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node-red-contrib-sun-position - npm Package Compare versions

Comparing version 2.1.1 to 2.2.0-beta

examples/delay-until/1 - wiki - simple usage.json

0

.github/ISSUE_TEMPLATE/support-request.md

@@ -0,0 +0,0 @@ ---

@@ -17,2 +17,26 @@ # node-red-contrib-sun-position

This can be also used to go back to an older Version.
### 2.2.0-beta: enhancement
- general
- first implementation of tests with `mocha` and some changes due to the test implementation (inject enhance and delay-until)
- revised error handling and output messages if the configuration of nodes is not correct (missing config node, missing latitude/longitude).
- added type checking
- inject enhance (time-inject)
- added repletely inject with CRON expression
- added automatic test case
- basic inject
- time based inject
- within-time-switch
- changed state output in case time span is over midnight, because the shown times could be not correct #416
- added automatic test case
- basic test for configuration
- test for message passing is for later
- new Node `delay-until` which allows to delay messages until defined time
- blind-control
- fix #421
### 2.1.1: bug fixes

@@ -27,3 +51,3 @@

- fix bug of handling not time constrained rules be first to last evaluated
### 2.0.13: bug fixes

@@ -30,0 +54,0 @@

529

nodes/lib/timeControlHelper.js

@@ -0,1 +1,2 @@

// @ts-check
/*

@@ -27,8 +28,200 @@ * This code is licensed under the Apache License Version 2.0.

'use strict';
const path = require('path');
/** --- Type Defs ---
* @typedef {import('../types/typedefs.js').runtimeRED} runtimeRED
* @typedef {import('../types/typedefs.js').runtimeNode} runtimeNode
* @typedef {import('../types/typedefs.js').runtimeNodeConfig} runtimeNodeConfig
* @typedef {import("./dateTimeHelper.js").ITimeObject} ITimeObject
* @typedef {import("./dateTimeHelper.js").ILimitationsObj} ILimitationsObj
* @typedef {import("../10-position-config.js").IPositionConfigNode} IPositionConfigNode
* @typedef {import("../10-position-config.js").ITimePropertyResult} ITimePropertyResult
*/
/**
* @typedef {Object} IAutoTrigger object for sore autotrigger data
* @property {number} defaultTime - default next autotriggering time
* @property {(0|1|2|3|4|5|6|7|8|9)} type - type of next autotriggering
* @property {number} time - next autotrigger in milliseconds
*/
/**
* @typedef {Object} IRuleCondition object for a rule condition
*
* @property {number} condition - position of the condition
* @property {string} [conditionText] - description of the condition
* @property {string|number} value - first operand
* @property {string} valueType - first operand type
* @property {function} [valueExpr] - JSONATA expression
* @property {string} [valueName] - first operand description
* @property {string} [valueNameShort] - first operand description (short version)
* @property {string} [valueWorth] - opCallback value
* @property {string} operator - operator
* @property {string} [operatorText] - operator description
* @property {string} [operatorDescription] - operator description enhanced
* @property {string} threshold - second operand
* @property {string} thresholdType - second operand type
* @property {function} [thresholdExpr] - JSONATA expression
* @property {string} [thresholdName] - second operand description
* @property {string} [thresholdNameShort] - second operand description (short version)
* @property {string} [thresholdWorth] - opCallback value
* @property {string} [text] - comparision text
* @property {string} [textShort] - comparision text (short version)
* @property {boolean} result - result of the condition evaluation
*/
/**
* @typedef {Object} IRuleConditionResult object for a rule condition
*
* @property {number} index - selected condition index
* @property {string} [text] - comparision text
* @property {string} [textShort] - comparision text (short version)
* @property {boolean} result - result of the condition evaluation
*/
/**
* @typedef {Object} IRuleTimeDefSingle object for a rule time definition
*
* @property {string} value - time value
* @property {string} type - type of the time
* @property {string|number} offset - time offset value
* @property {string} offsetType - time offset type
* @property {number} multiplier - time offset value
* @property {boolean} next - time offset value
* @property {Date} [now] - start time definition
*/
/**
* @typedef {Object} IRuleTimeDef object for a rule time definition
*
* @property {string} value - time value
* @property {string} type - type of the time
* @property {string|number} offset - time offset value
* @property {string} offsetType - time offset type
* @property {number} multiplier - time offset value
* @property {boolean} next - time offset value
* @property {Date} [now] - start time definition
*
* @property {(0|1)} [operator] - time operator
* @property {(0|1)} [operatorText] - time operator text
*
* @property {IRuleTimeDefSingle} [min] - minimum limitation to the time
* @property {IRuleTimeDefSingle} [max] - maximum limitation to the time
*/
/**
* @typedef {ILimitationsObj & IRuleTimeDef} IRuleTimesDef object for a rule time definition
*/
/**
* @typedef {Object} ITimePropertyResultInt object for a rule time definition
*
* @property {number} ts - time in milliseconds
* @property {number} dayId - day id of the date
* @property {string} [timeLocal] - time representation
* @property {string} [timeLocalDate] - time representation
* @property {string} [dateISO] - time representation
* @property {string} [dateUTC] - time representation
* @property {('default'|'min'|'max')} [source] - source of the data if it comes from minimum or maximum limitation
* @property {number} [now] - start time definition
*/
/**
* @typedef {ITimePropertyResultInt & ITimePropertyResult} ITimePropResult object for a rule time definition
*/
/**
* @typedef {Object} IRuleData object for a rule
* @property {boolean} enabled - defines if a rle is enabled or disabled
* @property {number} pos - rule position
* @property {string} name - name of the rule
* @property {number} exec - executuion type of a rule which is defined
* @property {number} execUse - executuion type of a rule which is used
* @property {boolean} resetOverwrite - overwrites reset
* @property {number} importance - importance of the rule
* @property {boolean} conditional - defines if the rule has conditions
* @property {Array.<IRuleCondition>} conditions - conditions for a rule
* @property {IRuleConditionResult} conditon - condition resule
* @property {IRuleTimesDef} [time] - rule time Data
* @property {IRuleTimesDef} [timeMin] - rule time Data
* @property {IRuleTimesDef} [timeMax] - rule time Data
* @property {ITimePropResult} [timeData] - object for storing time Data
* @property {ITimePropResult} [timeDataMin] - object for storing time Data
* @property {ITimePropResult} [timeDataMax] - object for storing time Data
* @property {Object} [payload] - rule time Data
* @property {Object} [level] - rule time Data
* @property {Object} [slat] - rule time Data
* @property {string} topic - rule time Data
* @property {Object} [outputValue] - rule time Data
* @property {string} [outputType] - rule time Data
*/
/**
* @typedef {Object} IRuleResultData object for a rule result
* @property {number} ruleindex - index of selected rule
* @property {IRuleData} [ruleSel] - selected rule
* @property {IRuleData} [ruleSlatOvs] - selected rule
* @property {IRuleData} [ruleTopicOvs] - selected rule
* @property {IRuleData} [ruleSelMin] - selected rule
* @property {IRuleData} [ruleSelMax] - selected rule
* @property {IRuleTimesDef} [timeResult] - object for storing time Data
* @property {IRuleTimesDef} [timeResultMin] - object for storing time Data
* @property {IRuleTimesDef} [timeResultMax] - object for storing time Data
*/
/**
* @typedef {Object} IRulesData object for a rule
* @property {Array.<IRuleData>} data - the rules itself
* @property {number} count - executuion type of a rule which is defined
* @property {number} lastUntil - last rule for first evaluation loop
* @property {number} firstFrom - first from rule
* @property {number} firstTimeLimited - first from rule with time limitation
* @property {number} maxImportance - maximum inportance of all rules
* @property {boolean} canResetOverwrite - __true__ if any rule can overwrite reset
*/
/**
* @typedef {Object} ISunData object for a rule
* @property {(0|1|3|16)} mode - mode of the sun
* @property {(0|1|3|16)} modeMax - maximum mode
* @property {string} floorLength - floorLength value
* @property {string} floorLengthType - type of the floorLength
* @property {number} changeAgain - timestamp of the next change
* @property {number} minDelta - minimum delta
* @property {Object} [level] - rule time Data
* @property {Object} [slat] - rule time Data
* @property {string} topic - rule time Data
*/
/**
* @typedef {Object} ITimeControlNodeInstance Extensions for the nodeInstance object type
* @property {IPositionConfigNode} positionConfig - tbd
* @property {string} addId internal used additional id
* @property {Object} nodeData get/set generic Data of the node
* @property {Object} reason - tbd
* @property {string} contextStore - used context store
* @property {IRulesData} rules - definition of the rule Data
*
* @property {boolean} [levelReverse] - indicator if the Level is in reverse order
* @property {ISunData} [sunData] - the sun data Object
* @property {Object} nowarn - tbd
*
* @property {Array.<Object>} results - tbd
*
* @property {IAutoTrigger} autoTrigger autotrigger options
* @property {NodeJS.Timeout} [autoTriggerObj] - autotrigger TimeOut Object
*
* @property {Object} startDelayTimeOut - tbd
* @property {NodeJS.Timeout} startDelayTimeOutObj - tbd
* @property {NodeJS.Timeout} timeOutObj - Overwrite Reset TimeOut Object
* ... obviously there are more ...
*/
/**
* @typedef {ITimeControlNodeInstance & runtimeNode} ITimeControlNode Combine nodeInstance with additional, optional functions
*/
const util = require('util');
const hlp = require( path.resolve( __dirname, './dateTimeHelper.js') );
const hlp = require( './dateTimeHelper.js' );
module.exports = {
isNullOrUndefined,
evalTempData,

@@ -55,9 +248,28 @@ posOverwriteReset,

let RED = null;
/******************************************************************************************/
/**
* Timestamp compare function
* @callback ICompareTimeStamp
* @param {number} timeStamp The timestamp which should be compared
* @returns {Boolean} return true if if the timestamp is valid, otherwise false
*/
/******************************************************************************************/
/**
* Returns true if the given object is null or undefined. Otherwise, returns false.
* @param {*} object object to check
* @returns {boolean} true if the given object is null or undefined. Otherwise, returns false.
*/
function isNullOrUndefined(object) {
return (object === null || typeof object === 'undefined'); // isNullOrUndefined(object)
}
/**
* evaluate temporary Data
* @param {*} node node Data
* @param {ITimeControlNode} node node Data
* @param {string} type type of type input
* @param {string} value value of typeinput
* @param {*} data data to cache
* @param {Object} tempData object which holding the chached data
* @returns {*} data which was cached

@@ -68,3 +280,3 @@ */

const name = `${type}.${value}`;
if (data === null || typeof data === 'undefined') {
if (isNullOrUndefined(data)) {
if (typeof tempData[name] !== 'undefined') {

@@ -89,3 +301,3 @@ if (type !== 'PlT') {

* clears expire object properties
* @param {*} node node data
* @param {ITimeControlNode} node node data
*/

@@ -104,3 +316,3 @@ function deleteExpireProp(node) {

* reset any existing override
* @param {*} node node data
* @param {ITimeControlNode} node node data
*/

@@ -123,3 +335,3 @@ function posOverwriteReset(node) {

* setup the expiring of n override or update an existing expiring
* @param {*} node node data
* @param {ITimeControlNode} node node data
* @param {ITimeObject} oNow the *current* date Object

@@ -166,4 +378,4 @@ * @param {number} dExpire the expiring time, (if it is NaN, default time will be tried to use) if it is not used, nor a Number or less than 1 no expiring activated

* check if an override can be reset
* @param {*} node node data
* @param {*} msg message object
* @param {ITimeControlNode} node node data
* @param {Object} msg message object
* @param {ITimeObject} oNow the *current* date Object

@@ -181,3 +393,3 @@ */

val => {
node.debug(`reset val="${util.inspect(val, { colors: true, compact: 10, breakLength: Infinity }) }"`);
node.debug(`reset val="${util.inspect(val, { colors: true, compact: 5, breakLength: Infinity, depth: 10 }) }"`);
if (val) {

@@ -194,3 +406,3 @@ if (node.nodeData.overwrite && node.nodeData.overwrite.active) {

* setting the reason for override
* @param {*} node node data
* @param {ITimeControlNode} node node data
*/

@@ -224,5 +436,6 @@ function setOverwriteReason(node) {

* pre-checking conditions to may be able to store temp data
* @param {*} node node data
* @param {*} msg the message object
* @param {*} tempData the temporary storage object
* @param {ITimeControlNode} node node data
* @param {Object} msg the message object
* @param {Object} tempData the temporary storage object
* @param {Date} dNow simple Date Object
*/

@@ -234,2 +447,3 @@ function prepareRules(node, msg, tempData, dNow) {

rule.conditon = {
index : -1,
result : false

@@ -253,2 +467,3 @@ };

type: el.valueType,
// @ts-ignore
expr: el.valueExpr,

@@ -288,6 +503,6 @@ callback: (result, _obj) => { // opCallback

* get time constrainty of a rule
* @param {*} node node data
* @param {*} msg the message object
* @param {*} rule the rule data
* @return {number} timestamp of the rule
* @param {ITimeControlNode} node node data
* @param {Object} msg the message object
* @param {IRuleData} rule the rule data
* @param {Date} dNow base timestamp
*/

@@ -303,3 +518,3 @@ function getRuleTimeData(node, msg, rule, dNow) {

}
rule.timeData.source = 'Default';
rule.timeData.source = 'default';
rule.timeData.ts = rule.timeData.value.getTime();

@@ -312,5 +527,5 @@ // node.debug(`time=${rule.timeData.value} -> ${new Date(rule.timeData.value)}`);

const numMin = rule.timeDataMin.value.getTime();
rule.timeDataMin.source = 'Min';
rule.timeDataMin.source = 'min';
if (rule.timeDataMin.error) {
hlp.handleError(node, RED._('node-red-contrib-sun-position/position-config:errors.error-time', { message: rule.timeDataMin.error }), undefined, rule.timeDataAlt.error);
hlp.handleError(node, RED._('node-red-contrib-sun-position/position-config:errors.error-time', { message: rule.timeDataMin.error }), undefined, rule.timeDataMin.error);
} else if (!rule.timeDataMin.value) {

@@ -330,5 +545,5 @@ throw new Error('Error can not calc Alt time!');

const numMax = rule.timeDataMax.value.getTime();
rule.timeDataMax.source = 'Max';
rule.timeDataMax.source = 'max';
if (rule.timeDataMax.error) {
hlp.handleError(node, RED._('node-red-contrib-sun-position/position-config:errors.error-time', { message: rule.timeDataMax.error }), undefined, rule.timeDataAlt.error);
hlp.handleError(node, RED._('node-red-contrib-sun-position/position-config:errors.error-time', { message: rule.timeDataMax.error }), undefined, rule.timeDataMax.error);
} else if (!rule.timeDataMax.value) {

@@ -349,32 +564,12 @@ throw new Error('Error can not calc Alt time!');

/**
* Timestamp compare function
* @name ICompareTimeStamp
* @function
* @param {number} timeStamp The timestamp which should be compared
* @returns {Boolean} return true if if the timestamp is valid, otherwise false
*/
/**
* support timeData
* @name ITimeObject Data
* @param {Date} now
* @param {number} nowNr
* @param {number} dayNr
* @param {number} monthNr
* @param {number} dateNr
* @param {number} yearNr
* @param {number} dayId
*/
/**
* function to check a rule
* @param {Object} node the node object
* @param {ITimeControlNode} node the node object
* @param {Object} msg the message object
* @param {Object} rule a rule object to test
* @param {IRuleData} rule a rule object to test
* @param {ICompareTimeStamp} cmp a function to compare two timestamps.
* @param {ITimeObject} data Now time object
* @returns {Object|null} returns the rule if rule is valid, otherwhise null
* @param {ITimeObject} tData Now time object
* @returns {IRuleData|null} returns the rule if rule is valid, otherwhise null
*/
function compareRules(node, msg, rule, cmp, data) {
// node.debug(`compareRules rule ${rule.name} (${rule.pos}) data=${util.inspect(rule, {colors:true, compact:10})}`);
function compareRules(node, msg, rule, cmp, tData) {
// node.debug(`compareRules rule ${rule.name} (${rule.pos}) rule=${util.inspect(rule, {colors:true, compact:10})}`);
if (rule.conditional) {

@@ -388,3 +583,3 @@ try {

node.warn(RED._('node-red-contrib-sun-position/position-config:errors.getPropertyData', err));
node.debug(util.inspect(err, Object.getOwnPropertyNames(err)));
node.debug(util.inspect(err));
return null;

@@ -397,23 +592,25 @@ }

if (rule.time.days && !rule.time.days.includes(data.dayNr)) {
// @ts-ignore
if (rule.time.days && !rule.time.days.includes(tData.dayNr)) {
node.debug(`compareRules rule ${rule.name} (${rule.pos}) invalid days`);
return null;
}
if (rule.time.months && !rule.time.months.includes(data.monthNr)) {
// @ts-ignore
if (rule.time.months && !rule.time.months.includes(tData.monthNr)) {
node.debug(`compareRules rule ${rule.name} (${rule.pos}) invalid month`);
return null;
}
if (rule.time.onlyOddDays && (data.dateNr % 2 === 0)) { // even
if (rule.time.onlyOddDays && (tData.dateNr % 2 === 0)) { // even
node.debug(`compareRules rule ${rule.name} (${rule.pos}) invalid even days`);
return null;
}
if (rule.time.onlyEvenDays && (data.dateNr % 2 !== 0)) { // odd
if (rule.time.onlyEvenDays && (tData.dateNr % 2 !== 0)) { // odd
node.debug(`compareRules rule ${rule.name} (${rule.pos}) invalid odd days`);
return null;
}
if (rule.time.onlyOddWeeks && (data.weekNr % 2 === 0)) { // even
if (rule.time.onlyOddWeeks && (tData.weekNr % 2 === 0)) { // even
node.debug(`compareRules rule ${rule.name} (${rule.pos}) invalid even week`);
return null;
}
if (rule.time.onlyEvenWeeks && (data.weekNr % 2 !== 0)) { // odd
if (rule.time.onlyEvenWeeks && (tData.weekNr % 2 !== 0)) { // odd
node.debug(`compareRules rule ${rule.name} (${rule.pos}) invalid odd week`);

@@ -423,7 +620,7 @@ return null;

if (rule.time.dateStart || rule.time.dateEnd) {
rule.time.dateStart.setFullYear(data.yearNr);
rule.time.dateEnd.setFullYear(data.yearNr);
rule.time.dateStart.setFullYear(tData.yearNr);
rule.time.dateEnd.setFullYear(tData.yearNr);
if (rule.time.dateEnd > rule.time.dateStart) {
// in the current year
if (data.now < rule.time.dateStart || data.now > rule.time.dateEnd) {
if (tData.now < rule.time.dateStart || tData.now > rule.time.dateEnd) {
node.debug(`compareRules rule ${rule.name} (${rule.pos}) invalid date range within year`);

@@ -434,3 +631,3 @@ return null;

// switch between year from end to start
if (data.now < rule.time.dateStart && data.now > rule.time.dateEnd) {
if (tData.now < rule.time.dateStart && tData.now > rule.time.dateEnd) {
node.debug(`compareRules rule ${rule.name} (${rule.pos}) invalid date range over year`);

@@ -441,8 +638,8 @@ return null;

}
const num = getRuleTimeData(node, msg, rule, data.now);
const num = getRuleTimeData(node, msg, rule, tData.now);
// node.debug(`compareRules ${rule.name} (${rule.pos}) type=${rule.time.operatorText} - ${rule.time.value} - num=${num} - rule.timeData = ${ util.inspect(rule.timeData, { colors: true, compact: 40, breakLength: Infinity }) }`);
if (data.dayId === rule.timeData.dayId && num >=0 && (cmp(num) === true)) {
if (tData.dayId === rule.timeData.dayId && num >=0 && (cmp(num) === true)) {
return rule;
}
// node.debug(`compareRules rule ${rule.name} (${rule.pos}) dayId=${data.dayId} rule-DayID=${rule.timeData.dayId} num=${num} cmp=${cmp(num)} invalid time`);
// node.debug(`compareRules rule ${rule.name} (${rule.pos}) dayId=${tData.dayId} rule-DayID=${rule.timeData.dayId} num=${num} cmp=${cmp(num)} invalid time`);
return null;

@@ -453,3 +650,3 @@ }

* check if a level has a valid value
* @param {*} node the node data
* @param {ITimeControlNode} node the node data
* @param {number} level the level to check

@@ -460,10 +657,6 @@ * @returns {boolean} true if the level is valid, otherwise false

// node.debug('validPosition level='+level);
if (level === '' || level === null || typeof level === 'undefined') {
node.warn(`Position is empty!`);
if (typeof level !== 'number' || level === null || typeof level === 'undefined' || isNaN(level)) {
node.warn(`Position: "${String(level)}" is empty or not a valid number!`);
return false;
}
if (isNaN(level)) {
node.warn(`Position: "${level}" is NaN!`);
return false;
}

@@ -502,2 +695,5 @@ if (level < node.nodeData.levelBottom) {

* initializes the node
* @param {runtimeRED} REDLib the level to check
* @param {ITimeControlNode} node the node data
* @param {Object} config the level to check
*/

@@ -578,2 +774,3 @@ function initializeCtrl(REDLib, node, config) {

rule.conditions = [];
// @ts-ignore
if (rule.validOperandAType && rule.validOperandAType !== 'none') {

@@ -583,75 +780,112 @@ rule.conditions.push({

conditionText : '',
// @ts-ignore
value : rule.validOperandAValue,
// @ts-ignore
valueType : rule.validOperandAType,
// @ts-ignore
operator : rule.validOperator,
// @ts-ignore
operatorText : rule.validOperatorText,
// @ts-ignore
threshold : rule.validOperandBValue,
thresholdType : (rule.validOperandBType || 'num')
// @ts-ignore
thresholdType : (rule.validOperandBType || 'num'),
result : false
});
// @ts-ignore
const conditionValue = parseInt(rule.valid2LogOperator);
// @ts-ignore
if (conditionValue > 0 && rule.valid2OperandAType) {
rule.conditions.push({
// @ts-ignore
condition : conditionValue,
// @ts-ignore
conditionText : rule.valid2LogOperatorText,
// @ts-ignore
value : rule.valid2OperandAValue,
// @ts-ignore
valueType : (rule.valid2OperandAType || 'msg'),
// @ts-ignore
operator : rule.valid2Operator,
// @ts-ignore
operatorText : rule.valid2OperatorText,
// @ts-ignore
threshold : rule.valid2OperandBValue,
thresholdType : (rule.valid2OperandBType || 'num')
// @ts-ignore
thresholdType : (rule.valid2OperandBType || 'num'),
result : false
});
}
}
delete rule.validOperandAValue;
delete rule.validOperandAType;
delete rule.validOperator;
delete rule.validOperatorText;
delete rule.validOperandBValue;
delete rule.validOperandBType;
delete rule.valid2LogOperator;
delete rule.valid2LogOperatorText;
delete rule.valid2OperandAValue;
delete rule.valid2OperandAType;
delete rule.valid2Operator;
delete rule.valid2OperatorText;
delete rule.valid2OperandBValue;
delete rule.valid2OperandBType;
// @ts-ignore
delete rule.validOperandAValue; // @ts-ignore
delete rule.validOperandAType; // @ts-ignore
delete rule.validOperator; // @ts-ignore
delete rule.validOperatorText; // @ts-ignore
delete rule.validOperandBValue; // @ts-ignore
delete rule.validOperandBType; // @ts-ignore
delete rule.valid2LogOperator; // @ts-ignore
delete rule.valid2LogOperatorText; // @ts-ignore
delete rule.valid2OperandAValue; // @ts-ignore
delete rule.valid2OperandAType; // @ts-ignore
delete rule.valid2Operator; // @ts-ignore
delete rule.valid2OperatorText; // @ts-ignore
delete rule.valid2OperandBValue; // @ts-ignore
delete rule.valid2OperandBType; // @ts-ignore
}
// @ts-ignore
if(rule.timeType) {
// @ts-ignore
if (!rule.time && rule.timeType !== 'none') {
// @ts-ignore
rule.time = {
// @ts-ignore
type : rule.timeType,
// @ts-ignore
value : (rule.timeValue || ''),
// @ts-ignore
operator : (parseInt(rule.timeOp) || cRuleUntil),
// @ts-ignore
offsetType : (rule.offsetType || 'none'),
// @ts-ignore
offset : (rule.offsetValue || 1),
// @ts-ignore
multiplier : (parseInt(rule.multiplier) || 60000),
// @ts-ignore
days : (rule.timeDays || '*'),
// @ts-ignore
months : (rule.timeMonths || '*')
};
if (rule.timeOnlyOddDays) rule.time.onlyOddDays = rule.timeOnlyOddDays;
if (rule.timeOnlyEvenDays) rule.time.onlyEvenDays = rule.timeOnlyEvenDays;
if (rule.timeDateStart) rule.time.dateStart = rule.timeDateStart;
if (rule.timeDateEnd) rule.time.dateEnd = rule.timeDateEnd;
if (rule.timeOpText) rule.time.operatorText = rule.timeOpText;
// @ts-ignore
if (rule.timeOnlyOddDays) rule.time.onlyOddDays = rule.timeOnlyOddDays; // @ts-ignore
if (rule.timeOnlyEvenDays) rule.time.onlyEvenDays = rule.timeOnlyEvenDays; // @ts-ignore
if (rule.timeDateStart) rule.time.dateStart = rule.timeDateStart; // @ts-ignore
if (rule.timeDateEnd) rule.time.dateEnd = rule.timeDateEnd; // @ts-ignore
if (rule.timeOpText) rule.time.operatorText = rule.timeOpText; // @ts-ignore
if (rule.timeMinType) {
// @ts-ignore
if (!rule.timeMin && rule.timeMinType !== 'none') {
rule.timeMin = {
type : rule.timeMinType,
value : (rule.timeMinValue || ''),
offsetType : (rule.offsetMinType || 'none'),
offset : (rule.offsetMinValue || 1),
multiplier : (parseInt(rule.multiplierMin) || 60000)
// @ts-ignore
type : rule.timeMinType, // @ts-ignore
value : (rule.timeMinValue || ''), // @ts-ignore
offsetType : (rule.offsetMinType || 'none'), // @ts-ignore
offset : (rule.offsetMinValue || 1), // @ts-ignore
multiplier : (parseInt(rule.multiplierMin) || 60000),
next : false
};
}
}
// @ts-ignore
if (rule.timeMaxType) {
// @ts-ignore
if (!rule.timeMax && rule.timeMaxType !== 'none') {
rule.timeMax = {
type : rule.timeMaxType,
value : (rule.timeMaxValue || ''),
offsetType : (rule.offsetMaxType || 'none'),
offset : (rule.offsetMaxValue || 1),
multiplier : (parseInt(rule.multiplierMax) || 60000)
// @ts-ignore
type : rule.timeMaxType, // @ts-ignore
value : (rule.timeMaxValue || ''), // @ts-ignore
offsetType : (rule.offsetMaxType || 'none'), // @ts-ignore
offset : (rule.offsetMaxValue || 1), // @ts-ignore
multiplier : (parseInt(rule.multiplierMax) || 60000),
next : false
};

@@ -661,34 +895,40 @@ }

}
delete rule.timeType;
delete rule.timeValue;
delete rule.timeOp;
delete rule.offsetType;
delete rule.offsetValue;
delete rule.multiplier;
delete rule.timeDays;
delete rule.timeMonths;
delete rule.timeOnlyOddDays;
delete rule.timeOnlyEvenDays;
delete rule.timeDateStart;
delete rule.timeDateEnd;
delete rule.timeOpText;
delete rule.timeMinType;
delete rule.timeMinValue;
delete rule.offsetMinType;
delete rule.offsetMinValue;
delete rule.multiplierMin;
delete rule.timeMinOp;
delete rule.timeMaxType;
delete rule.timeMaxValue;
delete rule.offsetMaxType;
delete rule.offsetMaxValue;
delete rule.multiplierMax;
// @ts-ignore
delete rule.timeType; // @ts-ignore
delete rule.timeValue; // @ts-ignore
delete rule.timeOp; // @ts-ignore
delete rule.offsetType; // @ts-ignore
delete rule.offsetValue; // @ts-ignore
delete rule.multiplier; // @ts-ignore
delete rule.timeDays; // @ts-ignore
delete rule.timeMonths; // @ts-ignore
delete rule.timeOnlyOddDays; // @ts-ignore
delete rule.timeOnlyEvenDays; // @ts-ignore
delete rule.timeDateStart; // @ts-ignore
delete rule.timeDateEnd; // @ts-ignore
delete rule.timeOpText; // @ts-ignore
delete rule.timeMinType; // @ts-ignore
delete rule.timeMinValue; // @ts-ignore
delete rule.offsetMinType; // @ts-ignore
delete rule.offsetMinValue; // @ts-ignore
delete rule.multiplierMin; // @ts-ignore
delete rule.timeMinOp; // @ts-ignore
delete rule.timeMaxType; // @ts-ignore
delete rule.timeMaxValue; // @ts-ignore
delete rule.offsetMaxType; // @ts-ignore
delete rule.offsetMaxValue; // @ts-ignore
delete rule.multiplierMax; // @ts-ignore
delete rule.timeMaxOp;
}
// @ts-ignore
if (rule.levelType) {
if (!rule.level) {
rule.level = {
// @ts-ignore
type : (rule.levelType || 'levelFixed'),
// @ts-ignore
value : (rule.levelValue || 'closed (min)'),
// @ts-ignore
operator : (parseInt(rule.levelOp) || cRuleAbsolute),
// @ts-ignore
operatorText : rule.levelOpText || RED._('node-red-contrib-sun-position/position-config:ruleCtrl.label.ruleLevelAbs')

@@ -704,27 +944,37 @@ };

if ((rule.level.operator === 3) || (rule.level.operator === 4)) { // 3 -> ⭳✋ reset minimum; 4 -> ⭱️✋ reset maximum
rule.level.operator.type = 'levelND';
rule.level.operator.value = '';
rule.level.type = 'levelND';
rule.level.value = '';
rule.level.operator = rule.level.operator - 2;
}
delete rule.levelType;
delete rule.levelValue;
delete rule.levelOp;
// @ts-ignore
delete rule.levelType; // @ts-ignore
delete rule.levelValue; // @ts-ignore
delete rule.levelOp; // @ts-ignore
delete rule.levelOpText;
}
// @ts-ignore
if (rule.payloadType) {
// @ts-ignore
if (!rule.payload && rule.payloadType !== 'none') {
rule.payload = {
// @ts-ignore
type : rule.payloadType,
// @ts-ignore
value : (rule.payloadValue || ''),
// @ts-ignore
offsetType : (rule.payloadOffsetType || 'none'),
// @ts-ignore
offset : (rule.payloadOffsetValue || '1'),
// @ts-ignore
multiplier : (parseInt(rule.payloadOffsetMultiplier) || 60000),
// @ts-ignore
format : (parseInt(rule.payloadFormat) || 99)
};
}
delete rule.payloadType;
delete rule.payloadValue;
delete rule.payloadOffsetType;
delete rule.payloadOffsetValue;
delete rule.payloadOffsetMultiplier;
// @ts-ignore
delete rule.payloadType; // @ts-ignore
delete rule.payloadValue; // @ts-ignore
delete rule.payloadOffsetType; // @ts-ignore
delete rule.payloadOffsetValue; // @ts-ignore
delete rule.payloadOffsetMultiplier; // @ts-ignore
delete rule.payloadFormat;

@@ -737,2 +987,3 @@ }

rule.name = rule.name || 'rule ' + rule.pos;
// @ts-ignore
rule.enabled = !(rule.enabled === false || rule.enabled === 'false');

@@ -760,3 +1011,5 @@ rule.resetOverwrite = hlp.isTrue(rule.resetOverwrite === true) ? true : false;

} else {
// @ts-ignore
rule.time.days = rule.time.days.split(',');
// @ts-ignore
rule.time.days = rule.time.days.map( e => parseInt(e) );

@@ -767,3 +1020,5 @@ }

} else {
// @ts-ignore
rule.time.months = rule.time.months.split(',');
// @ts-ignore
rule.time.months = rule.time.months.map( e => parseInt(e) );

@@ -797,4 +1052,6 @@ }

if (cond.valueType === 'sunControlMode') {
// @ts-ignore
if (cond.value === 'off' || cond.value.charAt(0) === '0') {
cond.value = 0;
// @ts-ignore
} else if (cond.value === 'maximize' || cond.value.charAt(0) === '1') {

@@ -801,0 +1058,0 @@ cond.value = 1;

{
"name": "node-red-contrib-sun-position",
"version": "2.1.1",
"version": "2.2.0-beta",
"description": "NodeRED nodes to get sun and moon position",

@@ -56,3 +56,5 @@ "keywords": [

"scripts": {
"test": "eslint \"./**/*.js\" \"./**/*.html\" && node-red-dev validate",
"test": "eslint \"./**/*.js\" \"./**/*.html\" && node-red-dev validate && mocha \"test/**/*_spec.js\"",
"testnode": "mocha \"test/**/*_spec.js\"",
"testnodes": "mocha \"test/**/*_spec.js\"",
"lintfix": "eslint --fix \"./**/*.js\" \"./**/*.html\"",

@@ -62,3 +64,3 @@ "lint": "eslint \"./**/*.js\" \"./**/*.html\"",

"dev": "node-red -v",
"prepublishOnly": "eslint \"./**/*.js\" \"./**/*.html\""
"prepublishOnly": "eslint \"./**/*.js\" \"./**/*.html\" && node-red-dev validate && mocha \"test/**/*_spec.js\""
},

@@ -100,30 +102,37 @@ "repository": {

"nodes": {
"position-config": "nodes/position-config.js",
"time-inject": "nodes/time-inject.js",
"within-time-switch": "nodes/within-time-switch.js",
"clock-timer": "nodes/clock-timer.js",
"time-comp": "nodes/time-comp.js",
"time-span": "nodes/time-span.js",
"blind-control": "nodes/blind-control.js",
"sun-position": "nodes/sun-position.js",
"moon-position": "nodes/moon-position.js"
"position-config": "nodes/10-position-config.js",
"time-inject": "nodes/20-time-inject.js",
"within-time-switch": "nodes/21-within-time-switch.js",
"delay-until": "nodes/22-delay-until.js",
"sun-position": "nodes/30-sun-position.js",
"moon-position": "nodes/31-moon-position.js",
"time-comp": "nodes/60-time-comp.js",
"time-span": "nodes/61-time-span.js",
"blind-control": "nodes/80-blind-control.js",
"clock-timer": "nodes/81-clock-timer.js"
}
},
"dependencies": {
"suncalc3": "^2.0.1",
"lodash.clonedeep": "^4.5.0",
"lodash.isequal": "^4.5.0"
"lodash.isequal": "^4.5.0",
"cronosjs": "^1.7.1"
},
"devDependencies": {
"eslint": ">=8.9.0",
"eslint": ">=8.11.0",
"eslint-plugin-html": ">=6.2.0",
"eslint-plugin-jsdoc": ">=37.9.1",
"eslint-plugin-json": ">=3.1.0",
"eslint-plugin-node": ">=11.1.0",
"node-red-dev": "^0.1.5"
"@types/express": "^4.17.13",
"@types/jquery": "^3.5.14",
"@types/node-red": "^1.2.0",
"jsonata": "^1.8.6",
"mocha": "^8.4.0",
"node-red": ">=2.0.0",
"node-red-dev": "^0.1.5",
"node-red-node-test-helper": "^0.2.7",
"should": "^13.2.3",
"should-sinon": "^0.0.6",
"sinon": "^13.0.1"
},
"disabledSettings": {
"plugins-disabled": [
"jsdoc"
]
},
"eslintConfig": {

@@ -130,0 +139,0 @@ "env": {

@@ -0,0 +0,0 @@ # node-red-contrib-sun-position for NodeRED

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