What is Blockchain Testing?
A blockchain is an incorruptible digital ledger securely linked together using cryptography and encoding. The unique features of Blockchain – its transparency, security and immutability – have led to the resurgence of the BTaaS model. It’s one of the foremost emerging automated software testing trends to follow.
Which factors does Blockchain Testing consider?
An effective Blockchain Testing strategy a bit like any good strategy takes under consideration the objectives and desired outcomes of the bug management tool. Before proceeding with the testing, it’s important to require the right platform under consideration, whether it’s Ethereum, Hyper Ledger, EOS or others. Each platform must be tested consistent with its unique characteristics and specifications. It also involves all requisite testing:
– API Testing
– Functional Testing
– Integration Testing
– Security Testing
– Performance and Specialized testing.
In addition, Blockchain testing uses:
– Smart Contract Testing,
– Node Testing, and5
– Advanced level Non-functional Testing.
The most popular types of Blockchain Testing
API Testing, Smart Contract Testing, Functional Testing, Performance Testing and Node Testing are the foremost popular sorts of Blockchain testing. Let’s look at these in greater details.
1. API Testing
API Testing plays a serious role to make sure that the backend is functional. The software Programming Interface test validates that the interaction between applications and therefore the backend within the blockchain ecosystem are as intended. It’s important to see and verify that each API requests and their replies from the backend are properly handled.
It is important to know that the Blockchain Application functions as intended while ensuring the whole ecosystem functions as intended. This is often where unique scenarios are tested by bug management tools.
3. Smart Contract Testing
A blockchain-based application can be powered by Smart Contracts. Smart contract testing works like API testing where validation of encryption is shipped to a different system via a distributed ledger. A bit like API testing, smart contracts are individually tested within the application then integration testing is performed over it.
4. Peer/Node Testing
Transmitting data through different nodes is that the way blockchain functions, which is popularly referred to as a peer-to-peer distributed network. Usually, nodes conduct unit testing and validate each block for a successful transaction.
5. Performance Testing
Performance testing identifies the written bottlenecks within the blockchain ecosystem and verifies whether the software is prepared to launch or not. It deals with understanding the behaviour of every chain of blocks while validating the performance of writing blocks for every transaction. This guarantees the accuracy and performance of the software.
Blockchain Testing may be a thorough process that will demand additional sorts of testing to be performed counting on a case-to-case basis. The BTaaS model warrants end-to-end test automation including automating transactions, testing fault tolerance, dynamically adding or removing nodes, and quickly provisioning a personal test net that simulates a dynamic and global blockchain network.
The one guaranteed methodology to successful blockchain application testing includes enwrapping an entire set of nodes and its various combinations and transactions utilizing test automation. Bug management tools that utilise test automation can leverage all the key components required for successful blockchain testing.