glances.outputs.glances_stdout_api_doc.print_bar() - Code Metrics - Inspection of "Merge branch 'issue3281-fetch' into develop" - nicolargo/glances - Measure and Improve Code Quality continuously with Scrutinizer

Test Failed

Push — develop ( 0abc39...ef45c6 )

by Nicolas

created 2025-09-21 12:37 UTC

glances.outputs.glances_stdout_api_doc.print_bar() A

↳ Parent: glances.outputs.glances_stdout_api_doc

Complexity

Conditions

Size

Total Lines	13
Code Lines	13

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
cc	1
eloc	13
nop	1
dl	0
loc	13
rs	9.75
c	0
b	0
f	0

#
# This file is part of Glances.
#
# SPDX-FileCopyrightText: 2025 Nicolas Hennion <[email protected]>
#
# SPDX-License-Identifier: LGPL-3.0-only
#

"""Generate Glances Python API documentation."""

from pprint import pformat

from glances import api

APIDOC_HEADER = """\
.. _api:

Python API documentation
========================

This documentation describes the Glances Python API.

Note: This API is only available in Glances 4.4.0 or higher.

"""


def printtab(s, indent='    '):
    print(indent + s.replace('\n', '\n' + indent))


def print_tldr(gl):
    """Print the TL;DR section of the API documentation."""
    sub_title = 'TL;DR'
    print(sub_title)
    print('-' * len(sub_title))
    print('')
    print('You can access the Glances API by importing the `glances.api` module and creating an')
    print('instance of the `GlancesAPI` class. This instance provides access to all Glances plugins')
    print('and their fields. For example, to access the CPU plugin and its total field, you can')
    print('use the following code:')
    print('')
    print('.. code-block:: python')
    print('')
    printtab('>>> from glances import api')
    printtab('>>> gl = api.GlancesAPI()')
    printtab('>>> gl.cpu')
    printtab(f'{pformat(gl.cpu.stats)}')
    printtab('>>> gl.cpu["total"]')
    printtab(f'{gl.cpu["total"]}')
    printtab('>>> gl.mem["used"]')
    printtab(f'{gl.mem["used"]}')
    printtab('>>> gl.auto_unit(gl.mem["used"])')
    printtab(f'{gl.auto_unit(gl.mem["used"])}')
    print('')
    print('If the stats return a list of items (like network interfaces or processes), you can')
    print('access them by their name:')
    print('')
    print('.. code-block:: python')
    print('')
    printtab('>>> gl.network.keys()')
    printtab(f'{gl.network.keys()}')
    printtab(f'>>> gl.network["{gl.network.keys()[0]}"]')
    printtab(f'{pformat(gl.network[gl.network.keys()[0]])}')
    print('')


def print_init_api(gl):
    sub_title = 'Init Glances Python API'
    print(sub_title)
    print('-' * len(sub_title))
    print('')
    print('Init the Glances API:')
    print('')
    print('.. code-block:: python')
    print('')
    printtab('>>> from glances import api')
    printtab('>>> gl = api.GlancesAPI()')
    print('')


def print_plugins_list(gl):
    sub_title = 'Get Glances plugins list'
    print(sub_title)
    print('-' * len(sub_title))
    print('')
    print('Get the plugins list:')
    print('')
    print('.. code-block:: python')
    print('')
    printtab('>>> gl.plugins()')
    printtab(f'{gl.plugins()}')
    print('')


def print_plugin(gl, plugin):
    """Print the details of a single plugin."""
    sub_title = f'Glances {plugin}'
    print(sub_title)
    print('-' * len(sub_title))
    print('')

    stats_obj = gl.__getattr__(plugin)

    print(f'{plugin.capitalize()} stats:')
    print('')
    print('.. code-block:: python')
    print('')
    printtab(f'>>> type(gl.{plugin})')
    printtab(f'{type(stats_obj)}')
    if len(stats_obj.keys()) > 0 and isinstance(stats_obj[stats_obj.keys()[0]], dict):
        printtab(f'>>> gl.{plugin}')
        printtab(f'Return a dict of dict with key=<{stats_obj[stats_obj.keys()[0]]["key"]}>')
        printtab(f'>>> gl.{plugin}.keys()')
        printtab(f'{stats_obj.keys()}')
        printtab(f'>>> gl.{plugin}["{stats_obj.keys()[0]}"]')
        printtab(f'{pformat(stats_obj[stats_obj.keys()[0]])}')
    else:
        printtab(f'>>> gl.{plugin}')
        printtab(f'{pformat(stats_obj.stats)}')
        if len(stats_obj.keys()) > 0:
            printtab(f'>>> gl.{plugin}.keys()')
            printtab(f'{stats_obj.keys()}')
            printtab(f'>>> gl.{plugin}["{stats_obj.keys()[0]}"]')
            printtab(f'{pformat(stats_obj[stats_obj.keys()[0]])}')
    print('')

    if stats_obj.fields_description is not None:
        print(f'{plugin.capitalize()} fields description:')
        print('')
        for field, description in stats_obj.fields_description.items():
            print(f'* {field}: {description["description"]}')
        print('')

    print(f'{plugin.capitalize()} limits:')
    print('')
    print('.. code-block:: python')
    print('')
    printtab(f'>>> gl.{plugin}.limits')
    printtab(f'{pformat(gl.__getattr__(plugin).limits)}')
    print('')


def print_plugins(gl):
    """Print the details of all plugins."""
    for plugin in [p for p in gl.plugins() if p not in ['help', 'programlist']]:
        print_plugin(gl, plugin)


def print_auto_unit(gl):
    sub_title = 'Use auto_unit to display a human-readable string with the unit'
    print(sub_title)
    print('-' * len(sub_title))
    print('')
    print('Use auto_unit() function to generate a human-readable string with the unit:')
    print('')
    print('.. code-block:: python')
    print('')
    printtab('>>> gl.mem["used"]')
    printtab(f'{gl.mem["used"]}')
    print('')
    printtab('>>> gl.auto_unit(gl.mem["used"])')
    printtab(f'{gl.auto_unit(gl.mem["used"])}')
    print('')
    print("""
Args:

    number (float or int): The numeric value to be converted.

    low_precision (bool, optional): If True, use lower precision for the output. Defaults to False.

    min_symbol (str, optional): The minimum unit symbol to use (e.g., 'K' for kilo). Defaults to 'K'.

    none_symbol (str, optional): The symbol to display if the number is None. Defaults to '-'.

Returns:

    str: A human-readable string representation of the number with units.

""")


def print_bar(gl):
    sub_title = 'Use to display stat as a bar'
    print(sub_title)
    print('-' * len(sub_title))
    print('')
    print('Use bar() function to generate a bar:')
    print('')
    print('.. code-block:: python')
    print('')
    printtab('>>> gl.bar(gl.mem["percent"])')
    printtab(f'{gl.bar(gl.mem["percent"])}')
    print('')
    print("""
Args:

    value (float): The percentage value to represent in the bar (typically between 0 and 100).

    size (int, optional): The total length of the bar in characters. Defaults to 18.

    bar_char (str, optional): The character used to represent the filled portion of the bar. Defaults to '■'.

    empty_char (str, optional): The character used to represent the empty portion of the bar. Defaults to '□'.

    pre_char (str, optional): A string to prepend to the bar. Defaults to ''.

    post_char (str, optional): A string to append to the bar. Defaults to ''.

Returns:

    str: A string representing the progress bar.

""")


def print_top_process(gl):
    sub_title = 'Use to display top process list'
    print(sub_title)
    print('-' * len(sub_title))
    print('')
    print('Use top_process() function to generate a list of top processes sorted by CPU or MEM usage:')
    print('')
    print('.. code-block:: python')
    print('')
    printtab('>>> gl.top_process()')
    printtab(f'{gl.top_process()}')
    print('')
    print("""
Args:

    limit (int, optional): The maximum number of top processes to return. Defaults to 3.

    sorted_by (str, optional): The primary key to sort processes by (e.g., 'cpu_percent').
                                Defaults to 'cpu_percent'.

    sorted_by_secondary (str, optional): The secondary key to sort processes by if primary keys are equal
                                            (e.g., 'memory_percent'). Defaults to 'memory_percent'.

Returns:

    list: A list of dictionaries representing the top processes, excluding those with 'glances' in their
            command line.

Note:

    The 'glances' process is excluded from the returned list to avoid self-generated CPU load affecting
    the results.

""")


class GlancesStdoutApiDoc:
    """This class manages the fields description display."""

    def __init__(self, config=None, args=None):
        # Init
        self.gl = api.GlancesAPI()

    def end(self):
        pass

    def update(self, stats, duration=1):
        """Display issue"""
        # Display header
        print(APIDOC_HEADER)

        # Display TL;DR section
        print_tldr(self.gl)

        # Init the API
        print_init_api(self.gl)

        # Display plugins list
        print_plugins_list(self.gl)

        # Loop over plugins
        print_plugins(self.gl)

        # Others helpers
        print_auto_unit(self.gl)
        print_bar(self.gl)
        print_top_process(self.gl)

        # Return True to exit directly (no refresh)
        return True


1			#
2			# This file is part of Glances.
3			#
4			# SPDX-FileCopyrightText: 2025 Nicolas Hennion <[email protected]>
5			#
6			# SPDX-License-Identifier: LGPL-3.0-only
7			#
8
9			"""Generate Glances Python API documentation."""
10
11			from pprint import pformat
12
13			from glances import api
14
15			APIDOC_HEADER = """\
16			.. _api:
17
18			Python API documentation
19			========================
20
21			This documentation describes the Glances Python API.
22
23			Note: This API is only available in Glances 4.4.0 or higher.
24
25			"""
26
27
28			def printtab(s, indent=' '):
29			print(indent + s.replace('\n', '\n' + indent))
30
31
32			def print_tldr(gl):
33			"""Print the TL;DR section of the API documentation."""
34			sub_title = 'TL;DR'
35			print(sub_title)
36			print('-' * len(sub_title))
37			print('')
38			print('You can access the Glances API by importing the `glances.api` module and creating an')
39			print('instance of the `GlancesAPI` class. This instance provides access to all Glances plugins')
40			print('and their fields. For example, to access the CPU plugin and its total field, you can')
41			print('use the following code:')
42			print('')
43			print('.. code-block:: python')
44			print('')
45			printtab('>>> from glances import api')
46			printtab('>>> gl = api.GlancesAPI()')
47			printtab('>>> gl.cpu')
48			printtab(f'{pformat(gl.cpu.stats)}')
49			printtab('>>> gl.cpu["total"]')
50			printtab(f'{gl.cpu["total"]}')
51			printtab('>>> gl.mem["used"]')
52			printtab(f'{gl.mem["used"]}')
53			printtab('>>> gl.auto_unit(gl.mem["used"])')
54			printtab(f'{gl.auto_unit(gl.mem["used"])}')
55			print('')
56			print('If the stats return a list of items (like network interfaces or processes), you can')
57			print('access them by their name:')
58			print('')
59			print('.. code-block:: python')
60			print('')
61			printtab('>>> gl.network.keys()')
62			printtab(f'{gl.network.keys()}')
63			printtab(f'>>> gl.network["{gl.network.keys()[0]}"]')
64			printtab(f'{pformat(gl.network[gl.network.keys()[0]])}')
65			print('')
66
67
68			def print_init_api(gl):
69			sub_title = 'Init Glances Python API'
70			print(sub_title)
71			print('-' * len(sub_title))
72			print('')
73			print('Init the Glances API:')
74			print('')
75			print('.. code-block:: python')
76			print('')
77			printtab('>>> from glances import api')
78			printtab('>>> gl = api.GlancesAPI()')
79			print('')
80
81
82			def print_plugins_list(gl):
83			sub_title = 'Get Glances plugins list'
84			print(sub_title)
85			print('-' * len(sub_title))
86			print('')
87			print('Get the plugins list:')
88			print('')
89			print('.. code-block:: python')
90			print('')
91			printtab('>>> gl.plugins()')
92			printtab(f'{gl.plugins()}')
93			print('')
94
95
96			def print_plugin(gl, plugin):
97			"""Print the details of a single plugin."""
98			sub_title = f'Glances {plugin}'
99			print(sub_title)
100			print('-' * len(sub_title))
101			print('')
102
103			stats_obj = gl.__getattr__(plugin)
104
105			print(f'{plugin.capitalize()} stats:')
106			print('')
107			print('.. code-block:: python')
108			print('')
109			printtab(f'>>> type(gl.{plugin})')
110			printtab(f'{type(stats_obj)}')
111			if len(stats_obj.keys()) > 0 and isinstance(stats_obj[stats_obj.keys()[0]], dict):
112			printtab(f'>>> gl.{plugin}')
113			printtab(f'Return a dict of dict with key=<{stats_obj[stats_obj.keys()[0]]["key"]}>')
114			printtab(f'>>> gl.{plugin}.keys()')
115			printtab(f'{stats_obj.keys()}')
116			printtab(f'>>> gl.{plugin}["{stats_obj.keys()[0]}"]')
117			printtab(f'{pformat(stats_obj[stats_obj.keys()[0]])}')
118			else:
119			printtab(f'>>> gl.{plugin}')
120			printtab(f'{pformat(stats_obj.stats)}')
121			if len(stats_obj.keys()) > 0:
122			printtab(f'>>> gl.{plugin}.keys()')
123			printtab(f'{stats_obj.keys()}')
124			printtab(f'>>> gl.{plugin}["{stats_obj.keys()[0]}"]')
125			printtab(f'{pformat(stats_obj[stats_obj.keys()[0]])}')
126			print('')
127
128			if stats_obj.fields_description is not None:
129			print(f'{plugin.capitalize()} fields description:')
130			print('')
131			for field, description in stats_obj.fields_description.items():
132			print(f'* {field}: {description["description"]}')
133			print('')
134
135			print(f'{plugin.capitalize()} limits:')
136			print('')
137			print('.. code-block:: python')
138			print('')
139			printtab(f'>>> gl.{plugin}.limits')
140			printtab(f'{pformat(gl.__getattr__(plugin).limits)}')
141			print('')
142
143
144			def print_plugins(gl):
145			"""Print the details of all plugins."""
146			for plugin in [p for p in gl.plugins() if p not in ['help', 'programlist']]:
147			print_plugin(gl, plugin)
148
149
150			def print_auto_unit(gl):
151			sub_title = 'Use auto_unit to display a human-readable string with the unit'
152			print(sub_title)
153			print('-' * len(sub_title))
154			print('')
155			print('Use auto_unit() function to generate a human-readable string with the unit:')
156			print('')
157			print('.. code-block:: python')
158			print('')
159			printtab('>>> gl.mem["used"]')
160			printtab(f'{gl.mem["used"]}')
161			print('')
162			printtab('>>> gl.auto_unit(gl.mem["used"])')
163			printtab(f'{gl.auto_unit(gl.mem["used"])}')
164			print('')
165			print("""
166			Args:
167
168			number (float or int): The numeric value to be converted.
169
170			low_precision (bool, optional): If True, use lower precision for the output. Defaults to False.
171
172			min_symbol (str, optional): The minimum unit symbol to use (e.g., 'K' for kilo). Defaults to 'K'.
173
174			none_symbol (str, optional): The symbol to display if the number is None. Defaults to '-'.
175
176			Returns:
177
178			str: A human-readable string representation of the number with units.
179
180			""")
181
182
183			def print_bar(gl):
184			sub_title = 'Use to display stat as a bar'
185			print(sub_title)
186			print('-' * len(sub_title))
187			print('')
188			print('Use bar() function to generate a bar:')
189			print('')
190			print('.. code-block:: python')
191			print('')
192			printtab('>>> gl.bar(gl.mem["percent"])')
193			printtab(f'{gl.bar(gl.mem["percent"])}')
194			print('')
195			print("""
196			Args:
197
198			value (float): The percentage value to represent in the bar (typically between 0 and 100).
199
200			size (int, optional): The total length of the bar in characters. Defaults to 18.
201
202			bar_char (str, optional): The character used to represent the filled portion of the bar. Defaults to '■'.
203
204			empty_char (str, optional): The character used to represent the empty portion of the bar. Defaults to '□'.
205
206			pre_char (str, optional): A string to prepend to the bar. Defaults to ''.
207
208			post_char (str, optional): A string to append to the bar. Defaults to ''.
209
210			Returns:
211
212			str: A string representing the progress bar.
213
214			""")
215
216
217			def print_top_process(gl):
218			sub_title = 'Use to display top process list'
219			print(sub_title)
220			print('-' * len(sub_title))
221			print('')
222			print('Use top_process() function to generate a list of top processes sorted by CPU or MEM usage:')
223			print('')
224			print('.. code-block:: python')
225			print('')
226			printtab('>>> gl.top_process()')
227			printtab(f'{gl.top_process()}')
228			print('')
229			print("""
230			Args:
231
232			limit (int, optional): The maximum number of top processes to return. Defaults to 3.
233
234			sorted_by (str, optional): The primary key to sort processes by (e.g., 'cpu_percent').
235			Defaults to 'cpu_percent'.
236
237			sorted_by_secondary (str, optional): The secondary key to sort processes by if primary keys are equal
238			(e.g., 'memory_percent'). Defaults to 'memory_percent'.
239
240			Returns:
241
242			list: A list of dictionaries representing the top processes, excluding those with 'glances' in their
243			command line.
244
245			Note:
246
247			The 'glances' process is excluded from the returned list to avoid self-generated CPU load affecting
248			the results.
249
250			""")
251
252
253			class GlancesStdoutApiDoc:
254			"""This class manages the fields description display."""
255
256			def __init__(self, config=None, args=None):
257			# Init
258			self.gl = api.GlancesAPI()
259
260			def end(self):
261			pass
262
263			def update(self, stats, duration=1):
264			"""Display issue"""
265			# Display header
266			print(APIDOC_HEADER)
267
268			# Display TL;DR section
269			print_tldr(self.gl)
270
271			# Init the API
272			print_init_api(self.gl)
273
274			# Display plugins list
275			print_plugins_list(self.gl)
276
277			# Loop over plugins
278			print_plugins(self.gl)
279
280			# Others helpers
281			print_auto_unit(self.gl)
282			print_bar(self.gl)
283			print_top_process(self.gl)
284
285			# Return True to exit directly (no refresh)
286			return True
287

nicolargo / glances

Push — develop ( 0abc39...ef45c6 )

glances.outputs.glances_stdout_api_doc.print_bar() A

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