How to use get_status method in autotest

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dibas_tests.py

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...179 print "Status memory:", be.status_mem_local180 print "Roach (int) registers:", be.roach_registers_local181 be.show_switching_setup()182 DEFAULT_VALUE = "unspecified"183 assert_almost_equal(float(be.get_status("_SBLK_01")), blanktm, 5)184 assert_almost_equal(float(be.get_status("_SBLK_02")), blanktm, 5)185 assert_almost_equal(float(be.get_status("_SBLK_03")), blanktm, 5)186 assert_almost_equal(float(be.get_status("_SBLK_04")), blanktm, 5)187 assert_equal(be.get_status("_SCAL_01"), '1')188 assert_equal(be.get_status("_SCAL_02"), '0')189 assert_equal(be.get_status("_SCAL_03"), '1')190 assert_equal(be.get_status("_SCAL_04"), '0')191 assert_almost_equal(float(be.get_status("_SPHS_01")), 0,)192 assert_almost_equal(float(be.get_status("_SPHS_02")), 0.25)193 assert_almost_equal(float(be.get_status("_SPHS_03")), 0.5)194 assert_almost_equal(float(be.get_status("_SPHS_04")), 0.75)195 assert_equal(be.get_status("_SSRF_01"), '0')196 assert_equal(be.get_status("_SSRF_02"), '0')197 assert_equal(be.get_status("_SSRF_03"), '1')198 assert_equal(be.get_status("_SSRF_04"), '1')199 assert_equal(be.get_status('BANKNAM') , 'BANKA')200 assert_equal(be.get_status('MODENUM') , mode)201 assert_equal(be.get_status("BW_MODE") , bw_mode)202 assert_almost_equal(float(be.get_status("CHAN_BW")), chan_bw)203 assert_almost_equal(float(be.get_status("EFSAMPFR")), efsampfr)204 assert_almost_equal(float(be.get_status("EXPOSURE")), exposure)205 assert_almost_equal(float(be.get_status("FPGACLK")), fpga_clk)206 assert_equal(be.get_status("OBSNCHAN"), str(m.nchan))207 assert_equal(be.get_status("OBS_MODE"), obs_mode)208 assert_equal(be.get_status("PKTFMT") , "SPEAD")209 assert_equal(be.get_status("NCHAN") , str(m.nchan))210 assert_equal(be.get_status("NPOL") , '2')211 assert_equal(be.get_status("NSUBBAND"), '1') # mode 1 uses just one.212 assert_equal(be.get_status("SUB0FREQ"), str(efsampfr /​ 4))213 assert_equal(be.get_status("SUB1FREQ"), str(efsampfr /​ 4))214 assert_equal(be.get_status("SUB2FREQ"), str(efsampfr /​ 4))215 assert_equal(be.get_status("SUB3FREQ"), str(efsampfr /​ 4))216 assert_equal(be.get_status("SUB4FREQ"), str(efsampfr /​ 4))217 assert_equal(be.get_status("SUB5FREQ"), str(efsampfr /​ 4))218 assert_equal(be.get_status("SUB6FREQ"), str(efsampfr /​ 4))219 assert_equal(be.get_status("SUB7FREQ"), str(efsampfr /​ 4))220 assert_equal(be.get_status("BASE_BW"), str(m.filter_bw)) # from config file221 assert_equal(be.get_status("NOISESRC"), 'OFF')222 assert_equal(be.get_status("NUMPHASE"), '4')223 assert_almost_equal(float(be.get_status("SWPERIOD")), exposure)224 assert_equal(be.get_status("SWMASTER"), "VEGAS")225 assert_equal(be.get_status("POLARIZE"), "SELF")226 assert_equal(be.get_status("CRPIX1"), str(m.nchan /​ 2 + 1))227 assert_almost_equal(float(be.get_status("SWPERINT")), 1.0)228 assert_equal(be.get_status("NMSTOKES"), "2")229 assert_equal(be.get_status("CAL_DCYC"), DEFAULT_VALUE)230 assert_equal(be.get_status("CAL_FREQ"), DEFAULT_VALUE)231 assert_equal(be.get_status("CAL_MODE"), DEFAULT_VALUE)232 assert_equal(be.get_status("CAL_PHS") , DEFAULT_VALUE)233 assert_equal(be.get_status("DATADIR") , dibas_data)234 assert_equal(be.get_status("DATAPORT"), '60000')235 assert_equal(be.get_status("FILENUM") , DEFAULT_VALUE)236 assert_almost_equal(float(be.get_status("HWEXPOSR")), hwexposr)237 assert_equal(be.get_status("M_STTMJD"), '0')238 assert_equal(be.get_status("M_STTOFF"), '0')239 assert_equal(be.get_status("NBITS") , '8')240 assert_equal(be.get_status("NBITSADC"), '8')241 assert_equal(be.get_status("NPKT") , DEFAULT_VALUE)242 assert_equal(be.get_status("OBSBW") , str(frequency))243 assert_equal(be.get_status("OBSFREQ") , DEFAULT_VALUE)244 assert_equal(be.get_status("OBSERVER"), DEFAULT_VALUE)245 assert_equal(be.get_status("OBSID") , DEFAULT_VALUE)246 assert_equal(be.get_status("SWVER") , DEFAULT_VALUE)247def check_l1lbw1_mode(mode, expo):248 """A VegasLBWBackend setup test case.249 """250 params = dibas_vals(mode, expo)251 b, m, frequency, exposure, expoclks, blanktm, spec_tick, efsampfr, \252 hwexposr, chan_bw, bw_mode, obs_mode, fpga_clk = params253 be = VegasL1LBWBackend(b, m, None, None, None, unit_test = True)254 nchan = m.nchan255 frequency_resolution = abs(chan_bw)256 be.setPolarization('SELF')257 be.setProjectId('JUNK')258 be.setScanLength(60.0)259 be.setIntegrationTime(expo)260 be.clear_switching_states()261 ssg_duration = expo262 be.set_gbt_ss(ssg_duration,263 ((0.0, SWbits.SIG, SWbits.CALON, 0.002),264 (0.25, SWbits.SIG, SWbits.CALOFF, 0.002),265 (0.5, SWbits.REF, SWbits.CALON, 0.002),266 (0.75, SWbits.REF, SWbits.CALOFF, 0.002))267 )268 # call dependency methods and update shared memory269 be.prepare()270# print "Status memory:", be.status_mem_local271# print "Roach (int) registers:", be.roach_registers_local272 be.show_switching_setup()273 DEFAULT_VALUE = "unspecified"274 assert_equal(be.get_status('PROJID'), 'JUNK')275 assert_equal(be.get_status('SCANLEN'), '60.0')276 assert_almost_equal(float(be.get_status("_SBLK_01")), blanktm, 6)277 assert_almost_equal(float(be.get_status("_SBLK_02")), blanktm, 6)278 assert_almost_equal(float(be.get_status("_SBLK_03")), blanktm, 6)279 assert_almost_equal(float(be.get_status("_SBLK_04")), blanktm, 6)280 assert_equal(be.get_status("_SCAL_01"), '1')281 assert_equal(be.get_status("_SCAL_02"), '0')282 assert_equal(be.get_status("_SCAL_03"), '1')283 assert_equal(be.get_status("_SCAL_04"), '0')284 assert_almost_equal(float(be.get_status("_SPHS_01")), 0,)285 assert_almost_equal(float(be.get_status("_SPHS_02")), 0.25)286 assert_almost_equal(float(be.get_status("_SPHS_03")), 0.5)287 assert_almost_equal(float(be.get_status("_SPHS_04")), 0.75)288 assert_equal(be.get_status("_SSRF_01"), '0')289 assert_equal(be.get_status("_SSRF_02"), '0')290 assert_equal(be.get_status("_SSRF_03"), '1')291 assert_equal(be.get_status("_SSRF_04"), '1')292 assert_equal(be.get_status('BANKNAM') , 'BANKA')293 assert_equal(be.get_status('MODENUM') , mode)294 assert_equal(be.get_status("BW_MODE") , "low")295 assert_almost_equal(float(be.get_status("CHAN_BW")), chan_bw)296 assert_almost_equal(float(be.get_status("EFSAMPFR")), efsampfr)297 assert_almost_equal(float(be.get_status("EXPOSURE")), exposure, 7)298 assert_equal(int(be.get_status('EXPOCLKS')), expoclks)299 assert_almost_equal(float(be.get_status("FPGACLK")), fpga_clk)300 assert_equal(be.get_status("OBSNCHAN"), str(nchan))301 assert_equal(be.get_status("OBS_MODE"), "LBW")302 assert_equal(be.get_status("PKTFMT") , "SPEAD")303 assert_equal(be.get_status("NCHAN") , str(nchan))304 assert_equal(be.get_status("NPOL") , '2')305 assert_equal(be.get_status("NSUBBAND"), '1')306 assert_equal(be.get_status("SUB0FREQ"), str(frequency /​ 2))307 assert_equal(be.get_status("SUB1FREQ"), str(frequency /​ 2))308 assert_equal(be.get_status("SUB2FREQ"), str(frequency /​ 2))309 assert_equal(be.get_status("SUB3FREQ"), str(frequency /​ 2))310 assert_equal(be.get_status("SUB4FREQ"), str(frequency /​ 2))311 assert_equal(be.get_status("SUB5FREQ"), str(frequency /​ 2))312 assert_equal(be.get_status("SUB6FREQ"), str(frequency /​ 2))313 assert_equal(be.get_status("SUB7FREQ"), str(frequency /​ 2))314 assert_equal(be.get_status("BASE_BW"), str(m.filter_bw)) # from config file315 assert_equal(be.get_status("NOISESRC"), 'OFF')316 assert_equal(be.get_status("NUMPHASE"), '4')317 assert_almost_equal(float(be.get_status("SWPERIOD")), exposure, 5)318 assert_equal(be.get_status("SWMASTER"), "VEGAS")319 assert_equal(be.get_status("POLARIZE"), "SELF")320 assert_equal(be.get_status("CRPIX1"), str(nchan /​ 2 + 1))321 assert_almost_equal(float(be.get_status("SWPERINT")), 0.1 /​ ssg_duration)322 assert_equal(be.get_status("NMSTOKES"), "2")323 assert_equal(be.get_status("CAL_DCYC"), DEFAULT_VALUE)324 assert_equal(be.get_status("CAL_FREQ"), DEFAULT_VALUE)325 assert_equal(be.get_status("CAL_MODE"), DEFAULT_VALUE)326 assert_equal(be.get_status("CAL_PHS") , DEFAULT_VALUE)327 assert_equal(be.get_status("DATADIR") , dibas_data)328 assert_equal(be.get_status("DATAPORT"), '60000')329 assert_equal(be.get_status("EFSAMPFR"), str(efsampfr))330 assert_equal(be.get_status("FILENUM") , DEFAULT_VALUE)331 assert_almost_equal(float(be.get_status("FPGACLK")), frequency /​ 8)332 assert_almost_equal(float(be.get_status("HWEXPOSR")), hwexposr, 5)333 assert_equal(be.get_status("M_STTMJD"), '0')334 assert_equal(be.get_status("M_STTOFF"), '0')335 assert_equal(be.get_status("NBITS") , '8')336 assert_equal(be.get_status("NBITSADC"), '8')337 assert_equal(be.get_status("NPKT") , DEFAULT_VALUE)338 assert_equal(be.get_status("OBSBW") , str(m.nchan * chan_bw))339 assert_equal(be.get_status("OBSFREQ") , DEFAULT_VALUE)340 assert_equal(be.get_status("OBSERVER"), DEFAULT_VALUE)341 assert_equal(be.get_status("OBSID") , DEFAULT_VALUE)342 assert_equal(be.get_status("SWVER") , DEFAULT_VALUE)343def check_l8lbw1_mode(mode, expo):344 """345 Single L8LBW1 subband test (Mode 10).346 """347 params = dibas_vals(mode, expo)348 b, m, frequency, exposure, expoclks, blanktm, spec_tick, efsampfr, \349 hwexposr, chan_bw, bw_mode, obs_mode, fpga_clk = params350 print "frequency", frequency351 print "exposure", exposure352 print "expoclks", expoclks353 print "blanktm", blanktm354 print "spec_tick", spec_tick355 print "efsampfr", efsampfr356 print "hwexposr", hwexposr357 print "chan_bw", chan_bw358 print "bw_mode", bw_mode359 print "obs_mode", obs_mode360 print "fpga_clk", fpga_clk361 be = VegasL8LBWBackend(b, m, None, None, None, unit_test = True)362 be.setPolarization('CROSS')363 be.setScanLength(60.0)364 be.setIntegrationTime(expo)365 be.set_param("subband_freq", [ 300000000.0000 ])366 be.clear_switching_states()367 ssg_duration = expo368 be.set_gbt_ss(ssg_duration,369 ((0.0, SWbits.SIG, SWbits.CALON, 0.002),370 (0.25, SWbits.SIG, SWbits.CALOFF, 0.002),371 (0.5, SWbits.REF, SWbits.CALON, 0.002),372 (0.75, SWbits.REF, SWbits.CALOFF, 0.002))373 )374 # call dependency methods and update shared memory375 be.prepare()376 regs = be.roach_registers_local377 shm = be.status_mem_local378 shmkeys = shm.keys()379 shmkeys.sort()380 print "Status memory:"381 for i in shmkeys:382 print "%s = %s" % (i, shm[i])383 assert_equals(int(shm['NCHAN']), m.nchan)384 assert_equals(int(shm['NSUBBAND']), 1)385 #print be.actual_subband_freq386 for i in range(16):387 assert_true("s0_lo_%i_lo_ram" % (i) in regs.keys())388 assert_true("s1_lo_%i_lo_ram" % (i) not in regs.keys())389 assert_true("s2_lo_%i_lo_ram" % (i) not in regs.keys())390 assert_true("s3_lo_%i_lo_ram" % (i) not in regs.keys())391 assert_true("s4_lo_%i_lo_ram" % (i) not in regs.keys())392 assert_true("s5_lo_%i_lo_ram" % (i) not in regs.keys())393 assert_true("s6_lo_%i_lo_ram" % (i) not in regs.keys())394 assert_true("s7_lo_%i_lo_ram" % (i) not in regs.keys())395 be.set_param("gain", [1024])396 be.prepare()397 regs = be.roach_registers_local398 assert_true('mode_sel' in regs.keys())399 assert_true('s0_quant_gain' in regs.keys())400 assert_equals(int(regs['s0_quant_gain']), 1024)401 assert_equals(int(regs['mode_sel']), 1)402 be.show_switching_setup()403 DEFAULT_VALUE = "unspecified"404 assert_equal(be.get_status('PROJID'), 'JUNK')405 assert_equal(be.get_status('SCANLEN'), '60.0')406 assert_almost_equal(float(be.get_status("_SBLK_01")), blanktm, 6)407 assert_almost_equal(float(be.get_status("_SBLK_02")), blanktm, 6)408 assert_almost_equal(float(be.get_status("_SBLK_03")), blanktm, 6)409 assert_almost_equal(float(be.get_status("_SBLK_04")), blanktm, 6)410 assert_equal(be.get_status("_SCAL_01"), '1')411 assert_equal(be.get_status("_SCAL_02"), '0')412 assert_equal(be.get_status("_SCAL_03"), '1')413 assert_equal(be.get_status("_SCAL_04"), '0')414 assert_almost_equal(float(be.get_status("_SPHS_01")), 0,)415 assert_almost_equal(float(be.get_status("_SPHS_02")), 0.25)416 assert_almost_equal(float(be.get_status("_SPHS_03")), 0.5)417 assert_almost_equal(float(be.get_status("_SPHS_04")), 0.75)418 assert_equal(be.get_status("_SSRF_01"), '0')419 assert_equal(be.get_status("_SSRF_02"), '0')420 assert_equal(be.get_status("_SSRF_03"), '1')421 assert_equal(be.get_status("_SSRF_04"), '1')422 assert_equal(be.get_status('BANKNAM') , 'BANKA')423 assert_equal(be.get_status('MODENUM') , mode)424 assert_equal(be.get_status("BW_MODE") , bw_mode)425 assert_almost_equal(float(be.get_status("CHAN_BW")), chan_bw)426 assert_almost_equal(float(be.get_status("EFSAMPFR")), efsampfr)427 assert_almost_equal(float(be.get_status("EXPOSURE")), exposure, 7)428 assert_equal(int(be.get_status('EXPOCLKS')), expoclks)429 assert_almost_equal(float(be.get_status("FPGACLK")), fpga_clk)430 assert_equal(be.get_status("OBSNCHAN"), str(m.nchan))431 assert_equal(be.get_status("OBS_MODE"), obs_mode)432 assert_equal(be.get_status("PKTFMT") , "SPEAD")433 assert_equal(be.get_status("NCHAN") , str(m.nchan))434 assert_equal(be.get_status("NPOL") , '2')435 assert_equal(be.get_status("NSUBBAND"), '1')436 # 8 subbands checked. L8LBW1 modes only use first value but set all437 # 8 to same value. 'assert_almost_equal' checks values to their438 # difference rounded to the value given (5 here), not significant439 # digits. So first obtain real subfreq, divide it by desired440 # subfreq, and that should give a number very close to 1.0, within 5441 # decimal places.442 for i in range(0, 8):443 asb = float(be.get_status("SUB%iFREQ" % i))444 assert_almost_equal(asb /​ 300e6, 1.0, 3)445 assert_equal(be.get_status("BASE_BW"), str(m.filter_bw)) # from config file446 assert_equal(be.get_status("NOISESRC"), 'OFF')447 assert_equal(be.get_status("NUMPHASE"), '4')448 assert_almost_equal(float(be.get_status("SWPERIOD")), exposure, 5)449 assert_equal(be.get_status("SWMASTER"), "VEGAS")450 assert_equal(be.get_status("POLARIZE"), "CROSS")451 assert_equal(be.get_status("CRPIX1"), str(m.nchan /​ 2 + 1))452 assert_almost_equal(float(be.get_status("SWPERINT")), expo /​ ssg_duration)453 assert_equal(be.get_status("NMSTOKES"), "4")454 assert_equal(be.get_status("CAL_DCYC"), DEFAULT_VALUE)455 assert_equal(be.get_status("CAL_FREQ"), DEFAULT_VALUE)456 assert_equal(be.get_status("CAL_MODE"), DEFAULT_VALUE)457 assert_equal(be.get_status("CAL_PHS") , DEFAULT_VALUE)458 assert_equal(be.get_status("DATADIR") , dibas_data)459 assert_equal(be.get_status("DATAPORT"), '60000')460 assert_equal(be.get_status("EFSAMPFR"), str(efsampfr))461 assert_equal(be.get_status("FILENUM") , DEFAULT_VALUE)462 assert_almost_equal(float(be.get_status("FPGACLK")), frequency /​ 8)463 assert_almost_equal(float(be.get_status("HWEXPOSR")), hwexposr, 5)464 assert_equal(be.get_status("M_STTMJD"), '0')465 assert_equal(be.get_status("M_STTOFF"), '0')466 assert_equal(be.get_status("NBITS") , '8')467 assert_equal(be.get_status("NBITSADC"), '8')468 assert_equal(be.get_status("NPKT") , DEFAULT_VALUE)469 assert_equal(be.get_status("OBSBW") , str(m.nchan * chan_bw))470 assert_equal(be.get_status("OBSFREQ") , DEFAULT_VALUE)471 assert_equal(be.get_status("OBSERVER"), DEFAULT_VALUE)472 assert_equal(be.get_status("OBSID") , DEFAULT_VALUE)473 assert_equal(be.get_status("SWVER") , DEFAULT_VALUE)474def check_l8lbw8_mode(mode, expo):475 """L8LBW8 8-subbands test. This test is not as comprehensive as the476 L8LBW1 tests, since it uses the same code--already tested by L8LBW1477 tests--and focuses instead on the 8-subbands.478 """479 params = dibas_vals(mode, expo)480 b, m, frequency, exposure, expoclks, blanktm, spec_tick, efsampfr, \481 hwexposr, chan_bw, bw_mode, obs_mode, fpga_clk = params482 print "frequency", frequency483 print "exposure", exposure484 print "expoclks", expoclks485 print "blanktm", blanktm486 print "spec_tick", spec_tick487 print "efsampfr", efsampfr488 print "hwexposr", hwexposr489 print "chan_bw", chan_bw490 print "bw_mode", bw_mode491 print "obs_mode", obs_mode492 print "fpga_clk", fpga_clk493 be = VegasL8LBWBackend(b, m, None, None, None, unit_test = True)494 be.setPolarization('CROSS')495 be.setIntegrationTime(expo)496 sbfreqs = [ 300e6, 320e6, 340e6, 360e6, 400e6, 420e6, 440e6, 460e6 ]497 be.set_param("subband_freq", sbfreqs)498 be.clear_switching_states()499 ssg_duration = 0.1500 be.set_gbt_ss(ssg_duration,501 ((0.0, SWbits.SIG, SWbits.CALON, 0.002),502 (0.25, SWbits.SIG, SWbits.CALOFF, 0.002),503 (0.5, SWbits.REF, SWbits.CALON, 0.002),504 (0.75, SWbits.REF, SWbits.CALOFF, 0.002))505 )506 # call dependency methods and update shared memory507 be.prepare()508 regs = be.roach_registers_local509 shm = be.status_mem_local510 shmkeys = shm.keys()511 shmkeys.sort()512 print "Status memory:"513 for i in shmkeys:514 print "%s = %s" % (i, shm[i])515 assert_equals(int(shm['NCHAN']), m.nchan)516 assert_equals(int(shm['NSUBBAND']), 8)517 # 8 subbands checked. L8LBW8 modes use all 8 values.518 # 'assert_almost_equal' checks values to their519 # difference rounded to the value given (5 here), not significant520 # digits. So first obtain real subfreq, divide it by desired521 # subfreq, and that should give a number very close to 1.0, within 5522 # decimal places.523 for i in range(0, 8):524 asb = float(be.get_status("SUB%iFREQ" % i))525 assert_almost_equal(asb /​ sbfreqs[i], 1.0, 3)526 for i in range(16):527 assert_true("s0_lo_%i_lo_ram" % (i) in regs.keys())528 assert_true("s1_lo_%i_lo_ram" % (i) in regs.keys())529 assert_true("s2_lo_%i_lo_ram" % (i) in regs.keys())530 assert_true("s3_lo_%i_lo_ram" % (i) in regs.keys())531 assert_true("s4_lo_%i_lo_ram" % (i) in regs.keys())532 assert_true("s5_lo_%i_lo_ram" % (i) in regs.keys())533 assert_true("s6_lo_%i_lo_ram" % (i) in regs.keys())534 assert_true("s7_lo_%i_lo_ram" % (i) in regs.keys())535 be.set_param("gain", [1024] * 8)536 be.prepare()537 regs = be.roach_registers_local538 assert_true('mode_sel' in regs.keys())539 assert_equals(int(regs['mode_sel']), 0)540 for i in range(0, 8):541 quant_gain_reg = 's%i_quant_gain' % (i)542 assert_true(quant_gain_reg in regs.keys())543 assert_equals(int(regs[quant_gain_reg]), 1024)544# @with_setup(setup_dibas_tests, None)545def test_MODE1():546 """547 A VegasBackend setup test case.548 """549 check_hbw_mode("MODE1", 0.1)550def test_MODE2():551 """552 A VegasBackend setup test case.553 """554 check_hbw_mode("MODE2", 0.1)555def test_MODE3():556 """557 A VegasBackend setup test case.558 """559 check_hbw_mode("MODE3", 0.1)560def test_MODE4():561 """562 MODE4 L1LBW1 case563 """564 check_l1lbw1_mode("MODE4", 0.1)565def test_MODE5():566 """567 MODE5 L1LBW1 case568 """569 check_l1lbw1_mode("MODE5", 0.1)570def test_MODE6():571 """572 MODE6 L1LBW1 case573 """574 check_l1lbw1_mode("MODE6", 0.1)575def test_MODE7():576 """577 MODE7 L1LBW1 case578 """579 check_l1lbw1_mode("MODE7", 0.1)580def test_MODE8():581 """582 MODE8 L1LBW1 case583 """584 check_l1lbw1_mode("MODE8", 0.1)585def test_MODE9():586 """587 MODE9 L1LBW1 case588 """589 check_l1lbw1_mode("MODE9", 0.1)590def test_MODE10():591 """592 MODE10 L8LBW1 case593 """594 check_l8lbw1_mode("MODE10", 0.1)595def test_MODE11():596 """597 MODE11 L8LBW1 case598 """599 check_l8lbw1_mode("MODE11", 0.1)600def test_MODE12():601 """602 MODE12 L8LBW1 case603 """604 check_l8lbw1_mode("MODE12", 0.1)605def test_MODE13():606 """607 MODE13 L8LBW1 case608 """609 check_l8lbw1_mode("MODE13", 0.1)610def test_MODE14():611 """612 MODE14 L8LBW1 case613 """614 check_l8lbw1_mode("MODE14", 0.1)615def test_MODE15():616 """617 MODE15 L8LBW1 case618 """619 check_l8lbw1_mode("MODE15", 0.1)620def test_MODE16():621 """622 MODE16 L8LBW1 case623 """624 check_l8lbw1_mode("MODE16", 0.1)625def test_MODE17():626 """627 MODE17 L8LBW1 case628 """629 check_l8lbw1_mode("MODE17", 0.1)630def test_MODE18():631 """632 MODE18 L8LBW1 case633 """634 check_l8lbw1_mode("MODE18", 0.1)635def test_MODE19():636 """637 MODE19 L8LBW1 case638 """639 check_l8lbw1_mode("MODE19", 0.1)640def test_MODE20():641 """642 MODE20 L8LBW8 case643 """644 check_l8lbw8_mode("MODE20", 0.1)645def test_MODE21():646 """647 MODE21 L8LBW8 case648 """649 check_l8lbw8_mode("MODE21", 0.1)650def test_MODE22():651 """652 MODE22 L8LBW8 case653 """654 check_l8lbw8_mode("MODE22", 0.1)655def test_MODE23():656 """657 MODE23 L8LBW8 case658 """659 check_l8lbw8_mode("MODE23", 0.1)660def test_MODE24():661 """662 MODE24 L8LBW8 case663 """664 check_l8lbw8_mode("MODE24", 0.1)665def test_MODE25():666 """667 MODE25 L8LBW8 case668 """669 check_l8lbw8_mode("MODE25", 0.1)670def test_MODE26():671 """672 MODE26 L8LBW8 case673 """674 check_l8lbw8_mode("MODE26", 0.1)675def test_MODE27():676 """677 MODE27 L8LBW8 case678 """679 check_l8lbw8_mode("MODE27", 0.1)680def test_MODE28():681 """682 MODE28 L8LBW8 case683 """684 check_l8lbw8_mode("MODE28", 0.1)685def test_MODE29():686 """687 MODE29 L8LBW8 case688 """689 check_l8lbw8_mode("MODE29", 0.1)690def test_GUPPI_INCO_64_backend():691 """692 A GUPPI INCO backend (GuppyBackend) test setup.693 """694 config = ConfigParser.ConfigParser()695 config.readfp(open(dibas_dir + "/​etc/​config/​dibas.conf"))696 b = BankData()697 b.load_config(config, "BANKA")698 m = ModeData()699 m.load_config(config, "INCO_MODE_64")700 m.frequency=800.0701 be = GuppiBackend(b, m, None, None, None, unit_test = True)702 be.set_obs_frequency(1500.0)703 be.prepare()704 print "Status memory:", be.status_mem_local705 print "Roach (int) registers:", be.roach_registers_local706 assert_equal(be.get_status('ACC_LEN'), '512')707 assert_equal(be.get_status('BLOCSIZE'), '33554432')708 assert_almost_equal(float(be.get_status('CHAN_DM')), 0.0)709 assert_almost_equal(float(be.get_status('CHAN_BW')), 12.5)710 assert_equal(be.get_status('DATADIR'), dibas_data)711 assert_equal(be.get_status('DS_TIME'), '1')712 assert_equal(be.get_status('FFTLEN'), '16384')713 assert_equal(be.get_status('NPOL'), '4')714 assert_equal(be.get_status('NRCVR'), '2')715 assert_equal(be.get_status('NBIN'), '256')716 assert_equal(be.get_status('NBITS'), '8')717 assert_almost_equal(float(be.get_status('OBSFREQ')), 1500.0)718 assert_almost_equal(float(be.get_status('OBSBW')), 800.0)719 assert_equal(be.get_status('OBSNCHAN'), '64')720 assert_equal(be.get_status('OBS_MODE'), 'SEARCH')721 assert_almost_equal(float(be.get_status('OFFSET0')), 0.0)722 assert_almost_equal(float(be.get_status('OFFSET1')), 0.0)723 assert_almost_equal(float(be.get_status('OFFSET2')), 0.0)724 assert_almost_equal(float(be.get_status('OFFSET3')), 0.0)725 assert_equal(be.get_status('ONLY_I'), '0')726 assert_equal(be.get_status('OVERLAP'), '0')727 assert_equal(be.get_status('POL_TYPE'), 'IQUV')728 assert_equal(be.get_status('PFB_OVER'), '12')729 assert_equal(be.get_status('PARFILE'), os.getenv('DIBAS_DIR') + '/​etc/​config/​example.par')730 assert_equal(be.get_status('PKTFMT'), '1SFA')731 assert_almost_equal(float(be.get_status('SCALE0')), 1.0)732 assert_almost_equal(float(be.get_status('SCALE1')), 1.0)733 assert_almost_equal(float(be.get_status('SCALE2')), 1.0)734 assert_almost_equal(float(be.get_status('SCALE3')), 1.0)735 assert_almost_equal(float(be.get_status('TBIN')), 4.096e-05)736 assert_almost_equal(float(be.get_status('TFOLD')), 1.0)737 be.set_param("only_i", 1)738 be.prepare()739 assert_equal(be.get_status('ONLY_I'), '1')740 assert_equal(be.get_status('NPOL'), '4')741def test_GUPPI_CODD_64_backend():742 """743 A GUPPI CODD backend (GuppyCODDBackend) test setup.744 """745 config = ConfigParser.ConfigParser()746 config.readfp(open(dibas_dir + "/​etc/​config/​dibas.conf"))747 b = BankData()748 b.load_config(config, "BANKA")749 m = ModeData()750 m.load_config(config, "CODD_MODE_64")751 be = GuppiCODDBackend(b, m, None, None, None, unit_test = True)752 be.set_obs_frequency(1500.0)753 be.set_bandwidth(800.0)754 be.prepare()755 print "Status memory:", be.status_mem_local756 print "Roach (int) registers:", be.roach_registers_local757 assert_equal(be.get_status('NBITS'), '8')758 assert_equal(be.get_status('OFFSET0'), '0.0')759 assert_equal(be.get_status('OFFSET1'), '0.0')760 assert_equal(be.get_status('OFFSET2'), '0.0')761 assert_equal(be.get_status('OFFSET3'), '0.0')762 assert_equal(be.get_status('TFOLD'), '1.0')763 assert_equal(be.get_status('NRCVR'), '2')764 assert_equal(be.get_status('FFTLEN'), '32768')765 assert_equal(be.get_status('CHAN_BW'), '12.5')766 assert_equal(be.get_status('NBIN'), '256')767 assert_equal(be.get_status('OBSNCHAN'), '8')768 assert_equal(be.get_status('SCALE0'), '1.0')769 assert_equal(be.get_status('SCALE1'), '1.0')770 assert_equal(be.get_status('SCALE2'), '1.0')771 assert_equal(be.get_status('SCALE3'), '1.0')772 assert_equal(be.get_status('NPOL'), '4')773 assert_equal(be.get_status('POL_TYPE'), 'AABBCRCI')774 assert_equal(be.get_status('BANKNUM'), '0')775 assert_equal(be.get_status('ONLY_I'), '0')776 assert_equal(be.get_status('BLOCSIZE'), '134201344')777 assert_equal(be.get_status('ACC_LEN'), '1')778 assert_equal(be.get_status('OVERLAP'), '512')779 assert_equal(be.get_status('OBS_MODE'), 'COHERENT_SEARCH')780 assert_almost_equal(float(be.get_status('OBSFREQ')), 1143.75)781 assert_equal(be.get_status('PFB_OVER'), '12')782 assert_equal(be.get_status('PARFILE'), os.getenv('DIBAS_DIR') + '/​etc/​config/​example.par')783 assert_equal(be.get_status('OBSBW'), '100.0')784 assert_equal(be.get_status('DS_TIME'),'512')785 assert_equal(be.get_status('PKTFMT'), '1SFA')786 assert_equal(be.get_status('TBIN'), '8e-08')787 assert_equal(be.get_status('CHAN_DM'), '0.0')788 be.set_param("only_i", 1)789 be.prepare()790 assert_equal(be.get_status('ONLY_I'), '1')...

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test_keysight_b220x.py

Source:test_keysight_b220x.py Github

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...16 instance = KeysightB220X('switch_matrix',17 address='GPIB::1::INSTR',18 visalib=path_to_yaml + '@sim'19 )20 instance.get_status()21 instance.clear_status()22 instance.reset()23 yield instance24 instance.close()25def test_idn_command(uut):26 assert "AGILENT" in uut.IDN()['vendor']27 assert 0 == uut.get_status()28def test_connect(uut):29 uut.connect(2, 48)30 assert 0 == uut.get_status()31def test_connect_throws_at_invalid_channel_number(uut):32 with pytest.raises(ValueError):33 uut.connect(2, 49)34 with pytest.raises(ValueError):35 uut.connect(2, 0)36 with pytest.raises(ValueError):37 uut.connect(0, 10)38 with pytest.raises(ValueError):39 uut.connect(15, 10)40def test_connect_emits_warning_on_statusbyte_not_null(uut):41 # some tricks are used to trigger an instrument error both in the42 # simulation as well as in the real instrument:43 # 1. with gnd mode enabled, it is illegal to connect to input channel 12,44 # which will raise an instrument error in the physical instrument,45 # but not in the simulated instrument.46 # 2. The simulated instrument only accepts pre-defined channels in the47 # connect command. here a channel is used that was not pre-defined which48 # will cause an instrument error in the simulated instrument, but not in49 # the physical instrument50 uut.gnd_mode(True)51 with pytest.warns(UserWarning):52 uut.connect(12, 33)53 # The simulated instrument does not reset the settings to default54 # values, so gnd mode is explicitly disabled here:55 uut.gnd_mode(False)56def test_disconnect_throws_at_invalid_channel_number(uut):57 with pytest.raises(ValueError):58 uut.disconnect(2, 49)59 with pytest.raises(ValueError):60 uut.disconnect(2, 0)61 with pytest.raises(ValueError):62 uut.disconnect(0, 10)63 with pytest.raises(ValueError):64 uut.disconnect(15, 10)65def test_connections(uut):66 uut.connect(2, 48)67 uut.connect(10, 12)68 assert {(2, 48), (10, 12)} == uut.connections()69def test_to_channel_list(uut):70 assert '(@00345,01109)' == uut.to_channel_list([(3, 45), (11, 9)])71def test_connect_paths(uut):72 uut.disconnect_all()73 uut.connect_paths([(3, 45), (11, 9)])74 assert 0 == uut.get_status()75def test_disconnect_paths(uut):76 uut.connect_paths([(3, 45), (11, 9)])77 uut.disconnect_paths([(3, 45), (11, 9)])78 assert 0 == uut.get_status()79def test_disconnect_all(uut):80 uut.connect(2, 48)81 uut.disconnect_all()82 assert 0 == uut.get_status()83def test_disconnect(uut):84 uut.connect(2, 48)85 assert 0 == uut.get_status()86 uut.disconnect(2, 48)87 assert 0 == uut.get_status()88 uut.disconnect(3, 22)89 assert 0 == uut.get_status()90@pytest.mark.filterwarnings("ignore:When going")91def test_connection_rule(uut):92 uut.connection_rule('single')93 assert 0 == uut.get_status()94 assert 'single' == uut.connection_rule()95 assert 0 == uut.get_status()96def test_connection_rule_emits_warning_when_going_from_free_to_single(uut):97 uut.connection_rule(98 'free') # uut should already be in free mode after reset99 with pytest.warns(UserWarning):100 uut.connection_rule('single')101def test_connection_sequence(uut):102 assert 'bbm' == uut.connection_sequence()103 assert 0 == uut.get_status()104 uut.connection_sequence('mbb')105 assert 0 == uut.get_status()106 assert 'mbb' == uut.connection_sequence()107def test_bias_disable_all_outputs(uut):108 uut.bias_disable_all_outputs()109 assert 0 == uut.get_status()110def test_bias_disable_ouput(uut):111 uut.bias_disable_output(1)112 assert 0 == uut.get_status()113def test_bias_enable_all_outputs(uut):114 uut.bias_enable_all_outputs()115 assert 0 == uut.get_status()116def test_bias_enable_output(uut):117 uut.bias_enable_output(1)118 assert 0 == uut.get_status()119def test_bias_input_port(uut):120 assert 10 == uut.bias_input_port()121 uut.bias_input_port(9)122 assert 9 == uut.bias_input_port()123 assert 0 == uut.get_status()124def test_bias_mode(uut):125 uut.bias_mode(True)126 assert uut.bias_mode()127 assert 0 == uut.get_status()128def test_gnd_disable_all_outputs(uut):129 uut.gnd_disable_all_outputs()130 assert 0 == uut.get_status()131def test_gnd_disable_output(uut):132 uut.gnd_disable_output(1)133 assert 0 == uut.get_status()134def test_gnd_enable_all_outputs(uut):135 uut.gnd_enable_all_outputs()136 assert 0 == uut.get_status()137def test_gnd_enable_output(uut):138 uut.gnd_enable_output(1)139 assert 0 == uut.get_status()140def test_gnd_input_port(uut):141 assert 12 == uut.gnd_input_port()142 uut.gnd_input_port(5)143 assert 5 == uut.gnd_input_port()144 assert 0 == uut.get_status()145def test_gnd_mode(uut):146 assert not uut.gnd_mode()147 uut.gnd_mode(True)148 assert uut.gnd_mode()149 assert 0 == uut.get_status()150def test_unused_inputs(uut):151 uut.unused_inputs()152 assert 0 == uut.get_status()153 uut.unused_inputs([3])154 assert 0 == uut.get_status()155 assert [3] == uut.unused_inputs()156 uut.unused_inputs([5, 6, 7, 8])157 assert 0 == uut.get_status()158 assert [5, 6, 7, 8] == uut.unused_inputs()159def test_couple_mode(uut):160 assert not uut.couple_mode()161 uut.couple_mode(True)162 assert uut.couple_mode()163 assert 0 == uut.get_status()164def test_couple_ports(uut):165 assert not uut.couple_ports()166 assert 0 == uut.get_status()167 uut.couple_ports([1])168 assert 0 == uut.get_status()169 assert [1] == uut.couple_ports()170 uut.couple_ports([1, 3, 5])171 assert 0 == uut.get_status()172 assert [1, 3, 5] == uut.couple_ports()173 with pytest.raises(ValueError):174 uut.couple_ports([2])175 with pytest.raises(ValueError):176 uut.couple_ports([2, 3])177def test_couple_port_autodetect(uut):178 uut.couple_port_autodetect()179 assert 0 == uut.get_status()180def test_get_error(uut):181 uut.get_error()182 assert 0 == uut.get_status()183class TestParseChannelList:184 @staticmethod185 def test_parse_channel_list():186 channel_list = '(@10101,10202)'187 assert {(1, 1), (2, 2)} == KeysightB220X.parse_channel_list(188 channel_list)189 @staticmethod190 def test_all_combinations_zero_padded():191 import itertools192 cards = range(5)193 inputs = range(1, 15)194 outputs = range(1, 49)195 for card, in_port, out_port in itertools.product(cards, inputs,196 outputs):...

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streamings.py

Source:streamings.py Github

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1from schemas.status import Status2from mastodon import Mastodon, StreamListener3from utils.load_env import ACCESS_TOKEN4from utils.load_yaml import config_dict5from .functions import ( buzz_toot, change_bot_status, get_name, rewrite, food_terro, save_toot, humor_sense,6 humor_sense_return, parrot_toot, greeting_toot, delete_rockman_toot, reply_random_toot, my_post_count, 7 post_count, toot_todays_info, toot_now_info, battle_operation, three_point_generator, base_url)8from datetime import datetime9import time10import re11class Bot(StreamListener):12 bool_keywords = {13 'stop': False,14 'start': True,15 }16 status_keywords = [17 'chime',18 'summer',19 'spring',20 'random'21 ]22 def __init__(self, client):23 super(Bot, self).__init__()24 self.client = client25 def on_update(self, status: Status):26 get_status = status27 get_status['content'] = rewrite(get_status['content'])28 print(datetime.now())29 print(f"==={get_name(get_status['account'])}======\n{get_status['content']}\n\n")30 if get_status['account']['bot'] or get_status['reblog'] != None:31 return32 if 'ロックマン' in get_status['content']:33 self.client.status_favourite(get_status)34 if re.search(r'((お(腹|なか)(空|す)いた)|(腹|はら)(減|へ)った)', get_status['content']):35 food_terro(self.client)36 return37 if "トゥート" in get_status['content'] and "保存" in get_status['content']:38 save_toot(self.client, get_status['content'])39 return40 if re.search(r'(ユーモアセンス|面白い事)', get_status['content']):41 humor_sense(self.client)42 return43 if re.search(r'(つまらない|面白くない)', get_status['content']):44 humor_sense_return(self.client)45 return46 if "何か言って" in get_status['content']:47 reply_random_toot(self.client, get_status)48 return49 if not "りあむ" in get_status['content']:50 if "って言" in get_status['content']:51 parrot_toot(self.client, get_status['content'])52 return53 for greet_word in config_dict['word']['ign_riam']:54 if greet_word['input'] in get_status['content']:55 greeting_toot(self.client, greet_word['output'])56 return57 if "消して" in get_status['content']:58 delete_rockman_toot(self.client, get_status['content'])59 return60 if config_dict['tag']['boost_tag'] in get_status['content']:61 self.client.status_reblog(get_status)62 return63 if "お返事して" in get_status['content']:64 reply_random_toot(self.client, get_status)65 return66 if "トゥート数" in get_status['content'] and "教えて" in get_status['content']:67 if "ロックマンの" in get_status['content']:68 my_post_count(self.client, get_status)69 return70 else:71 post_count(self.client, get_status)72 return73 if "今日" in get_status['content'] and "何日" in get_status['content']:74 toot_todays_info(self.client, get_status)75 return76 if "今" in get_status['content'] and "何時" in get_status['content']:77 toot_now_info(self.client, get_status)78 return79 else:80 if re.match(r'^バトルオペレーション(、|，|！|　)?セット！*$', get_status['content']):81 battle_operation(self.client, get_status)82 return83 if get_status['content'].find('三点リーダージェネレーター\n') == 0 and re.search(r'(…|\.\.\.|・・・|･･･)', get_status['content']):84 three_point_generator(self.client, get_status)85 return86 if get_status['account']['id'] == config_dict['developer_account_id']:87 for b_key, b_value in self.bool_keywords.items():88 if b_key in get_status['content']:89 for s_value in self.status_keywords:90 if s_value in get_status['content']:91 change_bot_status(self.client, s_value, b_value, status)92 return93 if "test" in get_status['content']:94 if "buzz_toot" in get_status['content']:95 buzz_toot(self.client)96def Login() -> Mastodon:97 mastodon = Mastodon(98 access_token = ACCESS_TOKEN,99 api_base_url = base_url100 )101 return mastodon102def LTLlisten(client: Mastodon):103 bot = Bot(client)104 while True:105 try:106 client.stream_local(bot)107 except Exception as e:108 print(datetime.now())109 print(e)...

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mcping.py

Source:mcping.py Github

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...10 # 获取 ping 信息11 host = say.split(":")[0]12 try:13 port = say.split(":")[1]14 get_status = StatusPing(host=host, port=int(port)).get_status()15 except Exception:16 try:17 srv_records = dns.resolver.query("_minecraft._tcp." + host, "SRV")18 srvInfo = {}19 for srv in srv_records:20 srvInfo["host"] = str(srv.target).rstrip(".")21 srvInfo["port"] = srv.port22 get_status = StatusPing(23 host=srvInfo["host"], port=int(srvInfo["port"])24 ).get_status()25 except Exception:26 get_status = StatusPing(host=host).get_status()27 get_status = json.dumps(get_status)28 get_status = re.sub(r"\\u00a7.", "", get_status)29 get_status = json.loads(get_status)30 msg_send = []31 # 服务器信息解析32 # 判断是否报错33 if get_status == "error":34 msg_send = [Plain("服务器信息获取失败")]35 return msg_send36 # 图标37 if "favicon" in get_status:38 favicon = get_status["favicon"][22:-1] + "="39 byte_data = base64.b64decode(favicon)40 img = IMG.open(BytesIO(byte_data)).convert("RGB")...

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