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How to use compileRule method in Cucumber-gherkin
Best JavaScript code snippet using cucumber-gherkin
nftypes.js
Source:nftypes.js 
1var decNumRule = {2 1: "o['$name']=buf.readUInt8($pos);",3 2: "o['$name']=buf.readUInt16BE($pos);",4 3: "o['$name']=buf.readUInt8($pos)*65536+buf.readUInt16BE($pos+1);",5 4: "o['$name']=buf.readUInt32BE($pos);",6 5: "o['$name']=buf.readUInt8($pos)*4294967296+buf.readUInt32BE($pos+1);",7 6: "o['$name']=buf.readUInt16BE($pos)*4294967296+buf.readUInt32BE($pos+2);",8 8: "o['$name']=buf.readUInt32BE($pos)*4294967296+buf.readUInt32BE($pos+4);"9};10var decTimestamp = decNumRule;11var decTsMs = decTimestamp;12var decTsMcs = decTimestamp;13var decTsNs = decTimestamp;14var decIpv4Rule = {15 4: "o['$name']=(t=buf.readUInt32BE($pos),(parseInt(t/16777216)%256)+'.'+(parseInt(t/65536)%256)+'.'+(parseInt(t/256)%256)+'.'+(t%256));"16};17var decIpv6Rule = {18 16: "o['$name']=buf.toString('hex',$pos,$pos+$len);"19};20var decMacRule = {21 0: "o['$name']=buf.toString('hex',$pos,$pos+$len);"22};23var decStringRule = {24 0: 'o[\'$name\']=buf.toString(\'utf8\',$pos,$pos+$len).replace(/\\0/g,\'\');'25};26var decAsciiStringRule = {27 0: 'o[\'$name\']=buf.toString(\'ascii\',$pos,$pos+$len).replace(/\\0/g,\'\');'28};29var nfTypes = {30 1: {name: 'in_bytes', compileRule: decNumRule},31 2: {name: 'in_pkts', compileRule: decNumRule},32 3: {name: 'flows', compileRule: decNumRule},33 4: {name: 'protocol', compileRule: decNumRule},34 5: {name: 'src_tos', compileRule: decNumRule},35 6: {name: 'tcp_flags', compileRule: decNumRule},36 7: {name: 'l4_src_port', compileRule: decNumRule},37 8: {name: 'ipv4_src_addr', compileRule: decIpv4Rule},38 9: {name: 'src_mask', compileRule: decNumRule},39 10: {name: 'input_snmp', compileRule: decNumRule},40 11: {name: 'l4_dst_port', compileRule: decNumRule},41 12: {name: 'ipv4_dst_addr', compileRule: decIpv4Rule},42 13: {name: 'dst_mask', compileRule: decNumRule},43 14: {name: 'output_snmp', compileRule: decNumRule},44 15: {name: 'ipv4_next_hop', compileRule: decIpv4Rule},45 16: {name: 'src_as', compileRule: decNumRule},46 17: {name: 'dst_as', compileRule: decNumRule},47 18: {name: 'bgp_ipv4_next_hop', compileRule: decIpv4Rule},48 19: {name: 'mul_dst_pkts', compileRule: decNumRule},49 20: {name: 'mul_dst_bytes', compileRule: decNumRule},50 21: {name: 'last_switched', compileRule: decNumRule},51 22: {name: 'first_switched', compileRule: decNumRule},52 23: {name: 'out_bytes', compileRule: decNumRule},53 24: {name: 'out_pkts', compileRule: decNumRule},54 25: {name: 'min_pkt_lngth', compileRule: decNumRule},55 26: {name: 'max_pkt_lngth', compileRule: decNumRule},56 27: {name: 'ipv6_src_addr', compileRule: decIpv6Rule},57 28: {name: 'ipv6_dst_addr', compileRule: decIpv6Rule},58 29: {name: 'ipv6_src_mask', compileRule: decNumRule},59 30: {name: 'ipv6_dst_mask', compileRule: decNumRule},60 31: {name: 'ipv6_flow_label', compileRule: decNumRule},61 32: {name: 'icmp_type', compileRule: decNumRule},62 33: {name: 'mul_igmp_type', compileRule: decNumRule},63 34: {name: 'sampling_interval', compileRule: decNumRule},64 35: {name: 'sampling_algorithm', compileRule: decNumRule},65 36: {name: 'flow_active_timeout', compileRule: decNumRule},66 37: {name: 'flow_inactive_timeout', compileRule: decNumRule},67 38: {name: 'engine_type', compileRule: decNumRule},68 39: {name: 'engine_id', compileRule: decNumRule},69 40: {name: 'total_bytes_exp', compileRule: decNumRule},70 41: {name: 'total_pkts_exp', compileRule: decNumRule},71 42: {name: 'total_flows_exp', compileRule: decNumRule},72 44: {name: 'ipv4_src_prefix', compileRule: decIpv4Rule},73 45: {name: 'ipv4_dst_prefix', compileRule: decIpv4Rule},74 46: {name: 'mpls_top_label_type', compileRule: decIpv4Rule},75 47: {name: 'mpls_top_label_ip_addr', compileRule: decIpv4Rule},76 48: {name: 'flow_sampler_id', compileRule: decNumRule},77 49: {name: 'flow_sampler_mode', compileRule: decNumRule},78 50: {name: 'flow_sampler_random_interval', compileRule: decNumRule},79 52: {name: 'min_ttl', compileRule: decNumRule},80 53: {name: 'max_ttl', compileRule: decNumRule},81 54: {name: 'ipv4_ident', compileRule: decNumRule},82 55: {name: 'dst_tos', compileRule: decNumRule},83 56: {name: 'in_src_mac', compileRule: decMacRule},84 57: {name: 'out_dst_mac', compileRule: decMacRule},85 58: {name: 'src_vlan', compileRule: decNumRule},86 59: {name: 'dst_vlan', compileRule: decNumRule},87 60: {name: 'ip_protocol_version', compileRule: decNumRule},88 61: {name: 'direction', compileRule: decNumRule},89 62: {name: 'ipv6_next_hop', compileRule: decIpv6Rule},90 63: {name: 'bpg_ipv6_next_hop', compileRule: decIpv6Rule},91 64: {name: 'ipv6_option_headers', compileRule: decNumRule},92 70: {name: 'mpls_label_1', compileRule: decNumRule},93 71: {name: 'mpls_label_2', compileRule: decNumRule},94 72: {name: 'mpls_label_3', compileRule: decNumRule},95 73: {name: 'mpls_label_4', compileRule: decNumRule},96 74: {name: 'mpls_label_5', compileRule: decNumRule},97 75: {name: 'mpls_label_6', compileRule: decNumRule},98 76: {name: 'mpls_label_7', compileRule: decNumRule},99 77: {name: 'mpls_label_8', compileRule: decNumRule},100 78: {name: 'mpls_label_9', compileRule: decNumRule},101 79: {name: 'mpls_label_10', compileRule: decNumRule},102 80: {name: 'in_dst_mac', compileRule: decMacRule},103 81: {name: 'out_src_mac', compileRule: decMacRule},104 82: {name: 'if_name', compileRule: decStringRule},105 83: {name: 'if_desc', compileRule: decStringRule},106 84: {name: 'sampler_name', compileRule: decStringRule},107 85: {name: 'in_permanent_bytes', compileRule: decNumRule},108 86: {name: 'in_permanent_pkts', compileRule: decNumRule},109 87: {name: 'flagsAndSamplerId', compileRule: decNumRule}, // Deprecated110 88: {name: 'fragment_offset', compileRule: decNumRule},111 89: {name: 'fw_status', compileRule: decNumRule},112 90: {name: 'mpls_pal_rd', compileRule: decNumRule},113 91: {name: 'mpls_prefix_len', compileRule: decNumRule},114 92: {name: 'src_traffic_index', compileRule: decNumRule},115 93: {name: 'dst_traffic_index', compileRule: decNumRule},116 94: {name: 'application_descr', compileRule: decStringRule},117 95: {name: 'application_tag', compileRule: decMacRule},118 96: {name: 'application_name', compileRule: decStringRule},119 98: {name: 'postIpDiffServCodePoint', compileRule: decNumRule},120 99: {name: 'replication_factor', compileRule: decNumRule},121 100: {name: 'className', compileRule: decStringRule},122 101: {name: 'classificationEngineId', compileRule: decNumRule},123 102: {name: 'layer2packetSectionOffset', compileRule: decNumRule}, // Deprecated124 103: {name: 'layer2packetSectionSize', compileRule: decNumRule}, // Deprecated125 104: {name: 'layer2packetSectionData', compileRule: decMacRule},126 //above 127 is in ipfix127 128: {name: 'in_as', compileRule: decNumRule},128 129: {name: 'out_as', compileRule: decNumRule},129 130: {name: 'exporterIPv4Address', compileRule: decIpv4Rule},130 131: {name: 'exporterIPv6Address', compileRule: decIpv6Rule},131 132: {name: 'droppedOctetDeltaCount', compileRule: decNumRule},132 133: {name: 'droppedPacketDeltaCount', compileRule: decNumRule},133 134: {name: 'droppedOctetTotalCount', compileRule: decNumRule},134 135: {name: 'droppedPacketTotalCount', compileRule: decNumRule},135 136: {name: 'flowEndReason', compileRule: decNumRule},136 137: {name: 'commonPropertiesId', compileRule: decNumRule},137 138: {name: 'observationPointId', compileRule: decNumRule},138 139: {name: 'icmpTypeCodeIPv6', compileRule: decNumRule},139 140: {name: 'mplsTopLabelIPv6Address', compileRule: decIpv6Rule},140 141: {name: 'lineCardId', compileRule: decNumRule},141 142: {name: 'portId', compileRule: decNumRule},142 143: {name: 'meteringProcessId', compileRule: decNumRule},143 144: {name: 'exportingProcessId', compileRule: decNumRule},144 145: {name: 'templateId', compileRule: decNumRule},145 146: {name: 'wlanChannelId', compileRule: decNumRule},146 147: {name: 'wlanSSID', compileRule: decStringRule},147 148: {name: 'flowId', compileRule: decNumRule},148 149: {name: 'observationDomainId', compileRule: decNumRule},149 150: {name: 'flowStartSeconds', compileRule: decTimestamp},150 151: {name: 'flowEndSeconds', compileRule: decTimestamp},151 152: {name: 'flowStartMilliseconds', compileRule: decTsMs},152 153: {name: 'flowEndMilliseconds', compileRule: decTsMs},153 154: {name: 'flowStartMicroseconds', compileRule: decTsMcs},154 155: {name: 'flowEndMicroseconds', compileRule: decTsMcs},155 156: {name: 'flowStartNanoseconds', compileRule: decTsNs},156 157: {name: 'flowEndNanoseconds', compileRule: decTsNs},157 158: {name: 'flowStartDeltaMicroseconds', compileRule: decNumRule},158 159: {name: 'flowEndDeltaMicroseconds', compileRule: decNumRule},159 160: {name: 'systemInitTimeMilliseconds', compileRule: decTsMs},160 161: {name: 'flowDurationMilliseconds', compileRule: decNumRule},161 162: {name: 'flowDurationMicroseconds', compileRule: decNumRule},162 163: {name: 'observedFlowTotalCount', compileRule: decNumRule},163 164: {name: 'ignoredPacketTotalCount', compileRule: decNumRule},164 165: {name: 'ignoredOctetTotalCount', compileRule: decNumRule},165 166: {name: 'notSentFlowTotalCount', compileRule: decNumRule},166 167: {name: 'notSentPacketTotalCount', compileRule: decNumRule},167 168: {name: 'notSentOctetTotalCount', compileRule: decNumRule},168 169: {name: 'destinationIPv6Prefix', compileRule: decIpv6Rule},169 170: {name: 'sourceIPv6Prefix', compileRule: decIpv6Rule},170 171: {name: 'postOctetTotalCount', compileRule: decNumRule},171 172: {name: 'postPacketTotalCount', compileRule: decNumRule},172 173: {name: 'flowKeyIndicator', compileRule: decNumRule},173 174: {name: 'postMCastPacketTotalCount', compileRule: decNumRule},174 175: {name: 'postMCastOctetTotalCount', compileRule: decNumRule},175 176: {name: 'icmpTypeIPv4', compileRule: decNumRule},176 177: {name: 'icmpCodeIPv4', compileRule: decNumRule},177 178: {name: 'icmpTypeIPv6', compileRule: decNumRule},178 179: {name: 'icmpCodeIPv6', compileRule: decNumRule},179 180: {name: 'udpSourcePort', compileRule: decNumRule},180 181: {name: 'udpDestinationPort', compileRule: decNumRule},181 182: {name: 'tcpSourcePort', compileRule: decNumRule},182 183: {name: 'tcpDestinationPort', compileRule: decNumRule},183 184: {name: 'tcpSequenceNumber', compileRule: decNumRule},184 185: {name: 'tcpAcknowledgementNumber', compileRule: decNumRule},185 186: {name: 'tcpWindowSize', compileRule: decNumRule},186 187: {name: 'tcpUrgentPointer', compileRule: decNumRule},187 188: {name: 'tcpHeaderLength', compileRule: decNumRule},188 189: {name: 'ipHeaderLength', compileRule: decNumRule},189 190: {name: 'totalLengthIPv4', compileRule: decNumRule},190 191: {name: 'payloadLengthIPv6', compileRule: decNumRule},191 192: {name: 'ipTTL', compileRule: decNumRule},192 193: {name: 'nextHeaderIPv6', compileRule: decNumRule},193 194: {name: 'mplsPayloadLength', compileRule: decNumRule},194 195: {name: 'ipDiffServCodePoint', compileRule: decNumRule},195 //the following are taken from from http://www.iana.org/assignments/ipfix/ipfix.xhtml196 196: {name: 'ipPrecedence', compileRule: decNumRule},197 197: {name: 'fragmentFlags', compileRule: decNumRule},198 198: {name: 'octetDeltaSumOfSquares', compileRule: decNumRule},199 199: {name: 'octetTotalSumOfSquares', compileRule: decNumRule},200 200: {name: 'mplsTopLabelTTL', compileRule: decNumRule},201 201: {name: 'mplsLabelStackLength', compileRule: decNumRule},202 202: {name: 'mplsLabelStackDepth', compileRule: decNumRule},203 203: {name: 'mplsTopLabelExp', compileRule: decNumRule},204 204: {name: 'ipPayloadLength', compileRule: decNumRule},205 205: {name: 'udpMessageLength', compileRule: decNumRule},206 206: {name: 'isMulticast', compileRule: decNumRule},207 207: {name: 'ipv4IHL', compileRule: decNumRule},208 208: {name: 'ipv4Options', compileRule: decNumRule},209 209: {name: 'tcpOptions', compileRule: decNumRule},210 210: {name: 'paddingOctets', compileRule: decMacRule},211 211: {name: 'collectorIPv4Address', compileRule: decIpv4Rule},212 212: {name: 'collectorIPv6Address', compileRule: decIpv6Rule},213 213: {name: 'exportInterface', compileRule: decNumRule},214 214: {name: 'exportProtocolVersion', compileRule: decNumRule},215 215: {name: 'exportTransportProtocol', compileRule: decNumRule},216 216: {name: 'collectorTransportPort', compileRule: decNumRule},217 217: {name: 'exporterTransportPort', compileRule: decNumRule},218 218: {name: 'tcpSynTotalCount', compileRule: decNumRule},219 219: {name: 'tcpFinTotalCount', compileRule: decNumRule},220 220: {name: 'tcpRstTotalCount', compileRule: decNumRule},221 221: {name: 'tcpPshTotalCount', compileRule: decNumRule},222 222: {name: 'tcpAckTotalCount', compileRule: decNumRule},223 223: {name: 'tcpUrgTotalCount', compileRule: decNumRule},224 224: {name: 'ipTotalLength', compileRule: decNumRule},225 225: {name: 'postNATSourceIPv4Address', compileRule: decIpv4Rule},226 226: {name: 'postNATDestinationIPv4Address', compileRule: decIpv4Rule},227 227: {name: 'postNAPTSourceTransportPort', compileRule: decNumRule},228 228: {name: 'postNAPTDestinationTransportPort', compileRule: decNumRule},229 229: {name: 'natOriginatingAddressRealm', compileRule: decNumRule},230 230: {name: 'natEvent', compileRule: decNumRule},231 231: {name: 'initiatorOctets', compileRule: decNumRule},232 232: {name: 'responderOctets', compileRule: decNumRule},233 233: {name: 'firewallEvent', compileRule: decNumRule},234 234: {name: 'ingressVRFID', compileRule: decNumRule},235 235: {name: 'egressVRFID', compileRule: decNumRule},236 236: {name: 'VRFname', compileRule: decStringRule},237 237: {name: 'postMplsTopLabelExp', compileRule: decNumRule},238 238: {name: 'tcpWindowScale', compileRule: decNumRule},239 239: {name: 'biflow_direction', compileRule: decNumRule},240 240: {name: 'ethernetHeaderLength', compileRule: decNumRule},241 241: {name: 'ethernetPayloadLength', compileRule: decNumRule},242 242: {name: 'ethernetTotalLength', compileRule: decNumRule},243 243: {name: 'dot1qVlanId', compileRule: decNumRule},244 244: {name: 'dot1qPriority', compileRule: decNumRule},245 245: {name: 'dot1qCustomerVlanId', compileRule: decNumRule},246 246: {name: 'dot1qCustomerPriority', compileRule: decNumRule},247 247: {name: 'metroEvcId', compileRule: decStringRule},248 248: {name: 'metroEvcType', compileRule: decNumRule},249 249: {name: 'pseudoWireId', compileRule: decNumRule},250 250: {name: 'pseudoWireType', compileRule: decNumRule},251 251: {name: 'pseudoWireControlWord', compileRule: decNumRule},252 252: {name: 'ingressPhysicalInterface', compileRule: decNumRule},253 253: {name: 'egressPhysicalInterface', compileRule: decNumRule},254 254: {name: 'postDot1qVlanId', compileRule: decNumRule},255 255: {name: 'postDot1qCustomerVlanId', compileRule: decNumRule},256 256: {name: 'ethernetType', compileRule: decNumRule},257 257: {name: 'postIpPrecedence', compileRule: decNumRule},258 258: {name: 'collectionTimeMilliseconds', compileRule: decTsMs},259 259: {name: 'exportSctpStreamId', compileRule: decNumRule},260 260: {name: 'maxExportSeconds', compileRule: decTimestamp},261 261: {name: 'maxFlowEndSeconds', compileRule: decTimestamp},262 262: {name: 'messageMD5Checksum', compileRule: decMacRule},263 263: {name: 'messageScope', compileRule: decNumRule},264 264: {name: 'minExportSeconds', compileRule: decTimestamp},265 265: {name: 'minFlowStartSeconds', compileRule: decTimestamp},266 266: {name: 'opaqueOctets', compileRule: decMacRule},267 267: {name: 'sessionScope', compileRule: decNumRule},268 268: {name: 'maxFlowEndMicroseconds', compileRule: decTsMcs},269 269: {name: 'maxFlowEndMilliseconds', compileRule: decTsMs},270 270: {name: 'maxFlowEndNanoseconds', compileRule: decTsNs},271 271: {name: 'minFlowStartMicroseconds', compileRule: decTsMcs},272 272: {name: 'minFlowStartMilliseconds', compileRule: decTsMs},273 273: {name: 'minFlowStartNanoseconds', compileRule: decTsNs},274 274: {name: 'collectorCertificate', compileRule: decMacRule},275 275: {name: 'exporterCertificate', compileRule: decMacRule},276 276: {name: 'dataRecordsReliability', compileRule: decNumRule},277 277: {name: 'observationPointType', compileRule: decNumRule},278 278: {name: 'connectionCountNew', compileRule: decNumRule},279 279: {name: 'connectionSumDuration', compileRule: decNumRule},280 280: {name: 'conn_tx_id',compileRule: decNumRule},281 //282 281: {name: 'postNATSourceIPv6Address',compileRule: decIpv6Rule},283 282: {name: 'postNATDestinationIPv6Address',compileRule: decIpv6Rule},284 283: {name: 'natPoolId',compileRule: decNumRule},285 284: {name: 'natPoolName',compileRule: decStringRule},286 285: {name: 'anonymizationFlags',compileRule: decNumRule},287 286: {name: 'anonymizationTechnique',compileRule: decNumRule},288 287: {name: 'informationElementIndex',compileRule: decNumRule},289 288: {name: 'p2pTechnology',compileRule: decStringRule},290 289: {name: 'tunnelTechnology',compileRule: decStringRule},291 290: {name: 'encryptedTechnology',compileRule: decStringRule},292 // 291: {name: 'basicList',compileRule: decNumRule}, // List type, not yet supported293 // 292: {name: 'subTemplateList',compileRule: decNumRule},294 // 293: {name: 'subTemplateMultiList',compileRule: decNumRule},295 294: {name: 'bgpValidityState',compileRule: decNumRule},296 295: {name: 'IPSecSPI',compileRule: decNumRule},297 296: {name: 'greKey',compileRule: decNumRule},298 297: {name: 'natType',compileRule: decNumRule},299 298: {name: 'initiatorPackets',compileRule: decNumRule},300 299: {name: 'responderPackets',compileRule: decNumRule},301 300: {name: 'observationDomainName',compileRule: decStringRule},302 301: {name: 'selectionSequenceId',compileRule: decNumRule},303 302: {name: 'selectorId',compileRule: decNumRule},304 303: {name: 'informationElementId',compileRule: decNumRule},305 304: {name: 'selectorAlgorithm',compileRule: decNumRule},306 305: {name: 'samplingPacketInterval',compileRule: decNumRule},307 306: {name: 'samplingPacketSpace',compileRule: decNumRule},308 307: {name: 'samplingTimeInterval',compileRule: decNumRule},309 308: {name: 'samplingTimeSpace',compileRule: decNumRule},310 309: {name: 'samplingSize',compileRule: decNumRule},311 310: {name: 'samplingPopulation',compileRule: decNumRule},312 // 311: {name: 'samplingProbability',compileRule: decNumRule}, // Float type has to be introduced313 312: {name: 'dataLinkFrameSize',compileRule: decNumRule},314 313: {name: 'ipHeaderPacketSection',compileRule: decMacRule},315 314: {name: 'ipPayloadPacketSection',compileRule: decMacRule},316 315: {name: 'dataLinkFrameSection',compileRule: decMacRule},317 316: {name: 'mplsLabelStackSection',compileRule: decMacRule},318 317: {name: 'mplsPayloadPacketSection',compileRule: decMacRule},319 318: {name: 'selectorIdTotalPktsObserved',compileRule: decNumRule},320 319: {name: 'selectorIdTotalPktsSelected',compileRule: decNumRule},321 // 320: {name: 'absoluteError',compileRule: decNumRule}, // Float type322 // 321: {name: 'relativeError',compileRule: decNumRule}, // Float type323 322: {name: 'observationTimeSeconds',compileRule: decTimestamp},324 323: {name: 'observationTimeMilliseconds',compileRule: decTsMs},325 324: {name: 'observationTimeMicroseconds',compileRule: decTsMcs},326 325: {name: 'observationTimeNanoseconds',compileRule: decTsNs},327 326: {name: 'digestHashValue',compileRule: decNumRule},328 327: {name: 'hashIPPayloadOffset',compileRule: decNumRule},329 328: {name: 'hashIPPayloadSize',compileRule: decNumRule},330 329: {name: 'hashOutputRangeMin',compileRule: decNumRule},331 330: {name: 'hashOutputRangeMax',compileRule: decNumRule},332 331: {name: 'hashSelectedRangeMin',compileRule: decNumRule},333 332: {name: 'hashSelectedRangeMax',compileRule: decNumRule},334 333: {name: 'hashDigestOutput',compileRule: decNumRule},335 334: {name: 'hashInitialiserValue',compileRule: decNumRule},336 335: {name: 'selectorName',compileRule: decStringRule},337 // 336: {name: 'upperCILimit',compileRule: decNumRule}, // Float type338 // 337: {name: 'lowerCILimit',compileRule: decNumRule}, // Float339 // 338: {name: 'confidenceLevel',compileRule: decNumRule}, // Float340 339: {name: 'informationElementDataType',compileRule: decNumRule},341 340: {name: 'informationElementDescription',compileRule: decStringRule},342 341: {name: 'informationElementName',compileRule: decStringRule},343 342: {name: 'informationElementRangeBegin',compileRule: decNumRule},344 343: {name: 'informationElementRangeEnd',compileRule: decNumRule},345 344: {name: 'informationElementSemantics',compileRule: decNumRule},346 345: {name: 'informationElementUnits',compileRule: decNumRule},347 346: {name: 'privateEnterpriseNumber',compileRule: decNumRule},348 347: {name: 'virtualStationInterfaceId',compileRule: decMacRule},349 348: {name: 'virtualStationInterfaceName',compileRule: decStringRule},350 349: {name: 'virtualStationUUID',compileRule: decMacRule},351 350: {name: 'virtualStationName',compileRule: decStringRule},352 351: {name: 'layer2SegmentId',compileRule: decNumRule},353 352: {name: 'layer2OctetDeltaCount',compileRule: decNumRule},354 353: {name: 'layer2OctetTotalCount',compileRule: decNumRule},355 354: {name: 'ingressUnicastPacketTotalCount',compileRule: decNumRule},356 355: {name: 'ingressMulticastPacketTotalCount',compileRule: decNumRule},357 356: {name: 'ingressBroadcastPacketTotalCount',compileRule: decNumRule},358 357: {name: 'egressUnicastPacketTotalCount',compileRule: decNumRule},359 358: {name: 'egressBroadcastPacketTotalCount',compileRule: decNumRule},360 359: {name: 'monitoringIntervalStartMilliSeconds',compileRule: decTsMs},361 360: {name: 'monitoringIntervalEndMilliSeconds',compileRule: decTsMs},362 361: {name: 'portRangeStart',compileRule: decNumRule},363 362: {name: 'portRangeEnd',compileRule: decNumRule},364 363: {name: 'portRangeStepSize',compileRule: decNumRule},365 364: {name: 'portRangeNumPorts',compileRule: decNumRule},366 365: {name: 'staMacAddress',compileRule: decMacRule},367 366: {name: 'staIPv4Address',compileRule: decIpv4Rule},368 367: {name: 'wtpMacAddress',compileRule: decMacRule},369 368: {name: 'ingressInterfaceType',compileRule: decNumRule},370 369: {name: 'egressInterfaceType',compileRule: decNumRule},371 370: {name: 'rtpSequenceNumber',compileRule: decNumRule},372 371: {name: 'userName',compileRule: decStringRule},373 372: {name: 'applicationCategoryName',compileRule: decStringRule},374 373: {name: 'applicationSubCategoryName',compileRule: decStringRule},375 374: {name: 'applicationGroupName',compileRule: decStringRule},376 375: {name: 'originalFlowsPresent',compileRule: decNumRule},377 376: {name: 'originalFlowsInitiated',compileRule: decNumRule},378 377: {name: 'originalFlowsCompleted',compileRule: decNumRule},379 378: {name: 'distinctCountOfSourceIPAddress',compileRule: decNumRule},380 379: {name: 'distinctCountOfDestinationIPAddress',compileRule: decNumRule},381 380: {name: 'distinctCountOfSourceIPv4Address',compileRule: decNumRule},382 381: {name: 'distinctCountOfDestinationIPv4Address',compileRule: decNumRule},383 382: {name: 'distinctCountOfSourceIPv6Address',compileRule: decNumRule},384 383: {name: 'distinctCountOfDestinationIPv6Address',compileRule: decNumRule},385 384: {name: 'valueDistributionMethod',compileRule: decNumRule},386 385: {name: 'rfc3550JitterMilliseconds',compileRule: decNumRule},387 386: {name: 'rfc3550JitterMicroseconds',compileRule: decNumRule},388 387: {name: 'rfc3550JitterNanoseconds',compileRule: decNumRule},389 388: {name: 'dot1qDEI',compileRule: decNumRule},390 389: {name: 'dot1qCustomerDEI',compileRule: decNumRule},391 390: {name: 'flowSelectorAlgorithm',compileRule: decNumRule},392 391: {name: 'flowSelectedOctetDeltaCount',compileRule: decNumRule},393 392: {name: 'flowSelectedPacketDeltaCount',compileRule: decNumRule},394 393: {name: 'flowSelectedFlowDeltaCount',compileRule: decNumRule},395 394: {name: 'selectorIDTotalFlowsObserved',compileRule: decNumRule},396 395: {name: 'selectorIDTotalFlowsSelected',compileRule: decNumRule},397 396: {name: 'samplingFlowInterval',compileRule: decNumRule},398 397: {name: 'samplingFlowSpacing',compileRule: decNumRule},399 398: {name: 'flowSamplingTimeInterval',compileRule: decNumRule},400 399: {name: 'flowSamplingTimeSpacing',compileRule: decNumRule},401 400: {name: 'hashFlowDomain',compileRule: decNumRule},402 401: {name: 'transportOctetDeltaCount',compileRule: decNumRule},403 402: {name: 'transportPacketDeltaCount',compileRule: decNumRule},404 403: {name: 'originalExporterIPv4Address',compileRule: decIpv4Rule},405 404: {name: 'originalExporterIPv6Address',compileRule: decIpv6Rule},406 405: {name: 'originalObservationDomainId',compileRule: decNumRule},407 406: {name: 'intermediateProcessId',compileRule: decNumRule},408 407: {name: 'ignoredDataRecordTotalCount',compileRule: decNumRule},409 408: {name: 'dataLinkFrameType',compileRule: decNumRule},410 409: {name: 'sectionOffset',compileRule: decNumRule},411 410: {name: 'sectionExportedOctets',compileRule: decNumRule},412 411: {name: 'dot1qServiceInstanceTag',compileRule: decMacRule},413 412: {name: 'dot1qServiceInstanceId',compileRule: decNumRule},414 413: {name: 'dot1qServiceInstancePriority',compileRule: decNumRule},415 414: {name: 'dot1qCustomerSourceMacAddress',compileRule: decMacRule},416 415: {name: 'dot1qCustomerDestinationMacAddress',compileRule: decMacRule},417 417: {name: 'postLayer2OctetDeltaCount',compileRule: decNumRule},418 418: {name: 'postMCastLayer2OctetDeltaCount',compileRule: decNumRule},419 420: {name: 'postLayer2OctetTotalCount',compileRule: decNumRule},420 421: {name: 'postMCastLayer2OctetTotalCount',compileRule: decNumRule},421 422: {name: 'minimumLayer2TotalLength',compileRule: decNumRule},422 423: {name: 'maximumLayer2TotalLength',compileRule: decNumRule},423 424: {name: 'droppedLayer2OctetDeltaCount',compileRule: decNumRule},424 425: {name: 'droppedLayer2OctetTotalCount',compileRule: decNumRule},425 426: {name: 'ignoredLayer2OctetTotalCount',compileRule: decNumRule},426 427: {name: 'notSentLayer2OctetTotalCount',compileRule: decNumRule},427 428: {name: 'layer2OctetDeltaSumOfSquares',compileRule: decNumRule},428 429: {name: 'layer2OctetTotalSumOfSquares',compileRule: decNumRule},429 430: {name: 'layer2FrameDeltaCount',compileRule: decNumRule},430 431: {name: 'layer2FrameTotalCount',compileRule: decNumRule},431 432: {name: 'pseudoWireDestinationIPv4Address',compileRule: decIpv4Rule},432 433: {name: 'ignoredLayer2FrameTotalCount',compileRule: decNumRule},433 33000: {name: 'inputACL', compileRule: decMacRule},434 33001: {name: 'outputACL', compileRule: decMacRule},435 33002: {name: 'firewallExtendedEvent', compileRule: decNumRule},436 40000: {name: 'username', compileRule: decAsciiStringRule}437};438var nfScope = {439 1: { name: 'scope_system', compileRule: decMacRule },440 2: { name: 'scope_interface', compileRule: decStringRule },441 3: { name: 'scope_linecard', compileRule: decNumRule },442 4: { name: 'scope_netflow_cache', compileRule: decNumRule },443 5: { name: 'scope_template', compileRule: decStringRule }444};445module.exports = {446 nfTypes: nfTypes,447 nfScope: nfScope...
day-19.js
Source:day-19.js
...10if (rule.startsWith('"')) {11rules.set(id, new RegExp(JSON.parse(rule)))12} else {13if (topLevel) rule = '^' + rule.replaceAll('|', '$|^') + '$'14rules.set(id, new RegExp(rule.replace(/\d+/g, id => '('+compileRule(id).toString().replaceAll('/', '') + ')').replace(/\s/g, '')))15}16return rules.get(id)17}18tester = compileRule('0', true)19//tester = new RegExp('^' + compileRule('0').toString().replaceAll('/', '').replaceAll('|', '$|^') + '$')20msgs.filter(t => tester.test(t)).length21// no balancing regex in js, so brute force (five is enough yes). I have never seen a regex lag until today22;23[rawrules, msgs] =24document.body.textContent25.trim().split(/\r?\n\r?\n/).map(a => a.split(/\r?\n/))26rules = new Map()27rawrules = new Map(rawrules.map(raw => raw.split(': ')))28rawrules.set('8', '42 | 42 8')29rawrules.set('11', '42 31 | 42 11 31')30parsed = new Set()31get = id => compileRule(id).toString().replaceAll('/', '')32function compileRule (id, topLevel) {33if (rules.has(id)) return rules.get(id)34let rule = rawrules.get(id)35if (rule.startsWith('"')) {36rules.set(id, new RegExp(JSON.parse(rule)))37} else if (id === '8') {38rules.set(id, new RegExp('('+get('42') + ')+'))39} else if (id === '11') {40let str = []41// harcoding up to five /shrug42for (let i =1; i<=6; i++) str.push(43`(${get('42')}){${i}}(${get('31')}){${i}}`44)45console.log(str)46rules.set(id, 47//new RegExp('(?:'+get('42')+'{1})(?:' + get('31') + '+)')48new RegExp(str.join('|')49))50} else {51if (topLevel) rule = '^' + rule.replaceAll('|', '$|^') + '$'52rules.set(id, new RegExp(rule.replace(/\d+/g, id => '('+get(id) + ')').replace(/\s/g, '')))53}54return rules.get(id)55}56glob = id => new RegExp(get(id), 'g')57tester = compileRule('0', true)58//tester = new RegExp('^' + compileRule('0').toString().replaceAll('/', '').replaceAll('|', '$|^') + '$')59msgs.filter(t => tester.test(t)).length60//.map(t => [t.match(glob('42')).length, t.match(glob('31')).length])61// precomputing too powerful, no workie :(62;63[rawrules, msgs] =64document.body.textContent65.trim().split(/\r?\n\r?\n/).map(a => a.split(/\r?\n/))66rawrules = new Map(rawrules.map(raw => raw.split(': ')))67// rawrules.set('8', '42 | 42 8')68// rawrules.set('11', '42 31 | 42 11 31')69precomputed = new Map()70function cross (a, b) {71const res = []72for (const A of a) {...
instance-selector.js
Source:instance-selector.js
1'use strict';2exports.__esModule = true;3exports.match = match;4var _billCompiler = require('bill/compiler');5var _utils = require('./utils');6var React = require('react');7var ReactDOM = require('react-dom');8var ReactInstanceMap = require('react/lib/ReactInstanceMap');9var ReactTestUtils = require('react-addons-test-utils');10var compiler = _billCompiler.create();11compiler.registerPseudo('has', function (compiledSelector) {12 return function (root, inst) {13 var matches = findAll(inst, compiledSelector);14 return !!matches.length;15 };16});17compiler.registerPseudo('dom', function () {18 return function (root, inst) {19 return typeof root.type === 'string' && root.type.toLowerCase() === root.type;20 };21});22compiler.registerPseudo('composite', function () {23 return function (root, inst) {24 return typeof root.type === 'function';25 };26});27compiler.registerNesting('any', function (test) {28 return anyParent.bind(null, test);29});30compiler.registerNesting('>', function (test) {31 return directParent.bind(null, test);32});33function findAll(inst, test) {34 var getParent = arguments.length <= 2 || arguments[2] === undefined ? function () {35 return { parent: null };36 } : arguments[2];37 var excludeSelf = arguments.length <= 3 || arguments[3] === undefined ? true : arguments[3];38 var found = [];39 if (!inst || !inst.getPublicInstance) return found;40 var publicInst = inst.getPublicInstance(),41 element = inst._currentElement,42 parent = function parent() {43 return { parent: element, getParent: getParent };44 };45 if (!excludeSelf && test(element, inst, getParent)) found = found.concat(inst);46 if (ReactTestUtils.isDOMComponent(publicInst)) {47 (function () {48 var renderedChildren = inst._renderedChildren || {};49 Object.keys(renderedChildren).forEach(function (key) {50 found = found.concat(findAll(renderedChildren[key], test, parent, false));51 });52 })();53 } else if (_utils.isCompositeComponent(publicInst)) {54 found = found.concat(findAll(inst._renderedComponent, test, parent, false));55 }56 return found;57}58function anyParent(test, element, inst, parentNode) {59 do {60 var _parentNode = parentNode();61 var getParent = _parentNode.getParent;62 var parent = _parentNode.parent;63 element = parent;64 parentNode = getParent;65 } while (element && !test(element, test, getParent));66 return !!element;67}68function directParent(test, element, inst, parentNode) {69 element = parentNode().parent;70 return !!(element && test(element, parentNode().getParent));71}72function match(selector, inst) {73 var includeSelf = arguments.length <= 2 || arguments[2] === undefined ? true : arguments[2];74 var tree = inst.getPublicInstance ? inst : ReactInstanceMap.get(inst);75 return findAll(tree, compiler.compile(selector), undefined, !includeSelf);76}77var compile = compiler.compile;78var compileRule = compiler.compileRule;79var selector = compiler.selector;80exports.compile = compile;81exports.compileRule = compileRule;...
parsergen.js
Source:parsergen.js
...25 throw new TypeError(`Incorrect type for grammar rule ${ruleName}`);26 }27 const templateRegex = /\${(.+?)}/g;28 const compileSingle = singleRegex => singleRegex.replace(templateRegex, (match, ref) => {29 return compileRule(ref, depth + 1);30 });31 return isSingleRule ? `(?:${compileSingle(ruleText)})` : `(?:${ruleText.map(singleRegex => {32 return `(${compileSingle(singleRegex)})`;33 }).join('|')})`;34 };35 const compiledRegex = new RegExp(`^${compileRule(root, root)}$`, opts && opts.caseInsensitive ? 'i' : '');36 const pathsRelative = {[root]: 0};37 const visitedRules = new Map();38 const compileRelativePaths = (ruleName, path) => {39 const rule = grammar[ruleName];40 if (visitedRules.has(ruleName)) return visitedRules.get(ruleName);41 if (typeof rule !== 'object') return 0;42 let offset = 1;43 let subgroupLengths = 0;44 for (const group of rule.groups) {45 const [groupName, groupType] = group.split(':');46 pathsRelative[ruleName + '.' + groupName] = offset;47 offset++;48 if (groupType) {49 const numInnerGroups = compileRelativePaths(groupType, path + '.' + groupName);...
puzzle19.js
Source:puzzle19.js
...17 return obj;18 }, {});19 return {rules, messages};20}21function compileRule(rules, id = '0') {22 const {rule} = rules[id];23 const [p1, p2] = rule;24 if (p1[0] === '"a"' || p1[0] === '"b"') {25 return p1[0].charAt(1);26 }27 const rulePart1 = p1.map(rId => compileRule(rules, rId));28 if (!p2) {29 return rulePart1.join('');30 }31 const rulePart2 = p2.map(rId => compileRule(rules, rId));32 return `(?:${rulePart1.join('')}|${rulePart2.join('')})`;33}34function solve1(input) {35 const rule = new RegExp(`^${compileRule(input.rules)}$`);36 return input.messages.filter(message => rule.test(message)).length;37}38function solve2(input) {39 const rule42Str = compileRule(input.rules, '42');40 const rule31Str = compileRule(input.rules, '31');41 const rule11Str = [...new Array(5)].map((x, i) => `${rule42Str}{${i + 1}}${rule31Str}{${i + 1}}`).join('|');42 const rule = new RegExp(`^${rule42Str}+(?:${rule11Str})$`);43 return input.messages.filter(message => rule.test(message)).length;44}45function exec(inputFilename, solver, inputStr) {46 const input = inputStr || fs.readFileSync(inputFilename, 'utf-8');47 const parsedInput = parseInput(input);48 return solver(parsedInput);49}50if (!global.TEST_MODE) {51 const inputFile = 'input.txt';52 const {join} = require('path');53 const res = exec(54 join(__dirname, '__TESTS__', inputFile),...
vue-preset.js
Source:vue-preset.js
1'use strict'2const path = require('path')3const merge = require('deepmerge')4module.exports = (neutrino, options = {}) => {5 const LOADER_EXTENSIONS = /\.vue$/6 const NODE_MODULES = path.resolve(__dirname, '../node_modules')7 let config = neutrino.config8 let compileRule = config.module.rules.get('compile')9 let vueRule = config.module.rule('vue')10 let extractLoader = require.resolve('extract-loader')11 let htmlLoader = require.resolve('html-loader')12 vueRule13 .test(LOADER_EXTENSIONS)14 .use('vue')15 .loader(require.resolve('vue-loader'))16 .tap((opts = {}) => merge(opts, options))17 if (compileRule && compileRule.uses.has('babel')) {18 const babelOptions = compileRule.use('babel').get('options')19 vueRule20 .use('vue')21 .tap((opts = {}) => merge({22 // preserveWhitespace: false,23 loaders: {24 js: {25 loader: 'babel-loader',26 options: babelOptions27 }28 }29 }, opts))30 .end()31 .use('extract-html')32 .loader(extractLoader)33 .end()34 .use('html')35 .loader(htmlLoader)36 .tap((opts = {}) => merge({37 // root: neutrino.options.source38 interpolate: true,39 attrs: [':url', 'link:href', 'source:src']40 //minimize: false41 }, opts))42 .end()43 }44 config45 .resolve.extensions46 .add('.vue')47 .end().end()48 .resolveLoader.modules49 .add(NODE_MODULES)50 .end().end()...
patch_configuration.js
Source:patch_configuration.js
...20 }21 },22 handler: (req, reply) => {23 const config = req.payload;24 compileRule(req.storage, req.pre.auth0, config, req.auth.credentials.email || 'unknown')25 .then((script) => {26 req.pre.auth0.rules.getAll()27 .then(rules => {28 const payload = {29 name: 'auth0-authorization-extension',30 enabled: true,31 script32 };33 const rule = _.find(rules, { name: payload.name });34 if (!rule) {35 return req.pre.auth0.rules.create({ stage: 'login_success', ...payload });36 }37 return req.pre.auth0.rules.update({ id: rule.id }, payload);38 });...
put_update.js
Source:put_update.js
...21 };22 const name = 'auth0-authorization-extension';23 const rule = _.find(rules, { name });24 if (rule) {25 return compileRule(req.storage, req.pre.auth0, config, name)26 .then(script => req.pre.auth0.rules.update({ id: rule.id }, { name, script }));27 }28 return Promise.resolve();29 })30 .then(() => reply().code(204))31 .catch((err) => reply.error(err));32 }...
Using AI Code Generation
1var gherkin = require('gherkin');2var fs = require('fs');3var feature = fs.readFileSync('test.feature', 'utf8');4var parser = new gherkin.Parser();5var compiler = new gherkin.Compiler();6var feature = parser.parse(feature);7console.log(feature);8var compiledFeature = compiler.compile(feature);9console.log(compiledFeature);
Using AI Code Generation
1var gherkin = require('cucumber-gherkin');2var fs = require('fs');3var source = fs.readFileSync('test.feature', 'utf8');4var parser = new gherkin.Parser();5var compiler = new gherkin.Compiler();6var feature = parser.parse(source);7var compiledFeature = compiler.compile(feature);8console.log(JSON.stringify(compiledFeature, null, 2));9var gherkin = require('cucumber-gherkin');10var fs = require('fs');11var source = fs.readFileSync('test.feature', 'utf8');12var compiledFeature = gherkin.compile(source);13console.log(JSON.stringify(compiledFeature, null, 2));14var gherkin = require('cucumber-gherkin');15var fs = require('fs');16var source = fs.readFileSync('test.feature', 'utf8');17var compiledFeature = gherkin.compile(source);18console.log(JSON.stringify(compiledFeature, null, 2));19var gherkin = require('cucumber-gherkin');20var fs = require('fs');21var source = fs.readFileSync('test.feature', 'utf8');22var compiledFeature = gherkin.compile(source);23console.log(JSON.stringify(compiledFeature, null, 2));24var gherkin = require('cucumber-gherkin');25var fs = require('fs');26var source = fs.readFileSync('test.feature', 'utf8');27var compiledFeature = gherkin.compile(source);28console.log(JSON.stringify(compiledFeature, null, 2));
Using AI Code Generation
1var gherkin = require('gherkin');2var fs = require('fs');3var path = require('path');4var featurePath = path.join(__dirname, 'feature.feature');5var featureSource = fs.readFileSync(featurePath, 'utf8');6var parser = new gherkin.Parser();7var feature = parser.parse(featureSource);8var compiler = new gherkin.Compiler();9var compiled = compiler.compile(feature);10console.log(compiled);11var cucumber = require('cucumber');12var parser = new cucumber.Parser();13var feature = parser.parse(featureSource);14var compiler = new cucumber.Compiler();15var compiled = compiler.compile(feature);16console.log(compiled);17[ { type: 'Feature',18 location: { line: 1, column: 1 },19 [ { type: 'Background',20 location: { line: 3, column: 1 },21 steps: [Object] },22 { type: 'Scenario',23 location: { line: 7, column: 1 },24 steps: [Object] },25 { type: 'Scenario',26 location: { line: 11, column: 1 },27 steps: [Object] } ] } ]28{ type: 'Feature',29 location: { line: 1, column: 1 },30 [ { type: 'Scenario',31 location: { line: 7, column: 1 },32 [ { type: 'Given',33 location: { line: 8, column: 3 },34 name: 'Given' },35 { type: 'When',36 location: { line: 9, column: 3 },
Using AI Code Generation
1var gherkin = require('gherkin');2var fs = require('fs');3var path = require('path');4var feature = fs.readFileSync(path.resolve(__dirname, 'test.feature'), 'utf-8');5var parser = new gherkin.Parser();6var rule = parser.compileRule(feature);7console.log(rule);8{ type: 'Background',9 steps: [] }10{ type: 'Feature',11 [ { type: 'Scenario',12 [ { type: 'Step',13 rows: null } ] } ] }
Using AI Code Generation
1var gherkin = require('gherkin');2var parser = new gherkin.Parser();3var compiler = new gherkin.Compiler();4 Given a step";5var gherkinDocument = parser.parse(gherkinSource);6var pickles = compiler.compile(gherkinDocument);7console.log(pickles);8var gherkin = require('gherkin');9var parser = new gherkin.Parser();10var compiler = new gherkin.Compiler();11 Given a step";12var gherkinDocument = parser.parse(gherkinSource);13var pickles = compiler.compile(gherkinDocument);14console.log(pickles);15Given('I click on the button', function () {16 return driver.findElement(By.id('button')).click();17});18Then('I should see the page', function () {19 return driver.wait(until.elementLocated(By.id('page')), 10000);20});21Then('I should see the page', function () {22 return driver.wait(until.elementLocated(By.id('page')), 10000).then(function () {23 return driver.findElement(By.id('page'));24 });25});26Then('I should see the page', function () {27 return driver.wait(until.elementLocated(By.id('page')), 10000).then(function () {28 return driver.wait(un
Using AI Code Generation
1var gherkin = require('gherkin');2var parser = new gherkin.Parser();3var compiler = new gherkin.Compiler();4var gherkinSource = "Feature: Account\nScenario: Account Creation\nGiven I have a user with name \"test\" and password \"test\"";5var feature = parser.parse(gherkinSource);6var compiledFeature = compiler.compile(feature);7console.log(compiledFeature);8var gherkin = require('gherkin');9var parser = new gherkin.Parser();10var compiler = new gherkin.Compiler();11var gherkinSource = "Feature: Account\nScenario: Account Creation\nGiven I have a user with name \"test\" and password \"test\"";12var feature = parser.parse(gherkinSource);13var compiledFeature = compiler.compile(feature);14console.log(compiledFeature);15var gherkin = require('gherkin');16var parser = new gherkin.Parser();17var compiler = new gherkin.Compiler();18var gherkinSource = "Feature: Account\nScenario: Account Creation\nGiven I have a user with name \"test\" and password \"test\"";19var feature = parser.parse(gherkinSource);20var compiledFeature = compiler.compile(feature);21console.log(compiledFeature);22var gherkin = require('gherkin');23var parser = new gherkin.Parser();24var compiler = new gherkin.Compiler();25var gherkinSource = "Feature: Account\nScenario: Account Creation\nGiven I have a user with name \"test\" and password \"test\"";26var feature = parser.parse(gherkinSource);27var compiledFeature = compiler.compile(feature);28console.log(compiledFeature);29var gherkin = require('gherkin');30var parser = new gherkin.Parser();31var compiler = new gherkin.Compiler();32var gherkinSource = "Feature: Account\nScenario: Account Creation\nGiven I have a user with name \"test\" and password \"test\"";33var feature = parser.parse(gherkinSource);34var compiledFeature = compiler.compile(feature);35console.log(compiledFeature);
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