def show_help_line(self):
text = u' (Commands: {q}uit, {d}elete, {l}ifecycle, {down} {up} {left} {right})'.format(
q=io.bold('Q'),
d=io.bold('D'),
l=io.bold('L'),
down=term.DOWN_ARROW,
up=term.UP_ARROW,
left=term.LEFT_ARROW,
right=term.RIGHT_ARROW)
term.echo_line(text)
def show_help_line(self):
if self.help_table.visible:
text = '(press Q or ESC to exit)'
elif self.refresh:
text = u' (Commands: {h}elp,{q}uit, {down} {up} {left} {right})'\
.format(h=io.bold('H'), q=io.bold('Q'),
down=term.DOWN_ARROW, up=term.UP_ARROW,
left=term.LEFT_ARROW, right=term.RIGHT_ARROW)
else:
text = u''
term.echo_line(text)
term.echo_line(term.clear_eos())
def show_help_line(self):
if self.help_table.visible:
text = '(press Q or ESC to return)'
elif self.refresh:
text = u' (Commands: {h}elp,{q}uit, {down} {up} {left} {right})'\
.format(h=io.bold('H'), q=io.bold('Q'),
down=term.DOWN_ARROW, up=term.UP_ARROW,
left=term.LEFT_ARROW, right=term.RIGHT_ARROW)
else:
text = u''
term.echo_line(text)
term.echo_line(term.clear_eos())
def draw_banner_info_lines(self, lines, data):
if lines > 2:
status = data.get('Status', 'Unknown')
term.echo_line('Environment Status:', io.bold(status),
'Health', io.bold(data.get('Color', 'Unknown')))
lines -= 1
if lines > 2:
term.echo_line('Current version # deployed:',
io.bold(data.get('CurrDeployNum', None)),
)
lines -= 1
return lines
def draw_banner_info_lines(self, lines, data):
if lines > 2:
term.echo_line('instances:',
io.bold(data.get('Total', 0)), 'Total,',
io.bold(data.get('InService', 0)), 'InService,',
io.bold(data.get('Other', 0)), 'Other',
)
lines -= 1
if lines > 2:
status = data.get('Status', 'Unknown')
term.echo_line(' Status:', io.bold(status),
'Health', io.bold(data.get('Color', 'Grey')))
lines -= 1
return lines
def draw_banner_info_lines(self, lines, data):
if lines > 2:
# Get instance health count
term.echo_line('instances:',
io.bold(data.get('Total', 0)), 'Total,',
io.bold(data.get('InService', 0)), 'InService,',
io.bold(data.get('Other', 0)), 'Other',
)
lines -= 1
if lines > 2:
status = data.get('Status', 'Unknown')
term.echo_line(' Status:', io.bold(status),
'Health', io.bold(data.get('Color', 'Grey')))
lines -= 1
return lines
def draw_banner_first_line(self, lines, data):
status = data.get('HealthStatus', 'Unknown')
refresh_time = data.get('RefreshedAt', None)
if refresh_time is None:
timestamp = '-'
countdown = ' ( now )'
else:
timestamp = utils.get_local_time_as_string(refresh_time)
delta = utils.get_delta_from_now_and_datetime(refresh_time)
diff = 11 - delta.seconds
if not self.refresh:
countdown = ''
elif self.frozen:
countdown = ' (frozen +{})'.format(delta.seconds)
elif diff < 0:
countdown = ' ( now )'
else:
countdown = " ({} secs)".format(diff)
env_name = data.get('EnvironmentName')
pad_length = (term.width() - len(env_name) - len(timestamp) -
len(countdown) - 1)
if lines > 2:
banner = io.bold(' {env_name}{status}{time}{cd} ') \
.format(env_name=env_name,
status=status.center(pad_length),
time=timestamp,
cd=countdown,
)
if not self.mono:
banner = io.on_color(data.get('Color', 'Grey'), banner)
term.echo_line(banner)
lines -= 1
return lines
def add_help_text(self, keys, action_text):
line = ','.join(keys)
justify_length = self.columns[0].size - len(line)
for index, key in enumerate(keys):
keys[index] = io.bold(key)
line = ','.join(keys) + ' ' * justify_length
self.add_help_line(line, action_text)
def draw_banner_info_lines(self, lines, data):
if lines > 2:
tier_type = self.env_data['Tier']['Name']
tier = '{}'.format(tier_type)
solutionstack = SolutionStack(self.env_data['SolutionStackName'])
platform = ' {}'.format(solutionstack.version)
term.echo_line('{tier}{pad}{platform} '.format(
tier=tier,
platform=platform,
pad=' '*(term.width() - len(tier) - len(platform))
))
lines -= 1
if lines > 3:
# Get instance health count
instance_counts = OrderedDict([
('total', data.get('Total', 0)),
('ok', data.get('Ok', 0)),
('warning', data.get('Warning', 0)),
('degraded', data.get('Degraded', 0)),
('severe', data.get('Severe', 0)),
('info', data.get('Info', 0)),
('pending', data.get('Pending', 0)),
('unknown', data.get('Unknown', 0) + data.get('NoData', 0)),
])
column_size = max(len(k) for k in instance_counts) + 1
term.echo_line(
''.join((s.center(column_size)
for s in instance_counts)))
term.echo_line(
''.join((io.bold((str(v).center(column_size)))
for k, v in six.iteritems(instance_counts))))
lines -= 2
return lines
def test_bold(
self,
term_is_colorable_mock,
init_mock
):
term_is_colorable_mock.return_value = True
self.assertEqual('\x1b[1mßßßßß\x1b[22m', io.bold(u'ßßßßß'))
init_mock.assert_called_once()
def test_bold__term_is_not_colorable(
self,
term_is_colorable_mock,
init_mock
):
term_is_colorable_mock.return_value = False
self.assertEqual('ßßßßß', io.bold(u'ßßßßß'))
init_mock.assert_not_called()
def prompt_and_action(self, prompt_string, action):
id = ''
t = term.get_terminal()
io.echo(t.normal_cursor(), end='')
# Move cursor to specified empty row
with t.location(y=self.empty_row, x=2), t.cbreak():
io.echo(io.bold(prompt_string), end=' ')
sys.stdout.flush()
val = None
while not val or val.name not in {'KEY_ESCAPE', 'KEY_ENTER'}:
val = t.inkey(timeout=.5)
if val is None:
continue
elif val.is_sequence is False:
id += str(val)
sys.stdout.write(str(val))
sys.stdout.flush()
elif val.name == 'KEY_DELETE': # Backspace
if len(id) > 0:
id = id[:-1]
sys.stdout.write(str(t.move_left) + t.clear_eol)
sys.stdout.flush()
term.hide_cursor()
if val.name == 'KEY_ESCAPE' or not id:
return False
with t.location(y=self.empty_row, x=2):
sys.stdout.flush()
io.echo(t.clear_eol(), end='')
try:
should_exit_display = action(id)
if should_exit_display is None:
should_exit_display = True
return should_exit_display
except (ServiceError, ValidationError, NotFoundError) as e:
# Error messages that should be shown directly to user
io.log_error(e.message)
time.sleep(4) # Leave screen stable for a little
return False
except (IndexError, InvalidOperation, ValueError) as e:
if self.poller.all_app_versions: # Error thrown in versions table
max_input = len(self.poller.all_app_versions)
io.log_error("Enter a number between 1 and " + str(max_input) + ".")
else:
io.log_error(e)
time.sleep(4)
return False
except CaughtSignal as sig:
if sig.signum == 2:
LOG.debug("Caught SIGINT and exiting gracefully from action")
return True
except Exception as e: # Should never get thrown
LOG.debug("Exception thrown: {0},{1}. Something strange happened and the request could not be completed."
.format(type(e), e.message))
io.log_error("Something strange happened and the request could not be completed.")
time.sleep(4)
return False
def prompt_and_action(self, prompt_string, action):
id = ''
t = term.get_terminal()
io.echo(t.normal_cursor(), end='')
# Move cursor to specified empty row
with t.location(y=self.empty_row, x=2), t.cbreak():
io.echo(io.bold(prompt_string), end=' ')
sys.stdout.flush()
val = None
while not val or val.name not in {'KEY_ESCAPE', 'KEY_ENTER'}:
val = t.inkey(timeout=.5)
if val is None:
continue
elif val.is_sequence is False:
id += str(val)
sys.stdout.write(str(val))
sys.stdout.flush()
elif val.name == 'KEY_DELETE': # Backspace
if len(id) > 0:
id = id[:-1]
sys.stdout.write(str(t.move_left) + t.clear_eol)
sys.stdout.flush()
term.hide_cursor()
if val.name == 'KEY_ESCAPE' or not id:
return False
with t.location(y=self.empty_row, x=2):
sys.stdout.flush()
io.echo(t.clear_eol(), end='')
try:
should_exit_display = action(id)
if should_exit_display is None:
should_exit_display = True
return should_exit_display
except (ServiceError, ValidationError, NotFoundError) as e:
# Error messages that should be shown directly to user
io.log_error(e.message)
time.sleep(4) # Leave screen stable for a little
return False
except (IndexError, InvalidOperation, ValueError) as e:
if self.poller.all_app_versions: # Error thrown in versions table
max_input = len(self.poller.all_app_versions)
io.log_error("Enter a number between 1 and " + str(max_input) + ".")
else:
io.log_error(e)
time.sleep(4)
return False
except CaughtSignal as sig:
if sig.signum == 2:
LOG.debug("Caught SIGINT and exiting gracefully from action")
return True
except Exception as e: # Should never get thrown
LOG.debug("Exception thrown: {0},{1}. Something strange happened and the request could not be completed."
.format(type(e), e.message))
io.log_error("Something strange happened and the request could not be completed.")
time.sleep(4)
return False
def test_rescue_generic_exception__no_args(self, echo_mock):
dummy_ebcli_app = MagicMock()
dummy_ebcli_app.setup = MagicMock(
side_effect=TestEbRun.MyDummyGenericException(''))
ebrun.run_app(dummy_ebcli_app)
echo_mock.assert_called_with(
io.bold(io.color('red', 'ERROR: MyDummyGenericException')))
dummy_ebcli_app.close.assert_called_once_with(code=4)
def draw_header_row(self):
super(RequestTable, self).draw_header_row()
# now draw overall summary
full_data = self.screen.data
totals = full_data.get('environment')
totals['InstanceId'] = ' Overall'
# We can just draw a single row, but use environment data
row_data = self.get_row_data(totals)
term.echo_line(io.bold(' '.join(row_data)))
def snapshot_file_view(self):
data_repr = self.data
current_time = datetime.now().strftime("%y%m%d-%H%M%S")
filename = 'health-snapshot-' + current_time + '.json'
filelocation = fileoperations.get_eb_file_full_location(filename)
fileoperations.write_json_dict(data_repr, filelocation)
t = term.get_terminal()
with t.location(y=self.empty_row, x=2):
io.echo(io.bold('Snapshot file saved at: .elasticbeanstalk/'
+ filename), end=' ')
sys.stdout.flush()
time.sleep(4)
def snapshot_file_view(self):
data_repr = self.data
current_time = datetime.now().strftime("%y%m%d-%H%M%S")
filename = 'health-snapshot-' + current_time + '.json'
filelocation = fileoperations.get_eb_file_full_location(filename)
fileoperations.write_json_dict(data_repr, filelocation)
t = term.get_terminal()
with t.location(y=self.empty_row, x=2):
io.echo(io.bold('Snapshot file saved at: .elasticbeanstalk/'
+ filename), end=' ')
sys.stdout.flush()
time.sleep(4)
def test_rescue_EBCLIException__without_verbose_or_debug_flag(
self, echo_mock):
dummy_ebcli_app = MagicMock()
dummy_ebcli_app.setup = MagicMock(
side_effect=TestEbRun.MyDummyEBCLIException(
'My Exception Message'))
ebrun.run_app(dummy_ebcli_app)
echo_mock.assert_called_with(
io.bold(
io.color(
'red', 'ERROR: {}'.format(
'MyDummyEBCLIException - My Exception Message'))))
dummy_ebcli_app.close.assert_called_once_with(code=4)
def test_rescue_AttributeError(self, echo_mock):
dummy_ebcli_app = MagicMock()
dummy_ebcli_app.setup = MagicMock(side_effect=AttributeError(
'This is my error', 'This is my error as well'))
ebrun.run_app(dummy_ebcli_app)
echo_mock.assert_called_with(
io.bold(
io.color(
'red',
"ERROR: {error_type} - ('{argument_1}', '{argument_2}')".
format(error_type='AttributeError',
linesep=os.linesep,
argument_1='This is my error',
argument_2='This is my error as well'))))
dummy_ebcli_app.close.assert_called_once_with(code=4)
def get_column_data(self, data, column):
if data.get('Copy', False) and column.key != 'Cause':
d = ' '
else:
d = str(data.get(column.key, '-'))
if column.key == 'Cause'\
and self.screen.horizontal_offset > self.screen.max_columns:
cause_scroll = (
self.screen.horizontal_offset -
self.screen.max_columns) * StatusTable.CAUSE_SCROLL_FACTOR
d = d[cause_scroll:]
c_data = justify_and_trim(d, column.size or column.fit_size,
column.justify)
if 'Overall' in data.get('InstanceId'):
c_data = io.bold(c_data)
return c_data
def draw_banner_info_lines(self, lines, data):
if lines > 2:
tier_type = self.env_data['Tier']['Name']
tier = '{}'.format(tier_type)
try:
platform_arn = self.env_data['PlatformArn']
platform_version = PlatformVersion(platform_arn)
platform = ' {}/{}'.format(platform_version.platform_shorthand, platform_version.platform_version)
except KeyError:
solutionstack = SolutionStack(self.env_data['SolutionStackName'])
platform = ' {}'.format(solutionstack.platform_shorthand)
term.echo_line('{tier}{pad}{platform} '.format(
tier=tier,
platform=platform,
pad=' '*(term.width() - len(tier) - len(platform))
))
lines -= 1
if lines > 3:
# Get instance health count
instance_counts = OrderedDict([
('total', data.get('Total', 0)),
('ok', data.get('Ok', 0)),
('warning', data.get('Warning', 0)),
('degraded', data.get('Degraded', 0)),
('severe', data.get('Severe', 0)),
('info', data.get('Info', 0)),
('pending', data.get('Pending', 0)),
('unknown', data.get('Unknown', 0) + data.get('NoData', 0)),
])
column_size = max(len(k) for k in instance_counts) + 1
term.echo_line(
''.join((s.center(column_size)
for s in instance_counts)))
term.echo_line(
''.join((io.bold((str(v).center(column_size)))
for k, v in six.iteritems(instance_counts))))
lines -= 2
return lines
def draw_banner_first_line(self, lines, data):
if lines > 2:
app_name = 'Application Name: {}'.format(self.poller.app_name)
env_name = self.poller.env_name
if env_name is None:
env_name = 'No Environment Specified'
pad_length = term.width() - len(env_name)
banner = io.bold(' {env_name}{app_name} ') \
.format(env_name=env_name,
app_name=app_name.center(pad_length),
)
if not self.mono:
banner = io.on_color(data.get('Color', 'Grey'), banner)
term.echo_line(banner)
lines -= 1
return lines
def draw_banner_first_line(self, lines, data):
if lines > 2:
app_name = 'Application Name: {}'.format(self.poller.app_name)
env_name = self.poller.env_name
if env_name is None:
env_name = 'No Environment Specified'
pad_length = term.width() - len(env_name)
banner = io.bold(' {env_name}{app_name} ') \
.format(env_name=env_name,
app_name=app_name.center(pad_length),
)
if not self.mono:
banner = io.on_color(data.get('Color', 'Grey'), banner)
term.echo_line(banner)
lines -= 1
return lines
def draw_banner_first_line(self, lines, data):
status = data.get('HealthStatus', 'Unknown')
refresh_time = data.get('RefreshedAt', None)
if refresh_time is None:
timestamp = '-'
countdown = ' ( now )'
else:
timestamp = utils.get_local_time_as_string(refresh_time)
delta = utils.get_delta_from_now_and_datetime(refresh_time)
diff = 11 - delta.seconds
if not self.refresh:
countdown = ''
elif self.frozen:
countdown = ' (frozen +{})'.format(delta.seconds)
elif diff < 0:
countdown = ' ( now )'
else:
countdown = " ({} secs)".format(diff)
env_name = data.get('EnvironmentName')
pad_length = term.width() \
- len(env_name) \
- len(timestamp) \
- len(countdown) \
- 1
if lines > 2:
banner = io.bold(' {env_name}{status}{time}{cd} ') \
.format(env_name=env_name,
status=status.center(pad_length),
time=timestamp,
cd=countdown,
)
if not self.mono:
banner = io.on_color(data.get('Color', 'Grey'), banner)
term.echo_line(banner)
lines -= 1
return lines
def show_help_line(self):
text = u' (Commands: {q}uit, {d}elete, {l}ifecycle, {down} {up} {left} {right})' \
.format(q=io.bold('Q'), d=io.bold('D'), l=io.bold('L'),
down=term.DOWN_ARROW, up=term.UP_ARROW,
left=term.LEFT_ARROW, right=term.RIGHT_ARROW)
term.echo_line(text)
def show_help_line(self):
text = u' (Commands: {q}uit, {r}estore, {down} {up})' \
.format(q=io.bold('Q'), r=io.bold('R'),
down=term.DOWN_ARROW, up=term.UP_ARROW)
term.echo_line(text)
def show_help_line(self):
text = u' (Commands: {q}uit, {r}estore, {down} {up})' \
.format(q=io.bold('Q'), r=io.bold('R'),
down=term.DOWN_ARROW, up=term.UP_ARROW)
term.echo_line(text)
def color_green(message):
io.echo(io.bold(io.color('green', message)))
def color_red(message):
io.echo(io.bold(io.color('red', message)))
