def handleQuery(query):
results = []
if query.isTriggered:
if len(query.string) > 2:
pattern = re.compile(query.string, re.IGNORECASE)
proc = subprocess.Popen(['locate', '-bi', query.string],
stdout=subprocess.PIPE)
for line in proc.stdout:
path = line.decode().strip()
basename = os.path.basename(path)
results.append(
Item(id=path,
icon=iconPath,
text=pattern.sub(lambda m: "<u>%s</u>" % m.group(0),
basename),
subtext=path,
completion="%s%s" % (__trigger__, basename),
actions=[UrlAction("Open", "file://%s" % path)]))
else:
results.append(
Item(id=__prettyname__,
icon=iconPath,
text="Update locate database",
subtext="Type at least three chars for a seach",
completion=query.rawString,
actions=[
TermAction("Update database", ["sudo", "updatedb"])
]))
return results
def handleQuery(query):
if query.isTriggered:
return [
Item(id="%s-whole-screen" % __prettyname__,
icon=iconPath,
text="Screen",
subtext="Take a screenshot of the whole screen",
actions=[
FuncAction("Take screenshot of whole screen",
lambda: doScreenshot([])),
FuncAction("Take screenshot of multiple displays",
lambda: doScreenshot(["--multidisp"])),
]),
Item(id="%s-area-of-screen" % __prettyname__,
icon=iconPath,
text="Area",
subtext="Draw a rectangle with your mouse to capture an area",
actions=[
FuncAction("Take screenshot of selected area",
lambda: doScreenshot(["--select"])),
]),
Item(id="%s-current-window" % __prettyname__,
icon=iconPath,
text="Window",
subtext="Take a screenshot of the current active window",
actions=[
FuncAction(
"Take screenshot of window with borders",
lambda: doScreenshot(["--focused", "--border"])),
FuncAction("Take screenshot of window without borders",
lambda: doScreenshot(["--focused"])),
]),
]
def handleQuery(query):
results = []
if query.isTriggered:
# avoid rate limiting
sleep(0.2)
if not query.isValid:
return
item = Item(id=__prettyname__,
icon=iconPath,
completion=query.rawString,
text=__prettyname__,
actions=[
ProcAction("Open the language configuration file.",
commandline=[
"xdg-open", language_configuration_file
])
])
if len(query.string) >= 2:
for lang in languages:
try:
url = urltmpl % (lang, urllib.parse.quote_plus(
query.string))
req = urllib.request.Request(url,
headers={'User-Agent': ua})
with urllib.request.urlopen(req) as response:
#print(type())
#try:
data = json.loads(response.read().decode())
#except TypeError as typerr:
# print("Urgh this type.error. %s" % typerr)
translText = data[0][0][0]
sourceText = data[2]
if sourceText == lang:
continue
else:
results.append(
Item(id=__prettyname__,
icon=iconPath,
text="%s" % (translText),
subtext="%s" % lang.upper(),
actions=[
ClipAction(
"Copy translation to clipboard",
translText),
UrlAction(
"Open in your Browser",
urlbrowser % (lang, query.string))
]))
except urllib.error.URLError as urlerr:
print("Check your internet connection: %s" % urlerr)
item.subtext = "Check your internet connection."
return item
else:
item.subtext = "Enter a query: 'mtr <text>'. Languages {%s}" % ", ".join(
languages)
return item
return results
def prepareErrorMessage(message):
"""
Prepare error messae
:param str message: Message
:return str
"""
item = Item(id=__prettyname__, icon=icon_path)
item.text = __prettyname__
item.subtext = message
return item
def handleQuery(query):
stripped = query.string.strip().lower()
if stripped:
results = []
for line in subprocess.check_output(['wmctrl', '-l', '-x']).splitlines():
win = Window(*parseWindow(line))
if win.desktop == "-1":
continue
win_instance, win_class = win.wm_class.replace(' ', '-').split('.')
matches = [
win_instance.lower(),
win_class.lower(),
win.wm_name.lower()
]
if any(stripped in match for match in matches):
iconPath = iconLookup(win_instance)
if iconPath == "":
iconPath = iconLookup(win_class.lower())
results.append(Item(id="%s%s" % (__prettyname__, win.wm_class),
icon=iconPath,
text="%s - <i>Desktop %s</i>" % (win_class.replace('-',' '), win.desktop),
subtext=win.wm_name,
actions=[ProcAction("Switch Window",
["wmctrl", '-i', '-a', win.wid] ),
ProcAction("Move window to this desktop",
["wmctrl", '-i', '-R', win.wid] ),
ProcAction("Close the window gracefully.",
["wmctrl", '-c', win.wid])]))
return results
def handleQuery(query):
if query.isTriggered:
stripped = query.string
if stripped.startswith(__trigger__):
stripped = query.string[len(__trigger__):]
stripped = stripped.strip().lower()
results = []
for line in subprocess.check_output(["wmctrl", "-l",
"-x"]).splitlines():
if not query.isValid:
return []
win = Window(*[token.decode() for token in line.split(None, 4)])
wm_class = win.wm_class.split(".")
if win.desktop != "-1" and wm_class[0] != "albert":
score = fuzzy_match(stripped, " ".join(wm_class).lower())
if score >= 0:
results.append((
Item(
id="%s%s" % (__prettyname__, win.wm_class),
icon=windowIconLookup(win, wm_class),
text="%s - <i>Workspace %s</i>" % (
titlecase(wm_class[-1].replace("-", " ")),
int(win.desktop) + 1,
),
subtext=win.wm_name,
actions=[
ProcAction("Focus Window",
["wmctrl", "-ia", win.wid]),
ProcAction("Close Window",
["wmctrl", "-ic", win.wid]),
],
),
score,
))
return [item[0] for item in sorted(results, key=lambda x: x[1])]
def handleQuery(query):
if query.isTriggered:
files = getConfigFiles()
all_connections = [getConnectionProperties(f) for f in files]
stripped = query.string.strip()
results = []
if stripped: # specific query by the user
for p in all_connections:
# search in names and groups
if search(stripped, p[0], IGNORECASE) or search(
stripped, p[1], IGNORECASE):
results.append(getAsItem(*p))
else: # nothing specified yet, show all possible connections
for p in all_connections:
results.append(getAsItem(*p))
results.append(
Item(
id=__prettyname__,
icon=ICON_PATH,
text=__prettyname__,
subtext=__doc__,
actions=[FuncAction("Open Remmina", runRemmina)],
))
return results
def handleQuery(query):
if query.isTriggered:
results = []
uid = os.getuid()
for dir_entry in os.scandir('/proc'):
try:
if dir_entry.name.isdigit() and dir_entry.stat().st_uid == uid:
proc_command = open(os.path.join(dir_entry.path, 'comm'),
'r').read().strip()
if query.string in proc_command:
proc_cmdline = open(
os.path.join(dir_entry.path, 'cmdline'),
'r').read().strip().replace("\0", " ")
results.append(
Item(id="kill_%s" % proc_cmdline,
icon=iconPath,
text=proc_command.replace(
query.string, "<u>%s</u>" % query.string),
subtext=proc_cmdline,
completion=query.rawString,
actions=[
FuncAction("Terminate",
lambda pid=int(dir_entry.name):
os.kill(pid, SIGTERM)),
FuncAction("Kill",
lambda pid=int(dir_entry.name):
os.kill(pid, SIGKILL))
]))
except FileNotFoundError: # TOCTOU dirs may disappear
continue
except IOError: # TOCTOU dirs may disappear
continue
return results
def handleQuery(query):
if query.isTriggered:
return Item(id=__prettyname__,
icon=iconPath,
text=__prettyname__,
subtext="Look up '%s' using %s" % (query.string, __prettyname__),
completion=query.rawString,
actions=[ProcAction("Start query in %s" % __prettyname__,
["goldendict", query.string])])
def make_item(engine, query=None):
if query is not None:
return Item(
text=query,
subtext=engine["name"],
icon=iconLookup(engine["icon"]),
actions=[
FuncAction(
"Search {}".format(engine["name"]),
lambda: webbrowser.open(engine["search"].format(query)),
)
],
)
else:
return Item(
text=engine["shortcut"],
subtext=engine["name"],
icon=iconLookup(engine["icon"]),
)
def _invoke_ag(args, raws):
items = list()
texts = sp.run(_compose_ag_command(args),
shell=True,
check=False,
stdout=sp.PIPE,
stderr=sp.PIPE,
universal_newlines=True).stdout.splitlines()
if len(texts) == 0:
item = Item(id='%s no hit' % __prettyname__,
icon=icon,
completion=raws,
subtext='No Translation Candidate found for "%s"' % args)
items.append(item)
elif len(texts) == 1:
key, values = texts[0].split("\t")[:2]
for i, value in enumerate(values.split(',')):
text = key + "\t" + value.strip()
item = Item(id='%s hit %d' % (__prettyname__, i),
icon=icon,
completion=raws,
text=text,
subtext='Translation Candidate for "%s"' % args,
actions=[
ClipAction("Copy translated words to Clipboard",
value.strip())
])
items.append(item)
else:
for i, text in enumerate(texts):
if i >= __max_candidate__:
break
item = Item(id='%s hit %d' % (__prettyname__, i),
icon=icon,
completion=raws,
text=text,
subtext='Translation Candidate for "%s"' % args,
actions=[
ClipAction("Copy translated words to Clipboard",
text.split("\t")[1])
])
items.append(item)
return items
def handleQuery(query):
if query.string.strip() and "trash".startswith(query.string.lower()):
pattern = re.compile(query.string, re.IGNORECASE)
return Item(id="trash-open",
icon=iconPath,
text=pattern.sub(lambda m: "<u>%s</u>" % m.group(0),
"Trash"),
subtext="Show trash folder",
completion="trash",
actions=[UrlAction("Show", "trash:///")])
def getAsItem(name, group, server, proto, file):
return Item(
id=__prettyname__,
icon=PROTOCOL_ICONS_PATH % (proto.lower()),
text=(name, "%s/ %s" % (group, name))[len(group) > 0],
subtext="%s %s" % (proto, server),
actions=[
FuncAction("Open connection", lambda cf=file: runRemmina(cf))
],
)
def handleQuery(query):
if not query.string.strip():
defaultResults = []
for line in subprocess.check_output(['wmctrl', '-l', '-x']).splitlines():
win = Window(*[token.decode() for token in line.split(None, 4)])
if "albert" in win.wm_name and "Albert" in win.wm_name:
continue
if win.desktop != "-1":
defaultResults.append(Item(id="%s%s" % (__prettyname__, win.wm_class),
icon=iconLookup(
win.wm_class.split('.')[1].capitalize()),
text="%s" % (win.wm_class.split('.')[1].capitalize()),
subtext=win.wm_name,
actions=[ProcAction("Switch Window",
["wmctrl", '-i', '-a', win.wid]),
ProcAction("Move window to this desktop",
["wmctrl", '-i', '-R', win.wid]),
ProcAction("Close the window gracefully.",
["wmctrl", '-c', win.wid])]))
return defaultResults
stripped = query.string.strip().lower()
if stripped:
results = []
for line in subprocess.check_output(['wmctrl', '-l', '-x']).splitlines():
win = Window(*[token.decode() for token in line.split(None, 4)])
if "albert" in win.wm_name and "Albert" in win.wm_name:
continue
if win.desktop != "-1" and stripped in win.wm_name.lower():
results.append(Item(id="%s%s" % (__prettyname__, win.wm_class),
icon=iconLookup(
win.wm_class.split('.')[1].capitalize()),
text="%s" % (win.wm_class.split('.')[1].capitalize()),
subtext=win.wm_name,
actions=[ProcAction("Switch Window",
["wmctrl", '-i', '-a', win.wid]),
ProcAction("Move window to this desktop",
["wmctrl", '-i', '-R', win.wid]),
ProcAction("Close the window gracefully.",
["wmctrl", '-c', win.wid])]))
return results
def make_vpn_item(vpn):
subtext = None
actions = []
if vpn.interface == "":
subtext = "VPN"
actions.append(
ProcAction("Connect", ["nmcli", "-t", "c", "up", vpn.id]))
else:
subtext = "Connected - VPN"
actions.append(
ProcAction("Disconnect", ["nmcli", "-t", "c", "down", vpn.id]))
return Item(text=vpn.name, subtext=subtext, actions=actions, icon=NET_ICON)
def handleQuery(query):
if query.isTriggered:
args = query.string.strip()
raws = query.rawString
if len(args) > 0:
try:
return _invoke_ag(args, raws)
except sp.CalledProcessError as e:
return Item(id='%s error' % __prettyname__,
icon=icon,
completion=raws,
text=str(e),
subtext='Error occurs in Translation for "%s"' %
args)
else:
return Item(
id='%s no hit' % __prettyname__,
icon=icon,
completion=raws,
text="Empty input",
subtext='Enter an English word to translate into Japanese')
def handleQuery(query):
if not query.isTriggered:
return
results = []
results.append(
Item(id="card",
icon=iconPath,
text="Card",
subtext="open today card",
completion='card',
actions=[
FuncAction("Write", open_markdown),
]))
return results
def appendItem(items, repo):
name = repo["full_name"]
description = repo["description"] or ""
url = repo["html_url"]
item = Item(
id=__prettyname__,
icon=iconPath,
text=name,
subtext=description,
actions=[UrlAction("Open repository", url)],
)
return items + [item]
def handleQuery(query):
if query.isTriggered:
args = query.string.strip().lower()
if len(args) == 0:
return list(ss_items.values())
items = list()
for cmd, item in ss_items.items():
if cmd.startswith(args):
items.append(item)
if len(items) > 0:
return items
return [
Item(id="screen-shot-no-hit",
icon=iconPath,
text="Not Found",
subtext="invoke the collect command")
]
def handleQuery(query):
if query.isTriggered:
stripped = query.string.strip()
items = []
url = stripped
if not (url[:7] in ["http://", "https:/"]):
url = "https://" + url
normal_item = Item(
id="website-"+stripped,
text=stripped,
subtext="open in chromium",
completion=stripped,
actions=[
ProcAction(text="Open this", commandline=["/usr/bin/chromium", "--app="+url])
]
)
items.append(normal_item)
return items
def handleQuery(query):
if not query.isTriggered:
return
item = Item(completion=query.rawString, icon=ICON_PATH)
stripped = query.string.strip()
if stripped:
with NamedTemporaryFile() as f:
f.write(bytes(stripped, 'utf-8'))
f.flush()
output = subprocess.check_output(
['wolframscript', '-print', '-f', f.name])
result = str(output.strip(), 'utf-8')
item.text = result
item.subtext = 'Result'
item.addAction(ClipAction('Copy result to clipboard', result))
else:
item.text = ''
item.subtext = 'Type a Mathematica expression'
return item
def prepareResultsItem(query, result):
"""
Prepare resuls item
:param str query : Query
:param str result: Result
:return Item
"""
value = result.decode('utf-8').split(' ')[0]
item = Item(id=__prettyname__, icon=icon_path, completion=query.rawString)
item.text = value
item.subtext = result
item.addAction(ClipAction("Copy result to clipboard", value))
return item
def handleQuery(query):
if not query.isTriggered:
return
search = query.string.lower()
found_name = []
found_path = []
updateProjects()
for project in projects:
if search in project["name"].lower():
found_name.append(project)
elif search in project["path"].lower():
found_path.append(project)
results = []
for project in found_name + found_path:
search_regex = re.compile("(%s)" % re.escape(query.string),
re.IGNORECASE)
results.append(
Item(id="godot_%s" % project["path"],
icon=project["icon"],
text=search_regex.sub("<u>\\1</u>", project["name"]),
subtext=search_regex.sub("<u>\\1</u>", project["path"]),
completion=query.rawString,
actions=[
ProcAction(text="Open Editor",
commandline=[
'godot', '--path', project['path'],
'--editor'
]),
ProcAction(
text="Run Project",
commandline=['godot', '--path', project['path']])
]))
return results
def item(self):
actions = [ClipAction("Copy password", self.password)]
return Item(text=self.name,
subtext=self.username,
actions=actions,
icon=lastpass)
def handleQuery(query):
if query.isTriggered:
stripped = query.string.strip()
accessToken = loadAccessToken()
if not accessToken:
if stripped:
return Item(
id=__prettyname__,
icon=iconPath,
text="Save your GitHub access token",
subtext='Require scope is "repo".',
actions=[
FuncAction(
"Save your GitHub access token",
lambda: saveAccessToken(stripped),
)
],
)
else:
return Item(
id=__prettyname__,
icon=iconPath,
text="Please type your GitHub access token",
subtext='Require scope is "repo".',
)
if stripped.startswith(">"):
items = []
items.append(
Item(
id=__prettyname__,
icon=iconPath,
text="Delete cached repositories",
subtext=
"Please refetch repositories after deleted. It takes a lot of time.",
actions=[
FuncAction("Delete cached repositories",
lambda: deleteCache())
],
))
items.append(
Item(
id=__prettyname__,
icon=iconPath,
text="Delete your saved GitHub access token",
subtext="Please reconfigure your GitHub access token.",
actions=[
FuncAction(
"Delete your saved GitHub access token",
lambda: deleteAccessToken(),
)
],
))
return items
results = []
try:
data = loadRepositories(accessToken)
except Exception as err:
return Item(id=__prettyname__,
icon=iconPath,
text="Error.",
subtext=str(err))
repos = filterByQuery(data, stripped) if stripped else data
for repo in repos:
results = appendItem(results, repo)
if results:
return results
return noResultItem()
if query.string.startswith("g"):
return Item(
id=__prettyname__,
icon=iconPath,
text="gh",
subtext="Open GitHub repositories in browser",
completion="gh ",
actions=[
ProcAction("Complete gh trigger", ["albert", "show", "gh "])
],
)
def noResultItem():
return Item(id=__prettyname__, icon=iconPath, text="No results.")
def handleQuery(query):
if query.isTriggered and query.string.strip():
# avoid rate limiting
time.sleep(0.2)
if not query.isValid:
return
info("Searching YouTube for '{}'".format(query.string))
req = Request(headers=HEADERS, url='https://www.youtube.com/results?{}'.format(
urlencode({ 'search_query': query.string.strip() })))
with urlopen(req) as response:
responseBytes = response.read()
match = re.search(DATA_REGEX, responseBytes.decode())
if match is None:
critical("Failed to receive expected data from YouTube. This likely means API changes, but could just be a failed request.")
logHtml(responseBytes)
return
results = json.loads(match.group(3))
results = results['contents']['twoColumnSearchResultsRenderer']['primaryContents']['sectionListRenderer']['contents'][0]['itemSectionRenderer']['contents']
items = []
for result in results:
for type, data in result.items():
try:
if type == 'videoRenderer':
subtext = ['Video']
action = 'Watch on Youtube'
link = 'watch?v={}'.format(data['videoId'])
if 'lengthText' in data:
subtext.append(textFrom(data['lengthText']))
if 'shortViewCountText' in data:
subtext.append(textFrom(data['shortViewCountText']))
if 'publishedTimeText' in data:
subtext.append(textFrom(data['publishedTimeText']))
elif type == 'channelRenderer':
subtext = ['Channel']
action = 'Show on Youtube'
link = 'channel/{}'.format(data['channelId'])
if 'videoCountText' in data:
subtext.append(textFrom(data['videoCountText']))
if 'subscriberCountText' in data:
subtext.append(textFrom(data['subscriberCountText']))
else:
continue
except Exception as e:
critical(e)
critical(json.dumps(result, indent=4))
item = Item(id=__prettyname__,
icon=data['thumbnail']['thumbnails'][0]['url'].split('?', 1)[0] if data['thumbnail']['thumbnails'] else __icon__,
text=textFrom(data['title']),
subtext=' | '.join(subtext),
completion=query.rawString,
actions=[ UrlAction(action, 'https://www.youtube.com/' + link) ]
)
items.append(item)
return items
def handleQuery(query):
if query.isTriggered:
stripped = query.string
if stripped.startswith(__trigger__):
stripped = query.string[len(__trigger__) :]
return [Item(text=iconLookup(stripped), icon=iconLookup(stripped))]
def buildVmItem(vm):
item = Item(
id=vm.__uuid__,
icon=iconPath,
text=vm.name,
subtext="{vm.state}".format(vm=vm),
completion=vm.name
)
if vm.state == MachineState.powered_off: #1
item.addAction(FuncAction(text="Start virtual machine", callable=lambda: startVm(vm)))
if vm.state == MachineState.saved: #2
item.addAction(FuncAction(text="Restore virtual machine", callable=lambda: startVm(vm)))
item.addAction(FuncAction(text="Discard saved state", callable=lambda: discardSavedVm(vm)))
if vm.state == MachineState.aborted: #4
item.addAction(FuncAction(text="Start virtual machine", callable=lambda: startVm(vm)))
if vm.state == MachineState.running: #5
item.addAction(FuncAction(text="Save virtual machine", callable=lambda: saveVm(vm)))
item.addAction(FuncAction(text="Power off via ACPI event (Power button)", callable=lambda: acpiPowerVm(vm)))
item.addAction(FuncAction(text="Turn off virtual machine", callable=lambda: stopVm(vm)))
item.addAction(FuncAction(text="Pause virtual machine", callable=lambda: pauseVm(vm)))
if vm.state == MachineState.paused: #6
item.addAction(FuncAction(text="Resume virtual machine", callable=lambda: resumeVm(vm)))
return item
__author__ = "Tetsutaro Maruyama"
__dependencies__ = ["scrot", "xclip"]
if which("scrot") is None:
raise Exception("'scrot' is not in $PATH.")
if which("xclip") is None:
raise Exception("'xclip' is not in $PATH.")
iconPath = iconLookup("camera-photo")
ss_items = {
'screen':
Item(id="screen-shot-whole-screen",
icon=iconPath,
text="Screen",
completion=__trigger__ + "Screen",
subtext="Take a screenshot of the whole screen",
actions=[
FuncAction("Take screenshot of whole screen",
lambda: doScreenshot([]))
]),
'screen multi':
Item(id="screen-shot-whole-screen-multi",
icon=iconPath,
text="Screen Multi",
completion=__trigger__ + "Screen Multi",
subtext="Take a screenshot of multiple displays",
actions=[
FuncAction("Take screenshot of multiple displays",
lambda: doScreenshot(["--multidisp"]))
]),
'area':