TL;DR: In this paper, a one-key chain loading method and equipment based on a block chain is described, where the user issues currency, tokens and votes specifically owned by the user via a template client, the template client is built on the block chain parent chain framework, and each used client is a distributed node.
Abstract: The invention discloses a one-key chain loading method and equipment based on a block chain. The method comprises the steps as follows: 101, a block chain parent chain is built, a user issues currency, tokens and votes specifically owned by the user via a template client; the template client is built on the block chain parent chain framework, and each used client is a distributed node; 102, the user builds a new account via a template provided by the template client, to form a new node, and when the user builds the new account, the client automatically generates a private key address; 103, thetemplate client performs decentration via the block chain parent chain, so as to safely and reliably transmits digital assets in a point-to-point manner; and 104, the user builds the account via thetemplate client, and connects an API interface. The block chain data is updated in real time, so that the data on the parent chain is traceable; the valuable digital asset transmission is achieved byusing the characteristics of the block chain; records cannot be changed; the method is transparent and traceable; the technical scheme solves the problem that in each industry, institutions and real enterprises are difficult to load to the chain.
TL;DR: In this article, a software testing system based on point function driving (PFD) is presented, which includes a client laptop, a test execution environment server, test driving device and a database server.
Abstract: The utility model discloses a software testing system based on point function driving. The software testing system based on the point function driving comprises a client laptop, a test execution environment server, a test driving device and a database server, wherein the driving device comprises a central processor and an interface chip which exchange data with the test execution environment server, an input field retrieving register for retrieving incidence relation data of a retrieved function and acquiring type information of all input field data, an input field stack management register for storing data type information in a form of stack, a business function retrieving register for acquiring a function containing the corresponding data type information, a functional chain generating register for generating functional chain data containing the data type information and a mapping relation of a tested function, and a functional chain loading register for loading the functional chain data into the test execution environment server through the interface chip. According to mutual relation between functions, the relevant or cross functions of software can be fully tested and the software testing cost is reduced.