@w2a-iiot/raw-javascript-parsers/dist/PEW/index.js

This packages contain the raw built javascript parsers for WIKA's IIoT devices.

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t=e[0]&255;return t>127?t-256:t}function ct(e){let t={};for(let n=1;n<=4;n++)t[`sensor${n}`]=!!(e[0]&1<<n-1);return t}function lt(e){let t={};for(let n=1;n<=8;n++)t[`channel${n}`]=!!(e[0]&1<<n-1);return t}function ut(e){let t=V(e),n=Re[t];if(n===void 0)throw Error(`Unknown product sub-ID value: ${t} (0x${t.toString(16).padStart(2,`0`)})`);return n}function dt(e){let t=V(e);return t}function ft(e){let t=V(e),n=He[t];if(n===void 0)throw Error(`Unknown measurand value: ${t} (0x${t.toString(16).padStart(2,`0`)})`);return n}function pt(e){let t=V(e),n=Ue[t];if(n===void 0)throw Error(`Unknown unit value: ${t} (0x${t.toString(16).padStart(2,`0`)})`);return n}function mt(e){let t=H(e);return t/1e3}function ht(e){let t={};for(let n=1;n<=8;n++)t[`channel${n}`]=!!(e[0]&1<<n-1);return t}function gt(e){let t=V(e);return Be[t]||`Unknown type: ${t}`}function _t(e){let 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Allowed subtypes: ${t}`):TypeError(`Invalid message subtype: expected one of [${t}] but got ${e}`)}return{messageType:s,messageSubType:c}}function wt(e){return 42+(e-1)*493}function Tt(e,t){return 42+(e-1)*464+e*29+(t-1)*58}function Et(){let e=[`sensor1`,`sensor2`,`sensor3`,`sensor4`],t=[`channel1`,`channel2`,`channel3`,`channel4`,`channel5`,`channel6`,`channel7`,`channel8`],n={};return n[0]=W(`communicationModule.measuringPeriodAlarmOff`,4,ot),n[4]=W(`communicationModule.measuringPeriodAlarmOn`,4,ot),n[8]=W(`communicationModule.transmissionRateAlarmOff`,2,H),n[10]=W(`communicationModule.transmissionRateAlarmOn`,2,H),n[12]=W(`communicationModule.overVoltageThreshold`,2,H),n[14]=W(`communicationModule.underVoltageThreshold`,2,H),n[16]=W(`communicationModule.overTemperatureCmChip`,1,st),n[17]=W(`communicationModule.underTemperatureCmChip`,1,st),n[18]=W(`communicationModule.downlinkAnswerTimeout`,1,V),n[19]=W(`communicationModule.fetchAdditionalDownlinkTimeInterval`,1,V),n[20]=W(`communicationModule.enableBleAdvertising`,1,at),e.forEach((e,r)=>{let i=r+1,a=wt(i);n[a+0]=W(`${e}.configuration.samplingChannels`,1,ht),n[a+1]=W(`${e}.configuration.bootTime`,2,H),n[a+3]=W(`${e}.configuration.communicationTimeout`,2,H),n[a+5]=W(`${e}.configuration.communicationRetryCount`,1,V),t.forEach((t,r)=>{let a=r+1,o=Tt(i,a);n[o+0]=W(`${e}.${t}.protocolDataType`,1,gt),n[o+1]=W(`${e}.${t}.processAlarmEnabled`,1,_t),n[o+2]=W(`${e}.${t}.processAlarmDeadBand`,4,R),n[o+6]=W(`${e}.${t}.lowThresholdAlarmValue`,4,R),n[o+10]=W(`${e}.${t}.highThresholdAlarmValue`,4,R),n[o+14]=W(`${e}.${t}.fallingSlopeAlarmValue`,4,R),n[o+18]=W(`${e}.${t}.risingSlopeAlarmValue`,4,R),n[o+22]=W(`${e}.${t}.lowThresholdWithDelayAlarmValue`,4,R),n[o+26]=W(`${e}.${t}.lowThresholdWithDelayAlarmDelay`,2,H),n[o+28]=W(`${e}.${t}.highThresholdWithDelayAlarmValue`,4,R),n[o+32]=W(`${e}.${t}.highThresholdWithDelayAlarmDelay`,2,H)})}),n}function Dt(e,t){if(!e.every(e=>t.includes(e))){let n=e.filter(e=>!t.includes(e)),r=n.length===1?`Sensor`:`Sensors`;throw TypeError(`${r} [${n.join(`, `)}] ${n.length===1?`is`:`are`} not supported by this device`)}}function Ot(e,t,n,r){for(let i of e){let e=Object.keys(t[i]||{}).filter(e=>e!==r),a=Object.keys(n[i]||{}).filter(e=>e!==r),o=e.filter(e=>!a.includes(e));if(o.length>0){let e=o.length===1?`Channel`:`Channels`;throw TypeError(`${e} ${o.join(`, `)} on sensor ${i} ${o.length===1?`is`:`are`} not supported by this device`)}}}function kt(e,t,n,r){e.forEach(e=>{let i=n[e];if(!i)return;let a=Object.keys(i).filter(e=>e!==r);a.forEach(n=>{let r=i[n],a=r==null?void 0:r.channelName;if(a){var o;!(t==null||(o=t[e])==null)&&o[n]&&(t[e][n].channelName=a)}})})}function At(e,t){let n=Object.keys(t),r=Object.keys(e).filter(e=>e!==`communicationModule`);Dt(r,n),r.forEach(n=>{var r;let i=Object.keys(t[n]||{}),a=(r=e[n])==null||(r=r.configuration)==null?void 0:r.samplingChannels;if(!a)return;let o=Object.keys(a||{}).filter(e=>!i.includes(e)),s=o.filter(e=>a[e]===!0);if(s.length>0)throw TypeError(`Sampling channels [${s.join(`, `)}] for sensor '${n}' are not expected for this device`)}),Ot(r,e,t,`configuration`),kt(n,e,t,`identification`)}function jt(e,t,n={}){let{messageType:r,messageSubType:i}=G(e,{expectedMessageType:21,allowedSubTypes:[1,2],minLength:4,messageTypeName:`Configuration`}),a=St(e,Et(),n);return At(a,t),{data:{messageType:r,messageSubType:i,configuration:a}}}function Mt(e){let{messageType:t,messageSubType:n}=G(e,{expectedMessageType:21,allowedSubTypes:[3],minLength:4,messageTypeName:`Configuration`}),r=xt(e);return{data:{messageType:t,messageSubType:n,configuration:r}}}var Nt=c(p(),1);function Pt(e,t=2){let n=[];for(;t<e.length;){let r=(e[t]&192)>>6,i=(e[t]&56)>>3,a=(e[t]&6)>>1,o=Be[a],s=Ve[o];if(t+s>e.length)throw RangeError(`${r}, ${i}, Not enough data left to finish reading measurement data block for ${o}. Expected ${s} bytes but got ${e.length-t}, with currentIndex ${t}`);let c;switch(o){case`float - IEEE754`:c=be(e.slice(t+1,t+1+4)),Number.isNaN(c)&&(c=`hasError`);break;case`uint16 - TULIP scale 2500 - 12500`:c=H(e.slice(t+1,t+1+2)),c===65535&&(c=`hasError`);break;case`int 24 - Fixed-point s16.7 (Q16.7)`:case`int 16 - Fixed-point s10.5 (Q10.5)`:throw TypeError(`Data type ${o} is not implemented yet`)}c===`hasError`?n.push({sensor:`sensor${r+1}`,sensorId:r,channel:`channel${i+1}`,channelId:i,sourceDataType:o,valueAcquisitionError:!0}):n.push({sensor:`sensor${r+1}`,sensorId:r,channel:`channel${i+1}`,channelId:i,sourceDataType:o,valueAcquisitionError:!1,value:c}),t+=s+1}if(n.length===0)throw RangeError(`Expected data message to contain at least one valid measurement, but got none`);return n}function Ft(e,t,n=4){let{messageType:r,messageSubType:i}=G(e,{expectedMessageType:[16,17],allowedSubTypes:[1],minLength:3,messageTypeName:`Data`}),a=Pt(e).map(e=>{var r;let i=(r=t[e.sensor])==null?void 0:r[e.channel];if(!i)throw TypeError(`Measurement from sensor ${e.sensor} channel ${e.channel} is not supported by the device profile.`);let a=i.measurementTypes.includes(e.sourceDataType);if(!a)throw TypeError(`Measurement from sensor ${e.sensor} channel ${e.channel} does not support data type ${e.sourceDataType}.`);if(e.sourceDataType===`uint16 - TULIP scale 2500 - 12500`&&e.value!==void 0)e.value=I(e.value,i);else if(e.sourceDataType!==`uint16 - TULIP scale 2500 - 12500`&&e.value!==void 0&&(e.value<i.start||e.value>i.end))throw RangeError(`Measurement for sensor ${e.sensor} channel ${e.channel} is out of range, got ${e.value}`);return typeof e.value==`number`&&(e.value=L(e.value,n)),(0,Nt.default)((0,Nt.default)({},e),{},{channelName:i.channelName})});return{data:{messageType:r,messageSubType:i,measurements:a}}}var It=c(p(),1);const Lt=K({localUserAccessDenied:1,cmChipLowTemperature:2,cmChipHighTemperature:4,airTimeLimitation:8,memoryError:16,lowVoltage:32,highVoltage:64}),Rt=K({sensorCommunicationError:1,sensorNotSupported:2,sensorInternalError:4}),zt=K({shortCondition:1,openCondition:2,outOfMinMeasurementRange:4,outOfMaxMeasurementRange:8,outOfMinPhysicalSensorLimit:16,outOfMaxPhysicalSensorLimit:32});function K(e,t){return(0,It.default)((0,It.default)({},t==null?{}:t),e)}function Bt(e,t){let n={};for(let[r,i]of Object.entries(e))t.includes(r)&&(n[r]=i);return n}function Vt(e,t){let n={};for(let[r,i]of Object.entries(t))n[r]=!!(e&i);return n}function Ht(e,t){let{messageType:n,messageSubType:r}=G(e,{expectedMessageType:19,allowedSubTypes:[1],minLength:4,messageTypeName:`Communication module alarm`});if(e.length!==4)throw RangeError(`Invalid data length for device alarm message: expected 4 but got ${e.length}`);let i=e[2]<<8|e[3];return{data:{messageType:n,messageSubType:r,communicationModuleAlarms:{alarmFlags:Vt(i,t)}}}}function Ut(e,t,n){let{messageType:r,messageSubType:i}=G(e,{expectedMessageType:19,allowedSubTypes:[2],minLength:5,messageTypeName:`Sensor alarm`}),a=2,o=[];for(;a<e.length;){if(a+2>=e.length)throw RangeError(`Not enough data left to finish reading sensor alarm entry. Expected 3 bytes but got ${e.length-a}. currentIndex ${a}`);let r=e[a],i=e[a+1],s=e[a+2],c=r>>6&3,l=`sensor${c+1}`;if(!t[l])throw TypeError(`Sensor alarm for ${String(l)} is not supported by the device profile.`);let u=i<<8|s;o.push({sensor:l,sensorId:c,alarmFlags:Vt(u,n)}),a+=3}return{data:{messageType:r,messageSubType:i,sensorAlarms:o}}}function Wt(e,t,n){let{messageType:r,messageSubType:i}=G(e,{expectedMessageType:19,allowedSubTypes:[3],minLength:5,messageTypeName:`Channel alarm`}),a=2,o=[];for(;a<e.length;){if(a+2>=e.length)throw RangeError(`Not enough data left to finish reading channel alarm entry. Expected 3 bytes but got ${e.length-a}. currentIndex ${a}`);let r=e[a],i=e[a+1],s=e[a+2],c=r>>6&3,l=r>>3&7,u=`sensor${c+1}`,d=`channel${l+1}`;if(!t[u])throw TypeError(`Channel alarm for ${String(u)} is not supported by the device profile.`);if(!t[u][d])throw TypeError(`Channel alarm for ${String(u)}/${String(d)} is not supported by the device profile.`);let f=t[u][d].channelName,p=i<<8|s;o.push({sensor:u,sensorId:c,channel:d,channelId:l,channelName:f,alarmFlags:Vt(p,n)}),a+=3}return{data:{messageType:r,messageSubType:i,channelAlarms:o}}}function Gt(e){return 60+(e-1)*460}function Kt(e,t){return 60+(e-1)*400+e*60+(t-1)*50}function qt(){let e=[`sensor1`,`sensor2`,`sensor3`,`sensor4`],t=[`channel1`,`channel2`,`channel3`,`channel4`,`channel5`,`channel6`,`channel7`,`channel8`],n={};return n[0]=W(`communicationModule.productId`,1,V),n[1]=W(`communicationModule.productSubId`,1,ut),n[2]=W(`communicationModule.channelPlan`,1,dt),n[3]=W(`communicationModule.connectedSensors`,1,ct),n[4]=W(`communicationModule.firmwareVersion`,3,U),n[7]=W(`communicationModule.hardwareVersion`,3,U),n[10]=W(`communicationModule.productionDate`,3,it),n[13]=W(`communicationModule.serialNumberPart1`,5,B),n[18]=W(`communicationModule.serialNumberPart2`,6,B),e.forEach((e,r)=>{let i=r+1,a=Gt(i);n[a+0]=W(`${e}.identification.sensorType`,2,H),n[a+2]=W(`${e}.identification.existingChannels`,1,lt),n[a+3]=W(`${e}.identification.firmwareVersion`,3,U),n[a+6]=W(`${e}.identification.hardwareVersion`,3,U),n[a+9]=W(`${e}.identification.productionDate`,3,it),n[a+12]=W(`${e}.identification.serialNumberPart1`,5,B),n[a+17]=W(`${e}.identification.serialNumberPart2`,6,B),t.forEach((t,r)=>{let a=r+1,o=Kt(i,a);n[o+0]=W(`${e}.channel${a}.measurand`,1,ft),n[o+1]=W(`${e}.channel${a}.unit`,1,pt),n[o+2]=W(`${e}.channel${a}.minMeasureRange`,4,R),n[o+6]=W(`${e}.channel${a}.maxMeasureRange`,4,R),n[o+10]=W(`${e}.channel${a}.minPhysicalLimit`,4,R),n[o+14]=W(`${e}.channel${a}.maxPhysicalLimit`,4,R),n[o+18]=W(`${e}.channel${a}.accuracy`,2,mt),n[o+20]=W(`${e}.channel${a}.offset`,4,R),n[o+24]=W(`${e}.channel${a}.gain`,4,R),n[o+28]=W(`${e}.channel${a}.calibrationDate`,3,it)})}),n}function Jt(e,t){var n;let r=Object.keys(t);!(e==null||(n=e.communicationModule)==null)&&n.connectedSensors&&Object.entries(e.communicationModule.connectedSensors).forEach(([e,t])=>{let n=r.includes(e);if(t!==n)throw TypeError(`Device sensor connection mismatch: ${e} is ${t?`connected`:`not connected`} but this device expects it to ${n?`be connected`:`not be connected`}`)});let i=Object.keys(e).filter(e=>e!==`communicationModule`);Dt(i,r),Ot(i,e,t,`identification`),kt(r,e,t,`identification`)}function Yt(e,t,n={}){let{messageType:r,messageSubType:i}=G(e,{expectedMessageType:20,allowedSubTypes:[1,2,4],minLength:4,messageTypeName:`Identification`}),a=St(e,qt(),n);return Jt(a,t),{data:{messageType:r,messageSubType:i,identification:a}}}function Xt(e){let{messageType:t,messageSubType:n}=G(e,{expectedMessageType:20,allowedSubTypes:[3],minLength:4,messageTypeName:`Identification`}),r=xt(e);return{data:{messageType:t,messageSubType:n,identification:r}}}function Zt(e){let{messageType:t,messageSubType:n}=G(e,{expectedMessageType:22,allowedSubTypes:[1],minLength:5,messageTypeName:`Keep alive`}),r=e[2],i=!!(r&128),a=!!(r&64),o=!!(r&32),s=e[3]<<8|e[4],c;if(a){if(e.length<6)throw RangeError(`Keep alive message missing battery level. Expected 6 bytes when battery level computation is enabled but got ${e.length}`);if(c=e[5],c<0||c>100)throw RangeError(`Invalid battery level: ${c}%. Must be between 0 and 100`)}else{if(e.length>5)throw RangeError(`Keep alive message has unexpected extra bytes. Expected 5 bytes when battery level computation is disabled but got ${e.length}`);c=void 0}return a?{data:{messageType:t,messageSubType:n,keepAliveData:{status:{mainPowered:i,ableToComputeBatteryLevel:!0,hasCommunicationModuleRestarted:o},revisionCounter:s,batteryLevel:c}}}:{data:{messageType:t,messageSubType:n,keepAliveData:{status:{mainPowered:i,ableToComputeBatteryLevel:!1,hasCommunicationModuleRestarted:o},revisionCounter:s}}}}function Qt(e,t){let{messageType:n,messageSubType:r}=G(e,{expectedMessageType:18,allowedSubTypes:[1],minLength:4,messageTypeName:`Process alarm`}),i=2,a=[];for(;i<e.length;){var o;if(i+1>=e.length)throw RangeError(`Not enough data left to finish reading process alarm entry. Expected 2 bytes but got ${e.length-i}. currentIndex ${i}`);let n=e[i],r=e[i+1],s=(n&192)>>6,c=(n&56)>>3,l=`sensor${s+1}`,u=`channel${c+1}`,d=(o=t[l])==null?void 0:o[u];if(!d)throw TypeError(`Process alarm for sensor ${l} channel ${u} is not supported by the device profile.`);a.push({sensor:l,sensorId:s,channel:u,channelId:c,channelName:d.channelName,alarmFlags:{lowThreshold:!!(r&128),highThreshold:!!(r&64),fallingSlope:!!(r&32),risingSlope:!!(r&16),lowThresholdWithDelay:!!(r&8),highThresholdWithDelay:!!(r&4)}}),i+=2}return{data:{messageType:n,messageSubType:r,processAlarms:a}}}const $t={1:[1,2],2:[1,2],3:[1,2,3],4:[1],5:[1]};function en(e){var t;let{messageType:n,messageSubType:r}=G(e,{expectedMessageType:23,allowedSubTypes:[1],minLength:5,messageTypeName:`Spontaneous downlink answer`}),i=e[2],a=Ct(e[3]),o={type:i,subType:a},s=(t=$t[i])==null?void 0:t.includes(a);if(!s)throw TypeError(`Answered downlink can not have a combination of type: ${i} and subType: ${a}`);let c=e[4],l=Le[c];if(!l)throw TypeError(`Invalid status byte: ${c}`);let u;if(c===4){if(e.length<6)throw RangeError(`Device error code missing for Device error status (expected 6 bytes)`);u=e[5]}else if(e.length>5)throw RangeError(`Spontaneous downlink answer message has unexpected extra bytes. Expected 5 bytes for status ${l} but got ${e.length}`);return u===void 0?{data:{messageType:n,messageSubType:r,spontaneousDownlinkAnswer:{answeredDownlink:o,status:l}}}:{data:{messageType:n,messageSubType:r,spontaneousDownlinkAnswer:{answeredDownlink:o,status:l,deviceErrorCode:u}}}}function tn(e){let{messageType:t,messageSubType:n}=G(e,{expectedMessageType:23,allowedSubTypes:[2],minLength:2,messageTypeName:`Spontaneous fetch additional downlink`});if(e.length!==2)throw RangeError(`Spontaneous fetch additional downlink message has invalid length. Expected 2 bytes but got ${e.length}`);return{data:{messageType:t,messageSubType:n}}}function nn(e){let t=`${e.deviceName}TULIP3Codec`,n=F(e.roundingDecimals);function r(){let t=[];return Object.values(e.sensorChannelConfig).forEach(e=>{Object.values(e).forEach(e=>{t.push({name:e.channelName,start:e.start,end:e.end})})}),t}ue(r(),t);function i(e){if(e.bytes.length<2)return!1;let t=e.bytes[0];return t>=16&&t<=23}function a(t){if(t.bytes.length<2)throw RangeError(`Invalid input length. Expected at least 2 bytes but got ${t.bytes.length}`);let r=t.bytes[0],i=Ct(t.bytes[1]);switch(r){case 16:case 17:return Ft(t.bytes,e.sensorChannelConfig,n);case 18:return Qt(t.bytes,e.sensorChannelConfig);case 19:switch(i){case 1:return Ht(t.bytes,e.deviceAlarmConfig.communicationModuleAlarms);case 2:return Ut(t.bytes,e.sensorChannelConfig,e.deviceAlarmConfig.sensorAlarms);case 3:return Wt(t.bytes,e.sensorChannelConfig,e.deviceAlarmConfig.sensorChannelAlarms);default:throw Error(`Unsupported sub message type 0x${i==null?void 0:i.toString(16)} for message type 0x13`)}case 20:switch(i){case 1:case 2:case 4:return Yt(t.bytes,e.sensorChannelConfig,{maxRegisterSize:e.identificationMessageMaxRegisterSize});case 3:return Xt(t.bytes);default:throw Error(`Unsupported sub message type 0x${i==null?void 0:i.toString(16)} for message type 0x14`)}case 21:switch(i){case 1:case 2:return jt(t.bytes,e.sensorChannelConfig,{maxRegisterSize:e.configurationMessageMaxRegisterSize});case 3:return Mt(t.bytes);default:throw Error(`Unsupported sub message type 0x${i==null?void 0:i.toString(16)} for message type 0x15`)}case 22:return Zt(t.bytes);case 23:switch(i){case 1:return en(t.bytes);case 2:return tn(t.bytes);default:throw Error(`Unsupported sub message type 0x${i==null?void 0:i.toString(16)} for message type 0x17`)}default:throw Error(`Unsupported message type 0x${r==null?void 0:r.toString(16)}`)}}return{name:t,adjustMeasuringRange:(t,n)=>{let r=Object.values(e.sensorChannelConfig);for(let e of r){let r=Object.values(e).find(e=>(e==null?void 0:e.channelName)===t);if(r){r.start=n.start,r.end=n.end;return}}},canTryDecode:i,getChannels:r,adjustRoundingDecimals:e=>{n=F(e,n)},decode:a}}function rn(e){return e}const an=Bt(Lt,[`lowVoltage`,`airTimeLimitation`,`memoryError`]),on=K(Bt(Rt,[`sensorCommunicationError`]),{sensorBusy:32768,sensorMemoryIntegrity:16384,sensorALUSaturation:8192}),sn=Bt(zt,[`outOfMaxPhysicalSensorLimit`,`outOfMinPhysicalSensorLimit`]);function cn(){return rn({deviceName:un,deviceAlarmConfig:{communicationModuleAlarms:an,sensorAlarms:on,sensorChannelAlarms:sn},sensorChannelConfig:{sensor1:{channel1:{channelName:`pressure`,start:0,end:10,measurementTypes:[`uint16 - TULIP scale 2500 - 12500`]},channel2:{channelName:`device temperature`,start:-45,end:110,measurementTypes:[`uint16 - TULIP scale 2500 - 12500`]}}}})}function ln(){return nn(cn())}const un=`PEW-1000`;function dn(){return xe({parserName:un,codecs:[Ie(),ln()]})}var fn=dn,pn=o((()=>{Array.prototype.includes||Object.defineProperty(Array.prototype,`includes`,{value:function(e,t){if(this==null)throw TypeError(`"this" is null or not defined`);var n=Object(this),r=n.length>>>0;if(r===0)return!1;var i=t|0,a=Math.max(i>=0?i:r-Math.abs(i),0);function o(e,t){return e===t||typeof e==`number`&&typeof t==`number`&&isNaN(e)&&isNaN(t)}for(;a<r;){if(o(n[a],e))return!0;a++}return!1}})})),mn=o(((exports,t)=>{t.exports=function(){var e=Number.isInteger;return typeof e==`function`?!e(`23`)&&e(34)&&!e(32.34):!1}})),hn=o(((exports,t)=>{t.exports=function(e){return typeof e==`number`?e%1==0:!1}})),gn=o((()=>{mn()()||Object.defineProperty(Number,`isInteger`,{value:hn(),configurable:!0,enumerable:!1,writable:!0})})),_n=o(((exports,t)=>{t.exports=function(){return typeof globalThis!=`object`||!globalThis?!1:globalThis.Array===Array}})),vn=o(((exports,t)=>{var n=function(){if(typeof self==`object`&&self)return self;if(typeof window==`object`&&window)return window;throw Error("Unable to resolve global `this`")};t.exports=(function(){if(this)return this;try{Object.defineProperty(Object.prototype,`__global__`,{get:function(){return this},configurable:!0})}catch(e){return n()}try{return __global__||n()}finally{delete Object.prototype.__global__}})()})),q=o(((exports,t)=>{t.exports=_n()()?globalThis:vn()})),yn=o(((exports,t)=>{var n=q(),r={object:!0,symbol:!0};t.exports=function(){var e=n.Symbol,t;return!(typeof e!=`function`||(t=e(`test symbol`),!r[typeof e.iterator])||!r[typeof e.toPrimitive]||!r[typeof e.toStringTag])}})),J=o(((exports,t)=>{var n=void 0;t.exports=function(e){return e!==n&&e!==null}})),bn=o(((exports,t)=>{var n=J(),r={object:!0,function:!0,undefined:!0};t.exports=function(e){return n(e)?hasOwnProperty.call(r,typeof e):!1}})),xn=o(((exports,t)=>{var n=bn();t.exports=function(e){if(!n(e))return!1;try{return e.constructor?e.constructor.prototype===e:!1}catch(e){return!1}}})),Sn=o(((exports,t)=>{var n=xn();t.exports=function(e){if(typeof e!=`function`||!hasOwnProperty.call(e,`length`))return!1;try{if(typeof e.length!=`number`||typeof e.call!=`function`||typeof e.apply!=`function`)return!1}catch(e){return!1}return!n(e)}})),Cn=o(((exports,t)=>{var n=Sn(),r=/^\s*class[\s{/}]/,i=Function.prototype.toString;t.exports=function(e){return!(!n(e)||r.test(i.call(e)))}})),wn=o(((exports,t)=>{t.exports=function(){var e=Object.assign,t;return typeof e==`function`?(t={foo:`raz`},e(t,{bar:`dwa`},{trzy:`trzy`}),t.foo+t.bar+t.trzy===`razdwatrzy`):!1}})),Tn=o(((exports,t)=>{t.exports=function(){try{return!0}catch(e){return!1}}})),En=o(((exports,t)=>{t.exports=function(){}})),Y=o(((exports,t)=>{var n=En()();t.exports=function(e){return e!==n&&e!==null}})),Dn=o(((exports,t)=>{var n=Y(),r=Object.keys;t.exports=function(e){return r(n(e)?Object(e):e)}})),On=o(((exports,t)=>{t.exports=Tn()()?Object.keys:Dn()})),X=o(((exports,t)=>{var n=Y();t.exports=function(e){if(!n(e))throw TypeError(`Cannot use null or u