the archive to <destination_dir>. """
assert isinstance(filename, str) and \
isinstance(destination_dir, str)
if not self._get_executable():
return
if not self.filenames_initialized:
self.list_contents()
desired_filename = self._original_filename(filename)
cmd = self._get_extract_arguments() + [desired_filename]
with self._create_file(os.path.join(destination_dir,
filename)) as output:
process.call(cmd, stdout=output)
def extract(self, filename, destination_dir):
""" Extract <filename> from the archive to <destination_dir>. """
assert isinstance(filename, unicode) and \
isinstance(destination_dir, unicode)
if not self._get_executable():
return
if not self.filenames_initialized:
self.list_contents()
output = self._create_file(os.path.join(destination_dir, filename))
try:
process.call(
[self._get_executable()] + self._get_extract_arguments() +
[self.archive, self._original_filename(filename)],
stdout=output)
finally:
output.close()
def extract(self, filename, destination_dir):
''' Extract <filename> from the archive to <destination_dir>. '''
assert isinstance(filename, str) and \
isinstance(destination_dir, str)
if not self._get_executable():
return
if not self.filenames_initialized:
self.list_contents()
destination_path = os.path.join(destination_dir, filename)
with self._create_file(destination_path) as output:
process.call(
[self._get_executable()] + self._get_extract_arguments() +
[self.archive, self._original_filename(filename)],
stdout=output)
return destination_path
def extract(self, filename, destination_dir):
""" Extract <filename> from the archive to <destination_dir>. """
assert isinstance(filename, unicode) and \
isinstance(destination_dir, unicode)
if not self._get_executable():
return
if not self.filenames_initialized:
self.list_contents()
output = self._create_file(os.path.join(destination_dir, filename))
try:
process.call([self._get_executable()] +
self._get_extract_arguments() +
[self.archive, self._original_filename(filename)],
stdout=output)
finally:
output.close()
def extract(self, filename, destination_dir):
''' Extract <filename> from the archive to <destination_dir>. '''
assert isinstance(filename, str) and \
isinstance(destination_dir, str)
if not self._get_executable():
return
if not self.filenames_initialized:
self.list_contents()
destination_path = os.path.join(destination_dir, filename)
with tempfile.NamedTemporaryFile(mode='wt', prefix='mcomix.7z.') as tmplistfile:
desired_filename = self._original_filename(filename)
tmplistfile.write(desired_filename + os.linesep)
tmplistfile.flush()
with self._create_file(destination_path) as output:
process.call(self._get_extract_arguments(list_file=tmplistfile.name),
stdout=output)
return destination_path
def extract(self, filename, destination_dir):
self._create_directory(destination_dir)
destination_path = os.path.join(destination_dir, filename)
page_num = int(filename[0:-4])
# Try to find optimal DPI.
cmd = _mudraw_exec + _mudraw_trace_args + [
'--', self.archive, str(page_num)
]
log.debug('finding optimal DPI for %s: %s', filename, ' '.join(cmd))
proc = process.popen(cmd)
try:
max_size = 0
max_dpi = PDF_RENDER_DPI_DEF
for line in proc.stdout:
match = self._fill_image_regex.match(line)
if not match:
continue
matrix = [float(f) for f in match.group('matrix').split()]
for size, coeff1, coeff2 in (
(int(match.group('width')), matrix[0], matrix[1]),
(int(match.group('height')), matrix[2], matrix[3]),
):
if size < max_size:
continue
render_size = math.sqrt(coeff1 * coeff1 + coeff2 * coeff2)
dpi = int(size * 72 / render_size)
if dpi > PDF_RENDER_DPI_MAX:
dpi = PDF_RENDER_DPI_MAX
max_size = size
max_dpi = dpi
finally:
proc.stdout.close()
proc.wait()
# Render...
cmd = _mudraw_exec + [
'-r',
str(max_dpi), '-o', destination_path, '--', self.archive,
str(page_num)
]
log.debug('rendering %s: %s', filename, ' '.join(cmd))
process.call(cmd)
