US 11,455,237 B2Granted

Highly scalable system and method for automated SDK testing

AssigneeAgora Lab, Inc.

InventorsJiyu Bai, Yuhua Gong

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Abstract

A highly scalable automated SDK testing system includes an automated testing controller, an automated testing message server and an automated testing message terminal running on a set of target devices. The controller and the terminals register themselves with the message server. A testing case is programmed for testing an SDK on a number of target devices concurrently and transformed into a set of command messages in JSON message format. The controller sends the set of messages to the message server. The message server then distributes the set of command messages to the terminals. In response, the terminal calls corresponding APIs of the SDK. The APIs called can be the same or different between the devices within the set of target devices. The SDK returns a result that is forwarded to the server. The server sends the results from the target devices to the controller. The controller verifies the results.

Claims13

Dependent claims

A method for automated testing of a Software Development Kit (SDK), said method performed by a highly scalable automated SDK testing system and comprising:

1) registering with an automated SDK testing message server as an automated SDK testing controller over the Internet;
2) registering with said automated SDK testing message server by a set of automated SDK testing target devices over the Internet, said set of automated SDK testing target devices including at least two automated SDK testing target devices;
3) programming an automated testing use case calling a set of Application Programming interfaces (APIs) on each automated SDK testing target device within said set of automated SDK testing target devices, thereby forming a list of sets of APIs;
4) transforming each set of APIs within said list of sets of APIs into a set of automated SDK testing command messages as JavaScript Object Notation (JSON) messages by said automated SDK testing controller, thereby forming a list of sets of JSON messages;
5) sending said list of sets of JSON messages to said automated SDK testing message server by said automated SDK testing controller over the Internet;
6) forwarding each set of JSON messages within said list of sets of JSON messages to an automated SDK testing message terminal running on a corresponding automated SDK testing target device within said set of automated SDK testing target devices over the Internet;
7) on each automated SDK testing target device within said set of automated SDK testing target devices, said automated SDK testing message terminal calling a corresponding set of APIs within said list of sets of APIs against said SDK;
8) executing said set of APIs by said SDK to generate a result;
9) said automated SDK testing message terminal returning said result to said automated SDK testing message server over the Internet;
10) said automated SDK testing message server forwarding said result to said automated SDK testing controller, thereby forming a set of results;
and
11) said automated SDK testing controller processing said set of results.

9 more elements

A method for automated testing of a Software Development Kit (SDK), said method performed by a highly scalable automated SDK testing system and comprising:

1) registering with an automated SDK testing message server as an automated SDK testing controller over the Internet;
2) registering with said automated SDK testing message server by a set of automated SDK testing target devices over the Internet, said set of automated SDK testing target devices including at least two automated SDK testing target devices;
3) programming an automated testing use case calling a set of Application Programming Interfaces (APIs) on each automated SDK testing target device within said set of automated SDK testing target devices, thereby forming a list of sets of APIs;
4) transforming each set of APIs within said list of sets of APIs into a set of automated SDK testing command messages by said automated SDK testing controller, thereby forming a list of sets of automated SDK testing command messages;
5) sending said list of sets of automated SDK testing command messages to said automated SDK testing message server by said automated SDK testing controller over the Internet;
6) forwarding each set of automated SDK testing command messages within said list of sets of automated SDK testing command messages to an automated SDK testing message terminal running a corresponding automated SDK testing target device within said set of automated SDK testing target devices over the Internet;
7) on each automated SDK testing target device within said set of automated SDK testing target devices, said automated SDK testing message terminal calling a corresponding set of APIs within said list of sets of APIs against said SDK;
8) concurrently executing said set of APIs by said to generate a result;
9) said automated SDK testing message terminal returning said result to said automated SDK testing message server over the Internet;
10) said automated SDK testing message server forwarding said result to said automated SDK testing controller, thereby forming a set of results;
and
11) said automated SDK testing controller processing said set of results.

9 more elements

Dependencies are inferred from the claim text.

Facts

Application: 16/889,399Filed 1 Jun 2020
Published: US 2021/0374041 A12 Dec 2021
Granted: 27 Sep 2022
Term ends: Not estimatedThe source records don’t support an estimate.

Classification7 codes

G06F 11/3688
Test management: for test execution, e.g. scheduling of test suites
G06F 9/546
Interprogram communication: message passing systems or structures, e.g. queues
G06F 9/547
Interprogram communication: remote procedure calls [RPC]; Web services
G06F 11/3684
Test management: for test design, e.g. generating new test cases