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How to use relativeToStart method in Playwright Internal

Best JavaScript code snippet using playwright-internal

TimeAxis.js

Source:TimeAxis.js

1/*2Ext Gantt Pro 4.2.73Copyright(c) 2009-2016 Bryntum AB4http://bryntum.com/contact5http://bryntum.com/license6*/7/**8@class Sch.data.TimeAxis9@extends Ext.data.JsonStore10A class representing the time axis of the scheduler. The scheduler timescale is based on the ticks generated by this class.11This is a pure "data" (model) representation of the time axis and has no UI elements.12The time axis can be {@link #continuous} or not. In continuous mode, each timespan starts where the previous ended, and in non-continuous mode13 there can be gaps between the ticks.14A non-continuous time axis can be used when want to filter out certain periods of time (like weekends) from the time axis.15To create a non-continuos time axis you have 2 options. First, you can create a time axis containing only the time spans of interest.16To do that, subclass this class and override the {@link #generateTicks} method. See the `timeaxis` example in the Ext Scheduler SDK for guidance.17The other alternative is to call the {@link #filterBy} method, passing a function to it which should return `false` if the time tick should be filtered out.18Calling {@link #clearFilter} will return you to a full time axis.19*/20Ext.define("Sch.data.TimeAxis", {21    extend      : "Ext.data.JsonStore",22    requires    : [23        'Sch.util.Date',24        // this "require" is needed for Sencha Touch25        'Sch.model.TimeAxisTick'26    ],27    model               : 'Sch.model.TimeAxisTick',28    /**29    * @cfg {Boolean} continuous30    * Set to false if the timeline is not continuous, e.g. the next timespan does not start where the previous ended (for example skipping weekends etc).31    */32    continuous          : true,33    originalContinuous  : null,34    /**35    * @cfg {Boolean} autoAdjust36    * Automatically adjust the timespan when generating ticks with {@link #generateTicks} according to the `viewPreset` configuration. Setting this to false37    * may lead to shifting time/date of ticks.38    */39    autoAdjust          : true,40    unit                : null,41    increment           : null,42    resolutionUnit      : null,43    resolutionIncrement : null,44    weekStartDay        : null,45    mainUnit            : null,46    shiftUnit           : null,47    shiftIncrement      : 1,48    defaultSpan         : 1,49    isConfigured        : false,50    // in case of `autoAdjust : false`, the 1st and last ticks can be truncated, containing only part of the normal tick51    // these dates will contain adjusted start/end (like if the tick has not been truncated)52    adjustedStart       : null,53    adjustedEnd         : null,54    // the visible position in the first tick, can actually be > 1 because the adjustment is done by the `mainUnit`55    visibleTickStart    : null,56    // the visible position in the first tick, is always ticks count - 1 < value <= ticks count, in case of autoAdjust, always = ticks count57    visibleTickEnd      : null,58    // name of the current preset59    presetName          : null,60    /**61     * @cfg {String} mode This option determines how timeaxis should be rounded.62     * When we round timeAxis for calendar we want to get minimum number of weeks that comprises desired month.63     * Options: ['plain', 'calendar']64     */65    mode                : 'plain',66    /**67     * @cfg {Number} startTime Start time for calendar mode, used only with day/week presets.68     */69    startTime           : 0,70    71    /**72     * @cfg {Number} endTime End time for calendar mode, used only with day/week presets.73     */74    endTime             : 24,75    /**76     * @event beforereconfigure77     * Fires before the timeaxis is about to be reconfigured (e.g. new start/end date or unit/increment). Return false to abort the operation.78     * @param {Sch.data.TimeAxis} timeAxis The time axis instance79     * @param {Date} startDate The new time axis start date80     * @param {Date} endDate The new time axis end date81     */82    /**83     * @event endreconfigure84     * @private85     * Event that is triggered when we end reconfiguring and everything ui-related should be done86     */87    /**88     * @event reconfigure89     * Fires when the timeaxis has been reconfigured (e.g. new start/end date or unit/increment)90     * @param {Sch.data.TimeAxis} timeAxis The time axis instance91     */92    // private93    constructor : function(config) {94        var me = this;95        config = config || {};96        // For Sencha Touch, config system97        if (me.setModel) {98            me.setModel(me.model);99        }100        me.setMode(config.mode || me.mode);101        me.originalContinuous = me.continuous;102        me.callParent(arguments);103        me.on(Ext.versions.touch ? 'refresh' : 'datachanged', function() {104            me.fireEvent('reconfigure', me, false);105        });106        me.on('endreconfigure', function(me, suppressRefresh) {107            me.fireEvent('reconfigure', me, suppressRefresh);108        });109        if (config.viewPreset) {110            var preset      = Sch.preset.Manager.getPreset(config.viewPreset);111            preset && me.consumeViewPreset(preset);112        }113        // not sure what me.start is but just in case I'm leaving previous condition114        if (config.start || me.start) {115            me.reconfigure(config);116        }117    },118    /**119     * Reconfigures the time axis based on the config object supplied and generates the new 'ticks'.120     * @param {Object} config121     * @param {Boolean} [suppressRefresh]122     * @private123     */124    reconfigure : function (config, suppressRefresh) {125        this.isConfigured   = true;126        Ext.apply(this, config);127        var adjusted        = this.getAdjustedDates(config.start, config.end, true);128        var normalized      = this.getAdjustedDates(config.start, config.end);129        var start           = normalized.start;130        var end             = normalized.end;131        if (this.fireEvent('beforereconfigure', this, start, end) !== false) {132            this.fireEvent('beginreconfigure', this);133            var unit                = this.unit;134            var increment           = this.increment || 1;135            var ticks               = this.generateTicks(start, end, unit, increment);136            // Suspending to be able to detect an invalid filter137            this.removeAll(true);138            this.suspendEvents();139            this.add(ticks);140            if (this.getCount() === 0) {141                Ext.Error.raise('Invalid time axis configuration or filter, please check your input data.');142            }143            this.resumeEvents();144            var DATE                = Sch.util.Date;145            var count               = ticks.length;146            if (this.isContinuous()) {147                this.adjustedStart      = adjusted.start;148                this.adjustedEnd        = this.getNext(count > 1 ? ticks[ count - 1 ].start : adjusted.start, unit, increment);149            } else {150                this.adjustedStart      = this.getStart();151                this.adjustedEnd        = this.getEnd();152            }153            // if visibleTickStart > 1 this means some tick is fully outside of the view - we are not interested in it and want to154            // drop it and adjust "adjustedStart" accordingly155            do {156                // TODO this has to use more sophisticated formula to take into account that months for example can be expressed in ms consistenly157                this.visibleTickStart   = (this.getStart() - this.adjustedStart) / (DATE.getUnitDurationInMs(unit) * increment);158                if (this.visibleTickStart >= 1) this.adjustedStart = DATE.getNext(this.adjustedStart, unit, increment);159            } while (this.visibleTickStart >= 1);160            do {161                this.visibleTickEnd     = count - (this.adjustedEnd - this.getEnd()) / (DATE.getUnitDurationInMs(unit) * increment);162                if (count - this.visibleTickEnd >= 1) this.adjustedEnd = DATE.getNext(this.adjustedEnd, unit, -1);163            } while (count - this.visibleTickEnd >= 1);164            this.fireEvent('endreconfigure', this, suppressRefresh);165        }166    },167    setMode : function (mode) {168        this.mode = mode;169        170        if (mode === 'calendar') {171            this.generateTicksValidatorFn = function (start) { 172                if (this.startTime > 0 || this.endTime < 24) {173                    return (start.getHours() >= this.startTime && start.getHours() < this.endTime);174                } else {175                    return true;176                }177            };178        } else {179            this.generateTicksValidatorFn = function () { return true; };180        }181    },182    /**183    * Changes the time axis timespan to the supplied start and end dates.184    * @param {Date} start The new start date185    * @param {Date} end The new end date186    */187    setTimeSpan : function (start, end) {188        var adjusted    = this.getAdjustedDates(start, end);189        start           = adjusted.start;190        end             = adjusted.end;191        if (this.getStart() - start !== 0 || this.getEnd() - end !== 0) {192            this.reconfigure({193                start   : start,194                end     : end195            });196        }197    },198    /**199     * [Experimental] Filter the time axis by a function. The passed function will be called with each tick in time axis.200     * If the function returns true, the 'tick' is included otherwise it is filtered.201     * @param {Function} fn The function to be called, it will receive an object with start/end properties, and 'index' of the tick.202     * @param {Object} scope (optional) The scope (`this` reference) in which the function is executed.203     */204    filterBy : function(fn, scope) {205        this.continuous = false;206        scope = scope || this;207        this.clearFilter(true);208        // Suspending to be able to detect an invalid filter209        this.suspendEvents(true);210        this.filter([{211            filterFn : function(t, index) {212                return fn.call(scope, t.data, index);213            }214        }]);215        if (this.getCount() === 0) {216            this.clearFilter();217            this.resumeEvents();218            Ext.Error.raise('Invalid time axis filter - no ticks passed through the filter. Please check your filter method.');219        }220        this.resumeEvents();221    },222    /**223     * Returns `true` if the time axis is continuos (will return `false` when filtered)224     * @return {Boolean}225     */226    isContinuous : function() {227        var result = this.continuous && !this.isFiltered();228        if (this.mode === 'calendar') {229            result = result && this.startTime === 0 && this.endTime === 24;230        }231        return result;232    },233    /**234     * Clear the current filter of the time axis235     */236    clearFilter : function() {237        this.continuous = this.originalContinuous;238        this.callParent(arguments);239    },240    /**241     * Method generating the ticks for this time axis. Should return an array of ticks. Each tick is an object of the following structure:242        {243            start       : ..., // start date244            end         : ...  // end date245        }246     *247     * Take notice, that this function either has to be called with `start`/`end` parameters, or create those variables.248     *249     * @param {Date} start The start date of the interval250     * @param {Date} end The end date of the interval251     * @param {String} unit The unit of the time axis252     * @param {Number} increment The increment for the unit specified.253     * @return {Array} ticks The ticks representing the time axis254     */255    generateTicks : function (start, end, unit, increment) {256        var ticks           = [],257            intervalEnd,258            DATE            = Sch.util.Date,259            dstDiff         = 0;260        unit                = unit || this.unit;261        increment           = increment || this.increment;262        var adjusted        = this.getAdjustedDates(start, end);263        start               = adjusted.start;264        end                 = adjusted.end;265        while (start < end) {266            intervalEnd     = this.getNext(start, unit, increment);267            if (!this.autoAdjust && intervalEnd > end) intervalEnd = end;268            // Handle hourly increments crossing DST boundaries to keep the timescale looking correct269            // Only do this for HOUR resolution currently, and only handle it once per tick generation.270            if (unit === DATE.HOUR && increment > 1 && ticks.length > 0 && dstDiff === 0) {271                var prev    = ticks[ ticks.length - 1 ];272                dstDiff     = ((prev.start.getHours() + increment) % 24) - prev.end.getHours();273                if (dstDiff !== 0) {274                    // A DST boundary was crossed in previous tick, adjust this tick to keep timeaxis "symmetric".275                    intervalEnd = DATE.add(intervalEnd, DATE.HOUR, dstDiff);276                }277            }278            this.generateTicksValidatorFn(start) && ticks.push({279                start   : start,280                end     : intervalEnd281            });282            283            start           = intervalEnd;284        }285        return ticks;286    },287    getVisibleTickTimeSpan : function () {288        return this.isContinuous() ? this.visibleTickEnd - this.visibleTickStart : this.getCount();289    },290    getAdjustedDates : function (start, end, forceAdjust) {291        var DATE    = Sch.util.Date;292        start       = start || this.getStart();293        end         = end || DATE.add(start, this.mainUnit, this.defaultSpan);294        if (this.mode === 'calendar') {295            // 'month' is tricky so we have to handle it separately296            if (this.shiftUnit === DATE.MONTH) {297                var startWeekEnd = DATE.add(start, DATE.WEEK, 1);298                var endWeekStart = DATE.add(end, DATE.WEEK, -1);299                // when this method is called from 'switchViewPreset' end date isn't provided, so we should just create one300                if (!end) {301                    end = this.getNext(start, this.shiftUnit, 1);302                    end = this.ceilDate(end, false, this.shiftUnit);303                    end = this.ceilDate(end, false, this.mainUnit);304                }305                if (startWeekEnd.getMonth() !== start.getMonth() && endWeekStart.getMonth() !== end.getMonth()) {306                    return {307                        start   : start,308                        end     : end309                    };310                }311            }312            var adjustedStart, adjustedEnd, clone;313            // This code sets time span to 1 viewPreset's shiftUnit from the time axis start date314            adjustedStart   = this.floorDate(start, false, this.shiftUnit, 1);315            adjustedStart   = this.floorDate(adjustedStart, false, this.mainUnit, 1);316            // https://www.assembla.com/spaces/bryntum/tickets/2811317            // Disabled autoAdjust will allow to show any time span318            if (this.autoAdjust) {319                clone           = this.getNext(start, this.shiftUnit, 1);320                adjustedEnd     = this.ceilDate(clone, false, this.shiftUnit);321                adjustedEnd     = this.ceilDate(adjustedEnd, false, this.mainUnit);322            } else {323                adjustedEnd     = this.ceilDate(end, false, this.shiftUnit);324                adjustedEnd     = this.ceilDate(adjustedEnd, false, this.mainUnit);325            }326            return {327                start   : adjustedStart,328                end     : adjustedEnd329            };330        } else {331            return this.autoAdjust || forceAdjust ? {332                start   : this.floorDate(start, false, this.autoAdjust ? this.mainUnit : this.unit, 1),333                end     : this.ceilDate(end, false, this.autoAdjust ? this.mainUnit : this.unit, 1)334            } : {335                start   : start,336                end     : end337            };338        }339    },340    /**341     * Gets a tick "coordinate" representing the date position on the time scale. Returns -1 if the date is not part of the time axis.342     * @param {Date} date the date343     * @return {Number} the tick position on the scale or -1 if the date is not part of the time axis344     */345    getTickFromDate : function (date) {346        var ticks           = this.data.items;347        var lastTickIndex   = ticks.length - 1;348        // quick bailout349        if (date.valueOf() < ticks[ 0 ].data.start.valueOf() || date.valueOf() > ticks[ lastTickIndex ].data.end.valueOf()) {350            return -1;351        }352        var tick, tickStart, tickEnd;353        if (this.isContinuous()) {354            if (date - ticks[ 0 ].data.start === 0) return this.visibleTickStart;355            if (date - ticks[ lastTickIndex ].data.end === 0) return this.visibleTickEnd;356            var adjustedStart   = this.adjustedStart;357            var adjustedEnd     = this.adjustedEnd;358            var tickIndex       = Math.floor(ticks.length * (date - adjustedStart) / (adjustedEnd - adjustedStart));359            // for the date == adjustedEnd case360            if (tickIndex > lastTickIndex) tickIndex = lastTickIndex;361            tickStart           = tickIndex === 0 ? adjustedStart : ticks[ tickIndex ].data.start;362            tickEnd             = tickIndex == lastTickIndex ? adjustedEnd : ticks[ tickIndex ].data.end;363            tick                = tickIndex + (date - tickStart) / (tickEnd - tickStart);364            // in case of `autoAdjust : false` the actual visible timespan starts not from 0 tick coordinate, but365            // from `visibleTickStart` coordinate, this check generally repeats the "quick bailout" check in the begining of the method,366            // but still367            if (tick < this.visibleTickStart || tick > this.visibleTickEnd) return -1;368            return tick;369        } else {370            for (var i = 0; i <= lastTickIndex; i++) {371                tickEnd         = ticks[ i ].data.end;372                if (date <= tickEnd) {373                    tickStart   = ticks[ i ].data.start;374                    // date < tickStart can occur in filtered case375                    tick        = i + (date > tickStart ? (date - tickStart) / (tickEnd - tickStart) : 0);376                    return tick;377                }378            }379        }380        return -1;381    },382    /**383    * Gets the time represented by a tick "coordinate".384    * @param {Number} tick the tick "coordinate"385    * @param {String} roundingMethod The rounding method to use386    * @return {Date} The date to represented by the tick "coordinate", or null if invalid.387    */388    getDateFromTick : function (tick, roundingMethod) {389        if (tick === this.visibleTickEnd) return this.getEnd();390        var wholeTick   = Math.floor(tick),391            fraction    = tick - wholeTick,392            t           = this.getAt(wholeTick);393        if (!t) return null;394        var tickData    = t.data;395        var start       = wholeTick === 0 ? this.adjustedStart : tickData.start;396        // if we've filtered timeaxis using filterBy, then we cannot trust to adjustedEnd property and should use tick end397        var end         = (wholeTick == this.getCount() - 1) && this.isContinuous() ? this.adjustedEnd : tickData.end;398        var date        = Sch.util.Date.add(start, Sch.util.Date.MILLI, fraction * (end - start));399        if (roundingMethod) {400            date        = this[ roundingMethod + 'Date' ](date);401        }402        return date;403    },404    /**405    * Returns the ticks of the timeaxis in an array of objects with a "start" and "end" date.406    * @return {Object[]} the ticks on the scale407    */408    getTicks : function() {409        var ticks = [];410        this.each(function (r) { ticks.push(r.data); });411        return ticks;412    },413    /**414    * Method to get the current start date of the time axis415    * @return {Date} The start date416    */417    getStart : function() {418        var first = this.first();419        if (first) {420            return new Date(first.data.start);421        }422        return null;423    },424    /**425    * Method to get a the current end date of the time axis426    * @return {Date} The end date427    */428    getEnd : function() {429        var last = this.last();430        if (last) {431            return new Date(last.data.end);432        }433        return null;434    },435    // Floors a date and optionally snaps it to one of the following resolutions:436    // 1. 'resolutionUnit'. If param 'resolutionUnit' is passed, the date will simply be floored to this unit.437    // 2. If resolutionUnit is not passed: If date should be snapped relative to the timeaxis start date,438    // the resolutionUnit of the timeAxis will be used, or the timeAxis 'mainUnit' will be used to snap the date439    //440    // returns a copy of the original date441    // private442    floorDate : function(date, relativeToStart, resolutionUnit, incr) {443        relativeToStart = relativeToStart !== false;444        var dt          = Ext.Date.clone(date),445            relativeTo  = relativeToStart ? this.getStart() : null,446            increment   = incr || this.resolutionIncrement,447            unit;448        if (resolutionUnit) {449            unit        = resolutionUnit;450        } else {451            unit        = relativeToStart ? this.resolutionUnit : this.mainUnit;452        }453        var DATE        = Sch.util.Date;454        var snap        = function (value, increment) { return Math.floor(value / increment) * increment; };455        switch (unit) {456            case DATE.MILLI:457                if (relativeToStart) {458                    dt          = DATE.add(relativeTo, DATE.MILLI, snap(DATE.getDurationInMilliseconds(relativeTo, dt), increment));459                }460                break;461            case DATE.SECOND:462                if (relativeToStart) {463                    dt          = DATE.add(relativeTo, DATE.MILLI, snap(DATE.getDurationInSeconds(relativeTo, dt), increment) * 1000);464                } else {465                    dt.setMilliseconds(0);466                    dt.setSeconds(snap(dt.getSeconds(), increment));467                }468                break;469            case DATE.MINUTE:470                if (relativeToStart) {471                    dt          = DATE.add(relativeTo, DATE.SECOND, snap(DATE.getDurationInMinutes(relativeTo, dt), increment) * 60);472                } else {473                    dt.setMinutes(snap(dt.getMinutes(), increment));474                    dt.setSeconds(0);475                    dt.setMilliseconds(0);476                }477                break;478            case DATE.HOUR:479                if (relativeToStart) {480                    dt           = DATE.add(relativeTo, DATE.MINUTE, snap(DATE.getDurationInHours(this.getStart(), dt), increment) * 60);481                } else {482                    dt.setMinutes(0);483                    dt.setSeconds(0);484                    dt.setMilliseconds(0);485                    dt.setHours(snap(dt.getHours(), increment));486                }487                break;488            case DATE.DAY:489                if (relativeToStart) {490                    dt            = DATE.add(relativeTo, DATE.DAY, snap(DATE.getDurationInDays(relativeTo, dt), increment));491                } else {492                    Sch.util.Date.clearTime(dt);493                    // days are 1-based so need to make additional adjustments494                    dt.setDate(snap(dt.getDate() - 1, increment) + 1);495                }496                break;497            case DATE.WEEK:498                var day      = dt.getDay()       || 7;499                var startDay = this.weekStartDay || 7;500                Sch.util.Date.clearTime(dt);501                dt      = DATE.add(dt, DATE.DAY, day >= startDay ? startDay - day : -(7 - startDay + day));502                // Watch out for Brazil DST craziness (see test 028_timeaxis_dst.t.js)503                if (dt.getDay() !== startDay && dt.getHours() === 23) {504                    dt = DATE.add(dt, DATE.HOUR, 1);505                }506                break;507            case DATE.MONTH:508                if (relativeToStart) {509                    dt      = DATE.add(relativeTo, DATE.MONTH, snap(DATE.getDurationInMonths(relativeTo, dt), increment));510                } else {511                    Sch.util.Date.clearTime(dt);512                    dt.setDate(1);513                    dt.setMonth(snap(dt.getMonth(), increment));514                }515                break;516            case DATE.QUARTER:517                Sch.util.Date.clearTime(dt);518                dt.setDate(1);519                dt                      = DATE.add(dt, DATE.MONTH, - (dt.getMonth() % 3));520                break;521            case DATE.YEAR:522                if (relativeToStart) {523                    dt                  = DATE.add(relativeTo, DATE.YEAR, snap(DATE.getDurationInYears(relativeTo, dt), increment));524                } else {525                    // years are 1-based so need to make additional adjustments526                    dt                  = new Date(snap(date.getFullYear() - 1, increment) + 1, 0, 1);527                }528                break;529        }530        return dt;531    },532    // Rounds the date to nearest unit increment533    // private534    roundDate : function(date, relativeTo) {535        var dt = Ext.Date.clone(date),536            increment = this.resolutionIncrement;537        relativeTo = relativeTo || this.getStart();538        switch(this.resolutionUnit) {539            case Sch.util.Date.MILLI:540                var milliseconds = Sch.util.Date.getDurationInMilliseconds(relativeTo, dt),541                    snappedMilliseconds = Math.round(milliseconds / increment) * increment;542                dt = Sch.util.Date.add(relativeTo, Sch.util.Date.MILLI, snappedMilliseconds);543                break;544            case Sch.util.Date.SECOND:545                var seconds = Sch.util.Date.getDurationInSeconds(relativeTo, dt),546                    snappedSeconds = Math.round(seconds / increment) * increment;547                dt = Sch.util.Date.add(relativeTo, Sch.util.Date.MILLI, snappedSeconds * 1000);548                break;549            case Sch.util.Date.MINUTE:550                var minutes = Sch.util.Date.getDurationInMinutes(relativeTo, dt),551                    snappedMinutes = Math.round(minutes / increment) * increment;552                dt = Sch.util.Date.add(relativeTo, Sch.util.Date.SECOND, snappedMinutes * 60);553                break;554            case Sch.util.Date.HOUR:555                var nbrHours = Sch.util.Date.getDurationInHours(relativeTo, dt),556                    snappedHours = Math.round(nbrHours / increment) * increment;557                dt = Sch.util.Date.add(relativeTo, Sch.util.Date.MINUTE, snappedHours * 60);558                break;559            case Sch.util.Date.DAY:560                var nbrDays = Sch.util.Date.getDurationInDays(relativeTo, dt),561                    snappedDays = Math.round(nbrDays / increment) * increment;562                dt = Sch.util.Date.add(relativeTo, Sch.util.Date.DAY, snappedDays);563                break;564            case Sch.util.Date.WEEK:565                Sch.util.Date.clearTime(dt);566                var distanceToWeekStartDay = dt.getDay() - this.weekStartDay,567                    toAdd;568                if (distanceToWeekStartDay < 0) {569                    distanceToWeekStartDay = 7 + distanceToWeekStartDay;570                }571                if (Math.round(distanceToWeekStartDay/7) === 1) {572                    toAdd = 7 - distanceToWeekStartDay;573                } else {574                    toAdd = -distanceToWeekStartDay;575                }576                dt = Sch.util.Date.add(dt, Sch.util.Date.DAY, toAdd);577                break;578            case Sch.util.Date.MONTH:579                var nbrMonths = Sch.util.Date.getDurationInMonths(relativeTo, dt) + (dt.getDate() / Ext.Date.getDaysInMonth(dt)),580                    snappedMonths = Math.round(nbrMonths / increment) * increment;581                dt = Sch.util.Date.add(relativeTo, Sch.util.Date.MONTH, snappedMonths);582                break;583            case Sch.util.Date.QUARTER:584                Sch.util.Date.clearTime(dt);585                dt.setDate(1);586                dt = Sch.util.Date.add(dt, Sch.util.Date.MONTH, 3 - (dt.getMonth() % 3));587                break;588            case Sch.util.Date.YEAR:589                var nbrYears = Sch.util.Date.getDurationInYears(relativeTo, dt),590                    snappedYears = Math.round(nbrYears / increment) * increment;591                dt = Sch.util.Date.add(relativeTo, Sch.util.Date.YEAR, snappedYears);592                break;593        }594        return dt;595    },596    // private597    ceilDate : function(date, relativeToStart, resolutionUnit) {598        var dt = Ext.Date.clone(date);599        relativeToStart = relativeToStart !== false;600        var increment = relativeToStart ? this.resolutionIncrement : 1,601            doCall = false,602            unit;603        if (resolutionUnit){604            unit = resolutionUnit;605        } else {606            unit = relativeToStart ? this.resolutionUnit : this.mainUnit;607        }608        switch (unit) {609            case Sch.util.Date.HOUR:610                if (dt.getMinutes() > 0 || dt.getSeconds() > 0 || dt.getMilliseconds() > 0) {611                    doCall = true;612                }613            break;614            case Sch.util.Date.DAY:615                if (dt.getHours() > 0 || dt.getMinutes() > 0 || dt.getSeconds() > 0 || dt.getMilliseconds() > 0) {616                    doCall = true;617                }618            break;619            case Sch.util.Date.WEEK:620                Sch.util.Date.clearTime(dt);621                if (dt.getDay() !== this.weekStartDay || date.getTime() - dt.getTime() > 0) {622                    doCall = true;623                }624            break;625            case Sch.util.Date.MONTH:626                Sch.util.Date.clearTime(dt);627                if (dt.getDate() !== 1 || date.getTime() - dt.getTime() > 0) {628                    doCall = true;629                }630            break;631            case Sch.util.Date.QUARTER:632                Sch.util.Date.clearTime(dt);633                if (dt.getMonth() % 3 !== 0 || dt.getDate() !== 1 || date.getTime() - dt.getTime() > 0) {634                    doCall = true;635                }636            break;637            case Sch.util.Date.YEAR:638                Sch.util.Date.clearTime(dt);639                if (dt.getMonth() !== 0 || dt.getDate() !== 1 || date.getTime() - dt.getTime() > 0) {640                    doCall = true;641                }642            break;643            default:644            break;645        }646        if (doCall) {647            return this.getNext(dt, unit, increment);648        } else {649            return dt;650        }651    },652    // private653    getNext : function(date, unit, increment) {654        return Sch.util.Date.getNext(date, unit, increment, this.weekStartDay);655    },656    // private657    getResolution : function() {658        return {659            unit : this.resolutionUnit,660            increment : this.resolutionIncrement661        };662    },663    // private664    setResolution : function(unit, increment) {665        this.resolutionUnit = unit;666        this.resolutionIncrement = increment || 1;667    },668    /**669     * Moves the time axis by the passed amount and unit.670     * @param {Number} amount The number of units to jump671     * @param {String} unit The unit (Day, Week etc)672     */673    shift: function (amount, unit) {674        this.setTimeSpan(Sch.util.Date.add(this.getStart(), unit, amount), Sch.util.Date.add(this.getEnd(), unit, amount));675    },676    /**677    * Moves the time axis forward in time in units specified by the view preset `shiftUnit`, and by the amount specified by the `shiftIncrement`678    * config of the current view preset.679    * @param {Number} amount (optional) The number of units to jump forward680    */681    shiftNext: function (amount) {682        amount      = amount || this.getShiftIncrement();683        var unit    = this.getShiftUnit();684        this.setTimeSpan(Sch.util.Date.add(this.getStart(), unit, amount), Sch.util.Date.add(this.getEnd(), unit, amount));685    },686    /**687    * Moves the time axis backward in time in units specified by the view preset `shiftUnit`, and by the amount specified by the `shiftIncrement` config of the current view preset.688    * @param {Number} amount (optional) The number of units to jump backward689    */690    shiftPrevious: function (amount) {691        amount = -(amount || this.getShiftIncrement());692        var unit = this.getShiftUnit();693        this.setTimeSpan(Sch.util.Date.add(this.getStart(), unit, amount), Sch.util.Date.add(this.getEnd(), unit, amount));694    },695    getShiftUnit: function () {696        return this.shiftUnit || this.mainUnit;697    },698    // private699    getShiftIncrement: function () {700        return this.shiftIncrement || 1;701    },702    // private703    getUnit: function () {704        return this.unit;705    },706    // private707    getIncrement: function () {708        return this.increment;709    },710    711    // to keep rows and time axis in sync, we use this function to return ticks to generate rows.712    getRowTicks    : function () {713        if (this.mode !== 'plain') {714            var start = this.getStart();715            var end = Sch.util.Date.add(start, this.headerConfig.middle.splitUnit, 1);716            var endIndex = this.findBy(function (record) {717                return record.getStartDate().getTime() >= end.getTime();718            });719            // if no such record was found - we are dealing with day view720            if (endIndex === -1) {721                return this.getRange();722            }723            return this.getRange(0, endIndex - 1);724        }725    },726    /**727    * Returns true if the passed date is inside the span of the current time axis.728    * @param {Date} date The date to query for729    * @return {Boolean} true if the date is part of the timeaxis730    */731    dateInAxis: function(date) {732        var result = Sch.util.Date.betweenLesser(date, this.getStart(), this.getEnd());733        // Date is between axis start/end and axis is not continuous - need to perform better lookup734        if (result && !this.isContinuous()) {735            var tickIndex   = this.getTickFromDate(date);736            var tick        = this.getAt(Math.floor(tickIndex));737            result = tick.getStartDate() <= date && tick.getEndDate() >= date;738        }739        return result;740    },741    /**742    * Returns true if the passed timespan is part of the current time axis (in whole or partially).743    * @param {Date} start The start date744    * @param {Date} end The end date745    * @return {boolean} true if the timespan is part of the timeaxis746    */747    timeSpanInAxis: function(start, end) {748        if (this.isContinuous()) {749            return Sch.util.Date.intersectSpans(start, end, this.getStart(), this.getEnd());750        } else {751            return (start < this.getStart() && end > this.getEnd()) ||752                   this.getTickFromDate(start) !== this.getTickFromDate(end);753        }754    },755    // Accepts a Sch.model.Range model756    isRangeInAxis: function(range) {757        var start = range.getStartDate(),758            end = range.getEndDate();759        // only consider fully scheduled ranges760        if (!start || !end) return false;761        return this.timeSpanInAxis(start, end);762    },763    /**764     * Calls the supplied iterator function once per interval. The function will be called with three parameters, start date and end date and an index.765     * @protected766     * @param {String} unit The unit to use when iterating over the timespan767     * @param {Number} increment The increment to use when iterating over the timespan768     * @param {Function} iteratorFn The function to call769     * @param {Object} scope (optional) The "this" object to use for the function call770     */771    forEachAuxInterval : function (unit, increment, iteratorFn, scope) {772        scope               = scope || this;773        var end             = this.getEnd(),774            dt              = this.getStart(),775            i               = 0,776            intervalEnd;777        if (dt > end) throw 'Invalid time axis configuration';778        while (dt < end) {779            intervalEnd     =  Sch.util.Date.min(this.getNext(dt, unit, increment || 1), end);780            iteratorFn.call(scope, dt, intervalEnd, i);781            dt              = intervalEnd;782            i++;783        }784    },785    consumeViewPreset : function (preset) {786        Ext.apply(this, {787            unit                : preset.getBottomHeader().unit,788            increment           : preset.getBottomHeader().increment || 1,789            resolutionUnit      : preset.timeResolution.unit,790            resolutionIncrement : preset.timeResolution.increment,791            mainUnit            : preset.getMainHeader().unit,792            shiftUnit           : preset.shiftUnit,793            shiftIncrement      : preset.shiftIncrement || 1,794            defaultSpan         : preset.defaultSpan || 1,795            presetName          : preset.name,796            // Calendar columns are updated upon 'datachanged' event on this object.797            // We have to pass headerConfig in order to render them correctly (timeAxisViewModel is incorrect in required time)798            headerConfig        : preset.headerConfig799        });800    }...

ffNetworkManager.js

Source:ffNetworkManager.js

...64      if (response.evicted) throw new Error(`Response body for ${request.request.method()} ${request.request.url()} was evicted!`);65      return Buffer.from(response.base64body, 'base64');66    };67    const startTime = event.timing.startTime;68    function relativeToStart(time) {69      if (!time) return -1;70      return (time - startTime) / 1000;71    }72    const timing = {73      startTime: startTime / 1000,74      domainLookupStart: relativeToStart(event.timing.domainLookupStart),75      domainLookupEnd: relativeToStart(event.timing.domainLookupEnd),76      connectStart: relativeToStart(event.timing.connectStart),77      secureConnectionStart: relativeToStart(event.timing.secureConnectionStart),78      connectEnd: relativeToStart(event.timing.connectEnd),79      requestStart: relativeToStart(event.timing.requestStart),80      responseStart: relativeToStart(event.timing.responseStart)81    };82    const response = new network.Response(request.request, event.status, event.statusText, parseMultivalueHeaders(event.headers), timing, getResponseBody);83    if (event !== null && event !== void 0 && event.remoteIPAddress && typeof (event === null || event === void 0 ? void 0 : event.remotePort) === 'number') {84      response._serverAddrFinished({85        ipAddress: event.remoteIPAddress,86        port: event.remotePort87      });88    } else {89      response._serverAddrFinished();90    }91    response._securityDetailsFinished({92      protocol: event === null || event === void 0 ? void 0 : (_event$securityDetail = event.securityDetails) === null || _event$securityDetail === void 0 ? void 0 : _event$securityDetail.protocol,93      subjectName: event === null || event === void 0 ? void 0 : (_event$securityDetail2 = event.securityDetails) === null || _event$securityDetail2 === void 0 ? void 0 : _event$securityDetail2.subjectName,94      issuer: event === null || event === void 0 ? void 0 : (_event$securityDetail3 = event.securityDetails) === null || _event$securityDetail3 === void 0 ? void 0 : _event$securityDetail3.issuer,...

domElement.js

Source:domElement.js

1/* eslint-disable no-bitwise */2/* eslint-disable no-continue */3import Caret from './caret';4class DOMElement {5  /**6  * Creates a new DOMElement instance.7  * Parameters:8  *   el: DOM Element9  */10  constructor(el) {11    this.el = el;12    this.isActive = false;13  }14  get active() {15    return this.isActive;16  }17  set active(active) {18    this.isActive = active;19  }20  /**21  * innerHTML gets the innerHTML of the DOM element.22  * Parameters:23  *   content: string24  */25  get innerHTML() {26    return this.el.innerHTML;27  }28  /**29  * setInnerHTML sets the innerHTML of the DOM element.30  * Parameters:31  *   content: string32  */33  setInnerHTML(content) {34    this.el.innerHTML = content;35  }36  /**37  * contains38  * Parameters:39  *   content: string40  */41  contains(el) {42    return this.el.contains(el);43  }44  /**45  * getCaretPosition gets the caret position relative to the text in the DOM46  * element.47  * Returns: Caret48  */49  getCaretPosition() {50    let start = 0;51    let end = 0;52    const doc = this.el.ownerDocument || this.el.document;53    const win = doc.defaultView || doc.parentWindow;54    let sel;55    if (win.getSelection !== undefined) {56      sel = win.getSelection();57      if (sel.rangeCount > 0) {58        const range = win.getSelection().getRangeAt(0);59        const preCaretRange = range.cloneRange();60        preCaretRange.selectNodeContents(this.el);61        preCaretRange.setEnd(range.startContainer, range.startOffset);62        start = preCaretRange.toString().length;63        preCaretRange.selectNodeContents(this.el);64        preCaretRange.setEnd(range.endContainer, range.endOffset);65        end = preCaretRange.toString().length;66        // Account for newlines by counting the number of top-level divs67        // preceding and including the range's start container and end68        // container.69        const divs = this.getAllDivNodes();70        if (divs.length > 0) {71          divs.splice(0, 1); // The first div doesn't count as a new line72        }73        divs.forEach((child) => {74          const relativeToStart = range.startContainer.compareDocumentPosition(child);75          const relativeToEnd = range.endContainer.compareDocumentPosition(child);76          if (relativeToStart === 077            || relativeToStart & Node.DOCUMENT_POSITION_PRECEDING) {78            start += 1;79          }80          if (relativeToEnd === 081            || relativeToEnd & Node.DOCUMENT_POSITION_PRECEDING) {82            end += 1;83          }84        });85      }86    }87    return new Caret(start, end);88  }89  /**90  * getAllNodes gets all of the nodes within the DOM Element.91  * Returns: Node[]92  */93  getAllNodes() {94    const a = [];95    const walk = document.createTreeWalker(this.el, NodeFilter.SHOW_ALL, null, false);96    let n = walk.nextNode();97    while (n) {98      a.push(n);99      n = walk.nextNode();100    }101    return a;102  }103  /**104   * getAllDivNodes gets all of the <div> nodes within the DOM Element.105   * Returns: Node[]106   */107  getAllDivNodes() {108    const allNodes = this.getAllNodes();109    return allNodes.filter((node) => node.nodeName.toUpperCase() === 'DIV');110  }111  /**112  * getTextSize gets the total size of only the text nodes in the DOM Element.113  * Returns: int, total size of text nodes114  */115  getTextSize() {116    const range = document.createRange();117    range.selectNodeContents(this.el);118    const divs = this.getAllDivNodes();119    return range.toString().length + (divs.length > 0 ? divs.length - 1 : 0);120  }121  /**122  * getCaretData determines the node and offset of the given position within the123  * DOM Element.124  * Parameters:125  *   position: int126  * Returns: object{node, offset}, where node is the Node that the position is127  *           in and offset is the position within the element128  */129  getCaretData(position) {130    let node;131    let offset = position;132    const nodes = this.getAllNodes();133    const divs = this.getAllDivNodes();134    let divCount = 0;135    if (divs.length > 0) {136      offset += 1; // Account for the div on the first line137    }138    for (let n = 0; n < nodes.length; n += 1) {139      if (nodes[n].isEqualNode(divs[divCount])) {140        offset -= 1;141        divCount += 1;142        continue;143      }144      const nodeValue = nodes[n].nodeValue ? nodes[n].nodeValue : '';145      if (offset > nodeValue.length && nodes[n + 1]) {146        // remove amount from the position, go to next node147        offset -= nodeValue.length;148      } else {149        node = nodes[n];150        break;151      }152    }153    return { node, offset };154  }155  /**156  * setCaret sets the client's caret at a specified position in the DOM element.157  * Parameters:158  *   position: Caret159  */160  setCaret(position) {161    const doc = this.el.ownerDocument || this.el.document;162    const win = doc.defaultView || doc.parentWindow;163    const sel = win.getSelection();164    const range = doc.createRange();165    const { start, end } = position;166    const startData = this.getCaretData(start);167    const endData = this.getCaretData(end);168    if (!startData.node) {169      startData.node = this.el;170    }171    if (!endData.node) {172      endData.node = this.el;173    }174    range.setStart(startData.node, startData.offset);175    if (startData.node === endData.node && startData.offset === endData.offset) {176      range.collapse(true);177    } else {178      range.setEnd(endData.node, endData.offset);179    }180    sel.removeAllRanges();181    sel.addRange(range);182  }183  /**184  * removeHighlight removes a "highlight" span from around text nodes.185  * Parameters:186  *   highlight, DOM Element: the "highlight" span with children187  */188  removeHighlight(highlight) {189    const doc = this.el.ownerDocument || this.el.document;190    const highlightRange = doc.createRange();191    highlightRange.selectNodeContents(highlight);192    highlight.parentNode.insertBefore(highlightRange.extractContents(), highlight);193    highlight.parentNode.removeChild(highlight);194  }195  /**196  * removeAllHighlights removes all "highlight" spans from around text nodes197  * inside the DOM element.198  */199  removeAllHighlights() {200    const highlights = this.el.querySelectorAll('span.highlight');201    highlights.forEach((highlight) => {202      this.removeHighlight(highlight);203    });204  }205  /**206  * setActiveUserCaret modifies the DOM to display a representation of the207  * active user's caret.208  * Parameters:209  *   activeUser: ActiveUser210  */211  setActiveUserCaret(activeUser) {212    const { id, caret: { start, end }, colour } = activeUser;213    const { parentNode } = this.el;214    let cursor = parentNode.querySelector(`#cursor-${id}`);215    if (!cursor) {216      cursor = document.createElement('span');217      cursor.setAttribute('id', `cursor-${id}`);218      cursor.setAttribute('class', 'cursor');219      cursor.setAttribute('style', `background-color: var(--${colour});`);220    } else {221      cursor = cursor.parentNode.removeChild(cursor);222    }223    const startData = this.getCaretData(start);224    if (!startData.node) {225      startData.node = this.el;226    }227    const range = document.createRange();228    range.setStart(startData.node, startData.offset);229    let startY = range.getBoundingClientRect().top;230    let startX = range.getBoundingClientRect().left;231    let outOfView = false;232    if (startData.node === this.el) {233      parentNode.style.position = 'relative';234      cursor.style.top = '1em';235      cursor.style.left = '1em';236    } else {237      if (startY === 0 && startX === 0) {238        startY = startData.node.getBoundingClientRect().top;239        startX = startData.node.getBoundingClientRect().left;240      }241      parentNode.style.position = 'static';242      cursor.style.top = `${startY}px`;243      cursor.style.left = `${startX}px`;244      const minY = parentNode.getBoundingClientRect().top;245      const cursorHeight = 1.25 * parseFloat(window.getComputedStyle(parentNode).getPropertyValue('font-size'));246      if (startY < minY) {247        if (startY + cursorHeight > minY) {248          cursor.style.top = `${minY}px`;249          cursor.style.height = `${cursorHeight - (minY - startY)}px`;250        } else {251          outOfView = true;252        }253      }254    }255    if (!outOfView) {256      parentNode.append(cursor);257    }258    let highlight = this.el.querySelector(`#highlight-${id}`);259    if (!highlight) {260      highlight = document.createElement('span');261      highlight.setAttribute('id', `highlight-${id}`);262      highlight.setAttribute('class', 'highlight');263      highlight.setAttribute('style', `background-color: var(--highlight-${colour});`);264    } else {265      this.removeHighlight(highlight);266    }267    if (start !== end) {268      const endData = this.getCaretData(end);269      if (!endData.node) {270        endData.node = this.el;271      }272      range.setEnd(endData.node, endData.offset);273      range.surroundContents(highlight);274    }275  }276  /**277  * removeActiveUserCaret removes the representation of the active user's caret278  * from the DOM.279  * Parameters:280  *   id, int: the active user's id281  */282  removeActiveUserCaret(id) {283    const cursor = this.el.parentNode.querySelector(`#cursor-${id}`);284    if (cursor) {285      cursor.parentNode.removeChild(cursor);286    }287    const highlight = this.el.querySelector(`#highlight-${id}`);288    if (highlight) {289      this.removeHighlight(highlight);290    }291  }292}...

fullscreenSlider.js

Source:fullscreenSlider.js

1window.addEventListener('DOMContentLoaded', () => {2    const sections = Array.from(document.getElementsByClassName('section')); // All the sections of the homepage's slider3    const container = document.getElementById('container'); // The sections' container4    // Object with properties related to the fullscreen touch slider controler.5    const touchParams = {6        sections: sections, // Sections of the fullscreen touch slider.7        startPosition: 0, // Y-Axis position where the dragging began.8        previousPosition: 0, // Y-Axis position prior to the start of dragging.9        currentPosition: 0, // Current Y-Axis position, updated while dragging.10        relativeToStart: 0, // Difference in position from where dragging started.11        index: 0, // The current section showed on the viewport.12        canSlideUp: true, // True if I can slide into a next section.13        canSlideDown: true, // True if I can slide into a previous section.14    };15    adjustHeight(sections);16    anim();17    touchEvents(container, touchParams);18    window.addEventListener('resize', () => {19        adjustHeight(sections);20        adjustByIndex(container, touchParams);21    });22    // Handle scrolleable sections --------------------------------------23    const scrolleables = container.querySelectorAll('[scrolleable]');24    scrolleables.forEach((scrolleable) => {25        scrolleable.addEventListener('scroll', function () {26            checkScrollInScrolleable(this, container, touchParams);27        });28    });29    // Go to second section with the button30    const nextSectionBtn = document.querySelector('#nextSectionBtn');31    nextSectionBtn.addEventListener('click', () => {32        touchParams.index = 1;33        adjustByIndex(container, touchParams);34        touchParams.index = 1;35    });36});37/**38 * This function makes sure that the scroll of a scrolleable section is at some bound to be able to slide to other section.39 * @param {*} scrolleable the scrolleable section DOM element.40 * @param {*} container the sectoins' container.41 * @param {*} touchParams the Oject with properties related to the fullscreen touch slider controler.42 */43function checkScrollInScrolleable(scrolleable, container, touchParams) {44    touchParams.canSlideUp = false;45    touchParams.canSlideDown = false;46    if (47        scrolleable.scrollTop + scrolleable.getBoundingClientRect().bottom >=48        scrolleable.scrollHeight - 1049    ) {50        touchParams.canSlideDown = true;51    }52    if (scrolleable.scrollTop <= 10) {53        touchParams.canSlideUp = true;54    }55}56/**57 * Adjusts the height of the sections, html and body DOM elements to fill the full viewport58 * @param {*} sections59 */60function adjustHeight(sections) {61    let vh = window.innerHeight;62    document.querySelector('html').style.height = `${vh}px`;63    document.querySelector('body').style.height = `${vh}px`;64    sections.forEach((section) => {65        section.style.height = `${vh}px`;66    });67}68/**69 * Make the header's animation when the page has been loaded70 */71function anim() {72    const headerTitle = document.getElementById('headerTitle');73    const headerSubtitle = document.getElementById('headerSubtitle');74    const socialIcons = document.querySelectorAll('.socialIcon');75    const footprint = document.querySelector('#footprint');76    // Title fade in77    headerTitle.animate([{ opacity: '1' }], {78        easing: 'ease',79        duration: 2000,80        fill: 'forwards',81    });82    // Subtitle fade in83    headerSubtitle.animate([{ opacity: '1' }], {84        delay: 1500,85        duration: 2000,86        fill: 'forwards',87    });88    // Footprint loop rotation89    footprint.animate(90        [91            { transform: 'rotate(380deg)' },92            { transform: 'rotate(300deg)' },93            { transform: 'rotate(400deg)' },94            { transform: 'rotate(380deg)' },95        ],96        {97            duration: 1000,98            fill: 'none',99            iterations: Infinity,100        }101    );102    // Social media icons fade in103    for (let i = 0; i < socialIcons.length; ++i) {104        socialIcons[i].animate([{ transform: 'scale(1)' }], {105            easing: 'ease',106            delay: 350 * i,107            duration: 500,108            fill: 'forwards',109        });110    }111}112/**113 * Adds event handlers to all touch events114 */115function touchEvents(container, touchParams) {116    container.addEventListener(117        'touchstart',118        touchStartHanlder(container, touchParams)119    );120    container.addEventListener(121        'touchmove',122        touchMoveHandler(container, touchParams)123    );124    container.addEventListener(125        'touchend',126        touchEndHanlder(container, touchParams)127    );128    container.addEventListener(129        'touchcancel',130        touchEndHanlder(container, touchParams)131    );132}133function touchStartHanlder(container, touchParams) {134    return (e) => {135        touchParams.startPosition = e.touches[0].clientY;136    };137}138function touchMoveHandler(container, touchParams) {139    return (e) => {140        touchParams.relativeToStart =141            e.touches[0].clientY - touchParams.startPosition;142        if (Math.abs(touchParams.relativeToStart) < 150) {143            touchParams.currentPosition =144                touchParams.relativeToStart + touchParams.previousPosition;145        }146        if (touchParams.canSlideUp && touchParams.relativeToStart > 10) {147            container.style.transform = `translateY(${touchParams.currentPosition}px)`;148        } else if (149            touchParams.canSlideDown &&150            touchParams.relativeToStart < -10151        ) {152            container.style.transform = `translateY(${touchParams.currentPosition}px)`;153        }154    };155}156function touchEndHanlder(container, touchParams) {157    return (e) => {158        if (159            touchParams.relativeToStart > 100 &&160            touchParams.index > 0 &&161            touchParams.canSlideUp162        ) {163            touchParams.index--;164            touchParams.canSlideDown = true;165            touchParams.canSlideUp = true;166        } else if (167            touchParams.relativeToStart < -100 &&168            touchParams.index < touchParams.sections.length - 1 &&169            touchParams.canSlideDown170        ) {171            touchParams.index++;172            touchParams.canSlideDown = true;173            touchParams.canSlideUp = true;174        }175        adjustByIndex(container, touchParams);176    };177}178/**179 * Adjusts the position of the container depending on the index of the current section.180 * @param {*} container The section's container181 * @param {*} touchParams An object whose properties are variables related to the touch handler182 */183function adjustByIndex(container, touchParams) {184    container.style.transform = `translateY(${185        window.innerHeight * -touchParams.index186    }px)`;187    touchParams.relativeToStart = 0;188    touchParams.previousPosition = -touchParams.index * window.innerHeight;...

Using AI Code Generation

1const path = require('path');2const {chromium} = require('playwright');3(async () => {4  const browser = await chromium.launch();5  const page = await browser.newPage();6  await page.screenshot({ path: path.relativeToStart('test.png') });7  await browser.close();8})();9const path = require('path');10const {chromium} = require('playwright');11(async () => {12  const browser = await chromium.launch();13  const page = await browser.newPage();14  await page.screenshot({ path: path.relativeToStart('test.png') });15  await browser.close();16})();

Using AI Code Generation

1const { relativeToStart } = require('@playwright/test');2const { test } = require('@playwright/test');3test('test', async ({ page }) => {4  await page.goto(relativeToStart('index.html'));5});6const { relativeToStart } = require('@playwright/test');7console.log(relativeToStart('test.js'));

Using AI Code Generation

1const { relativeToStart } = require('playwright/lib/server/frames');2const { Frame } = require('playwright/lib/server/chromium/crPage');3const { Page } = require('playwright/lib/server/chromium/crPage');4const getFrame = (page, frameName) => {5  const target = page._browserContext._targets.find(target => target._page === page);6  const frame = target._page._frameManager._frames.find(frame => frame._name === frameName);7  return frame;8};9const getFrameElement = async (page, frameName, selector) => {10  const frame = getFrame(page, frameName);11  const element = await frame.$(selector);12  const [x, y] = await element.evaluate(element => [element.offsetLeft, element.offsetTop]);13  const [width, height] = await element.evaluate(element => [element.offsetWidth, element.offsetHeight]);14  const position = { x, y, width, height };15  const relativePosition = relativeToStart(frame, position);16  return { element, position: relativePosition };17};18const { test, expect } = require('@playwright/test');19test('Test', async ({ page }) => {20  const { position } = await getFrameElement(page, 'iframeResult', 'h1');21  await page.mouse.move(position.x + 10, position.y + 10);22  await page.mouse.click(position.x + 10, position.y + 10);23  await page.waitForTimeout(5000);24});25const getFrameElement = async (page, frameName, selector) => {26  const frame = getFrame(page, frameName);27  const element = await frame.$(selector);28  const [x, y] = await element.evaluate(element => [element.offsetLeft, element.offsetTop]);29  const [width, height] = await element.evaluate(element => [element.offsetWidth, element.offsetHeight]);30  const position = { x, y, width, height };

Using AI Code Generation

1const { relativeToStart } = require('playwright/lib/server/frames');2const { Frame } = require('playwright/lib/server/chromium/crPage');3const { ElementHandle } = require('playwright/lib/server/chromium/crElementHandle');4const frame = new Frame(null, null, null, null, null, null, null, null, null, null, null, null, null, null);5const elementHandle = new ElementHandle(null, null, null, null, null, null, null, null, null, null, null, null, null, null);6const result = relativeToStart(elementHandle, frame, 0, 0);7console.log(result);8const { relativeToStart } = require('playwright/lib/server/frames');9const { Frame } = require('playwright/lib/server/chromium/crPage');10const { ElementHandle } = require('playwright/lib/server/chromium/crElementHandle');11const frame = new Frame(null, null, null, null, null, null, null, null, null, null, null, null, null, null);12const elementHandle = new ElementHandle(null, null, null, null, null, null, null, null, null, null, null, null, null, null);13const result = relativeToStart(elementHandle, frame, 100, 100);14console.log(result);15const { relativeToStart } = require('playwright/lib/server/frames');16const { Frame } = require('playwright/lib/server/chromium/crPage');17const { ElementHandle } = require('playwright/lib/server/chromium/crElementHandle');18const frame = new Frame(null, null, null, null, null, null, null, null, null, null, null, null, null, null);

Using AI Code Generation

1const { test } = require('@playwright/test');2const path = require('path');3test('test', async ({ page }) => {4  const imagePath = path.relativeToStart('image.png');5  await page.screenshot({ path: imagePath });6});

Using AI Code Generation

1import { test as base, expect } from '@playwright/test';2import { relativeToStart } from '@playwright/test/lib/test/workerRunner';3const test = base.extend<{ relativePath: string }>({4  relativePath: async ({}, use) => {5    await use(relativeToStart(__filename));6  },7});8test('test', async ({ relativePath }) => {9  expect(relativePath).toBe('test.js');10});11test.describe('test', () => {12  test('test', async ({ relativePath }) => {13    expect(relativePath).toBe('test.js');14  });15});

Using AI Code Generation

1const { chromium } = require('playwright');2(async () => {3  const browser = await chromium.launch();4  const context = await browser.newContext();5  const page = await context.newPage();6  const elementToStart = await page.$('text="Element to start"');7  const elementToClick = await page.$('text="Element to click"');8  await elementToClick.click({ relativeToStart: elementToStart });9  await browser.close();10})();

Playwright tutorial

LambdaTest’s Playwright tutorial will give you a broader idea about the Playwright automation framework, its unique features, and use cases with examples to exceed your understanding of Playwright testing. This tutorial will give A to Z guidance, from installing the Playwright framework to some best practices and advanced concepts.

Chapters:

What is Playwright : Playwright is comparatively new but has gained good popularity. Get to know some history of the Playwright with some interesting facts connected with it.
How To Install Playwright : Learn in detail about what basic configuration and dependencies are required for installing Playwright and run a test. Get a step-by-step direction for installing the Playwright automation framework.
Playwright Futuristic Features: Launched in 2020, Playwright gained huge popularity quickly because of some obliging features such as Playwright Test Generator and Inspector, Playwright Reporter, Playwright auto-waiting mechanism and etc. Read up on those features to master Playwright testing.
What is Component Testing: Component testing in Playwright is a unique feature that allows a tester to test a single component of a web application without integrating them with other elements. Learn how to perform Component testing on the Playwright automation framework.
Inputs And Buttons In Playwright: Every website has Input boxes and buttons; learn about testing inputs and buttons with different scenarios and examples.
Functions and Selectors in Playwright: Learn how to launch the Chromium browser with Playwright. Also, gain a better understanding of some important functions like “BrowserContext,” which allows you to run multiple browser sessions, and “newPage” which interacts with a page.
Handling Alerts and Dropdowns in Playwright : Playwright interact with different types of alerts and pop-ups, such as simple, confirmation, and prompt, and different types of dropdowns, such as single selector and multi-selector get your hands-on with handling alerts and dropdown in Playright testing.
Playwright vs Puppeteer: Get to know about the difference between two testing frameworks and how they are different than one another, which browsers they support, and what features they provide.
Run Playwright Tests on LambdaTest: Playwright testing with LambdaTest leverages test performance to the utmost. You can run multiple Playwright tests in Parallel with the LammbdaTest test cloud. Get a step-by-step guide to run your Playwright test on the LambdaTest platform.
Playwright Python Tutorial: Playwright automation framework support all major languages such as Python, JavaScript, TypeScript, .NET and etc. However, there are various advantages to Python end-to-end testing with Playwright because of its versatile utility. Get the hang of Playwright python testing with this chapter.
Playwright End To End Testing Tutorial: Get your hands on with Playwright end-to-end testing and learn to use some exciting features such as TraceViewer, Debugging, Networking, Component testing, Visual testing, and many more.
Playwright Video Tutorial: Watch the video tutorials on Playwright testing from experts and get a consecutive in-depth explanation of Playwright automation testing.