πŸ“—
UpGrade Platform - Documentation
6.0
6.0
  • UpGrade Overview
  • Creating an Experiment
    • Unit of Assignment
    • Simple Experiment
    • Factorial Experiment
    • Inclusion and Exclusion
    • Schedule and Post-Rule
    • Exporting Experiment Data and Design
  • Creating a Feature Flag
  • How UpGrade Works
  • Researcher Guide
  • Developer Guide
    • ⚑Quick Start: Running UpGrade Locally with Docker
    • ⚑Quick Start: Running locally w/o Docker
    • UpGrade + AdapComp (Mooclet) in Docker
    • πŸšΆβ€β™€οΈWalkthroughs
      • Your Application and UpGrade
      • Example 1: A Quiz Web App
      • Example 2: An Online Math Game
    • πŸ“šReference
      • API
      • Client Libraries
        • TypeScript / JS
          • Class: UpgradeClient
          • Class: Assignment
          • SDK Interfaces
            • Interface: IMetric
            • Interface: IExperimentUser
            • Interface: IExperimentUserAliases
            • Interface: ILog
            • Interface: IMarkExperimentPoint
            • Interface: IMetric
            • Interface: IRequestOptions
            • Interface: IResponse
            • Interface: IUser
            • Interface: IUserGroup
      • Environment Variables
        • Frontend Environment
        • Backend Environment
      • Context Metadata
      • Metrics
      • Setting up Google-Auth
      • API Authorization
      • Data Architecture
    • πŸ‘¨β€πŸ’»Contributing Code
      • Branching Workflow (Git-Flow)
      • Pull Request Expectations
    • πŸ˜…Troubleshooting
      • Relation β€˜experiment_condition’ already exists
      • User not found. Authorization error
      • Token is not present in the request header
      • nodemon exits without explanation
      • Unable to find New Relic module configuration
      • No email received for export data
      • Opening a new tab in UpGrade prompts for re-authorization
      • Error: Cannot find module 'upgrade_types' (or a type from 'upgrade_types' does not exist)
  • Glossary
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On this page
  • Table of contents
  • Constructors
  • Methods
  • Constructors
  • constructor
  • Methods
  • getAllExperimentConditions
  • getDecisionPointAssignment
  • init
  • log
  • logCaliper
  • markExperimentPoint
  • setAltUserIds
  • setGroupMembership
  • setWorkingGroup
  1. Developer Guide
  2. Reference
  3. Client Libraries
  4. TypeScript / JS

Class: UpgradeClient

UpgradeClient.UpgradeClient

UpGradeClient is the main class for interacting with the UpGrade API.

Example

import UpgradeClient from 'upgrade_client_lib/dist/browser';
import UpgradeClient from 'upgrade_client_lib/dist/node';

General UpGrade types can also be accessed as named exports:

import UpgradeClient, { IExperimentAssignment } from 'upgrade_client_lib/dist/browser';

SDK-Specific types can be accessed also:

import { Interfaces } from 'upgrade_client_lib/dist/clientlibs/js/src/identifiers';

const initResponse: Interfaces.IUser = await upgradeClient.init();

Table of contents

Constructors

  • constructor

Methods

  • getAllExperimentConditions

  • getDecisionPointAssignment

  • init

  • log

  • logCaliper

  • markExperimentPoint

  • setAltUserIds

  • setGroupMembership

  • setWorkingGroup

Constructors

constructor

β€’ new UpgradeClient(userId, hostUrl, context, options?)

When constructing UpgradeClient, the user id, api host url, and "context" identifier are required. These will be attached to various API calls for this instance of the client.

Example

// required
const hostUrl: "htts://my-hosted-upgrade-api.com";
const userId: "abc123";
const context: "my-app-context-name";

// not required, each is also optional
const options: {
  token: "someToken";
  clientSessionId: "someSessionId";
}

const upgradeClient: UpgradeClient[] = new UpgradeClient(hostURL, userId, context);
const upgradeClient: UpgradeClient[] = new UpgradeClient(hostURL, userId, context, options);

Parameters

Name
Type

userId

string

hostUrl

string

context

string

options?

Object

options.clientSessionId?

string

options.token?

string

Defined in

Methods

getAllExperimentConditions

β–Έ getAllExperimentConditions(): Promise<IExperimentAssignmentv5[]>

Will return all the experiment conditions for the user. Internally this uses the context and userId to query conditions for all eligible decision points at enrolling experiments for this user.

Example

const allExperimentConditionsResponse: IExperimentAssignmentv5[] = await upgradeClient.getAllExperimentConditions(workingGroup);

Returns

Promise<IExperimentAssignmentv5[]>

Defined in


getDecisionPointAssignment

β–Έ getDecisionPointAssignment(site, target?): Promise<Assignment>

Given a site and optional target, return the condition assignment at this decision point NOTE: If getAllExperimentConditions() has not been called, this will call it first. NOTE ALSO: If getAllExperimentConditions() has been called, this will return the cached result and not make a network call.

Example

const allExperimentConditionsResponse: IExperimentAssignmentv5[] = await upgradeClient.getDecisionPointAssignment(workingGroup);

Parameters

Name
Type

site

string

target?

string

Returns

Promise<Assignment>

Defined in


init

β–Έ init(group?, workingGroup?): Promise<IUser>

This will initialize user and metadata for the user. It will return the user object with id, group, and working group. NOTE: A user must be initialized at least once before calling any other methods. Else, you will see "Experiment user not defined" errors when other SDK methods are called.

Example

const group: Record<string, Array<string>> = {
  classId: ['class1', 'class2'],
  districtId: ['district1', 'district2'],
}

const workingGroup: Record<string, string> = {
 classId: 'class1',
 districtId: 'district2',
}

const initResponse: Interfaces.IUser[] = await upgradeClient.init();
const initResponse: Interfaces.IUser[] = await upgradeClient.init(group);
const initResponse: Interfaces.IUser[] = await upgradeClient.init(group, workingGroup);

Parameters

Name
Type

group?

Record<string, string[]>

workingGroup?

Record<string, string>

Returns

Promise<IUser>

Defined in


log

β–Έ log(value, sendAsAnalytics?): Promise<ILog[]>

Will report user outcome metrics to Upgrade. Please see https://upgrade-platform.gitbook.io/docs/developer-guide/reference/metrics for more information.

Example

const metrics: IMetricInput[] = [
    {
        "metric": "totalTimeSeconds",
        "datatype": "continuous"
    },
    {
        "metric": "completedAll",
        "datatype": "categorical",
        "allowedValues": [ "COMPLETE", "INCOMPLETE" ]
    },
    {
        "groupClass": "quizzes",
        "allowedKeys":
            [
                "quiz1",
                "quiz2",
                "quiz3"
            ],
        "attributes": 
            [
                {
                    "metric": "quizTimeSeconds",
                    "datatype": "continuous"
                },
                {
                    "metric": "score",
                    "datatype": "continuous"
                },
                {
                    "metric": "passStatus",
                    "datatype": "categorical",
                    "allowedValues": [ "PASS", "FAIL" ]
                }
            ]
     },
     {
         "groupClass": "polls",
         "allowedKeys":
             [
                 "poll1",
                 "poll2"
             ],
         "attributes": 
             [
                 {
                     "metric": "pollTimeSeconds",
                     "datatype": "continuous"
                 },
                 {
                     "metric": "rank",
                     "datatype": "categorical",
                     "allowedValues": [ "UNHAPPY", "NEUTRAL", "HAPPY" ]
                 }
             ]
       }
  ];

const logResponse: ILog[] = await upgradeClient.metrics(metrics);

Parameters

Name
Type
Default value

value

ILogInput[]

undefined

sendAsAnalytics

boolean

false

Returns

Promise<ILog[]>

Defined in


logCaliper

β–Έ logCaliper(value, sendAsAnalytics?): Promise<ILog[]>

Will report Caliper user outcome metrics to Upgrade, same as log() but with Caliper envelope.

Example

const logRequest: CaliperEnvelope = {
     sensor: 'test',
     sendTime: 'test',
     dataVersion: 'test',
     data: [],
   };

 const logCaliperResponse: ILog[] = await upgradeClient.logCaliper(logRequest);

Parameters

Name
Type
Default value

value

CaliperEnvelope

undefined

sendAsAnalytics

boolean

false

Returns

Promise<ILog[]>

Defined in


markExperimentPoint

β–Έ markExperimentPoint(site, condition?, status, target?, uniquifier?,clientError?): Promise<IMarkExperimentPoint>

Will record ("mark") that a user has "seen" a decision point.

Marking the decision point will record the user's condition assignment and the time of the decision point, regardless of whether the user is enrolled in an experiment.

status signifies a client application's note on what it did in the code with condition assignment that Upgrade provided. Status can be one of the following:

export enum MARKED_DECISION_POINT_STATUS {
  CONDITION_APPLIED = 'condition applied',
  CONDITION_FAILED_TO_APPLY = 'condition not applied',
  NO_CONDITION_ASSIGNED = 'no condition assigned',
}

The client can also send along an additional clientError string to log context as to why a condition was not applied.

Example

import { MARKED_DECISION_POINT_STATUS } from 'upgrade_types';

const site = 'dashboard';
const condition = 'variant_x'; // send null if no condition / no experiment is running / error
const status: MARKED_DECISION_POINT_STATUS = MARKED_DECISION_POINT_STATUS.CONDITION_FAILED_TO_APPLY
const target = 'experimental button'; // optional
const clientError = 'variant not recognized'; //optional

const allExperimentConditionsResponse: IExperimentAssignmentv4[] = await upgradeClient.markExperimentPoint(site, condition, MARKED_DECISION_POINT_STATUS.CONDITION_APPLIED, target, clientError);

Parameters

Name
Type
Default value

site

string

undefined

condition

string

null

status

MARKED_DECISION_POINT_STATUS

undefined

target?

string

undefined

uniquifier?

string

undefined

clientError?

string

undefined

Returns

Promise<IMarkExperimentPoint>

Defined in


setAltUserIds

β–Έ setAltUserIds(altUserIds): Promise<IExperimentUserAliases[]>

Will set an array of alternate user ids for the user.

Example

const aliases: string[] = ['alias1', 'alias2'];

const setAltUserIdsResponse: IExperimentUserAliases[] = await upgradeClient.setAltUserIds(aliases);

Parameters

Name
Type

altUserIds

string[]

Returns

Promise<IExperimentUserAliases[]>

Defined in


setGroupMembership

β–Έ setGroupMembership(group): Promise<IUser>

Will set the group membership(s) for the user and return the user object with updated working group.

Example

const group: Record<string, Array<string>> = {
  classId: ['class1', 'class2'],
  districtId: ['district1', 'district2'],
}

const groupMembershipResponse: Interfaces.IUser[] = await upgradeClient.setGroupMembership(group);

Parameters

Name
Type

group

Record<string, string[]>

Returns

Promise<IUser>

Defined in


setWorkingGroup

β–Έ setWorkingGroup(workingGroup): Promise<IUser>

Will set the working group(s) for the user and return the user object with updated working group.

Example

const workingGroup: Record<string, string> = {
 classId: 'class1',
 districtId: 'district2',
}

const workingGroupResponse: Interfaces.IUser[] = await upgradeClient.setWorkingGroup(workingGroup);

Parameters

Name
Type

workingGroup

Record<string, string>

Returns

Promise<IUser>

Defined in

PreviousTypeScript / JSNextClass: Assignment

πŸ“š
UpgradeClient.ts:99
UpgradeClient.ts:237
UpgradeClient.ts:263
UpgradeClient.ts:157
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