How to use toPascal method in Playwright Internal

Best JavaScript code snippet using playwright-internal

regulator-thermo.js

Source:regulator-thermo.js

...8};9function getQueryForUpdateTimeSchemasInUse() {10    return `DELETE FROM TimeSchemasInUse WHERE OwnerKey = 'regulator-${REGULATOR_TYPE}';11        INSERT INTO TimeSchemasInUse(TimeSchemaID, OwnerKey)12            SELECT DISTINCT [TimeSchemaID], 'regulator-${REGULATOR_TYPE}' FROM [main].[Regulators${REGULATOR_TYPE.toPascal()}Params];`13}14wscli.commands.add({SetParams: Object},15    function (arg) {16        if(wscli.context.current === wscli.context.regulator){17            let qp = {$ID: wscli.current.regulator, $Type: 'regulator-' + REGULATOR_TYPE};18            let row = db.querySync(`SELECT r.TypeID AS TypeID19                FROM Regulators AS r20                INNER JOIN RegulatorsTypes as rt21                    ON r.TypeID = rt.TypeID22                WHERE RegulatorID = $ID AND rt.Type = $Type`, qp)[0];23            if(row){24                let names = [], params = [], keys = [];25                for(let key in arg){26                    keys.push(key);27                    let keylc = key.toLowerCase();28                    if(keylc === 'timeschema'){29                        qp.$TimeSchemaID = arg[key], names.push('TimeSchemaID'), params.push('$TimeSchemaID');30                    }else if(keylc === 'sensor') {31                        qp.$SensorID = arg[key], names.push('SensorID'), params.push('$SensorID');32                    }else if(keylc === 'temperaturedeviation') {33                        qp.$TemperatureDeviation = Number(arg[key]), names.push('TemperatureDeviation'), params.push('min(max($TemperatureDeviation, -MaxTemperatureDeviation), MaxTemperatureDeviation)');34                    }else if(keylc === 'temperaturetolerance') {35                        qp.$TemperatureTolerance = Number(arg[key]), names.push('TemperatureTolerance'), params.push('min(max($TemperatureTolerance, 0), MaxTemperatureTolerance)');36                    }37                }38                let q = `UPDATE RegulatorsThermoParams 39                    SET (${names.join(', ')}) = (SELECT ${params.join(', ')} FROM Regulators${REGULATOR_TYPE.toPascal()}Settings )40                    WHERE RegulatorID = $ID;41                        -- If no update happened (i.e. the row didn't exist) then insert one42                    INSERT INTO RegulatorsThermoParams (RegulatorID, ${names.join(', ')})43                        SELECT $ID, ${params.join(', ')} FROM Regulators${REGULATOR_TYPE.toPascal()}Settings44                    WHERE (Select Changes() = 0);45                    ${getQueryForUpdateTimeSchemasInUse()}46                    SELECT ${names.map((item, ind) => `${item} AS ${keys[ind]}`)} FROM Regulators${REGULATOR_TYPE.toPascal()}Params WHERE RegulatorID = $ID`;47                row = db.querySync(q, qp)[0];48                wscli.sendData(`#Regulator:${qp.$ID},Params:${wscli.data.toString(row)}`);49                return true;50            }51        }52    },53    'Set Regulator params.');54function getParams(RegulatorID) {55    let res = {};56    let qp = {$ID: RegulatorID};57    let row = db.querySync(`58        INSERT OR IGNORE INTO RegulatorsThermoParams (RegulatorID, TimeSchemaID)59                        SELECT $ID, TimeSchemaID FROM TimeSchemas ts60                            INNER JOIN TimeSchemasTypes as tst ON ts.TypeID = tst.TypeID 61                        WHERE tst.Type = 'temperature'62                        ORDER BY TimeSchemaID LIMIT 1;    63        ${getQueryForUpdateTimeSchemasInUse()}64        SELECT65            TimeSchemaID AS TimeSchema, SensorID AS Sensor, TemperatureDeviation, TemperatureTolerance66            FROM RegulatorsThermoParams WHERE RegulatorID = $ID`, qp)[0];67    res = wscli.data.toString(row);68    return res;69}70wscli.commands.add({GetParams: String},71    function (arg) {72        if(wscli.context.current === wscli.context.regulator){73            let qp = {$ID: wscli.current.regulator, $Type: 'regulator-' + REGULATOR_TYPE};74            db.querySync(`SELECT r.RegulatorID AS RegulatorID75                FROM Regulators AS r76                INNER JOIN RegulatorsTypes as rt77                    ON r.TypeID = rt.TypeID78                WHERE (RegulatorID = $ID OR $ID = 0) AND rt.Type = $Type`, qp).forEach(row =>79                    wscli.sendClientData(`#Regulator:${row.RegulatorID},Params:${getParams(row.RegulatorID)}`)80            );81            return true;82        }83    },84    'Get Regulator params.');85const update = {};86module.exports.update = update;87update['0.0.7'] = function(){88    return getDbInitData();89};90function getDbInitData() {91    return `92        {93           "main": {94              "Regulators${REGULATOR_TYPE.toPascal()}Settings":{95                  "schema":{96                    "MaxTemperatureDeviation": "INTEGER NOT NULL",97                    "MaxTemperatureTolerance": "INTEGER NOT NULL"98                  },99                  "data":[100                        {"RowID": 1, "MaxTemperatureDeviation": 50, "MaxTemperatureTolerance": 50}101                    ]102              },103              "RegulatorsTypes": {104                  "data": [105                      {"Type": "regulator-${REGULATOR_TYPE}"}106                  ]107              },108              "RegulatorsThermoParams":{109                "RegulatorID": "INTEGER NOT NULL PRIMARY KEY CONSTRAINT [RegulatorID] REFERENCES [Regulators]([RegulatorID]) ON DELETE CASCADE",110                "TimeSchemaID": "INTEGER NOT NULL CONSTRAINT [TimeSchemaID] REFERENCES [TimeSchemas]([TimeSchemaID]) ON DELETE SET NULL",111                "SensorID": "INTEGER NOT NULL ON CONFLICT REPLACE DEFAULT 0",112                "TemperatureDeviation": "INTEGER NOT NULL ON CONFLICT REPLACE DEFAULT 0",113                "TemperatureTolerance": "INTEGER NOT NULL ON CONFLICT REPLACE DEFAULT 5"114              }115           },116           "mem":{117                "RegulatorsThermoState": {118                    "RegulatorID": "INTEGER NOT NULL PRIMARY KEY CONSTRAINT [RegulatorID] REFERENCES [RegulatorsThermoParams]([RegulatorID]) ON DELETE CASCADE",119                    "TimeSchemaID": "INTEGER NOT NULL",120                    "TargetTemperature": "INTEGER NOT NULL",121                    "CurrentTemperature": "INTEGER NOT NULL",122                    "State": "INTEGER NOT NULL"123                }124           }125        }`;126}127/*128,129           "temp":{130             "FillTimeSchemasInUseByRegulators${REGULATOR_TYPE.toPascal()}_update":{131                "trigger": "AFTER UPDATE OF [TimeSchemaID]132                    ON [main].[Regulators${REGULATOR_TYPE.toPascal()}Params]133                    BEGIN134                    DELETE FROM TimeSchemasInUse WHERE OwnerKey = 'regulator-${REGULATOR_TYPE}';135                    INSERT INTO TimeSchemasInUse(TimeSchemaID, OwnerKey)136                        SELECT DISTINCT [TimeSchemaID], 'regulator-${REGULATOR_TYPE}' FROM [main].[Regulators${REGULATOR_TYPE.toPascal()}Params];137                    END"138             },139             "FillTimeSchemasInUseByRegulators${REGULATOR_TYPE.toPascal()}_insert":{140                "trigger": "AFTER INSERT141                    ON [main].[Regulators${REGULATOR_TYPE.toPascal()}Params]142                    BEGIN143                    DELETE FROM TimeSchemasInUse WHERE OwnerKey = 'regulator-${REGULATOR_TYPE}';144                    INSERT INTO TimeSchemasInUse(TimeSchemaID, OwnerKey)145                        SELECT DISTINCT [TimeSchemaID], 'regulator-${REGULATOR_TYPE}' FROM [main].[Regulators${REGULATOR_TYPE.toPascal()}Params];146                    END"147             },148             "FillTimeSchemasInUseByRegulators${REGULATOR_TYPE.toPascal()}_delete":{149                "trigger": "AFTER DELETE150                    ON [main].[Regulators${REGULATOR_TYPE.toPascal()}Params]151                    BEGIN152                    DELETE FROM TimeSchemasInUse WHERE OwnerKey = 'regulator-${REGULATOR_TYPE}';153                    INSERT INTO TimeSchemasInUse(TimeSchemaID, OwnerKey)154                        SELECT DISTINCT [TimeSchemaID], 'regulator-${REGULATOR_TYPE}' FROM [main].[Regulators${REGULATOR_TYPE.toPascal()}Params];155                    END"156             },157             "FillTimeSchemasInUseByRegulators${REGULATOR_TYPE.toPascal()}":{158                "query": "DELETE FROM TimeSchemasInUse WHERE OwnerKey = 'regulator-${REGULATOR_TYPE}';159                    INSERT INTO TimeSchemasInUse(TimeSchemaID, OwnerKey)160                        SELECT DISTINCT [TimeSchemaID], 'regulator-${REGULATOR_TYPE}' FROM [main].[Regulators${REGULATOR_TYPE.toPascal()}Params];"161             }162           }...

settings.controller.js

Source:settings.controller.js

...46        }47        function openAppSettingsOverlay() {48            var appSetting = {49                "uSync": {50                    "Settings": toPascal(vm.settings),51                    "Sets": {52                        "Default": toPascal(vm.handlerSet)53                    }54                }55            };56            var options = {57                view: Umbraco.Sys.ServerVariables.umbracoSettings.appPluginsPath + '/uSync/settings/settings.overlay.html',58                title: 'appsettings.json snipped',59                content: JSON.stringify(appSetting, null, 4),60                docslink: vm.docslink,61                disableBackdropClick: true,62                disableEscKey: true,63                hideSubmitButton: true,64                submit: function () {65                    overlayService.close();66                }67            };68            overlayService.confirm(options);69        }70        function toPascal(o) {71            var newO, origKey, newKey, value72            if (o instanceof Array) {73                return o.map(function (value) {74                    if (typeof value === "object") {75                        value = toCamel(value)76                    }77                    return value78                })79            } else {80                newO = {}81                for (origKey in o) {82                    if (o.hasOwnProperty(origKey)) {83                        newKey = (origKey.charAt(0).toUpperCase() + origKey.slice(1) || origKey).toString()84                        value = o[origKey]85                        if (value instanceof Array || (value !== null && value.constructor === Object)) {86                            value = toPascal(value)87                        }88                        newO[newKey] = value89                    }90                }91            }92            return newO93        }94    }95    angular.module('umbraco')96        .controller('uSyncSettingsController', settingsController);...

createStory.js

Source:createStory.js

...18});19fs.promises.readFile('./data/storyTemplate/StoryTemplate.tsx.tpl').then((storyTemplate) => {20    const createStoryTemplate = async (name, folder) => {21        if (folder && name) {22            const dir = `./src/components/${toPascal(folder)}/${toPascal(name)}`;23            try {24                await fs.promises.access(dir, fs.constants.R_OK);25            } catch (e) {26                if (e.code === 'ENOENT') {27                    await fs.promises.mkdir(`./src/components/${toPascal(folder)}/${toPascal(name)}`);28                    Logger.log('\x1b[32m', `Folder created in components/${toPascal(folder)}/${toPascal(name)}`);29                }30            }31            try {32                await fs.promises.access(`${dir}/${toPascal(name)}.stories.tsx`, fs.constants.R_OK);33            } catch (e) {34                if (e.code === 'ENOENT') {35                    await fs.promises.writeFile(36                        `${dir}/${toPascal(name)}.stories.tsx`,37                        storyTemplate38                            .toString('utf-8')39                            .replace(/{NAME}/g, toPascal(name))40                            .replace(/{FOLDER}/g, toPascal(folder)),41                    );42                    Logger.log(43                        '\x1b[32m',44                        `Story file created in components/${toPascal(folder)}/${toPascal(name)}.stories.tsx`,45                    );46                }47            }48        } else {49            Logger.log(50                '\x1b[31m',51                'You probably forgot to specify folder or name!\nExample: npm run create-story F=primitives N=Milos',52            );53            return false;54        }55    };56    createStoryTemplate(variables.name, variables.folder);...

createComponent.js

Source:createComponent.js

...18});19fs.promises.readFile('./data/componentTemplate/Component.tsx.tpl').then((componentTemplate) => {20    fs.promises.readFile('./data/componentTemplate/Component.module.scss.tpl').then((scssTemplate) => {21        const createComponentTemplate = async (name, folder) => {22            const dir = `./src/components/${toPascal(folder)}/${toPascal(name)}`;23            try {24                await fs.promises.access(dir, fs.constants.R_OK);25            } catch (e) {26                if (e.code === 'ENOENT') {27                    Logger.error('Creating component ' + name);28                    await fs.promises.mkdir(`./src/components/${toPascal(folder)}/${toPascal(name)}`);29                }30            }31            try {32                await fs.promises.access(`${dir}/${toPascal(name)}.tsx`, fs.constants.R_OK);33            } catch (e) {34                if (e.code === 'ENOENT') {35                    await fs.promises.writeFile(36                        `${dir}/${toPascal(name)}.tsx`,37                        componentTemplate.toString('utf-8').replace(/{NAME}/g, toPascal(name)),38                    );39                }40            }41            try {42                await fs.promises.access(`${dir}/${toPascal(name)}.module.scss`, fs.constants.R_OK);43            } catch (e) {44                if (e.code === 'ENOENT') {45                    await fs.promises.writeFile(`${dir}/${toPascal(name)}.module.scss`, scssTemplate.toString('utf-8'));46                }47            }48        };49        createComponentTemplate(variables.name, variables.folder);50    });...

utils.test.js

Source:utils.test.js

...17  expect(toCamel('Icon / Arrow / Left')).toBe('iconArrowLeft');18  expect(toCamel(' Icon/ Arrow /Left ')).toBe('iconArrowLeft');19});20test('toPascal', () => {21  expect(toPascal('Icon/Arrow/Left')).toBe('IconArrowLeft');22  expect(toPascal('Icon/ArrowLeft')).toBe('IconArrowleft');23  expect(toPascal('Icon / Arrow / Left')).toBe('IconArrowLeft');24  expect(toPascal(' Icon/ Arrow /Left ')).toBe('IconArrowLeft');...

toPascal.test.js

Source:toPascal.test.js

...3  it("should return title with each word's first letter is capital", () => {4    // arrange5    const title = "hello i am mehmet can";6    // act7    const returnedTitle = toPascal(title);8    //assert9    expect(returnedTitle).toBe("Hello I Am Mehmet Can");10  });11  it("should return an empty string if given string is empty", () => {12    // arrange13    const title = "";14    // act15    const returnedTitle = toPascal(title);16    //assert17    expect(returnedTitle).toBe("");18  });19  it("should not make pascal case when word is 'and' and 'or'", () => {20    // arrange21    const title = "to be or not to be";22    // act23    const returnedTitle = toPascal(title);24    //assert25    expect(returnedTitle).toBe("To Be or Not To Be");26  });...

convert_to_pascal.js

Source:convert_to_pascal.js

1const arr = [{},{}]2for (const item of arr) {3    for (const [key, value] of Object.entries(item)) {4        delete item[key];5        item[snakeToPascal(key)] = value;6    }7}8console.log(arr)9function snakeToPascal(str) {10	const toCamel = str.replace( /([-_]\w)/g, g => g[ 1 ].toUpperCase());11	const toPascal = toCamel[ 0 ].toUpperCase() + toCamel.substr( 1 );12	return toPascal;...

snake2Pascal.js

Source:snake2Pascal.js

1const str='javascript_is_awesome'2function toPascal(str){3    let result = ''4    const words = str.split('_')   //['javascript', 'is','awesome']5    for(let i=0; i<words.length; i++){6        result= result + words[i].charAt(0).toUpperCase() + words[i].slice(1).toLowerCase()7            8    }9    return result10}...

Using AI Code Generation

1const { toPascal } = require('playwright-core/lib/utils/utils');2const { toPascal } = require('playwright-core/lib/utils/utils');3const { toPascal } = require('playwright/lib/utils/utils');4const { toPascal } = require('playwright-core/lib/utils/utils');5const { toPascal } = require('playwright-core/lib/utils/utils');6const { toPascal } = require('playwright/lib/utils/utils');7const { toPascal } = require('playwright-core/lib/utils/utils');8const { toPascal } = require('playwright-core/lib/utils/utils');9const { toPascal } = require('playwright/lib/utils/utils');10const { toPascal } = require('playwright-core/lib/utils/utils');11const { toPascal } = require('playwright-core/lib/utils/utils');12const { toPascal } = require('playwright/lib/utils/utils');13const { toPascal } = require('playwright-core/lib/utils/utils');14const { toPascal } = require('playwright-core/lib/utils/utils');15const { toPascal } = require('playwright/lib/utils/utils');16const { toPascal } = require('playwright-core/lib/utils/utils');17const { toPascal } = require('playwright-core/lib/utils/utils');18const { toPascal } = require('playwright/lib/utils/utils');19const { toPascal } = require('playwright-core/lib/utils/utils');20const { toPascal } = require('playwright-core/lib/utils/utils');21const { toPascal } = require('playwright/lib/utils/utils');

Using AI Code Generation

1const { toPascal } = require('playwright/lib/utils/utils');2console.log(toPascal('hello-world'));3const { toPascal } = require('playwright/lib/utils/utils');4console.log(toPascal('hello-world'));5const { toPascal } = require('playwright/lib/utils/utils');6console.log(toPascal('hello-world'));7const { toPascal } = require('playwright/lib/utils/utils');8console.log(toPascal('hello-world'));9const { toPascal } = require('playwright/lib/utils/utils');10console.log(toPascal('hello-world'));11const { toPascal } = require('playwright/lib/utils/utils');12console.log(toPascal('hello-world'));13const { toPascal } = require('playwright/lib/utils/utils');14console.log(toPascal('hello-world'));15const { toPascal } = require('playwright/lib/utils/utils');16console.log(toPascal('hello-world'));17const { toPascal } = require('playwright/lib/utils/utils');18console.log(toPascal('hello-world'));19const { toPascal } = require('playwright/lib/utils/utils');20console.log(toPascal('hello-world'));21const { toPascal } = require('playwright/lib/utils/utils');22console.log(toPascal('hello-world'));23const { toPascal } = require('playwright/lib/utils/utils');24console.log(toPascal('hello-world'));25const { toPascal } = require('playwright/lib/utils/utils');26console.log(toPascal('hello-world'));27const { to

Using AI Code Generation

1const { toPascal } = require('@playwright/test').internal;2const { toPascal } = require('@playwright/test');3const { toPascal } = require('@playwright/test');4const { toPascal } = require('@playwright/test');5const { toPascal } = require('@playwright/test');6const { toPascal } = require('@playwright/test');

Using AI Code Generation

1const { toPascalCase } = require('@playwright/test/lib/utils');2const { test } = require('@playwright/test');3test('toPascalCase', () => {4  expect(toPascalCase('hello-world')).toBe('HelloWorld');5});6const { toPascalCase } = require('@playwright/test/lib/utils');7const { test } = require('@playwright/test');8test('toPascalCase', () => {9  expect(toPascalCase('hello-world')).toBe('HelloWorld');10});11const { toPascalCase } = require('@playwright/test/lib/utils');12const { test } = require('@playwright/test');13test('toPascalCase', () => {14  expect(toPascalCase('hello-world')).toBe('HelloWorld');15});16const { toPascalCase } = require('@playwright/test/lib/utils');17const { test } = require('@playwright/test');18test('toPascalCase', () => {19  expect(toPascalCase('hello-world')).toBe('HelloWorld');20});21const { toPascalCase } = require('@playwright/test/lib/utils');22const { test } = require('@playwright/test');23test('toPascalCase', () => {24  expect(toPascalCase('hello-world')).toBe('HelloWorld');25});26const { toPascalCase } = require('@playwright/test/lib/utils');27const { test } = require('@playwright/test');28test('toPascalCase', () => {29  expect(toPascalCase('hello-world')).toBe('HelloWorld');30});31const { toPascalCase } = require('@playwright/test/lib/utils');32const { test } = require('@playwright/test');33test('toPascalCase', () => {34  expect(toPascalCase('hello-world')).toBe('HelloWorld');35});36const { toPascalCase } = require('@playwright/test/lib/utils');37const { test } = require('@playwright/test');

Using AI Code Generation

1const { toPascal } = require('playwright-core/lib/utils/utils');2console.log(toPascal('test1'));3const { toPascal } = require('playwright/lib/utils/utils');4console.log(toPascal('test1'));5const { toPascal } = require('playwright/types/utils/utils');6console.log(toPascal('test1'));7const { toPascal } = require('playwright/types/types');8console.log(toPascal('test1'));9const { toPascal } = require('playwright/types/types');10console.log(toPascal('test1'));11const { toPascal } = require('playwright/types/types');12console.log(toPascal('test1'));13const { toPascal } = require('playwright/types/types');14console.log(toPascal('test1'));15const { toPascal } = require('playwright/types/types');16console.log(toPascal('test1'));17const { toPascal } = require('playwright/types/types');18console.log(toPascal('test1'));19const { toPascal } = require('playwright/types/types');20console.log(toPascal('test1'));21const { toPascal } = require('playwright/types/types');22console.log(toPascal('test1'));23const { toPascal } = require('playwright/types/types');24console.log(toPascal('test1'));

Using AI Code Generation

1const { toPascal } = require('playwright-core/lib/utils/utils');2const pascalCase = toPascal(str);3const { toPascal } = require('playwright/lib/utils/utils');4const pascalCase = toPascal(str);5const { toPascal } = require('playwright-core/lib/utils/utils');6const pascalCase = toPascal(str);7const { toPascal } = require('playwright/lib/utils/utils');8const pascalCase = toPascal(str);9const { toPascal } = require('playwright-core/lib/utils/utils');10const pascalCase = toPascal(str);11const { toPascal } = require('playwright/lib/utils/utils');12const pascalCase = toPascal(str);13const { toPascal } = require('playwright-core/lib/utils/utils');14const pascalCase = toPascal(str);15const { toPascal } = require('playwright/lib/utils/utils');16const pascalCase = toPascal(str);17const { toPascal } = require('playwright-core/lib/utils

Using AI Code Generation

1const { toPascal } = require('@playwright/test/lib/utils/utils');2console.log(toPascal('hello world'));3const { toCamel } = require('@playwright/test/lib/utils/utils');4console.log(toCamel('hello world'));5const { toSnake } = require('@playwright/test/lib/utils/utils');6console.log(toSnake('hello world'));7const { toKebab } = require('@playwright/test/lib/utils/utils');8console.log(toKebab('hello world'));9const { toTitle } = require('@playwright/test/lib/utils/utils');10console.log(toTitle('hello world'));

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