def objects():
Project = rt.modules.tickets.Project
Ticket = rt.modules.tickets.Ticket
TicketStates = rt.modules.tickets.TicketStates
prj = Project(name="Lino")
yield prj
settings.SITE.loading_from_dump = True
for ln in TICKETS.splitlines():
ln = ln.strip()
if ln:
a = ln.split(':')
state = TicketStates.accepted
a2 = []
for i in a:
if '[closed]' in i:
state = TicketStates.closed
i = i.replace('[closed]', '')
a2.append(i.strip())
num = a2[0][1:]
title = a2[1]
import lino
fn = Path(lino.__file__).parent.parent.child('docs', 'tickets')
fn = fn.child(num + '.rst')
kw = dict()
kw.update(created=datetime.datetime.fromtimestamp(fn.ctime()))
kw.update(modified=datetime.datetime.fromtimestamp(fn.mtime()))
kw.update(id=int(num), summary=title, project=prj, state=state)
logger.info("%s %s", fn, kw['modified'])
kw.update(description=fn.read_file())
# fd = open(fn)
yield Ticket(**kw)
def objects():
Project = rt.models.tickets.Project
Ticket = rt.models.tickets.Ticket
TicketStates = rt.models.tickets.TicketStates
prj = Project(name="Lino")
yield prj
settings.SITE.loading_from_dump = True
for ln in TICKETS.splitlines():
ln = ln.strip()
if ln:
a = ln.split(':')
state = TicketStates.accepted
a2 = []
for i in a:
if '[closed]' in i:
state = TicketStates.closed
i = i.replace('[closed]', '')
a2.append(i.strip())
num = a2[0][1:]
title = a2[1]
import lino
fn = Path(lino.__file__).parent.parent.child('docs', 'tickets')
fn = fn.child(num + '.rst')
kw = dict()
kw.update(created=datetime.datetime.fromtimestamp(fn.ctime()))
kw.update(modified=datetime.datetime.fromtimestamp(fn.mtime()))
kw.update(id=int(num), summary=title, project=prj, state=state)
logger.info("%s %s", fn, kw['modified'])
kw.update(description=fn.read_file())
# fd = open(fn)
yield Ticket(**kw)
print("\n*** Expand, Expand User and Expand Vars")
print(Path("~").expand_user()) # Expands ~ to a absolute path name
print(Path("$HOME").expand_vars()) # Expands system variables
print(Path("/home/luke/..").norm()) # Expands .. and . notation
print(Path("$HOME/..").expand()) # Expands system variables, ~ and also ..
# Expands system variable and ~. Will also normalise the path ( remove redundant
# .. . incorrect slashes and correct capitalisation on case sensitive file systems. Calls os.path.normpath
# File Attributes and permissions
print("\n*** File Attributes and permissions")
# noinspection PyArgumentList
print(here.atime()) # Last access time; seconds past epcoh
# noinspection PyArgumentList
print(here.ctime()) # Last permission or ownership modification; windows is creation time;
# noinspection PyArgumentList
print(here.isfile()) # Is a file; symbolic links are followed.
print(here.isdir()) # Is a directory; symbolic links are followed.
# noinspection PyArgumentList
print(here.islink()) # Is a symbolic link
# noinspection PyArgumentList
print(here.ismount()) # Is a mount point; ie the parent is on a different device.
# noinspection PyArgumentList
print(here.exists()) # File exists; symbolic links are followed.
# noinspection PyArgumentList
print(here.lexists()) # Same as exists but symbolic links are not followed.
# noinspection PyArgumentList
print(here.size()) # File size in bytes.
print(Path("/foo").isabsolute()) # Is absolute and not relative path
print("\n*** Expand, Expand User and Expand Vars")
print(Path("~").expand_user()) # Expands ~ to a absolute path name
print(Path("$HOME").expand_vars()) # Expands system variables
print(Path("/home/luke/..").norm()) # Expands .. and . notation
print(Path("$HOME/..").expand()) # Expands system variables, ~ and also ..
# Expands system variable and ~. Will also normalise the path ( remove redundant
# .. . incorrect slashes and correct capitalisation on case sensitive file systems. Calls os.path.normpath
# File Attributes and permissions
print("\n*** File Attributes and permissions")
# noinspection PyArgumentList
print(here.atime()) # Last access time; seconds past epcoh
# noinspection PyArgumentList
print(here.ctime()
) # Last permission or ownership modification; windows is creation time;
# noinspection PyArgumentList
print(here.isfile()) # Is a file; symbolic links are followed.
print(here.isdir()) # Is a directory; symbolic links are followed.
# noinspection PyArgumentList
print(here.islink()) # Is a symbolic link
# noinspection PyArgumentList
print(here.ismount()
) # Is a mount point; ie the parent is on a different device.
# noinspection PyArgumentList
print(here.exists()) # File exists; symbolic links are followed.
# noinspection PyArgumentList
print(here.lexists()) # Same as exists but symbolic links are not followed.
# noinspection PyArgumentList
print(here.size()) # File size in bytes.
def __get_image_tag(self, image):
"""
Get a path to a image file and return the tags to sort this image
:param image: (str or unipath.Path) path to an image file
:return: (tuple) with the tags to sort the image
"""
# load sorting methods
criteria = [self.sort]
if self.sub_sorts:
criteria.extend(self.sub_sorts)
full_tags = list()
# find all tags
for criterion in criteria:
# method for size
if criterion == 'size':
image_properties = dimensions(str(image))
tag = '{}x{}'.format(image_properties[0], image_properties[1])
full_tags.append(self.__image_tag(tag))
# method for date
if criterion == 'date':
# set possible date exif keys
keys = ['Image DateTime',
'EXIF DateTimeDigitized',
'GPS GPSDate']
# fetch the key values
with open(image, 'r') as file_handler:
exif = process_file(file_handler)
for key in keys:
tag = exif.get(key, False)
if tag:
break
if not tag:
file_path = Path(image)
tag = strftime('%Y:%m:%d', localtime(file_path.ctime()))
# create sub tags
tag = str(tag)
if tag != 'Undefined Date':
if len(tag.strip()) > 10:
date_tag = datetime.strptime(tag, '%Y:%m:%d %H:%M:%S')
else:
date_tag = datetime.strptime(tag, '%Y:%m:%d')
for sub_tag in ['%Y', '%m', '%d']:
formatted = date_tag.strftime(sub_tag)
full_tags.append(self.__image_tag(formatted, True))
else:
full_tags.append(self.__image_tag(tag))
# method for origin
if criterion == 'origin':
# fetch the key values
with open(image, 'r') as file_handler:
# get info
exif = process_file(file_handler)
model = exif.get('Image Model', False)
software = exif.get('Image Software', False)
make = exif.get('Image Make', False)
# if software is just a version number, skip it
regex = compile('[^a-zA-Z]+')
test = str(software)
if len(regex.sub('', test.replace('Camera', ''))) == 0:
software = False
# generate tag
if model and software:
tag = '{} - {}'.format(model, software)
elif model:
tag = str(model)
elif software:
tag = str(software)
elif make:
tag = str(make)
else:
tag = 'Undefined Origin'
# append tag
full_tags.append(self.__image_tag(tag))
return tuple(full_tags)
