def __warning(self, ip: str, line: str):
text = emoji.emojize(strings.warning_title) + strings.break_line + strings.break_line \
+ format_table_row(ip, end_line=False) + strings.space \
+ format_link(strings.location_text, strings.iplocation_url + ip) + strings.break_line \
+ format_table_row(line, separator=False)
block_button = buttons.block.copy()
block_button[1] += strings.hyphen + ip
self.msg_mng.send_message(
[text, [block_button, buttons.shutdown], [3, 3]])
def top(self) -> str:
text = strings.empty
if self.__top.__len__() > 0:
self.__top = dict(
sorted(self.__top.items(), key=lambda x: x[1], reverse=True))
for ip in self.__top.keys():
text += format_table_row(ip, self.__top[ip], 20)
else:
text = format_table_row(strings.no_registers, separator=False)
return text
def ram_message():
total = psutil.virtual_memory().total
used = psutil.virtual_memory().used
used_p = format_percent(used / total, 1)
avail = psutil.virtual_memory().available
avail_p = format_percent(avail / total, 1)
cached = psutil.virtual_memory().cached
cached_p = format_percent(cached / total, 1)
free = psutil.virtual_memory().free
free_p = format_percent(free / total, 1)
text = strings.ram_text \
+ format_table_row('Used', format_bytes(used)) \
+ format_table_row(format_percent('Used'), used_p) \
+ strings.break_line \
+ format_table_row('Free', format_bytes(free)) \
+ format_table_row(format_percent('Free'), avail_p) \
+ strings.break_line \
+ format_table_row('Cached', format_bytes(cached)) \
+ format_table_row(format_percent('Cached'), cached_p) \
+ strings.break_line \
+ format_table_row('Avail.', format_bytes(avail)) \
+ format_table_row(format_percent('Avail.'), free_p)
callbacks = [
buttons.cpus, buttons.temps, buttons.back_info, buttons.processes,
buttons.net, buttons.disks
]
sizes = [3, 3, 3, 3, 3, 3]
return text, callbacks, sizes
def info_message():
text = ':information: Info' + '\n\n' \
+ format_table_row('Cores', str(psutil.cpu_count(True))) \
+ format_table_row('Threads', str(psutil.cpu_count())) \
+ format_table_row('Free RAM', format_bytes(psutil.virtual_memory().free)) \
+ format_table_row('Free Mem.', format_bytes(psutil.disk_usage('/').free))
callbacks = [
buttons.cpus, buttons.temps, buttons.ram, buttons.processes,
buttons.net, buttons.disks
]
sizes = [3, 3, 3, 3, 3, 3]
return text, callbacks, sizes
def cpus_message():
text = strings.cpus_text \
+ format_table_row('CPU', format_percent(psutil.cpu_percent()))
i = 0
for cpu_time in psutil.cpu_percent(percpu=True):
i += 1
text += format_table_row('Core' + str(i), format_percent(cpu_time))
callbacks = [
buttons.back_info, buttons.temps, buttons.ram, buttons.processes,
buttons.net, buttons.disks
]
sizes = [3, 3, 3, 3, 3, 3]
return text, callbacks, sizes
def get_disk_info(route: str, title: str = None):
text = ''
try:
disk_usage = psutil.disk_usage(route)
text += format_table_row(title if is_str(title) else route)
text += format_table_row('Used', format_bytes(disk_usage.used))
text += format_table_row('Used%', format_percent(disk_usage.percent))
text += format_table_row('Free', format_bytes(disk_usage.free))
text += format_table_row('Free%',
format_percent(100 - disk_usage.percent))
except FileNotFoundError as e:
logging.error(e.strerror)
return text
def temps_message():
text = strings.temps_text
temps = psutil.sensors_temperatures()
for tempKey in temps.keys():
text += format_table_row(tempKey)
for temp in temps.get(tempKey):
label = temp.label if temp.label else strings.no_label
text += format_table_row(label, format_temp(temp.current))
text += '\n'
callbacks = [
buttons.cpus, buttons.back_info, buttons.ram, buttons.processes,
buttons.net, buttons.disks
]
sizes = [3, 3, 3, 3, 3, 3]
return text, callbacks, sizes
def net_message():
text = strings.net_text
text += format_table_row('Public IP', get(strings.ipfy_url).text) + '\n'
nets = psutil.net_io_counters(True)
for netKey in nets.keys():
if netKey != 'lo':
net = nets.get(netKey)
is_up = psutil.net_if_stats()[netKey].isup
text += format_table_row(netKey)
text += format_table_row('Is up', str(is_up))
if is_up:
text += format_table_row(
'Address',
psutil.net_if_addrs()[netKey][0].address)
text += format_table_row('Sent', format_bytes(net.bytes_sent))
text += format_table_row('Recv', format_bytes(net.bytes_recv))
text += '\n'
callbacks = [
buttons.cpus, buttons.temps, buttons.ram, buttons.processes,
buttons.back_info, buttons.disks
]
sizes = [3, 3, 3, 3, 3, 3]
return text, callbacks, sizes
def processes_message():
text = strings.proc_text
processes = get_process_by_cpu_percent()
cpu_count = max(psutil.cpu_count(), 1)
for process in processes:
if process['cpu_percent'] > 0:
text += format_table_row('Pid', process['pid']) \
+ format_table_row('Program', process['name'])
if is_list_of_min_size(process['cmdline'], 2):
text += format_table_row('Args', process['cmdline'][1])
text += format_table_row('User', process['username']) \
+ format_table_row('Mem%', format_percent(process['memory_percent'])) \
+ format_table_row('Cpu%', format_percent(process['cpu_percent'] / cpu_count)) + '\n'
callbacks = [
buttons.cpus, buttons.temps, buttons.ram, buttons.back_info,
buttons.net, buttons.disks
]
sizes = [3, 3, 3, 3, 3, 3]
return text, callbacks, sizes
def __format_text(text: str):
return format_table_row(get_date_hour(), separator=False) + '\n\n'\
+ emoji.emojize(str(text))