How to use _process_line method in autotest
Best Python code snippet using autotest_python
lexer_test.py
Source:lexer_test.py 
...120'''121class TestLexer(unittest.TestCase):122 def testTokenLength(self):123 lxr = lexer.Lexer(version=4)124 lxr._process_line(b'break')125 self.assertEqual(1, len(lxr._tokens))126 self.assertEqual(5, len(lxr._tokens[0]))127 def testTokenRepr(self):128 lxr = lexer.Lexer(version=4)129 lxr._process_line(b'break')130 self.assertEqual(1, len(lxr._tokens))131 self.assertIn('line 0', repr(lxr._tokens[0]))132 133 def testTokenMatches(self):134 lxr = lexer.Lexer(version=4)135 lxr._process_line(b'break')136 self.assertEqual(1, len(lxr._tokens))137 self.assertTrue(lxr._tokens[0].matches(lexer.TokKeyword(b'break')))138 self.assertTrue(lxr._tokens[0].matches(lexer.TokKeyword))139 self.assertFalse(lxr._tokens[0].matches(lexer.TokKeyword(b'and')))140 self.assertFalse(lxr._tokens[0].matches(lexer.TokSpace))141 142 def testWhitespace(self):143 lxr = lexer.Lexer(version=4)144 lxr._process_line(b' \n')145 self.assertEqual(2, len(lxr._tokens))146 self.assertEqual(4, len(lxr._tokens[0]))147 def testOneKeyword(self):148 lxr = lexer.Lexer(version=4)149 lxr._process_line(b'and\n')150 self.assertEqual(2, len(lxr._tokens))151 self.assertEqual(lexer.TokKeyword(b'and'), lxr._tokens[0])152 def testOneName(self):153 lxr = lexer.Lexer(version=4)154 lxr._process_line(b'android\n')155 self.assertEqual(2, len(lxr._tokens))156 self.assertEqual(lexer.TokName(b'android'), lxr._tokens[0])157 def testQuestionMarkPrint(self):158 lxr = lexer.Lexer(version=4)159 lxr._process_line(b'?\n')160 self.assertEqual(2, len(lxr._tokens))161 self.assertEqual(lexer.TokName(b'?'), lxr._tokens[0])162 def testOneLabel(self):163 lxr = lexer.Lexer(version=4)164 lxr._process_line(b'::foobar::\n')165 self.assertEqual(2, len(lxr._tokens))166 self.assertEqual(lexer.TokLabel(b'::foobar::'), lxr._tokens[0])167 168 def testThreeDots(self):169 lxr = lexer.Lexer(version=4)170 lxr._process_line(b'...\n')171 self.assertEqual(2, len(lxr._tokens))172 self.assertEqual(lexer.TokSymbol(b'...'), lxr._tokens[0])173 def testStringDoubleQuotes(self):174 lxr = lexer.Lexer(version=4)175 lxr._process_line(b'"abc def ghi and jkl"\n')176 self.assertEqual(2, len(lxr._tokens))177 self.assertEqual(lexer.TokString(b'abc def ghi and jkl'),178 lxr._tokens[0])179 def testStringSingleQuotes(self):180 lxr = lexer.Lexer(version=4)181 lxr._process_line(b"'abc def ghi and jkl'\n")182 self.assertEqual(2, len(lxr._tokens))183 self.assertEqual(lexer.TokString(b'abc def ghi and jkl'),184 lxr._tokens[0])185 def testStringMultipleLines(self):186 # TODO: Pico-8 doesn't allow multiline strings, so this probably187 # shouldn't either.188 lxr = lexer.Lexer(version=4)189 lxr._process_line(b'"abc def ghi \n')190 lxr._process_line(b'and jkl"\n')191 self.assertEqual(2, len(lxr._tokens))192 self.assertEqual(lexer.TokString(b'abc def ghi \nand jkl'),193 lxr._tokens[0])194 195 def testStringMultipleLinesPlusAToken(self):196 lxr = lexer.Lexer(version=4)197 lxr._process_line(b'"abc def ghi \nand jkl" and\n')198 self.assertEqual(4, len(lxr._tokens))199 self.assertEqual(lexer.TokString(b'abc def ghi \nand jkl'),200 lxr._tokens[0])201 self.assertEqual(lexer.TokKeyword(b'and'), lxr._tokens[2])202 def testStringEscapes(self):203 lxr = lexer.Lexer(version=4)204 lxr._process_line(b'"\\\n\\a\\b\\f\\n\\r\\t\\v\\\\\\"\\\'\\65"\n')205 self.assertEqual(2, len(lxr._tokens))206 self.assertEqual(lexer.TokString(b'\n\a\b\f\n\r\t\v\\"\'A'),207 lxr._tokens[0])208 def testComment(self):209 lxr = lexer.Lexer(version=4)210 lxr._process_line(b'-- comment text and stuff\n')211 self.assertEqual(2, len(lxr._tokens))212 self.assertEqual(lexer.TokComment(b'-- comment text and stuff'),213 lxr._tokens[0])214 def testCommentUnofficialDoubleSlash(self):215 lxr = lexer.Lexer(version=4)216 lxr._process_line(b'// comment text and stuff\n')217 self.assertEqual(2, len(lxr._tokens))218 self.assertEqual(lexer.TokComment(b'// comment text and stuff'),219 lxr._tokens[0])220 def testMultilineComment(self):221 lxr = lexer.Lexer(version=8)222 lxr._process_line(b'--[[comment text\nand "stuff\n]]\n')223 self.assertEqual(2, len(lxr._tokens))224 self.assertEqual(lexer.TokComment(b'--[[comment text\nand "stuff\n]]'),225 lxr._tokens[0])226 def testMultilineCommentNoLinebreaks(self):227 lxr = lexer.Lexer(version=8)228 lxr._process_line(b'--[[comment text and "stuff]]\n')229 self.assertEqual(2, len(lxr._tokens))230 self.assertEqual(lexer.TokComment(b'--[[comment text and "stuff]]'),231 lxr._tokens[0])232 def testMultilineCommentMultipleCalls(self):233 lxr = lexer.Lexer(version=8)234 lxr._process_line(b'--[[comment text\n')235 lxr._process_line(b'and "stuff\n')236 lxr._process_line(b']]\n')237 self.assertEqual(2, len(lxr._tokens))238 self.assertEqual(lexer.TokComment(b'--[[comment text\nand "stuff\n]]'),239 lxr._tokens[0])240 def testTokenAndComment(self):241 lxr = lexer.Lexer(version=4)242 lxr._process_line(b'and-- comment text and stuff\n')243 self.assertEqual(3, len(lxr._tokens))244 self.assertEqual(lexer.TokKeyword(b'and'),245 lxr._tokens[0])246 self.assertEqual(lexer.TokComment(b'-- comment text and stuff'),247 lxr._tokens[1])248 249 def testNumberInteger(self):250 lxr = lexer.Lexer(version=4)251 lxr._process_line(b'1234567890\n')252 self.assertEqual(2, len(lxr._tokens))253 self.assertEqual(lexer.TokNumber(b'1234567890'),254 lxr._tokens[0])255 def testNumberDecimal(self):256 lxr = lexer.Lexer(version=4)257 lxr._process_line(b'1.234567890\n')258 self.assertEqual(2, len(lxr._tokens))259 self.assertEqual(lexer.TokNumber(b'1.234567890'),260 lxr._tokens[0])261 def testNumberDecimalNoRightPart(self):262 lxr = lexer.Lexer(version=4)263 lxr._process_line(b'1.\n')264 self.assertEqual(2, len(lxr._tokens))265 self.assertEqual(lexer.TokNumber(b'1.'),266 lxr._tokens[0])267 def testNumberDecimalWithExp(self):268 lxr = lexer.Lexer(version=4)269 lxr._process_line(b'1.234567890e-6\n')270 self.assertEqual(2, len(lxr._tokens))271 self.assertEqual(lexer.TokNumber(b'1.234567890e-6'),272 lxr._tokens[0])273 274 def testNegatedNumber(self):275 lxr = lexer.Lexer(version=4)276 lxr._process_line(b'-1.234567890e-6\n')277 self.assertEqual(3, len(lxr._tokens))278 self.assertEqual(lexer.TokSymbol(b'-'),279 lxr._tokens[0])280 self.assertEqual(lexer.TokNumber(b'1.234567890e-6'),281 lxr._tokens[1])282 def testNumberHex(self):283 lxr = lexer.Lexer(version=4)284 lxr._process_line(b'0x1234567890abcdef\n')285 self.assertEqual(2, len(lxr._tokens))286 self.assertEqual(lexer.TokNumber(b'0x1234567890abcdef'),287 lxr._tokens[0])288 def testNumberHexWithFrac(self):289 lxr = lexer.Lexer(version=4)290 lxr._process_line(b'0x1234567890abcdef.1bbf\n')291 self.assertEqual(2, len(lxr._tokens))292 self.assertEqual(lexer.TokNumber(b'0x1234567890abcdef.1bbf'),293 lxr._tokens[0])294 def testNumberBinary(self):295 lxr = lexer.Lexer(version=4)296 lxr._process_line(b'0b01101101\n')297 self.assertEqual(2, len(lxr._tokens))298 self.assertEqual(lexer.TokNumber(b'0b01101101'),299 lxr._tokens[0])300 def testNumberBinaryWithFrac(self):301 lxr = lexer.Lexer(version=4)302 lxr._process_line(b'0b01101101.0011\n')303 self.assertEqual(2, len(lxr._tokens))304 self.assertEqual(lexer.TokNumber(b'0b01101101.0011'),305 lxr._tokens[0])306 def testNumberValueDecimal(self):307 lxr = lexer.Lexer(version=4)308 lxr._process_line(b'123.456\n')309 self.assertEqual(123.456, lxr._tokens[0].value)310 def testNumberValueDecimalNoRightPart(self):311 lxr = lexer.Lexer(version=4)312 lxr._process_line(b'123.\n')313 self.assertEqual(123, lxr._tokens[0].value)314 def testNumberValueDecimalWithE(self):315 lxr = lexer.Lexer(version=4)316 lxr._process_line(b'1.234567890e-6\n')317 self.assertEqual(1.23456789e-6, lxr._tokens[0].value)318 def testNumberValueHexInteger(self):319 lxr = lexer.Lexer(version=4)320 lxr._process_line(b'0xae\n')321 self.assertEqual(174, lxr._tokens[0].value)322 def testNumberValueHexFraction(self):323 lxr = lexer.Lexer(version=4)324 lxr._process_line(b'0xae.bc\n')325 self.assertAlmostEqual(174.734, lxr._tokens[0].value, 3)326 def testNumberValueBinaryInteger(self):327 lxr = lexer.Lexer(version=4)328 lxr._process_line(b'0b01101101\n')329 self.assertEqual(109, lxr._tokens[0].value)330 def testNUmberValueBinaryFraction(self):331 lxr = lexer.Lexer(version=4)332 lxr._process_line(b'0b01101101.0011\n')333 self.assertAlmostEqual(109.1875, lxr._tokens[0].value, 3)334 def testMultilineString(self):335 lxr = lexer.Lexer(version=4)336 lxr._process_line(b'[[one\n')337 lxr._process_line(b'"two"\n')338 lxr._process_line(b'[[three]]\n')339 self.assertEqual(2, len(lxr._tokens))340 self.assertEqual(lexer.TokString(b'one\n"two"\n[[three'),341 lxr._tokens[0])342 def testMultilineStringMatchedEquals(self):343 lxr = lexer.Lexer(version=4)344 lxr._process_line(b'[===[one\n')345 lxr._process_line(b'[[two]]\n')346 lxr._process_line(b'[==[three]==]]===]\n')347 self.assertEqual(2, len(lxr._tokens))348 self.assertEqual(lexer.TokString(b'one\n[[two]]\n[==[three]==]'),349 lxr._tokens[0])350 def testValidLuaNoErrors(self):351 lxr = lexer.Lexer(version=4)352 for line in VALID_LUA.split(b'\n'):353 lxr._process_line(line)354 tokens = lxr.tokens355 self.assertEqual(lexer.TokName(b'v1'), tokens[0])356 self.assertEqual(lexer.TokSpace(b' '), tokens[1])357 self.assertEqual(lexer.TokSymbol(b'='), tokens[2])358 self.assertEqual(lexer.TokSpace(b' '), tokens[3])359 self.assertEqual(lexer.TokKeyword(b'nil'), tokens[4])360 def testLexerError(self):361 lxr = lexer.Lexer(version=4)362 try:363 lxr._process_line(b'123 @ 456')364 self.fail()365 except lexer.LexerError as e:366 txt = str(e) # coverage test367 self.assertEqual(1, e.lineno)368 self.assertEqual(5, e.charno)369 def testProcessLines(self):370 lxr = lexer.Lexer(version=4)371 lxr.process_lines([372 b'function foo()\n',373 b' return 999\n',374 b'end\n'375 ])376 self.assertEqual(13, len(lxr._tokens))377 def testProcessLinesErrorOnOpenString(self):...
file_reader.py
Source:file_reader.py
...74 for i, line in enumerate(data):75 if '*SLANS*' in line:76 dict['TITLE'].append(line)77 if 'CAVITY RADIUS' in line:78 dict['CAVITY RADIUS'].append(self._process_line(line))79 if 'FREQUENCY' in line:80 dict['FREQUENCY'].append(self._process_line(line))81 if 'LENGTH OF WAVE' in line:82 dict['LENGTH OF WAVE'].append(self._process_line(line))83 if 'WAVE VALUE' in line:84 dict['WAVE VALUE'].append(self._process_line(line))85 if 'QUALITY FACTOR' in line:86 dict['QUALITY FACTOR'].append(self._process_line(line))87 if 'STORED ENERGY' in line:88 dict['STORED ENERGY'].append(self._process_line(line))89 if 'TRANSIT TIME' in line:90 dict['TRANSIT TIME'].append(self._process_line(line))91 if 'EFFECTIVE IMPEDANCE' in line:92 dict['EFFECTIVE IMPEDANCE'].append(self._process_line(line))93 if 'SHUNT IMPEDANCE' in line:94 dict['SHUNT IMPEDANCE'].append(self._process_line(line))95 if 'MAXIMUM MAG. FIELD' in line:96 dict['MAXIMUM MAG. FIELD'].append(self._process_line(line))97 if 'MAXIMUM ELEC.FIELD' in line:98 dict['MAXIMUM ELEC. FIELD'].append(self._process_line(line))99 if 'ACCELERATION' in line and not 'RATE' in line:100 dict['ACCELERATION'].append(self._process_line(line))101 if 'ACCELERATION RATE' in line:102 dict['ACCELERATION RATE'].append(self._process_line(line))103 if 'AVERAGE E.FIELD ON AXIS' in line:104 dict['AVERAGE E.FIELD ON AXIS'].append(self._process_line(line))105 if 'KM (Emax/Accel.rate)' in line:106 dict['KM (Emax/Accel.rate)'].append(self._process_line(line))107 if 'KH (Hmax*Z0/Accel.rate)' in line:108 dict['KH (Hmax*Z0/Accel.rate)'].append(self._process_line(line))109 return dict110 def top_reader(self):111 pass112 def json_reader(self, dir, header=None):113 df = pd.read_json(dir)114 if header:115 # check if length of header list is same as column length116 if len(header) == len(list(df.columns)):117 df.columns = header118 else:119 print(f'Expected header length of {len(list(df.columns))}, got {len(header)}.')120 return df121 def pam_reader(self):122 pass123 def _process_line(self, line):124 line = line.strip().split(' ')125 res = 0126 for val in line:127 try:128 res = float(val)129 break130 except:131 continue132 return res133 def _combineDict(self, args):134 d1 = json.load(open('Results/population.json', 'r'))135 d2 = json.load(open('Results/population2.json', 'r'))136 d3 = json.load(open('Results/population3.json', 'r'))137 d1.update(d2)...
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