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How to use command_get method in play_selenium
Best Python code snippet using play_selenium_python
mgc3.py
Source:mgc3.py 
1"""mgc32============34.. autoclass:: MGC35 :members:6 :private-members:78This class implements the MGC3 from the Institut Néel - VERSION 2.4910"""1112from ipaddress import ip_address1314from fluidlab.interfaces import PhysicalInterfaceType15from fluidlab.instruments.drivers import Driver16from fluidlab.instruments.features import (17 QueryCommand,18 WriteCommand,19 FloatValue,20 StringValue,21)2223__all__ = ["MGC3"]242526def out_port(ip):27 """28 Out port is 12000 + last number of ip address29 """30 ip = ip_address(ip)31 return 12000 + (int(ip) & 0xFF)323334class MGC3(Driver):35 default_physical_interface = PhysicalInterfaceType.Ethernet36 default_inter_params = {37 "out_port": out_port,38 "in_port": 12000,39 "ethernet_protocol": "udp",40 }414243features = [44 # Identification Query45 QueryCommand("query_identification", "Identification Query", "*IDN?"),46 # # # # # # # # # # # #47 # Read-only commands #48 # # # # # # # # # # # #49 FloatValue(50 "temperature", doc="MGC3 internal temperature", command_get="MGC3GET 0"51 ),52 # PID0 commands53 FloatValue(54 "pid0_meas",55 doc="MGC3 PID_0 last measurement - in Kelvin",56 command_get="MGC3GET 3",57 ),58 FloatValue(59 "pid0_s", doc="MGC3 PID_0 last watt measurement", command_get="MGC3GET 9"60 ),61 FloatValue("pid0_status", doc="MGC3 PID_0 Status", command_get="MGC3GET 10"),62 # PID1 commands63 FloatValue(64 "pid1_meas",65 doc="MGC3 PID_1 last measurement - in Kelvin",66 command_get="MGC3GET 15",67 ),68 FloatValue(69 "pid1_s", doc="MGC3 PID_1 last watt measurement", command_get="MGC3GET 21"70 ),71 FloatValue("pid1_status", doc="MGC3 PID_1 Status", command_get="MGC3GET 22"),72 # PID2 commands73 FloatValue(74 "pid2_meas",75 doc="MGC3 PID_1 last measurement - in Kelvin",76 command_get="MGC3GET 27",77 ),78 FloatValue(79 "pid2_s", doc="MGC3 PID_1 last watt measurement", command_get="MGC3GET 33"80 ),81 FloatValue("pid2_status", doc="MGC3 PID_1 Status", command_get="MGC3GET 34"),82 # Misc commands83 FloatValue("i0_status", doc="MGC3 CH_0 Status", command_get="MGC3GET 38"),84 FloatValue("i1_status", doc="MGC3 CH_1 Status", command_get="MGC3GET 40"),85 FloatValue("i2_status", doc="MGC3 CH_2 Status", command_get="MGC3GET 42"),86 FloatValue(87 "user_voltage", doc="MGC3 Current user voltage", command_get="MGC3GET 43"88 ),89 # # # # # # # # # #90 # R+W commands #91 # # # # # # # # # #92 # PID0 commands93 FloatValue(94 "pid0_onoff",95 doc="MGC3 PID 0, on (1) - off (0)",96 command_get="MGC3GET 1",97 command_set="MGC3SET 1",98 pause_instrument=0.5,99 ),100 FloatValue(101 "pid0_setpoint",102 doc="MGC3 PID 0, set wanted temperature (Kelvin)",103 command_get="MGC3GET 2",104 command_set="MGC3SET 2",105 pause_instrument=0.5,106 ),107 FloatValue(108 "pid0_prop",109 doc="MGC3 PID 0, proportional term",110 command_get="MGC3GET 4",111 command_set="MGC3SET 4",112 pause_instrument=0.5,113 ),114 FloatValue(115 "pid0_integral",116 doc="MGC3 PID 0, integral term",117 command_get="MGC3GET 5",118 command_set="MGC3SET 5",119 pause_instrument=0.5,120 ),121 FloatValue(122 "pid0_deriv",123 doc="MGC3 PID 0, derivative term",124 command_get="MGC3GET 6",125 command_set="MGC3SET 6",126 pause_instrument=0.5,127 ),128 FloatValue(129 "pid0_maxpow",130 doc="MGC3 PID 0, maximum power (W)",131 command_get="MGC3GET 7",132 command_set="MGC3SET 7",133 pause_instrument=0.5,134 ),135 FloatValue(136 "pid0_res",137 doc="MGC3 PID 0, Heat resistance value (Ohm)",138 command_get="MGC3GET 8",139 command_set="MGC3SET 8",140 pause_instrument=0.5,141 ),142 StringValue(143 "pid0_name",144 doc="MGC3 PID 0, measurement model name",145 command_get="MGC3GET 11",146 command_set="MGC3SET 11",147 pause_instrument=1,148 check_instrument_value=False,149 ),150 FloatValue(151 "pid0_channel",152 doc="MGC3 PID 0, measurement channel",153 command_get="MGC3GET 12",154 command_set="MGC3SET 12",155 pause_instrument=0.5,156 ),157 # PID1 commands158 FloatValue(159 "pid1_onoff",160 doc="MGC3 PID 1, on (1) - off (0)",161 command_get="MGC3GET 13",162 command_set="MGC3SET 13",163 pause_instrument=0.5,164 ),165 FloatValue(166 "pid1_setpoint",167 doc="MGC3 PID 1, set wanted temperature (Kelvin)",168 command_get="MGC3GET 14",169 command_set="MGC3SET 14",170 pause_instrument=0.5,171 ),172 FloatValue(173 "pid1_prop",174 doc="MGC3 PID 1, proportional term",175 command_get="MGC3GET 16",176 command_set="MGC3SET 16",177 pause_instrument=0.5,178 ),179 FloatValue(180 "pid1_integral",181 doc="MGC3 PID 1, integral term",182 command_get="MGC3GET 17",183 command_set="MGC3SET 17",184 pause_instrument=0.5,185 ),186 FloatValue(187 "pid1_deriv",188 doc="MGC3 PID 1, derivative term",189 command_get="MGC3GET 18",190 command_set="MGC3SET 18",191 pause_instrument=0.5,192 ),193 FloatValue(194 "pid1_maxpow",195 doc="MGC3 PID 1, maximum power (W)",196 command_get="MGC3GET 19",197 command_set="MGC3SET 19",198 pause_instrument=0.5,199 ),200 FloatValue(201 "pid1_res",202 doc="MGC3 PID 1, Heat resistance value (Ohm)",203 command_get="MGC3GET 20",204 command_set="MGC3SET 20",205 pause_instrument=0.5,206 ),207 StringValue(208 "pid1_name",209 doc="MGC3 PID 1, measurement model name",210 command_get="MGC3GET 23",211 command_set="MGC3SET 23",212 pause_instrument=2,213 ),214 FloatValue(215 "pid1_channel",216 doc="MGC3 PID 1, measurement channel",217 command_get="MGC3GET 24",218 command_set="MGC3SET 24",219 pause_instrument=0.5,220 ),221 # PID2 commands222 FloatValue(223 "pid2_onoff",224 doc="MGC3 PID 2, on (1) - off (0)",225 command_get="MGC3GET 25",226 command_set="MGC3SET 25",227 pause_instrument=0.5,228 ),229 FloatValue(230 "pid2_setpoint",231 doc="MGC3 PID 2, set wanted temperature (Kelvin)",232 command_get="MGC3GET 26",233 command_set="MGC3SET 26",234 pause_instrument=0.5,235 ),236 FloatValue(237 "pid2_prop",238 doc="MGC3 PID 2, proportional term",239 command_get="MGC3GET 28",240 command_set="MGC3SET 28",241 pause_instrument=0.5,242 ),243 FloatValue(244 "pid2_integral",245 doc="MGC3 PID 2, integral term",246 command_get="MGC3GET 29",247 command_set="MGC3SET 29",248 pause_instrument=0.5,249 ),250 FloatValue(251 "pid2_deriv",252 doc="MGC3 PID 2, derivative term",253 command_get="MGC3GET 30",254 command_set="MGC3SET 30",255 pause_instrument=0.5,256 ),257 FloatValue(258 "pid2_maxpow",259 doc="MGC3 PID 2, maximum power (W)",260 command_get="MGC3GET 31",261 command_set="MGC3SET 31",262 pause_instrument=0.5,263 ),264 FloatValue(265 "pid2_res",266 doc="MGC3 PID 2, Heat resistance value (Ohm)",267 command_get="MGC3GET 32",268 command_set="MGC3SET 32",269 pause_instrument=0.5,270 ),271 StringValue(272 "pid2_name",273 doc="MGC3 PID 2, measurement model name",274 command_get="MGC3GET 35",275 command_set="MGC3SET 35",276 pause_instrument=2,277 ),278 FloatValue(279 "pid2_channel",280 doc="MGC3 PID 2, measurement channel",281 command_get="MGC3GET 36",282 command_set="MGC3SET 36",283 pause_instrument=0.5,284 ),285 # I commands286 FloatValue(287 "ch0_i",288 doc="MGC3 CH0 change or get current",289 command_get="MGC3GET 37",290 command_set="MGC3SET 37",291 pause_instrument=0.5,292 ),293 FloatValue(294 "ch1_i",295 doc="MGC3 CH1 change or get current",296 command_get="MGC3GET 39",297 command_set="MGC3SET 39",298 pause_instrument=0.5,299 ),300 FloatValue(301 "ch2_i",302 doc="MGC3 CH2 change or get current",303 command_get="MGC3GET 41",304 command_set="MGC3SET 41",305 pause_instrument=0.5,306 ),307 # TTL commands308 FloatValue(309 "ttl_o1",310 doc="MGC3 TTL output 1",311 command_get="MGC3GET 44",312 command_set="MGC3SET 44",313 pause_instrument=0.5,314 ),315 FloatValue(316 "ttl_o2",317 doc="MGC3 TTL output 2",318 command_get="MGC3GET 45",319 command_set="MGC3SET 45",320 pause_instrument=0.5,321 ),322]323
...
mmr3.py
Source:mmr3.py
1"""mmr32============34.. autoclass:: MMR35 :members:6 :private-members:78This class implements the MMR3 from the Institut Néel - VERSION 2.4910"""1112from ipaddress import ip_address1314from fluidlab.interfaces import PhysicalInterfaceType15from fluidlab.instruments.drivers import Driver16from fluidlab.instruments.features import (17 QueryCommand,18 WriteCommand,19 FloatValue,20 StringValue,21)2223__all__ = ["MMR3"]242526def out_port(ip):27 """28 Out port is 12000 + last number of ip address29 """30 ip = ip_address(ip)31 return 12000 + (int(ip) & 0xFF)323334class MMR3(Driver):35 default_physical_interface = PhysicalInterfaceType.Ethernet36 default_inter_params = {37 "out_port": out_port,38 "in_port": 12000,39 "ethernet_protocol": "udp",40 }414243features = [44 # Identification Query45 QueryCommand("query_identification", "Identification Query", "*IDN?"),46 # # # # # # # # # # # #47 # Read-only commands #48 # # # # # # # # # # # #49 FloatValue(50 "temperature", doc="MMR3 internal temperature", command_get="MMR3GET 2"51 ),52 # CH1 commands53 FloatValue(54 "r1_meas", doc="MMR3 R1 measurement result", command_get="MMR3GET 3"55 ),56 FloatValue(57 "r1_range", doc="MMR3 R1 range computation", command_get="MMR3GET 4"58 ),59 FloatValue(60 "r1_convert", doc="MMR3 R1 converted value", command_get="MMR3GET 5"61 ),62 FloatValue(63 "r1_status", doc="MMR3 R1 measurement status", command_get="MMR3GET 6"64 ),65 FloatValue(66 "r1_offset", doc="MMR3 R1 offset measurement", command_get="MMR3GET 13"67 ),68 # CH2 commands69 FloatValue(70 "r2_meas", doc="MMR3 R2 measurement result", command_get="MMR3GET 14"71 ),72 FloatValue(73 "r2_range", doc="MMR3 R2 range computation", command_get="MMR3GET 15"74 ),75 FloatValue(76 "r2_convert", doc="MMR3 R2 converted value", command_get="MMR3GET 16"77 ),78 FloatValue(79 "r2_status", doc="MMR3 R2 measurement status", command_get="MMR3GET 17"80 ),81 FloatValue(82 "r2_offset", doc="MMR3 R2 offset measurement", command_get="MMR3GET 24"83 ),84 # CH3 commands85 FloatValue(86 "r3_meas", doc="MMR3 R3 measurement result", command_get="MMR3GET 25"87 ),88 FloatValue(89 "r3_range", doc="MMR3 R3 range computation", command_get="MMR3GET 26"90 ),91 FloatValue(92 "r3_convert", doc="MMR3 MMR3 R3 converted value", command_get="MMR3GET 27"93 ),94 FloatValue(95 "r3_status", doc="MMR3 R3 measurement status", command_get="MMR3GET 28"96 ),97 FloatValue(98 "r3_offset", doc="MMR3 R3 offset measurement", command_get="MMR3GET 35"99 ),100 # # # # # # # # # #101 # R+W commands #102 # # # # # # # # # #103 FloatValue(104 "periode",105 doc="MMR3 Modulation period",106 command_get="MMR3GET 0",107 command_set="MMR3SET 0",108 pause_instrument=0.5,109 ),110 FloatValue(111 "dtadc",112 doc="MMR3 ADC delay",113 command_get="MMR3GET 1",114 command_set="MMR3SET 1",115 pause_instrument=0.5,116 ),117 # CH1 commands118 FloatValue(119 "r1_average",120 doc="MMR3 R1 Amount of points in each measurement",121 command_get="MMR3GET 7",122 command_set="MMR3SET 7",123 pause_instrument=0.5,124 ),125 FloatValue(126 "r1_rangemode",127 doc="MMR3 R1 change mode",128 command_get="MMR3GET 8",129 command_set="MMR3SET 8",130 pause_instrument=0.5,131 ),132 FloatValue(133 "r1_rangemode_i",134 doc="MMR3 R1 change mode auto/manual",135 command_get="MMR3GET 9",136 command_set="MMR3SET 9",137 pause_instrument=0.5,138 ),139 FloatValue(140 "r1_range_i",141 doc="MMR3 R1 change flux range",142 command_get="MMR3GET 10",143 command_set="MMR3SET 10",144 pause_instrument=1,145 ),146 FloatValue(147 "r1_range_u",148 doc="MMR3 R1 change voltage range",149 command_get="MMR3GET 11",150 command_set="MMR3SET 11",151 pause_instrument=0.5,152 ),153 FloatValue(154 "r1_i",155 doc="MMR3 R1 change polarization",156 command_get="MMR3GET 12",157 command_set="MMR3SET 12",158 pause_instrument=1,159 ),160 # CH2 commands161 FloatValue(162 "r2_average",163 doc="MMR3 R2 Amount of points in each measurement",164 command_get="MMR3GET 18",165 command_set="MMR3SET 18",166 pause_instrument=0.5,167 ),168 FloatValue(169 "r2_rangemode",170 doc="MMR3 R2 change mode",171 command_get="MMR3GET 19",172 command_set="MMR3SET 19",173 pause_instrument=0.5,174 ),175 FloatValue(176 "r2_rangemode_i",177 doc="MMR3 R2 change mode auto/manual",178 command_get="MMR3GET 20",179 command_set="MMR3SET 20",180 pause_instrument=0.5,181 ),182 FloatValue(183 "r2_range_i",184 doc="MMR3 R2 change flux range",185 command_get="MMR3GET 21",186 command_set="MMR3SET 21",187 pause_instrument=0.5,188 ),189 FloatValue(190 "r2_range_u",191 doc="MMR3 R2 change voltage range",192 command_get="MMR3GET 22",193 command_set="MMR3SET 22",194 pause_instrument=0.5,195 ),196 FloatValue(197 "r2_i",198 doc="MMR3 R2 change polarization",199 command_get="MMR3GET 23",200 command_set="MMR3SET 23",201 pause_instrument=0.5,202 ),203 # CH3 commands204 FloatValue(205 "r3_average",206 doc="MMR3 R3 Amount of points in each measurement",207 command_get="MMR3GET 29",208 command_set="MMR3SET 29",209 pause_instrument=0.5,210 ),211 FloatValue(212 "r3_rangemode",213 doc="MMR3 R3 change mode",214 command_get="MMR3GET 30",215 command_set="MMR3SET 30",216 pause_instrument=0.5,217 ),218 FloatValue(219 "r3_rangemode_i",220 doc="MMR3 R3 change mode auto/manual",221 command_get="MMR3GET 31",222 command_set="MMR3SET 31",223 pause_instrument=0.5,224 ),225 FloatValue(226 "r3_range_i",227 doc="MMR3 R3 change flux range",228 command_get="MMR3GET 32",229 command_set="MMR3SET 32",230 pause_instrument=0.5,231 ),232 FloatValue(233 "r3_range_u",234 doc="MMR3 R3 change voltage range",235 command_get="MMR3GET 33",236 command_set="MMR3SET 33",237 pause_instrument=0.5,238 ),239 FloatValue(240 "r3_i",241 doc="MMR3 R3 change polarization",242 command_get="MMR3GET 34",243 command_set="MMR3SET 34",244 pause_instrument=0.5,245 ),246]247
...
bose_battery.py
Source:bose_battery.py
...9 def read() -> Packet:10 packet = conn.read()11 print("<--", packet)12 return packet13 def command_get(packet: Packet):14 write(packet)15 read()16 def command_start(packet: Packet):17 write(packet)18 processing_packet = Packet(packet.function_block, packet.function, Operator.PROCESSING)19 result_packet = Packet(packet.function_block, packet.function, Operator.RESULT)20 assert read() == processing_packet21 while read() != result_packet:22 pass23 command_get(Packet(FunctionBlock.PRODUCT_INFO, ProductInfoFunction.BMAP_VERSION, Operator.GET))24 # command_get(Packet(FunctionBlock.PRODUCT_INFO, ProductInfoFunction.PRODUCT_ID_VARIANT, Operator.GET))25 # command_get(Packet(FunctionBlock.PRODUCT_INFO, ProductInfoFunction.SERIAL_NUMBER, Operator.GET))26 # command_get(Packet(FunctionBlock.PRODUCT_INFO, ProductInfoFunction.FIRMWARE_VERSION, Operator.GET))27 command_get(Packet(FunctionBlock.STATUS, StatusFunction.BATTERY_LEVEL, Operator.GET))28 # command_get(Packet(FunctionBlock.AUDIO_MANAGEMENT, AudioManagementFunction.STATUS, Operator.GET))29 # command_get(Packet(FunctionBlock.AUDIO_MANAGEMENT, AudioManagementFunction.VOLUME, Operator.GET))30 command_start(Packet(FunctionBlock.AUDIO_MANAGEMENT, AudioManagementFunction.NOW_PLAYING, Operator.START))31 while read():...
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