【Topic】Low Code 123

Table of contents

2. Advantages and Disadvantages of Low Code

3. Do you think low-code will replace traditional programming?

4. What are the low-code tools and frameworks?

5. Future software research and development

Low code is a word that is enjoyable to listen to. And it’s not code-free, which shows that low-code is an intermediate mode between professionalism and complete fool-proof construction.

Many good programmers are "lazy guys". They don't want to be immersed in endless copying and pasting, or meaninglessly reinventing the wheel over and over again. An easier way to work always crosses their mind from time to time.

1. What is low code?

Low-Code is a software development method that minimizes manual programming through graphical interfaces and pre-built modules or components. Developers can build applications quickly. This approach allows non-professional developers or users with less programming experience to participate in the software development process, thus accelerating the application development and deployment cycle.

In low-code development, most common functions have been pre-built and can be combined and used through drag-and-drop, configuration or other simple operations, which significantly reduces the complexity and time cost of development. However, low code does not mean zero code. Developers can still write necessary code to implement specific functions or optimize performance when needed.

The emergence of this development method meets the needs of enterprises to quickly respond to market changes and continue to innovate, while also reducing development costs and risks.

From a professional perspective, Low Code Development Platform (LCP) is a digital technology tool platform that quickly implements innovative applications in enterprise digital transformation through graphical and drag-and-drop methods. It supports the realization of personalized needs with a small amount of code extensions. It is a capability platform for two-way drive management by business personnel and IT personnel. It is also an indispensable digital technology tool platform in digital transformation. Compared with the native development model, the low-code development platform can significantly improve development efficiency, and is especially suitable for enterprise application scenarios with rapid business changes, limited budgets, and tight development time. At the same time, compared with the SaaS rental model that can only solve common problems in the industry, low-code platforms have a wider range of applications, can meet personalized needs, and have strong flexibility.

However, the low-code platform also has obvious limitations. At least for now, it is mainly used to build enterprise software, because this type of software architecture has certain rules. The product designers of the low-code platform have found this rule. .

In addition, some of the recently popular low-code platforms have found development opportunities for the interfaces between software, that is, open platforms that have turned themselves into open platforms.

2. Advantages and Disadvantages of Low Code

The low-code development approach has the following advantages:

High development efficiency: Due to the use of a large number of components and encapsulated interfaces for development, as well as the integration of cloud computing IaaS and PaaS layer capabilities, development efficiency is greatly improved.
Low maintenance cost: Using component form and object-oriented development method makes the code more structured and easier to maintain.
Reduce development costs and deployment time: Developers do not need to use professional coders for comprehensive development. At the same time, simple coding training for some business experts can also enable them to participate in program construction.
Improve team efficiency: Low-code development bridges the communication gap between IT and business teams so both can solve real problems affecting the company.
Rapid prototyping: Enterprises can quickly build minimum viable products (MVPs) through low-code platforms, deploy these applications instantly, learn and optimize and scale these innovations to promote continuous innovation.

However, the low-code development approach also has some disadvantages:

Too much focus on speed may lead to a lack of deep thinking: When work can be completed in a few minutes, too much focus on speed may cause developers to lose deep thinking in the development process.
Conceptual obstacles and applicability in real business scenarios may be ignored: When the development team quickly builds prototypes through low-code tools, conceptual obstacles that may be encountered during the development process and applicability in real business scenarios may be ignored, which may affect Strategic thinking for the entire project.
High requirements for developers: Although low-code platforms reduce the complexity of programming, developers still need to have a certain programming foundation and understanding, otherwise they may not be able to take full advantage of the platform.
Platform limitations and dependencies: Different low-code platforms have different capabilities and limitations, and choosing an inappropriate platform may result in an inability to meet specific business needs. At the same time, reliance on the platform may also lead to risks when the platform is upgraded or changed.
Data security and privacy issues: Since low-code platforms often involve cloud deployment and third-party service integration, you need to pay attention to data security and privacy issues to ensure compliance with relevant regulations and best practices.

In general, low-code development methods have significant advantages in improving development efficiency and reducing maintenance costs, but at the same time, you need to pay attention to the challenges and risks it may bring. When selecting and using a low-code platform, evaluation and decision-making should be based on specific needs and scenarios.

3. Do you think low-code will replace traditional programming?

I believe that low-code will not completely replace traditional programming methods, but will coexist with traditional programming methods and exert their respective advantages in specific scenarios and needs.

The emergence of low-code platforms has indeed lowered the threshold for software development, allowing more non-professional developers to participate in the software development process, thereby accelerating the application development and deployment cycle. Low-code platforms significantly improve development efficiency by providing pre-built components and modules, as well as visual development interfaces. This enables enterprises to respond quickly to market changes and meet changing business needs.

However, traditional programming methods still have irreplaceable advantages in some aspects. First, for complex, customized applications, traditional programming methods can provide greater flexibility and customizability. Although low-code platforms provide a wealth of components and modules, they may not be able to meet all detailed requirements when faced with highly customized requirements. At this point, traditional programming can achieve specific functionality and performance optimizations by writing custom code.

Secondly, traditional programming methods have advantages in processing complex algorithms, big data processing, high-performance computing, etc. Low-code platforms are usually more focused on the rapid construction of business applications, but may be relatively weak in handling complex calculations and data analysis. Traditional programming methods can provide more algorithm choices and optimization space to meet specific computing needs.

In addition, traditional programming methods also help develop developers’ programming thinking and skills. By writing code, developers can gain an in-depth understanding of basic knowledge such as computer principles, data structures, and algorithms, thereby improving their technical capabilities and problem-solving abilities.

Therefore, I think low-code platforms and traditional programming methods will coexist for a long time to come. Low-code platforms will provide enterprises with the ability to quickly build and deploy applications to meet most common business needs; while traditional programming methods will play an important role in complex, customized application scenarios and high-performance computing and other fields. The development team can choose the appropriate development method according to specific needs and scenarios to achieve the best development efficiency and effect.

4. What are the low-code tools and frameworks?

4.1 Foreign platforms

Microsoft Power Apps: Microsoft Power Apps is a low-code platform that allows users to build custom business applications. It provides rich data source integration and a customizable user interface that integrates seamlessly with other Microsoft services such as Microsoft Office 365 and Dynamics 365.
Salesforce: Salesforce’s low-code platform allows companies to quickly build and customize CRM applications. It provides a rich drag-and-drop interface and pre-built components, as well as powerful data integration and analysis capabilities.
OutSystems: OutSystems is an enterprise-level low-code development platform. It provides a visual development environment and a series of development tools to help developers quickly build, test and deploy Web and Mobile Applications.
Mendix: Mendix is another enterprise-level low-code platform that emphasizes collaborative development and continuous integration. It provides visual modeling, one-click deployment and powerful data analysis capabilities.
Google AppSheet: Google AppSheet is Google's low-code development platform, which allows users to build customized mobile applications through simple drag-and-drop and configuration. It supports multiple data sources and can be integrated with other Google services such as Google Sheets.
Zoho Creator: Zoho Creator is an online low-code application development platform. It provides rich templates and customizable user interfaces to support the development of web and mobile applications.
Appgyver: Appgyver is a full-stack low-code development platform that allows developers to build web and mobile applications through drag-and-drop and configuration, and also provides back-end services, Features such as database management and API integration.

4.2 Domestic platforms

DingTalk low-code platform: DingTalk low-code platform is Alibaba’s low-code development platform, designed to provide enterprises with the ability to quickly build and customize business applications. It provides a wealth of components and templates, supports visual drag-and-drop and configuration development methods, and helps companies quickly automate and digitize business processes.
Tencent Cloud WeChat: Tencent Cloud WeChat is a low-code development platform launched by Tencent Cloud. It provides a visual development environment and a series of development tools, supporting Web and mobile Quickly build and deploy applications. WeChat emphasizes integration with other Tencent Cloud services, such as applets, cloud functions, databases, etc.
Huawei Cloud AppCube: Huawei Cloud AppCube is an enterprise-level low-code development platform launched by Huawei. It provides comprehensive application development capabilities, including visual modeling and one-click deployment. , data analysis, etc. AppCube emphasizes deep integration with Huawei cloud services and provides one-stop application development solutions.
UF iUAP: UF iUAP is a low-code development platform launched by UF Network. It provides a wealth of business components and templates and supports visual drag-and-drop and configuration development methods. iUAP emphasizes integration with other UFIDA product lines to provide enterprises with comprehensive digital solutions.
Kingdee K/3 Cloud: Kingdee K/3 Cloud is a low-code development platform launched by Kingdee Software. It provides comprehensive enterprise application development capabilities, including finance and supply chain , human resources, etc. K/3 Cloud emphasizes integration with other Kingdee product lines to provide enterprises with one-stop digital solutions.
Inspur GS Cloud: Inspur GS Cloud is a low-code development platform launched by Inspur Group. It provides a wealth of components and templates and supports visual drag-and-drop and configuration development methods. GS Cloud emphasizes integration with other Inspur product lines to provide enterprises with comprehensive digital solutions.
Cloud Table Platform: Cloud Table Platform is a software tool focused on code-free development. It provides a visual design interface and rich business components, and supports drag-and-drop and configuration to quickly build enterprise-class applications. The cloud meter platform focuses on user experience and ease of use, making it easy for non-professional developers to build applications.

These domestic low-code platforms have certain features and advantages in terms of functionality, performance, security, etc. Which platform to choose depends on your specific needs and preferences. When evaluating, we recommend that you consider factors such as the platform’s functional completeness, technological advancement, user reputation, and price reasonableness.

In addition, there are some SaaS low-code platforms that have sprung up recently in terms of automated processes for software interfaces. This type is represented by Jian Daoyun. It is a flexible and easy-to-use low-code application development platform that allows users to build customized business applications through simple drag-and-drop and configuration. It provides a wealth of forms, reports, processes and other modules, and supports data management and integration functions to help enterprises quickly automate and digitize business processes. It can automatically synchronize the data of one software to another software through configuration. Using the open platforms of various companies, we made a bus-level configurable tool.

These are just some of the many low-code platforms and technologies on the market. When choosing a low-code solution that fits your needs, we recommend a detailed evaluation, including functionality, performance, security, cost, and other considerations.

5. Future software research and development

When the big model first came out, several of our friends said that for future development, product managers would be fine. Face the big model and tell him how many online people I want to support, how much concurrent transaction volume I want to support, and how many big promotions I want to do every year. He will recommend the architecture and provide the core code for direct Serverless configuration. All we have to do is spend money. Of course, there must be a lot of business opportunities behind the cloud that the big model recommends. As for whether it is cloud native or low-code, it can be basically made into a black box, and customers don’t need to care about it or understand it.

The second step is to tell the big model what functional modules are needed in a chat, input the UI design, prototype diagram, and thinking brain map to the big model, and a robust and standardized program will be written. And automatic testing eliminates 99% of bugs.

The third step, there is no third step. It has been automatically online. All resources must be elastically scalable. Please do not do 6.

Simple programs, such as e-commerce applets, can be developed by customers themselves in vernacular. For complex logic, product managers still need to conduct business modeling, BPMN tools, and various UML diagrams. Use them well and learn prompt word engineering. Basically enough.

Therefore, I wrote a few articles, everyone is welcome to refer to them, and after learning them, I will become a large model R&D engineer.

[UML] NO.1 UML Introduction-CSDN Blog (This series is in progress and is expected to be completed by the end of the month. Welcome to follow and subscribe)

Business modeling tool BPMN-CSDN blog

[AIGC] Learn prompt words together (1/4)-CSDN Blog (This series has been completed, 4 articles in total)

Do you think I am planning for a rainy day or am I worrying unfounded?

Prompt words: unfounded worries; big model - Wenxin 4.0; (neither fish nor fowl, we still have a long way to go)

Prompt words: Prepare for a rainy day; big model - Wenxin 4.0; (neither fish nor fowl, we still have a long way to go)