APRSUtilTestCase.test_encode_callsign_digipeated() - Code Metrics - Inspection of "Merge pull request #2 from Syncleus/rework" - Syncleus/apex - Measure and Improve Code Quality continuously with Scrutinizer

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APRSUtilTestCase.test_encode_callsign_digipeated() A

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#!/usr/bin/env python
# -*- coding: utf-8 -*-

"""Tests for Python APRS util methods."""

__author__ = 'Jeffrey Phillips Freeman WI2ARD <[email protected]>'
__license__ = 'Apache License, Version 2.0'
__copyright__ = 'Copyright 2016, Syncleus, Inc. and contributors'


import logging
import logging.handlers
import sys
import unittest

import apex.aprs.util
from apex.aprs import constants as aprsConstants
from . import constants

ALPHABET = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'
NUMBERS = '0123456789'
POSITIVE_NUMBERS = NUMBERS[1:]
ALPHANUM = ''.join([ALPHABET, NUMBERS])

VALID_CALLSIGNS = ['W2GMD', 'W2GMD-1', 'KF4MKT', 'KF4MKT-1', 'KF4LZA-15']
INVALID_CALLSIGNS = ['xW2GMDx', 'W2GMD-16', 'W2GMD-A', 'W', 'W2GMD-1-0',
                     'W*GMD', 'W2GMD-123']


class APRSUtilTestCase(unittest.TestCase):  # pylint: disable=R0904
    """Tests for Python APRS Utils."""

    logger = logging.getLogger(__name__)
    logger.setLevel(aprsConstants.LOG_LEVEL)
    console_handler = logging.StreamHandler()
    console_handler.setLevel(aprsConstants.LOG_LEVEL)
    formatter = logging.Formatter(aprsConstants.LOG_FORMAT)
    console_handler.setFormatter(formatter)
    logger.addHandler(console_handler)
    logger.propagate = False

    def test_latitude_north(self):

        """Test Decimal to APRS Latitude conversion.

        Spec per ftp://ftp.tapr.org/aprssig/aprsspec/spec/aprs101/APRS101.pdf
        --
        Latitude is expressed as a fixed 8-character field, in degrees and
        decimal minutes (to two decimal places), followed by the letter N for
        north or S for south. Latitude degrees are in the range 00 to 90.
        Latitude minutes are expressed as whole minutes and hundredths of a
        minute, separated by a decimal point.

        For example:

            4903.50N is 49 degrees 3 minutes 30 seconds north.

        In generic format examples, the latitude is shown as the 8-character
        string ddmm.hhN (i.e. degrees, minutes and hundredths of a minute
        north).
        """
        test_lat = 37.7418096
        aprs_lat = apex.aprs.util.dec2dm_lat(test_lat)
        self.logger.debug('aprs_lat=%s', aprs_lat)

        lat_deg = int(aprs_lat.split('.')[0][:1])
        # lat_hsec = aprs_lat.split('.')[1]

        self.assertTrue(len(aprs_lat) == 8)
        self.assertTrue(lat_deg >= 00)
        self.assertTrue(lat_deg <= 90)
        self.assertTrue(aprs_lat.endswith('N'))

    def test_latitude_south(self):

        """Test Decimal to APRS Latitude conversion.

        Spec per ftp://ftp.tapr.org/aprssig/aprsspec/spec/aprs101/APRS101.pdf
        --
        Latitude is expressed as a fixed 8-character field, in degrees and
        decimal minutes (to two decimal places), followed by the letter N for
        north or S for south. Latitude degrees are in the range 00 to 90.
        Latitude minutes are expressed as whole minutes and hundredths of a
        minute, separated by a decimal point.

        For example:

            4903.50N is 49 degrees 3 minutes 30 seconds north.

        In generic format examples, the latitude is shown as the 8-character
        string ddmm.hhN (i.e. degrees, minutes and hundredths of a minute
        north).
        """
        test_lat = -37.7418096
        aprs_lat = apex.aprs.util.dec2dm_lat(test_lat)
        self.logger.debug('aprs_lat=%s', aprs_lat)

        lat_deg = int(aprs_lat.split('.')[0][:1])
        # lat_hsec = aprs_lat.split('.')[1]

        self.assertTrue(len(aprs_lat) == 8)
        self.assertTrue(lat_deg >= 00)
        self.assertTrue(lat_deg <= 90)
        self.assertTrue(aprs_lat.endswith('S'))

    def test_longitude_west(self):

        """Test Decimal to APRS Longitude conversion.

        Spec per ftp://ftp.tapr.org/aprssig/aprsspec/spec/aprs101/APRS101.pdf
        --
        Longitude is expressed as a fixed 9-character field, in degrees and
        decimal minutes (to two decimal places), followed by the letter E for
        east or W for west.

        Longitude degrees are in the range 000 to 180. Longitude minutes are
        expressed as whole minutes and hundredths of a minute, separated by a
        decimal point.

        For example:

            07201.75W is 72 degrees 1 minute 45 seconds west.

        In generic format examples, the longitude is shown as the 9-character
        string dddmm.hhW (i.e. degrees, minutes and hundredths of a minute
        west).
        """
        test_lng = -122.38833
        aprs_lng = apex.aprs.util.dec2dm_lng(test_lng)
        self.logger.debug('aprs_lng=%s', aprs_lng)

        lng_deg = int(aprs_lng.split('.')[0][:2])
        # lng_hsec = aprs_lng.split('.')[1]

        self.assertTrue(len(aprs_lng) == 9)
        self.assertTrue(lng_deg >= 000)
        self.assertTrue(lng_deg <= 180)
        self.assertTrue(aprs_lng.endswith('W'))

    def test_longitude_east(self):

        """Test Decimal to APRS Longitude conversion.

        Spec per ftp://ftp.tapr.org/aprssig/aprsspec/spec/aprs101/APRS101.pdf
        --
        Longitude is expressed as a fixed 9-character field, in degrees and
        decimal minutes (to two decimal places), followed by the letter E for
        east or W for west.

        Longitude degrees are in the range 000 to 180. Longitude minutes are
        expressed as whole minutes and hundredths of a minute, separated by a
        decimal point.

        For example:

            07201.75W is 72 degrees 1 minute 45 seconds west.

        In generic format examples, the longitude is shown as the 9-character
        string dddmm.hhW (i.e. degrees, minutes and hundredths of a minute
        west).
        """
        test_lng = 122.38833
        aprs_lng = apex.aprs.util.dec2dm_lng(test_lng)
        self.logger.debug('aprs_lng=%s', aprs_lng)

        lng_deg = int(aprs_lng.split('.')[0][:2])
        # lng_hsec = aprs_lng.split('.')[1]

        self.assertTrue(len(aprs_lng) == 9)
        self.assertTrue(lng_deg >= 000)
        self.assertTrue(lng_deg <= 180)
        self.assertTrue(aprs_lng.endswith('E'))

    def test_valid_callsign_valid(self):
        """
        Tests valid callsigns using `aprs.util.valid_callsign()`.
        """
        for i in VALID_CALLSIGNS:
            self.assertTrue(
                apex.aprs.util.valid_callsign(i), "%s is a valid call" % i)

    def test_valid_callsign_invalid(self):
        """
        Tests invalid callsigns using `aprs.util.valid_callsign()`.
        """
        for i in INVALID_CALLSIGNS:
            self.assertFalse(
                apex.aprs.util.valid_callsign(i), "%s is an invalid call" % i)

    def test_decode_aprs_ascii_frame(self):
        """
        Tests creating an APRS frame-as-dict from an APRS frame-as-string
        using `aprs.util.decode_aprs_ascii_frame()`.
        """
        ascii_frame = (
            'W2GMD-9>APOTC1,WIDE1-1,WIDE2-1:!3745.94N/12228.05W>118/010/'
            'A=000269 38C=Temp http://w2gmd.org/ Twitter: @ampledata')
        frame = apex.aprs.util.decode_aprs_ascii_frame(ascii_frame)
        self.assertEqual(
            {
                'source': 'W2GMD-9',
                'destination': 'APOTC1',
                'path': 'APOTC1,WIDE1-1,WIDE2-1',
                'text': ('!3745.94N/12228.05W>118/010/A=000269 38C=Temp '
                         'http://w2gmd.org/ Twitter: @ampledata'),
            },
            frame
        )

    # All other tests only work on python2
    # if sys.version_info < (3, 0):
    #     def setUp(self):  # pylint: disable=C0103
    #         """Setup."""
    #         self.test_frames = open(constants.TEST_FRAMES, 'r')
    #         self.test_frame = self.test_frames.readlines()[0].strip()
    #
    #     def tearDown(self):  # pylint: disable=C0103
    #         """Teardown."""
    #         self.test_frames.close()
    #
    #     def test_format_aprs_frame(self):
    #         """
    #         Tests formatting an APRS frame-as-string from an APRS frame-as-dict
    #         using `aprs.util.format_aprs_frame()`.
    #         """
    #         frame = {
    #             'source': 'W2GMD-1',
    #             'destination': 'OMG',
    #             'path': 'WIDE1-1',
    #             'text': 'test_format_aprs_frame'
    #         }
    #         formatted_frame = apex.aprs.util.format_aprs_frame(frame)
    #         self.assertEqual(
    #             formatted_frame,
    #             'W2GMD-1>OMG,WIDE1-1:test_format_aprs_frame'
    #         )

        # def test_extract_callsign_source(self):
        #     """
        #     Tests extracting the source callsign from a KISS-encoded APRS frame
        #     using `aprs.util.extract_callsign()`.
        #     """
        #     callsign = {'callsign': 'W2GMD', 'ssid': 6}
        #     extracted_callsign = apex.aprs.util.extract_callsign(self.test_frame[7:])
        #     self.assertEqual(callsign, extracted_callsign)
        #
        # def test_extract_callsign_dest(self):
        #     """
        #     Tests extracting the destination callsign from a KISS-encoded APRS
        #     frame using `aprs.util.extract_callsign()`.
        #     """
        #     extracted_callsign = apex.aprs.util.extract_callsign(self.test_frame)
        #     self.assertEqual(extracted_callsign['callsign'], 'APRX24')
        #
        # def test_full_callsign_with_ssid(self):
        #     """
        #     Tests creating a full callsign string from a callsign+ssid dict using
        #     `aprs.util.full_callsign()`.
        #     """
        #     callsign = {
        #         'callsign': 'W2GMD',
        #         'ssid': 1
        #     }
        #     full_callsign = apex.aprs.util.full_callsign(callsign)
        #     self.assertEqual(full_callsign, 'W2GMD-1')
        #
        # def test_full_callsign_sans_ssid(self):
        #     """
        #     Tests creating a full callsign string from a callsign dict using
        #     `aprs.util.full_callsign()`.
        #     """
        #     callsign = {
        #         'callsign': 'W2GMD',
        #         'ssid': 0
        #     }
        #     full_callsign = apex.aprs.util.full_callsign(callsign)
        #     self.assertEqual(full_callsign, 'W2GMD')
        #
        # def test_extract_path(self):
        #     """
        #     Tests extracting the APRS path from a KISS-encoded frame
        #     using `aprs.util.extract_path()`.
        #     """
        #     extracted_path = apex.aprs.util.extract_path(3, self.test_frame)
        #     self.assertEqual('WIDE1-1', extracted_path[0])
        #
        # def test_format_path(self):
        #     """
        #     Tests formatting an APRS path from a KISS-encoded frame
        #     using `aprs.util.format_path()`.
        #     """
        #     extracted_path = apex.aprs.util.format_path(3, self.test_frame)
        #     self.assertEqual('WIDE1-1', extracted_path)
        #
        # def test_encode_frame(self):
        #     """
        #     Tests KISS-encoding an APRS frame using
        #     `aprs.util.encode_frame()`.
        #     """
        #     frame = {
        #         'source': 'W2GMD-1',
        #         'destination': 'OMG',
        #         'path': 'WIDE1-1',
        #         'text': 'test_encode_frame'
        #     }
        #     encoded_frame = apex.aprs.util.encode_frame(frame)
        #     legit = ('\x9e\x9a\x8e@@@`\xaed\x8e\x9a\x88@b'
        #              '\xae\x92\x88\x8ab@c\x03\xf0test_encode_frame')
        #     self.assertEqual(legit, encoded_frame)
        #
        # def test_decode_frame_recorded(self):
        #     """
        #     Tests decoding a KISS-encoded APRS frame using
        #     `aprs.util.decode_frame()`.
        #     """
        #     frame = {
        #         'path': 'WIDE1-1',
        #         'destination': 'APRX24',
        #         'source': 'W2GMD-6',
        #         'text': ('!3745.75NI12228.05W#W2GMD-6 Inner Sunset, '
        #                  'SF iGate/Digipeater http://w2gmd.org')
        #     }
        #     self.assertEqual(frame, apex.aprs.util.decode_frame(self.test_frame))
        #
        # def test_decode_frame(self):
        #     """
        #     Tests decoding a KISS-encoded APRS frame using
        #     `aprs.util.decode_frame()`.
        #     """
        #     frame = {
        #         'source': 'W2GMD-1',
        #         'destination': 'OMG',
        #         'path': 'WIDE1-1,WIDE2-2',
        #         'text': 'test_encode_frame'
        #     }
        #     encoded_frame = apex.aprs.util.encode_frame(frame)
        #     decoded_frame = apex.aprs.util.decode_frame(encoded_frame)
        #     self.assertEqual(frame, decoded_frame)
        #
        # def test_create_callsign(self):
        #     """
        #     Tests creating a callsign string from a callsign dict using
        #     `aprs.util.create_callsign()`.
        #     """
        #     full_callsign = 'W2GMD-1'
        #     callsign = apex.aprs.util.create_callsign(full_callsign)
        #     self.assertEqual({'callsign': 'W2GMD', 'ssid': 1}, callsign)
        #
        # def test_full_callsign(self):
        #     """
        #     Tests converting a callsign dict to a callsing string
        #     (callsign-ssid) using `aprs.util.full_callsign()`.
        #     """
        #     callsign = {'callsign': 'W2GMD', 'ssid': 1}
        #     full_callsign = apex.aprs.util.full_callsign(callsign)
        #     self.assertEqual('W2GMD-1', full_callsign)
        #
        # def test_encode_callsign_digipeated(self):
        #     """
        #     Tests encoding a digipeated callsign with
        #     `aprs.util.encode_callsign()`.
        #     """
        #     callsign = {'callsign': 'W2GMD*', 'ssid': 1}
        #     encoded_callsign = apex.aprs.util.encode_callsign(callsign)
        #     self.assertEqual('\xaed\x8e\x9a\x88@\xe2', encoded_callsign)
        #
        # def test_encode_callsign(self):
        #     """
        #     Tests encoding a non-digipeated callsign with
        #     `aprs.util.encode_callsign()`.
        #     """
        #     callsign = {'callsign': 'W2GMD', 'ssid': 1}
        #     encoded_callsign = apex.aprs.util.encode_callsign(callsign)
        #     self.assertEqual('\xaed\x8e\x9a\x88@b', encoded_callsign)


if __name__ == '__main__':
    unittest.main()


1		#!/usr/bin/env python
2		# -- coding: utf-8 --
3
4		"""Tests for Python APRS util methods."""
5
6		__author__ = 'Jeffrey Phillips Freeman WI2ARD <[email protected]>'
7		__license__ = 'Apache License, Version 2.0'
8		__copyright__ = 'Copyright 2016, Syncleus, Inc. and contributors'
9
10
11		import logging
12		import logging.handlers
13		import sys
14		import unittest
15
16		import apex.aprs.util
17		from apex.aprs import constants as aprsConstants
18		from . import constants
19
20		ALPHABET = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'
21		NUMBERS = '0123456789'
22		POSITIVE_NUMBERS = NUMBERS[1:]
23		ALPHANUM = ''.join([ALPHABET, NUMBERS])
24
25		VALID_CALLSIGNS = ['W2GMD', 'W2GMD-1', 'KF4MKT', 'KF4MKT-1', 'KF4LZA-15']
26		INVALID_CALLSIGNS = ['xW2GMDx', 'W2GMD-16', 'W2GMD-A', 'W', 'W2GMD-1-0',
27		'W*GMD', 'W2GMD-123']
28
29
30		class APRSUtilTestCase(unittest.TestCase): # pylint: disable=R0904
31		"""Tests for Python APRS Utils."""
32
33		logger = logging.getLogger(__name__)
34		logger.setLevel(aprsConstants.LOG_LEVEL)
35		console_handler = logging.StreamHandler()
36		console_handler.setLevel(aprsConstants.LOG_LEVEL)
37		formatter = logging.Formatter(aprsConstants.LOG_FORMAT)
38		console_handler.setFormatter(formatter)
39		logger.addHandler(console_handler)
40		logger.propagate = False
41
42	View Code Duplication	def test_latitude_north(self):
		0 ignored issues – show Duplication introduced 2016-09-20 14:36 UTC by Report Bug Copy Issue Report This code seems to be duplicated in your project. Loading history...
43		"""Test Decimal to APRS Latitude conversion.
44
45		Spec per ftp://ftp.tapr.org/aprssig/aprsspec/spec/aprs101/APRS101.pdf
46		--
47		Latitude is expressed as a fixed 8-character field, in degrees and
48		decimal minutes (to two decimal places), followed by the letter N for
49		north or S for south. Latitude degrees are in the range 00 to 90.
50		Latitude minutes are expressed as whole minutes and hundredths of a
51		minute, separated by a decimal point.
52
53		For example:
54
55		4903.50N is 49 degrees 3 minutes 30 seconds north.
56
57		In generic format examples, the latitude is shown as the 8-character
58		string ddmm.hhN (i.e. degrees, minutes and hundredths of a minute
59		north).
60		"""
61		test_lat = 37.7418096
62		aprs_lat = apex.aprs.util.dec2dm_lat(test_lat)
63		self.logger.debug('aprs_lat=%s', aprs_lat)
64
65		lat_deg = int(aprs_lat.split('.')[0][:1])
66		# lat_hsec = aprs_lat.split('.')[1]
67
68		self.assertTrue(len(aprs_lat) == 8)
69		self.assertTrue(lat_deg >= 00)
70		self.assertTrue(lat_deg <= 90)
71		self.assertTrue(aprs_lat.endswith('N'))
72
73	View Code Duplication	def test_latitude_south(self):
		0 ignored issues – show Duplication introduced 2016-09-20 14:36 UTC by Report Bug Copy Issue Report This code seems to be duplicated in your project. Loading history...
74		"""Test Decimal to APRS Latitude conversion.
75
76		Spec per ftp://ftp.tapr.org/aprssig/aprsspec/spec/aprs101/APRS101.pdf
77		--
78		Latitude is expressed as a fixed 8-character field, in degrees and
79		decimal minutes (to two decimal places), followed by the letter N for
80		north or S for south. Latitude degrees are in the range 00 to 90.
81		Latitude minutes are expressed as whole minutes and hundredths of a
82		minute, separated by a decimal point.
83
84		For example:
85
86		4903.50N is 49 degrees 3 minutes 30 seconds north.
87
88		In generic format examples, the latitude is shown as the 8-character
89		string ddmm.hhN (i.e. degrees, minutes and hundredths of a minute
90		north).
91		"""
92		test_lat = -37.7418096
93		aprs_lat = apex.aprs.util.dec2dm_lat(test_lat)
94		self.logger.debug('aprs_lat=%s', aprs_lat)
95
96		lat_deg = int(aprs_lat.split('.')[0][:1])
97		# lat_hsec = aprs_lat.split('.')[1]
98
99		self.assertTrue(len(aprs_lat) == 8)
100		self.assertTrue(lat_deg >= 00)
101		self.assertTrue(lat_deg <= 90)
102		self.assertTrue(aprs_lat.endswith('S'))
103
104	View Code Duplication	def test_longitude_west(self):
		0 ignored issues – show Duplication introduced 2016-09-20 14:36 UTC by Report Bug Copy Issue Report This code seems to be duplicated in your project. Loading history...
105		"""Test Decimal to APRS Longitude conversion.
106
107		Spec per ftp://ftp.tapr.org/aprssig/aprsspec/spec/aprs101/APRS101.pdf
108		--
109		Longitude is expressed as a fixed 9-character field, in degrees and
110		decimal minutes (to two decimal places), followed by the letter E for
111		east or W for west.
112
113		Longitude degrees are in the range 000 to 180. Longitude minutes are
114		expressed as whole minutes and hundredths of a minute, separated by a
115		decimal point.
116
117		For example:
118
119		07201.75W is 72 degrees 1 minute 45 seconds west.
120
121		In generic format examples, the longitude is shown as the 9-character
122		string dddmm.hhW (i.e. degrees, minutes and hundredths of a minute
123		west).
124		"""
125		test_lng = -122.38833
126		aprs_lng = apex.aprs.util.dec2dm_lng(test_lng)
127		self.logger.debug('aprs_lng=%s', aprs_lng)
128
129		lng_deg = int(aprs_lng.split('.')[0][:2])
130		# lng_hsec = aprs_lng.split('.')[1]
131
132		self.assertTrue(len(aprs_lng) == 9)
133		self.assertTrue(lng_deg >= 000)
134		self.assertTrue(lng_deg <= 180)
135		self.assertTrue(aprs_lng.endswith('W'))
136
137	View Code Duplication	def test_longitude_east(self):
		0 ignored issues – show Duplication introduced 2016-09-20 14:36 UTC by Report Bug Copy Issue Report This code seems to be duplicated in your project. Loading history...
138		"""Test Decimal to APRS Longitude conversion.
139
140		Spec per ftp://ftp.tapr.org/aprssig/aprsspec/spec/aprs101/APRS101.pdf
141		--
142		Longitude is expressed as a fixed 9-character field, in degrees and
143		decimal minutes (to two decimal places), followed by the letter E for
144		east or W for west.
145
146		Longitude degrees are in the range 000 to 180. Longitude minutes are
147		expressed as whole minutes and hundredths of a minute, separated by a
148		decimal point.
149
150		For example:
151
152		07201.75W is 72 degrees 1 minute 45 seconds west.
153
154		In generic format examples, the longitude is shown as the 9-character
155		string dddmm.hhW (i.e. degrees, minutes and hundredths of a minute
156		west).
157		"""
158		test_lng = 122.38833
159		aprs_lng = apex.aprs.util.dec2dm_lng(test_lng)
160		self.logger.debug('aprs_lng=%s', aprs_lng)
161
162		lng_deg = int(aprs_lng.split('.')[0][:2])
163		# lng_hsec = aprs_lng.split('.')[1]
164
165		self.assertTrue(len(aprs_lng) == 9)
166		self.assertTrue(lng_deg >= 000)
167		self.assertTrue(lng_deg <= 180)
168		self.assertTrue(aprs_lng.endswith('E'))
169
170		def test_valid_callsign_valid(self):
171		"""
172		Tests valid callsigns using `aprs.util.valid_callsign()`.
173		"""
174		for i in VALID_CALLSIGNS:
175		self.assertTrue(
176		apex.aprs.util.valid_callsign(i), "%s is a valid call" % i)
177
178		def test_valid_callsign_invalid(self):
179		"""
180		Tests invalid callsigns using `aprs.util.valid_callsign()`.
181		"""
182		for i in INVALID_CALLSIGNS:
183		self.assertFalse(
184		apex.aprs.util.valid_callsign(i), "%s is an invalid call" % i)
185
186		def test_decode_aprs_ascii_frame(self):
187		"""
188		Tests creating an APRS frame-as-dict from an APRS frame-as-string
189		using `aprs.util.decode_aprs_ascii_frame()`.
190		"""
191		ascii_frame = (
192		'W2GMD-9>APOTC1,WIDE1-1,WIDE2-1:!3745.94N/12228.05W>118/010/'
193		'A=000269 38C=Temp http://w2gmd.org/ Twitter: @ampledata')
194		frame = apex.aprs.util.decode_aprs_ascii_frame(ascii_frame)
195		self.assertEqual(
196		{
197		'source': 'W2GMD-9',
198		'destination': 'APOTC1',
199		'path': 'APOTC1,WIDE1-1,WIDE2-1',
200		'text': ('!3745.94N/12228.05W>118/010/A=000269 38C=Temp '
201		'http://w2gmd.org/ Twitter: @ampledata'),
202		},
203		frame
204		)
205
206		# All other tests only work on python2
207		# if sys.version_info < (3, 0):
208		# def setUp(self): # pylint: disable=C0103
209		# """Setup."""
210		# self.test_frames = open(constants.TEST_FRAMES, 'r')
211		# self.test_frame = self.test_frames.readlines()[0].strip()
212		#
213		# def tearDown(self): # pylint: disable=C0103
214		# """Teardown."""
215		# self.test_frames.close()
216		#
217		# def test_format_aprs_frame(self):
218		# """
219		# Tests formatting an APRS frame-as-string from an APRS frame-as-dict
220		# using `aprs.util.format_aprs_frame()`.
221		# """
222		# frame = {
223		# 'source': 'W2GMD-1',
224		# 'destination': 'OMG',
225		# 'path': 'WIDE1-1',
226		# 'text': 'test_format_aprs_frame'
227		# }
228		# formatted_frame = apex.aprs.util.format_aprs_frame(frame)
229		# self.assertEqual(
230		# formatted_frame,
231		# 'W2GMD-1>OMG,WIDE1-1:test_format_aprs_frame'
232		# )
233
234		# def test_extract_callsign_source(self):
235		# """
236		# Tests extracting the source callsign from a KISS-encoded APRS frame
237		# using `aprs.util.extract_callsign()`.
238		# """
239		# callsign = {'callsign': 'W2GMD', 'ssid': 6}
240		# extracted_callsign = apex.aprs.util.extract_callsign(self.test_frame[7:])
241		# self.assertEqual(callsign, extracted_callsign)
242		#
243		# def test_extract_callsign_dest(self):
244		# """
245		# Tests extracting the destination callsign from a KISS-encoded APRS
246		# frame using `aprs.util.extract_callsign()`.
247		# """
248		# extracted_callsign = apex.aprs.util.extract_callsign(self.test_frame)
249		# self.assertEqual(extracted_callsign['callsign'], 'APRX24')
250		#
251		# def test_full_callsign_with_ssid(self):
252		# """
253		# Tests creating a full callsign string from a callsign+ssid dict using
254		# `aprs.util.full_callsign()`.
255		# """
256		# callsign = {
257		# 'callsign': 'W2GMD',
258		# 'ssid': 1
259		# }
260		# full_callsign = apex.aprs.util.full_callsign(callsign)
261		# self.assertEqual(full_callsign, 'W2GMD-1')
262		#
263		# def test_full_callsign_sans_ssid(self):
264		# """
265		# Tests creating a full callsign string from a callsign dict using
266		# `aprs.util.full_callsign()`.
267		# """
268		# callsign = {
269		# 'callsign': 'W2GMD',
270		# 'ssid': 0
271		# }
272		# full_callsign = apex.aprs.util.full_callsign(callsign)
273		# self.assertEqual(full_callsign, 'W2GMD')
274		#
275		# def test_extract_path(self):
276		# """
277		# Tests extracting the APRS path from a KISS-encoded frame
278		# using `aprs.util.extract_path()`.
279		# """
280		# extracted_path = apex.aprs.util.extract_path(3, self.test_frame)
281		# self.assertEqual('WIDE1-1', extracted_path[0])
282		#
283		# def test_format_path(self):
284		# """
285		# Tests formatting an APRS path from a KISS-encoded frame
286		# using `aprs.util.format_path()`.
287		# """
288		# extracted_path = apex.aprs.util.format_path(3, self.test_frame)
289		# self.assertEqual('WIDE1-1', extracted_path)
290		#
291		# def test_encode_frame(self):
292		# """
293		# Tests KISS-encoding an APRS frame using
294		# `aprs.util.encode_frame()`.
295		# """
296		# frame = {
297		# 'source': 'W2GMD-1',
298		# 'destination': 'OMG',
299		# 'path': 'WIDE1-1',
300		# 'text': 'test_encode_frame'
301		# }
302		# encoded_frame = apex.aprs.util.encode_frame(frame)
303		# legit = ('\x9e\x9a\x8e@@@`\xaed\x8e\x9a\x88@b'
304		# '\xae\x92\x88\x8ab@c\x03\xf0test_encode_frame')
305		# self.assertEqual(legit, encoded_frame)
306		#
307		# def test_decode_frame_recorded(self):
308		# """
309		# Tests decoding a KISS-encoded APRS frame using
310		# `aprs.util.decode_frame()`.
311		# """
312		# frame = {
313		# 'path': 'WIDE1-1',
314		# 'destination': 'APRX24',
315		# 'source': 'W2GMD-6',
316		# 'text': ('!3745.75NI12228.05W#W2GMD-6 Inner Sunset, '
317		# 'SF iGate/Digipeater http://w2gmd.org')
318		# }
319		# self.assertEqual(frame, apex.aprs.util.decode_frame(self.test_frame))
320		#
321		# def test_decode_frame(self):
322		# """
323		# Tests decoding a KISS-encoded APRS frame using
324		# `aprs.util.decode_frame()`.
325		# """
326		# frame = {
327		# 'source': 'W2GMD-1',
328		# 'destination': 'OMG',
329		# 'path': 'WIDE1-1,WIDE2-2',
330		# 'text': 'test_encode_frame'
331		# }
332		# encoded_frame = apex.aprs.util.encode_frame(frame)
333		# decoded_frame = apex.aprs.util.decode_frame(encoded_frame)
334		# self.assertEqual(frame, decoded_frame)
335		#
336		# def test_create_callsign(self):
337		# """
338		# Tests creating a callsign string from a callsign dict using
339		# `aprs.util.create_callsign()`.
340		# """
341		# full_callsign = 'W2GMD-1'
342		# callsign = apex.aprs.util.create_callsign(full_callsign)
343		# self.assertEqual({'callsign': 'W2GMD', 'ssid': 1}, callsign)
344		#
345		# def test_full_callsign(self):
346		# """
347		# Tests converting a callsign dict to a callsing string
348		# (callsign-ssid) using `aprs.util.full_callsign()`.
349		# """
350		# callsign = {'callsign': 'W2GMD', 'ssid': 1}
351		# full_callsign = apex.aprs.util.full_callsign(callsign)
352		# self.assertEqual('W2GMD-1', full_callsign)
353		#
354		# def test_encode_callsign_digipeated(self):
355		# """
356		# Tests encoding a digipeated callsign with
357		# `aprs.util.encode_callsign()`.
358		# """
359		# callsign = {'callsign': 'W2GMD*', 'ssid': 1}
360		# encoded_callsign = apex.aprs.util.encode_callsign(callsign)
361		# self.assertEqual('\xaed\x8e\x9a\x88@\xe2', encoded_callsign)
362		#
363		# def test_encode_callsign(self):
364		# """
365		# Tests encoding a non-digipeated callsign with
366		# `aprs.util.encode_callsign()`.
367		# """
368		# callsign = {'callsign': 'W2GMD', 'ssid': 1}
369		# encoded_callsign = apex.aprs.util.encode_callsign(callsign)
370		# self.assertEqual('\xaed\x8e\x9a\x88@b', encoded_callsign)
371
372
373		if __name__ == '__main__':
374		unittest.main()
375

Syncleus / apex

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APRSUtilTestCase.test_encode_callsign_digipeated() A

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