The software architecture has gone through domain-driven design, micro-service architecture and other stages from the period of single cluster service, and the transformation of the development process of software products is being carried out imperceptibly. In the serialized process of software logical architecture design, physical architecture design, construction, and deployment, there are design and development costs that can be reduced. The development process that once seemed inevitable can now be automatically completed through technical means.
Low-code is an architectural style that greatly reduces the time and human effort from design, to coding, to building and deploying. By 2021, the low-code ecology in the domestic market will be formed one after another, and the low-code software development method is forming a new software development process like a wave. This is an industry change. In the face of industry trends, some people are obsessed with opposition or wait-and-see attitudes, just like looking at the DDD (Domain Driven Design) trend of thought more than 10 years ago, when they output obscure legends with PPT and make people drowsy , some technology pioneers only need to use a few common words (such as "aggregate root", "bounded context", "domain", etc.) and wireframes to vividly describe the demand model and product architecture; , DDD remains an important tool for outlining product requirements and describing microservice architectures. After every industry change, some belated teams will passively make some changes. As a result, problems such as passive technology updates, team shocks, etc., or the dilemma that they can only face Yuan Xianyu but can't hold back. Innovation is a creative measure before the advent of technological risks. It can not only keep the technology forward-looking, but also make the technology more emotional. Is there a platform that can be innovated directly across the hills of technology?
The OceanQDP (Quick Development Platform) independently developed by Sinovatio Hai Ruisi is not only a low-code development platform, but also a sharp tool for the rapid development and construction of enterprise application software. It has definable concepts, customizable scenarios, and multi-version evolution , can be adapted to the terminal, and can control the life cycle online.
OceanQDP uses metadata modules such as "system design" and "system management" to drive multiple systems to operate, and its capabilities can support design system structure, management system configuration, fill in and count form data, display data dashboards, analyze data reports, and search for corporate knowledge library etc. Developing a page design in the traditional way needs to go through processes such as demand communication, interactive design, beautification and cutting, page and interface coding, global or local construction and deployment. Using OceanQDP can directly create and design pages online, and perform one-page-one-canvas, Drag-and-drop operation for step-by-step preview. Designers can adjust the layout, typesetting and color matching as needed, select the required page elements, bind the API, configure the data source, and complete the page design; the page can automatically adapt to terminals such as PC, mobile, tablet and large screen. Each page output by OceanQDP design has multiple versions, and the specified version can be enabled and disabled online as the main version. Each main version (except sub-pages) is a menu, and the directory to which the page belongs is the menu level directory.
In the process of enterprise management, data entry activities such as questionnaires and information reporting are often required, or manual filling of paper documents, offline calculation and statistics, or development of a set of data through planning, design, coding, testing, deployment and other stages A system that includes data entry functions, followed by data entry and statistics. Through OceanQDP, form design and filling settings can be directly performed. Filling settings include filling time control, filling equipment control, submission control, sharing control, password control, appearance setting and other functions. Based on this function, enterprises can complete information entry anytime and anywhere, and solve problems such as the existing system does not support, the filling method is not optional, and the filling time is uncontrollable.
For some reporting scenarios in enterprises that require high data quality, the OceanQDP rapid development platform supports the approval of the reported data, and only the approved data can be stored in the database, thus ensuring the quality of business data. BPM workflow engine technology is used for filing and approval. Business developers can visualize and quickly drag and drop the approval process online, and configure approval nodes to complete the configuration of the approval business process.
The OceanQDP data dashboard can display data in a variety of ways. With the same data, the graphic output can be adjusted at any time according to the scene, which greatly reduces the cost of demand communication and technical input. Commonly used chart controls include: histogram, pie chart, line chart, scatter chart, vulnerability chart, radar chart, word cloud, area chart, dual-axis chart, water wave chart, progress bar, indicator card, custom chart, etc. Charts support secondary development to meet the subsequent business scenarios of various customized charts.
As the needs of enterprises change, it is often difficult for existing systems to choose between demand feasibility and development cost in terms of evaluation, and OceanQDP can solve this problem very well. Enterprises can expand existing data models by creating data source connections in OceanQDP, or directly use existing database tables for controllable reading, writing and display to form enterprise data assets.
OceanQDP has vertical search capabilities, supports index and scene custom configuration, and can quickly configure a search application in a code-free manner. Supports index management of search engines. Users can use search dictionaries as needed. Among them, stop words can effectively control the end user's search for sensitive words, and synonyms have their own recommendation function, which can quickly realize the search for the same category of information retrieved by users match.
At present, OceanMind Hairuisi-Ruiqi Innovation uses its self-developed platform-level low-code capabilities to empower enterprises to create information systems in the process of informatization construction, help enterprises quickly realize business processes, and complete enterprise informatization at a lower cost Transformation and construction.