Blockchain Testing Framework: All You Need to KnowNov 25, 2021 | Shuja Ali
The testing technique is often composed of functional testing, which is used to assess various functional characteristics. Furthermore, testers look at the overall performance of the app, identifying any potential problems and making any required adjustments to ensure that it is ready for launch on time. Among the other significant aspects of blockchain app testing are the following:
- API testing, also known as application programming interface testing, is important since it guarantees testers that the relevant application is capable of preparing and processing API requests in an effective manner.
- Node and shared ledger testing, which covers all heterogeneous components, is performed to guarantee that the applications operate as efficiently as possible. In order to help the security analysis of the system and its resistance to prospective assaults, this is considered essential.
What Is Blockchain Technology?
As the name implies, blockchain is a digital database in which entries are piled together in tiny blocks to create a continuous chain, hence earning the term blockchain. This digital ledger is distinguished by a number of distinguishing characteristics that distinguish it from the competition. For example, since it is decentralized, each transaction that is put to the chain must be duplicated in order for each node to have the same copy of the transaction history.
Second, after you have added a record to the chain, you will not be able to alter or remove it. While these one-of-a-kind characteristics distinguish this ledger, they also make it difficult to understand. As a result, appropriate testing and validation must be carried out prior to the deployment of a blockchain.
What Is Blockchain Testing Framework?
First and foremost, a blockchain is similar to a distributed ledger, which holds a database of assets and transactions that have taken place over a peer-to-peer network of computers. A blockchain may be thought of as an open infrastructure that can hold a variety of different sorts of rewards.
Let us break things down to its most basic level. Assume you need to complete a $10 transaction from point A to point B. In most cases, a third-party app or payment processing system is used to complete the transaction. First and foremost, A's bank will be determining the specifics of B's bank. With the assistance of a payment processing provider, A's bank may sometimes begin a money transfer to B's bank, with a set amount of deductions. Both banks will keep track of the transaction at their respective locations. Despite this, a transaction fee is levied, and B gets something in the neighborhood of $9.95.