def GetTmuxSessionNames(): #{{{
ListSessions = system('tmux list-sessions')
if not ListSessions.startswith(connectFailed):
ListSessions = system("tmux list-sessions -F '#S'")
return ListSessions.split("\n")
else:
return []
def GetTmuxNPanes(SName): #{{{
ListSessions = system('tmux list-sessions')
if not ListSessions.startswith(connectFailed):
NPanes = system("tmux list-windows -t "+SName+" -F '#{window_panes}'")
return NPanes.split("\n")
else:
return []
def GetTmuxWindowNames(SName): #{{{
ListSessions = system('tmux list-sessions')
if not ListSessions.startswith(connectFailed):
ListWindows = system("tmux list-windows -t " + SName + " -F '#W'")
return ListWindows.split("\n")
else:
return []
def GetTmuxSessionNames(): #{{{
ListSessions = system('tmux list-sessions')
if not ListSessions.startswith(connectFailed):
ListSessions = system("tmux list-sessions -F '#S'")
return ListSessions.split("\n")
else:
return []
def GetTmuxWindowNames(SName): #{{{
ListSessions = system('tmux list-sessions')
if not ListSessions.startswith(connectFailed):
ListWindows = system("tmux list-windows -t "+SName+" -F '#W'")
return ListWindows.split("\n")
else:
return []
def GetTmuxNPanes(SName): #{{{
ListSessions = system('tmux list-sessions')
if not ListSessions.startswith(connectFailed):
NPanes = system("tmux list-windows -t " + SName +
" -F '#{window_panes}'")
return NPanes.split("\n")
else:
return []
def play(target):
movie = get_movie(target)
log('Using movie at {}'.format(movie))
subtitles = get_subtitles(target)
log('Using subtitles at {}'.format(subtitles))
if platform.system() == 'Windows':
system([r'C:\Program Files (x86)\VideoLAN\VLC\vlc.exe', movie, '--sub-file', subtitles])
else:
os.system("echo 'on 0' | cec-client -s")
system_child([r'omxplayer', movie, '--subtitles', subtitles, '-b'])
def GetTmuxWorkspace(): #{{{
# NOTE: This function will die soon!
ListSessions = system('tmux list-sessions')
if not ListSessions.startswith(connectFailed):
ListSessions = ListSessions.split("\n")
Sessions = []
for i in range(len(ListSessions)):
ListSessions[i] = ListSessions[i].split("windows")[0].split(":")[0]
Sessions.append({'name': ListSessions[i], 'windows': []})
for i in range(len(Sessions)):
ListWindows = system('tmux list-windows -t ' + Sessions[i]['name'])
ListWindows = ListWindows.split("\n")
for j in range(len(ListWindows)):
# Search for Number and Name
find = re.findall(r"[0-9]+: [\w]+", ListWindows[j])
find = find[0].split(":")
WNumber = int(find[0])
WName = find[1].strip()
# Search for Size
WSize = re.findall(r"\[[\d]+x[\d]+\]",
ListWindows[j])[0].strip(r"(?:[|])")
# Search for Layout
WLayout = re.findall(r"\[layout [\d\w,\[\]\{\}]+\]",
ListWindows[j])[0].strip(r"[layout")
WLayout = re.sub(r"]$", "", WLayout)
# Search for Number of Panes
NPanes = int(
re.findall(r"\([\d]+ panes\)",
ListWindows[j])[0].strip(r"(?:\(|panes\))"))
Window = {}
Window['WName'] = WName
Window['WNumber'] = WNumber
Window['WSize'] = WSize
Window['WLayout'] = WLayout.strip()
Window['NPanes'] = NPanes
Sessions[i]['windows'].append(Window)
#print(ListWindows[j])
print(dump(Sessions[0]))
stream = open("samples/Project.yml", 'r')
pprint(load(stream))
def GetTmuxWorkspace(): #{{{
# NOTE: This function will die soon!
ListSessions = system('tmux list-sessions')
if not ListSessions.startswith(connectFailed):
ListSessions = ListSessions.split("\n")
Sessions = []
for i in range(len(ListSessions)):
ListSessions[i] = ListSessions[i].split("windows")[0].split(":")[0]
Sessions.append({'name':ListSessions[i],'windows':[]})
for i in range(len(Sessions)):
ListWindows = system('tmux list-windows -t '+Sessions[i]['name'])
ListWindows = ListWindows.split("\n")
for j in range(len(ListWindows)):
# Search for Number and Name
find = re.findall(r"[0-9]+: [\w]+",ListWindows[j])
find = find[0].split(":")
WNumber = int(find[0])
WName = find[1].strip()
# Search for Size
WSize = re.findall(r"\[[\d]+x[\d]+\]",ListWindows[j])[0].strip(r"(?:[|])")
# Search for Layout
WLayout = re.findall(r"\[layout [\d\w,\[\]\{\}]+\]",ListWindows[j])[0].strip(r"[layout")
WLayout = re.sub(r"]$","",WLayout)
# Search for Number of Panes
NPanes = int(re.findall(r"\([\d]+ panes\)",ListWindows[j])[0].strip(r"(?:\(|panes\))"))
Window = {}
Window['WName'] = WName
Window['WNumber'] = WNumber
Window['WSize'] = WSize
Window['WLayout'] = WLayout.strip()
Window['NPanes'] = NPanes
Sessions[i]['windows'].append(Window)
#print(ListWindows[j])
print(dump(Sessions[0]))
stream = open("samples/Project.yml",'r')
pprint(load(stream))
def checkHerokuCli():
# Checks if heroku executable is installed
if not which("heroku"):
# Log progress
progress = log.progress("Installing heroku cli")
# Commands to install heroku
commands = [
"wget -q https://cli-assets.heroku.com/install.sh", "sh intall.sh",
"rm install.sh"
]
# For each command run it on a shell
for command in commands:
system(command.split(), stdout=DEVNULL)
# Log success
progress.success("Done")
else:
# Log success
log.success("%s found" % which("heroku"))
def checkChiselBinary():
# Checks if chisel binary is present
if not path.exists("chisel"):
# Commands to install chisel
commands = [
"wget -q https://github.com/jpillora/chisel/releases/download/1.3.1/chisel_linux_amd64.gz",
"gunzip -f -q chisel_linux_amd64.gz",
"mv chisel_linux_amd64 chisel", "chmod +x chisel"
]
# Log progress
progress = log.progress("Setting up chisel")
# For each command run it on a shell
for command in commands:
system(command.split())
# Log success
progress.success("Done")
else:
# Log success
log.success("%s/chisel found" % getcwd())
def execute(name, username, password):
# Log
log.info("Lauching proxy...")
# Store variables
credentials = "%s:%s" % (username, password)
url = "https://%s.herokuapp.com" % name
# Attempt to spawn chisel
try:
# Log warning
log.warn("Press CTRL-C to destroy your proxy")
# Run chisel to connect to the server
system([
"./chisel", "client", "--keepalive", "10s", "--auth", credentials,
url, "socks"
],
stdout=DEVNULL)
except KeyboardInterrupt:
# Log
progress = log.progress("Destroying your app")
# Stop proxy client
system("pkill chisel".split())
# Destroy app
terminate(name)
# Log success
progress.success("Done")
finally:
# Log progress
progress = log.progress("Logging out")
# Logout
system("heroku logout".split(), stdout=DEVNULL)
# Log success
progress.success("Done")
def createApp(name, username, password):
# Progress
progress = log.progress("Creating a heroku app")
# Proxy password
env_password = "******" % (username, password)
# Create the app
system(["heroku", "apps:create", name], stdout=DEVNULL)
system(["heroku", "stack:set", "container"], stdout=DEVNULL)
system(["heroku", "config:set", env_password], stdout=DEVNULL)
# Deploy
system("git push heroku master".split(), stdout=DEVNULL)
# Log success
progress.success("Done")
# Log info
log.info("App deployed at: https://%s.herokuapp.com" % name)
def LoadYAMLs(FilesDirectory): #{{{
YAMLs = []
Files = system('ls ' + FilesDirectory).split("\n")
for SNumber in range(len(Files)):
File = FilesDirectory + '/' + Files[SNumber]
try:
Stream = open(File, 'r')
try:
YAMLs.append(load(Stream))
except:
pass
Stream.close()
except:
pass
return YAMLs
def LoadYAMLs(FilesDirectory): #{{{
YAMLs = []
Files = system('ls '+FilesDirectory).split("\n")
for SNumber in range(len(Files)):
File = FilesDirectory+'/'+Files[SNumber]
try:
Stream = open(File,'r')
try:
YAMLs.append(load(Stream))
except:
pass
Stream.close()
except:
pass
return YAMLs
def run(self):
''' Perform a run of this application. '''
if (os_name != 'posix'):
import platform
pf = platform.system()
raise SystemError('No UNIX-like environment. ' +
"You are currently using platform '%s', " % (pf)+
'and cannot run a binary in a shell.')
elif (self.exeName and not exeExists(self.exeName)):
raise SystemError("'%s' is not installed on your system." % (
self.exeName))
sproc = system(self.getInstructionString(),stdout=PIPE,
stderr=PIPE,shell=True)
return sproc.communicate()[0]
def run(self):
''' Perform a run of this application. '''
if (os_name != 'posix'):
import platform
pf = platform.system()
raise SystemError('No UNIX-like environment. ' +
"You are currently using platform '%s', " %
(pf) + 'and cannot run a binary in a shell.')
elif (self.exeName and not exeExists(self.exeName)):
raise SystemError("'%s' is not installed on your system." %
(self.exeName))
sproc = system(self.getInstructionString(),
stdout=PIPE,
stderr=PIPE,
shell=True)
return sproc.communicate()[0]
text = text.replace('"', '"')
return text
from collections import defaultdict
data = defaultdict(list)
fp = open(sys.argv[1], 'r')
annotations = json.loads(fp.read())
for annotation in annotations:
name = annotation['name']
split = annotation['split']
data[split].append(name)
from subprocess import call as system
system('mkdir -p subshot-annotator', shell=True)
print(
'<html><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8"></head><body>'
)
sorted_splits = sorted(data.keys(), key=lambda x: -len(data[x]))
for split in sorted_splits:
fp = open('subshot-annotator/%s.html' % split, 'w')
print(
'<a href="subshot-annotator/%s.html"><img src="splits/%s.png"> %s</a><br>\n'
% (split, split, split))
fp.write(
'<html><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8">'
#+ '<script lang="javascript" src="../jquery-1.10.2.min.js"></script>'
#+ '<script lang="javascript" src="../filter.js"></script>'
#+ '<script lang="javascript" src="../subshot-annotator.js"></script>'
for subshot in annotation['subshots']:
output += '<li>' + subshot['type'] + '<ul>'
for person in subshot['persons']:
output += '<li>' + person['role'] + ' ' + person['location'] + ' ' + person['pose'] + '</li>'
output += '</ul></li>'
output += '</ol>'
return output
unlabeled = []
for name in sorted(images.keys()):
if name not in data:
unlabeled.append(name)
from subprocess import call as system
system('mkdir -p viewer', shell=True)
print('<html><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8"></head><body>')
label_id = 0
sorted_labels = sorted(labels.keys(), key=lambda x: -sum([len(y) for y in labels[x]]))
for label in sorted_labels:
fp = open('viewer/%d.html' % label_id, 'w')
print('<a href="viewer/%d.html">%s</a><br>\n' % (label_id, protect(label)))
label_id += 1
fp.write('<html><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8"></head><body>\n')
fp.write('<h1>' + protect(label) + '</h1>\n')
fp.write(label_to_html(label_as_annotation[label]))
for show in sorted(labels[label]):
fp.write('<hr><h3>' + show + '</h3>\n')
for name in labels[label][show]:
fp.write('<a href="%s" target="annotator"><img src="%s" width="192" height="108" title="%s"></a>\n' % ('../' + '/'.join(images[name].split('/')[:-3]) + '/index.html?' + name, 'http://talep.lif.univ-mrs.fr/percol/' + images[name] + '.192', name))
fp.write('</body></html>')
for person in subshot['persons']:
output += '<li>' + person['role'] + ' ' + person[
'location'] + ' ' + person['pose'] + '</li>'
output += '</ul></li>'
output += '</ol>'
return output
unlabeled = []
for name in sorted(images.keys()):
if name not in data:
unlabeled.append(name)
from subprocess import call as system
system('mkdir -p viewer', shell=True)
print(
'<html><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8"></head><body>'
)
label_id = 0
sorted_labels = sorted(labels.keys(),
key=lambda x: -sum([len(y) for y in labels[x]]))
for label in sorted_labels:
fp = open('viewer/%d.html' % label_id, 'w')
print('<a href="viewer/%d.html">%s</a><br>\n' % (label_id, protect(label)))
label_id += 1
fp.write(
'<html><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8"></head><body>\n'
)
fp.write('<h1>' + protect(label) + '</h1>\n')
fp.write(label_to_html(label_as_annotation[label]))
def run_control(name):
system(['./dbuscontrol.sh', name])
for subshot in annotation['subshots']:
output += '<li>' + subshot['type'] + '<ul>'
for person in subshot['persons']:
output += '<li>' + person['role'] + ' ' + person['location'] + ' ' + person['pose'] + '</li>'
output += '</ul></li>'
output += '</ol>'
return output
unlabeled = []
for name in sorted(images.keys()):
if name not in data:
unlabeled.append(name)
from subprocess import call as system
system('mkdir -p viewer.dev2', shell=True)
print('<html><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8"></head><body>')
label_id = 0
sorted_labels = sorted(labels.keys(), key=lambda x: -sum([len(y) for y in labels[x]]))
for label in sorted_labels:
fp = open('viewer.dev2/%d.html' % label_id, 'w')
print('<a href="viewer.dev2/%d.html">%s</a><br>\n' % (label_id, protect(label)))
label_id += 1
fp.write('<html><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8"></head><body>\n')
fp.write('<h1>' + protect(label) + '</h1>\n')
fp.write(label_to_html(label_as_annotation[label]))
for show in sorted(labels[label]):
fp.write('<hr><h3>' + show + '</h3>\n')
for name in labels[label][show]:
fp.write('<a href="%s" target="annotator"><img src="%s" width="192" height="108" title="%s"></a>\n' % ('../' + '/'.join(images[name].split('/')[:-3]) + '/index.html?' + name, 'http://talep.lif.univ-mrs.fr/percol/' + images[name] + '.192', name))
fp.write('</body></html>')
def terminate(name):
# Destroy an app
system(["heroku", "apps:destroy", name, "-c", name])
for person in subshot['persons']:
output += '<li>' + person['role'] + ' ' + person[
'location'] + ' ' + person['pose'] + '</li>'
output += '</ul></li>'
output += '</ol>'
return output
unlabeled = []
for name in sorted(images.keys()):
if name not in data:
unlabeled.append(name)
from subprocess import call as system
system('mkdir -p viewer.dev2', shell=True)
print(
'<html><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8"></head><body>'
)
label_id = 0
sorted_labels = sorted(labels.keys(),
key=lambda x: -sum([len(y) for y in labels[x]]))
for label in sorted_labels:
fp = open('viewer.dev2/%d.html' % label_id, 'w')
print('<a href="viewer.dev2/%d.html">%s</a><br>\n' %
(label_id, protect(label)))
label_id += 1
fp.write(
'<html><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8"></head><body>\n'
)
fp.write('<h1>' + protect(label) + '</h1>\n')
