PyDMXControl.controllers.utils.debug.Debugger.run_fixture() - Code Metrics - MattIPv4/PyDMXControl - Measure and Improve Code Quality continuously with Scrutinizer

Debugger.run_fixture() C
last analyzed 2023-03-11 16:00 UTC

↳ Parent: PyDMXControl.controllers.utils.debug

Complexity

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Size

Total Lines	48
Code Lines	27

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
eloc	27
dl	0
loc	48
rs	5.9999
c	0
b	0
f	0
cc	10
nop	1

How to fix Complexity

"""
 *  PyDMXControl: A Python 3 module to control DMX using OpenDMX or uDMX.
 *                Featuring fixture profiles, built-in effects and a web control panel.
 *  <https://github.com/MattIPv4/PyDMXControl/>
 *  Copyright (C) 2022 Matt Cowley (MattIPv4) ([email protected])
"""

from collections import namedtuple
from inspect import signature, Parameter
from re import compile as re_compile
from typing import List, Tuple, Union, Dict, Callable

from ... import Colors
from ...profiles.defaults import Fixture, Vdim
from ...utils.exceptions import ChannelNotFoundException


class Debugger:

    def __init__(self, controller: 'Controller', callbacks: Dict[str, Callable] = None):
        self.cont = controller
        self.cbs = {} if callbacks is None else callbacks

    def __default_callbacks(self):
        # Some default callbacks
        if 'all_on' not in self.cbs:
            self.cbs['all_on'] = self.cont.all_on
        if 'on' not in self.cbs:
            self.cbs['on'] = self.cont.all_on

        if 'all_off' not in self.cbs:
            self.cbs['all_off'] = self.cont.all_off
        if 'off' not in self.cbs:
            self.cbs['off'] = self.cont.all_off

        if 'all_locate' not in self.cbs:
            self.cbs['all_locate'] = self.cont.all_locate
        if 'locate' not in self.cbs:
            self.cbs['locate'] = self.cont.all_locate

    def __check_callbacks(self):
        for key in self.cbs.keys():
            if not self.cbs[key] or not callable(self.cbs[key]):
                del self.cbs[key]

    @staticmethod
    def __callbacks_parameters(parameters: List[Parameter]) -> Tuple[list, dict]:
        # Given params
        ordered_params = []
        keyword_params = {}

        # Go through all params
        for param in parameters:
            # Basic param information
            has_default = (param.default != Parameter.empty)
            has_type = (param.annotation != Parameter.empty)
            param_type = str(param.annotation) if has_type else "Unknown"
            param_default = (", leave blank for default " + str(param.default)) if has_default else ""

            # Validate the parameter input
            given_param = False

            def valid(this):
                # Not started
                if this is None:
                    return False

                # Default?
                if this.strip() == "":
                    if has_default:
                        return param.default
                    return False

                # Normal
                try:
                    return param.annotation(this)
                except Exception:
                    return this

            # Get input
            while given_param is False:
                given_param = valid(input(
                    "[Callbacks Debug] Parameter '" + param.name + "' (expects " + param_type + param_default + "): "))

            # Add to return
            if param.kind == Parameter.POSITIONAL_ONLY:
                ordered_params.append(given_param)
            else:
                keyword_params[param.name] = given_param

        return ordered_params, keyword_params

    def run_callbacks(self):
        # Defaults
        self.__default_callbacks()
        self.__check_callbacks()

        # Give callbacks
        print("\n[Callbacks Debug] Available callbacks:",
              ", ".join(["'" + f + "'" for f in self.cbs.keys()]))
        while True:
            # Selection
            callback = input("\n[Callbacks Debug] Callback Name (or 'exit'): ").strip()

            # Allow exit
            if callback == 'exit':
                break

            # Check it exists
            if callback not in self.cbs:
                continue

            # Run the callback
            cb = self.cbs[callback]
            try:
                # Get all parameters
                params = signature(cb).parameters.values()
                ordered, keyword = self.__callbacks_parameters(params)

                # Run
                res = cb(*ordered, **keyword)
            except Exception as e:
                print(e)
                print("[Callbacks Debug] '" + callback + "' failed.")
            else:
                print("[Callbacks Debug] Callback '" + callback + "' succeed and returned:", res)

    @staticmethod
    def __fixture_channels(fixture: Fixture) -> List[str]:
        names = ["'" + f['name'] + "'" for f in fixture.channels.values()]
        if issubclass(type(fixture), Vdim):
            names.append("'dimmer'")
        return names

    @staticmethod
    def __fixture_channel_value(fixture: Fixture, channel: Union[str, int]) -> int:
        if issubclass(type(fixture), Vdim):
            return fixture.get_channel_value(channel, False)[0]
        return fixture.get_channel_value(channel)[0]

    @staticmethod
    def run_fixture_color(fixture: Fixture):
        # Select
        select = input("\n[Fixture Debug] Color Name: ").strip().lower()

        # Try finding enum
        color = [c for c in Colors if c.name.lower() == select]

        # If not enum, try regex, else fetch enum
        if not color:
            pattern = re_compile(
                r"^\s*(\d{1,3})\s*[, ]\s*(\d{1,3})\s*[, ]\s*(\d{1,3})\s*(?:[, ]\s*(\d{1,3})\s*)*$")
            match = pattern.match(select)
            if not match:
                return
            color = {"name": "User Input", "value": [int(f) for f in match.groups() if f]}
            color = namedtuple("Color", color.keys())(*color.values())
        else:
            color = color[0]

        # Apply
        fixture.color(color.value)
        print("[Fixture Debug] Color set to " + color.name + " (" + Colors.to_print(color.value) + ")")

    def run_fixture_channel(self, fixture: Fixture):
        # Select
        channel = input("\n[Channel Debug] Channel Number/Name: ").strip()

        # Find
        try:
            channel = fixture.get_channel_id(channel)
        except ChannelNotFoundException:
            return

        # Value
        value = str(self.__fixture_channel_value(fixture, channel))
        value = input("[Channel Debug] Channel Value (Currently " + value + ", leave blank to abort): ").strip()

        # Abort if bad value
        if value == "":
            return
        if not value.isdigit():
            return

        # Apply
        value = int(value)
        fixture.set_channel(channel, value)
        print("[Channel Debug] Channel '" + str(channel) + "' set to " + str(
            self.__fixture_channel_value(fixture, channel)))

    def run_fixture(self):
        fixture = input("\n[Fixture Debug] Fixture ID/Name: ").strip()

        # Find the fixture
        if not fixture.isdigit():
            fixture = self.cont.get_fixtures_by_name(fixture)
            if fixture:
                fixture = fixture[0]
        else:
            fixture = self.cont.get_fixture(int(fixture))
        if not fixture:
            return

        # Fixture debug control
        print("\n[Fixture Debug] Fixture selected:", fixture)
        while True:

            # Selection
            select = input("\n[Fixture Debug] '1': Channel Select by Number/Name"
                           "\n            '2': Channel List"
                           "\n            '3': Color (if fixture supports)"
                           "\n            '4': Color List"
                           "\n            '5': Exit"
                           "\nSelection: ").strip()

            # Channel number/name
            if select == '1':
                self.run_fixture_channel(fixture)
                continue

            # Channel list
            if select == '2':
                print("\n[Fixture Debug] Channel List:", ", ".join(self.__fixture_channels(fixture)))
                continue

            # Color select
            if select == '3':
                self.run_fixture_color(fixture)
                continue

            # Color list
            if select == '4':
                print("\n[Fixture Debug] Color List:", ", ".join([color.name for color in Colors]))
                continue

            # Exit
            if select == '5':
                break

    def run(self):
        # DMX debug control
        print("[DMX Debug] Currently operating in channels: {}".format("1->{}.".format(self.cont.next_channel - 1) if
                                                                       self.cont.next_channel > 1 else "None"))
        while True:
            # Selection
            select = input("\n[DMX Debug] '1': Fixture Select by ID/Name"
                           "\n            '2': Fixture List"
                           "\n            '3': Callbacks"
                           "\n            '4': Exit"
                           "\nSelection: ").strip()

            # Fixture id/name
            if select == '1':
                self.run_fixture()
                continue

            # Fixture list
            if select == '2':
                # Compile list
                fixtures = []
                for f in self.cont.get_all_fixtures():
                    fixtures.extend(["\n", f])
                # Output
                print("\n[DMX Debug] Fixture List:", *fixtures)
                continue

            # Callbacks
            if select == '3':
                self.run_callbacks()
                continue

            # Exit
            if select == '4':
                break


1			"""
2			* PyDMXControl: A Python 3 module to control DMX using OpenDMX or uDMX.
3			* Featuring fixture profiles, built-in effects and a web control panel.
4			* <https://github.com/MattIPv4/PyDMXControl/>
5			* Copyright (C) 2022 Matt Cowley (MattIPv4) ([email protected])
6			"""
7
8			from collections import namedtuple
9			from inspect import signature, Parameter
10			from re import compile as re_compile
11			from typing import List, Tuple, Union, Dict, Callable
12
13			from ... import Colors
14			from ...profiles.defaults import Fixture, Vdim
15			from ...utils.exceptions import ChannelNotFoundException
16
17
18			class Debugger:
19
20			def __init__(self, controller: 'Controller', callbacks: Dict[str, Callable] = None):
21			self.cont = controller
22			self.cbs = {} if callbacks is None else callbacks
23
24			def __default_callbacks(self):
25			# Some default callbacks
26			if 'all_on' not in self.cbs:
27			self.cbs['all_on'] = self.cont.all_on
28			if 'on' not in self.cbs:
29			self.cbs['on'] = self.cont.all_on
30
31			if 'all_off' not in self.cbs:
32			self.cbs['all_off'] = self.cont.all_off
33			if 'off' not in self.cbs:
34			self.cbs['off'] = self.cont.all_off
35
36			if 'all_locate' not in self.cbs:
37			self.cbs['all_locate'] = self.cont.all_locate
38			if 'locate' not in self.cbs:
39			self.cbs['locate'] = self.cont.all_locate
40
41			def __check_callbacks(self):
42			for key in self.cbs.keys():
43			if not self.cbs[key] or not callable(self.cbs[key]):
44			del self.cbs[key]
45
46			@staticmethod
47			def __callbacks_parameters(parameters: List[Parameter]) -> Tuple[list, dict]:
48			# Given params
49			ordered_params = []
50			keyword_params = {}
51
52			# Go through all params
53			for param in parameters:
54			# Basic param information
55			has_default = (param.default != Parameter.empty)
56			has_type = (param.annotation != Parameter.empty)
57			param_type = str(param.annotation) if has_type else "Unknown"
58			param_default = (", leave blank for default " + str(param.default)) if has_default else ""
59
60			# Validate the parameter input
61			given_param = False
62
63			def valid(this):
64			# Not started
65			if this is None:
66			return False
67
68			# Default?
69			if this.strip() == "":
70			if has_default:
71			return param.default
72			return False
73
74			# Normal
75			try:
76			return param.annotation(this)
77			except Exception:
78			return this
79
80			# Get input
81			while given_param is False:
82			given_param = valid(input(
83			"[Callbacks Debug] Parameter '" + param.name + "' (expects " + param_type + param_default + "): "))
84
85			# Add to return
86			if param.kind == Parameter.POSITIONAL_ONLY:
87			ordered_params.append(given_param)
88			else:
89			keyword_params[param.name] = given_param
90
91			return ordered_params, keyword_params
92
93			def run_callbacks(self):
94			# Defaults
95			self.__default_callbacks()
96			self.__check_callbacks()
97
98			# Give callbacks
99			print("\n[Callbacks Debug] Available callbacks:",
100			", ".join(["'" + f + "'" for f in self.cbs.keys()]))
101			while True:
102			# Selection
103			callback = input("\n[Callbacks Debug] Callback Name (or 'exit'): ").strip()
104
105			# Allow exit
106			if callback == 'exit':
107			break
108
109			# Check it exists
110			if callback not in self.cbs:
111			continue
112
113			# Run the callback
114			cb = self.cbs[callback]
115			try:
116			# Get all parameters
117			params = signature(cb).parameters.values()
118			ordered, keyword = self.__callbacks_parameters(params)
119
120			# Run
121			res = cb(ordered, *keyword)
122			except Exception as e:
123			print(e)
124			print("[Callbacks Debug] '" + callback + "' failed.")
125			else:
126			print("[Callbacks Debug] Callback '" + callback + "' succeed and returned:", res)
127
128			@staticmethod
129			def __fixture_channels(fixture: Fixture) -> List[str]:
130			names = ["'" + f['name'] + "'" for f in fixture.channels.values()]
131			if issubclass(type(fixture), Vdim):
132			names.append("'dimmer'")
133			return names
134
135			@staticmethod
136			def __fixture_channel_value(fixture: Fixture, channel: Union[str, int]) -> int:
137			if issubclass(type(fixture), Vdim):
138			return fixture.get_channel_value(channel, False)[0]
139			return fixture.get_channel_value(channel)[0]
140
141			@staticmethod
142			def run_fixture_color(fixture: Fixture):
143			# Select
144			select = input("\n[Fixture Debug] Color Name: ").strip().lower()
145
146			# Try finding enum
147			color = [c for c in Colors if c.name.lower() == select]
148
149			# If not enum, try regex, else fetch enum
150			if not color:
151			pattern = re_compile(
152			r"^\s(\d{1,3})\s[, ]\s(\d{1,3})\s[, ]\s(\d{1,3})\s(?:[, ]\s(\d{1,3})\s)*$")
153			match = pattern.match(select)
154			if not match:
155			return
156			color = {"name": "User Input", "value": [int(f) for f in match.groups() if f]}
157			color = namedtuple("Color", color.keys())(*color.values())
158			else:
159			color = color[0]
160
161			# Apply
162			fixture.color(color.value)
163			print("[Fixture Debug] Color set to " + color.name + " (" + Colors.to_print(color.value) + ")")
164
165			def run_fixture_channel(self, fixture: Fixture):
166			# Select
167			channel = input("\n[Channel Debug] Channel Number/Name: ").strip()
168
169			# Find
170			try:
171			channel = fixture.get_channel_id(channel)
172			except ChannelNotFoundException:
173			return
174
175			# Value
176			value = str(self.__fixture_channel_value(fixture, channel))
177			value = input("[Channel Debug] Channel Value (Currently " + value + ", leave blank to abort): ").strip()
178
179			# Abort if bad value
180			if value == "":
181			return
182			if not value.isdigit():
183			return
184
185			# Apply
186			value = int(value)
187			fixture.set_channel(channel, value)
188			print("[Channel Debug] Channel '" + str(channel) + "' set to " + str(
189			self.__fixture_channel_value(fixture, channel)))
190
191			def run_fixture(self):
192			fixture = input("\n[Fixture Debug] Fixture ID/Name: ").strip()
193
194			# Find the fixture
195			if not fixture.isdigit():
196			fixture = self.cont.get_fixtures_by_name(fixture)
197			if fixture:
198			fixture = fixture[0]
199			else:
200			fixture = self.cont.get_fixture(int(fixture))
201			if not fixture:
202			return
203
204			# Fixture debug control
205			print("\n[Fixture Debug] Fixture selected:", fixture)
206			while True:
207
208			# Selection
209			select = input("\n[Fixture Debug] '1': Channel Select by Number/Name"
210			"\n '2': Channel List"
211			"\n '3': Color (if fixture supports)"
212			"\n '4': Color List"
213			"\n '5': Exit"
214			"\nSelection: ").strip()
215
216			# Channel number/name
217			if select == '1':
218			self.run_fixture_channel(fixture)
219			continue
220
221			# Channel list
222			if select == '2':
223			print("\n[Fixture Debug] Channel List:", ", ".join(self.__fixture_channels(fixture)))
224			continue
225
226			# Color select
227			if select == '3':
228			self.run_fixture_color(fixture)
229			continue
230
231			# Color list
232			if select == '4':
233			print("\n[Fixture Debug] Color List:", ", ".join([color.name for color in Colors]))
234			continue
235
236			# Exit
237			if select == '5':
238			break
239
240			def run(self):
241			# DMX debug control
242			print("[DMX Debug] Currently operating in channels: {}".format("1->{}.".format(self.cont.next_channel - 1) if
243			self.cont.next_channel > 1 else "None"))
244			while True:
245			# Selection
246			select = input("\n[DMX Debug] '1': Fixture Select by ID/Name"
247			"\n '2': Fixture List"
248			"\n '3': Callbacks"
249			"\n '4': Exit"
250			"\nSelection: ").strip()
251
252			# Fixture id/name
253			if select == '1':
254			self.run_fixture()
255			continue
256
257			# Fixture list
258			if select == '2':
259			# Compile list
260			fixtures = []
261			for f in self.cont.get_all_fixtures():
262			fixtures.extend(["\n", f])
263			# Output
264			print("\n[DMX Debug] Fixture List:", *fixtures)
265			continue
266
267			# Callbacks
268			if select == '3':
269			self.run_callbacks()
270			continue
271
272			# Exit
273			if select == '4':
274			break
275

MattIPv4 / PyDMXControl

Debugger.run_fixture() C last analyzed 2023-03-11 16:00 UTC

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Debugger.run_fixture() C
last analyzed 2023-03-11 16:00 UTC