What do I need to do to develop a warehouse software, where to start and what software to use

Front-end technology PHP or JSP, back-end SSH or JDBC, etc., database MySQL, etc.

The quality of a company's software has something to do with the software development language, but that's not the main thing. The main thing is to really understand the operation of the customer's needs. The WMS warehouse management system is the best way to do the inventory management system.

Invoicing, to understand the ERP database data structure.

Enough is enough, learn the decompilation technique, and you're good to go.

To introduce you to one, you can go to our company** to learn more about the details. Beijing Futongville Technology ****.

The warehouse management system WMS launched by Weir Technology is specially designed for small and medium-sized logistics companies, warehousing enterprises, warehouses or distribution centers of various production enterprises, mainly used to manage various materials and demand relationships, effectively reduce the inventory rate of enterprises, improve the work efficiency and capital utilization rate of enterprises, and help enterprises face many challenges of the current new economy faster, better and more agile.

It mainly contains the following functions:

1. Warehouse element management: multi-warehouse, multi-shipper, multi-packaging unit, three-dimensional cargo space.

Product attribute management: production date, production batch number, color, size, serial number, barcode.

2. Order management: import of inbound and outbound orders, document review, document inquiry, and order execution tracking.

3. Warehousing management: incoming inspection, allowing batch warehousing, automatic stacking instructions, allowing free mixing, and high fault tolerance.

4. Outbound management: a variety of picking methods (purchase by order, wave picking), first-in-first-out, free distribution, and high fault tolerance.

5. Warehouse management: movement between warehouses, location movement, inventory, defective product management, etc.

6. Circulation processing: commodity assembly and disassembly, filling and packaging, labeling.

7. Expense management: storage rent, inbound and outbound operation fees, daily management fees, various miscellaneous expenses, etc.

8. Others: support SMS function (such as SMS query, shelf life alarm, etc.) support RF operation, support electronic label picking equipment, support RFID operation.

Weir warehouse management system, to provide enterprises with detailed warehousing solutions, to provide flexible customer customized development.

UFIDA's warehouse management pass, after the purchase of the package training.

The landlord can use the secret inventory management software to see if it is suitable for you, and they will teach you how to use the software.

1. A computer, install the software to learn programming.

2. Buy books and learn C or C++ language. Generally, it costs at least a few months to study. You can learn the basic principles of programming languages.

3. It is recommended to learn the writing of win32 interface program or MFC interface program under Windows. You can learn to write a highly interactive software with an interface.

4. After being proficient, you can write software according to your own needs.

Depending on your knowledge base, the above process can range from a few months to several years.

The first is to investigate (the role of the software, how big the market is, who will use it is the object of use) and the second is to find information (the information of the role of the software, the program, **).

3. Programming. 4. Testing.

5. Beautify and improve.

After making a program, many authors are accustomed to using professional software to add an installer package to the program. In fact, Microsoft's 2000 and XP systems already come with a small production and installation software iExpress, which is only 112KB in size, and is stored in Windows System32. Since it is a program that comes with Microsoft, the installation software made has better compatibility.

The following author will briefly introduce the use of the software, hoping to use this software to make a more professional installation package.

The way to use iexpress is simple, just enter iexpress in the runtime. Although iexpress is an English software, it is not difficult to create an installation package using a wizard-style. At the beginning there are two options, one is to create a new self-extracting guide file, and the other is to open the already saved self-extraction guide file, here we select the first one, and then click next.

Next, you can choose three ways to make an installer package, which are to decompress and run the installation, decompress only and not run the installation, and compress only, and choose according to your actual situation. Then we enter the name of the installed software, which in this case can be in English or in Chinese characters. The following sets whether the software prompts the user for confirmation before installation, and usually chooses not to prompt.

Next, add the "User Permission Agreement", any precautions and requirements in the use of the software can be written into the "User Permission Agreement", and only if the user agrees to the above conditions can the installation continue normally. Then add the software you want to make the installation below, build a list of files, and also specify the programs and corresponding commands to run during the installation process. Next, select the display mode of the software during the installation process, which are Default, Hidden, Max, and Minimum.

After the software installation is completed, the prompt will be displayed or not, and the author recommends selecting Display. When everything is set, you need to set the location and name of the self-extracting guidance file. This contains information about the software installation process and is recommended to save for future modifications.

In the following to set whether to restart after the software installation is completed, the author recommends that if there are no special circumstances, do not choose to restart the computer.

After everything is set up, the process of making the software installation package finally begins, and the whole production process is carried out under DOS, so that the software installation package is made.

I'm also here to the degree, hoping it helps.

Software development is all about: requirements, design, programming, and testing!

Requirements: Not only user needs, but all requirements encountered in development. For example, you first need to know what problem you are doing this project to solve; What data should be entered in the test case......In order to get a clear picture of these requirements, you often have to communicate with customers, project managers, etc.

Design: Before coding, there must be a plan that tells you what you want to do, what the structure will be, etc. You have to follow this, or it could be a mess.

Programming: If by project deadline, your program doesn't work up or meets the client's requirements, you won't get paid.

Testing: The purpose is to let you know when it's done. If you're smart, you should write the test first so you know if you've actually done it. Otherwise, you often don't know which features are really done and how far from the desired goal is.

In software development, both customers and developers have their own basic rights and obligations.

Customer: Define the business priorities of each user's needs;

Develop an overall plan, including how much to invest, how long it will take, and what it will achieve;

Maximizing the return on investment during each working week during the project development process;

Accurately grasp the progress of the project by repeatedly running the functional tests you specify;

Ability to change requirements, features, or priorities at any time while avoiding costly reinvestments; Ability to adjust project plans in a timely manner according to various changes;

Ability to cancel projects at any time; When a project is cancelled, the previous development work is not a pile of garbage, the developed features are in order, and the work in progress or unfinished should not be difficult to pick up.

Developers: know what to do, and what to prioritize;

Work efficiently;

Evaluate the work and re-evaluate it in a timely manner according to changes in the surrounding situation;

Actively take on the work, rather than passively accept the assignment;

40-hour work week with no overtime.

Steps to software development!

Problem definition. Feasibility study.

Requirements analysis. General design.

Detailed design. Coding and unit testing.

Comprehensive testing. Software Maintenance.

I don't know if it's what you want to ask!

Software development is the process of building a software system or a software part of a system according to user requirements.

Software development is a systems engineering that includes requirements capture, requirements analysis, design, implementation, and testing.

Software is generally implemented in some programming language.

Software development tools are usually used to develop them.

Software is divided into system software and application software. Software does not only include programs that can be run on a computer, files related to those programs are generally considered part of the software.

The general process of software design ideas and methods, including the algorithms and methods for designing the functions and implementation of the software, the overall structure design of the software and the module design, programming and debugging, the joint debugging and testing of the program, and the writing and submission of the program.

For example, computer operating systems, games, animation, data transmission, intelligent applications, etc.

Yes, Shen Congwen went from a poor rural village in Xiangxi to a literary master, and Mo Yan went from a primary school education to the podium of the Nobel Prize. Please firmly believe in one sentence, one belief: where there is a will, there is a way.

As long as you dare to think and pursue it and practice it with unremitting efforts, success is only a matter of time. Believe in me, believe in yourself, and you can do it.

Yes, I also believe that where there is a will, there is a way! Be confident; I suggest that if you are studying computer software, you can find someone with management experience to cooperate in the development, I have been doing management and management consulting for more than 20 years, and can provide the necessary support and cooperation!

As long as you have faith, you will succeed.

Is this software for recording the entry and exit of goods? If that's the case, then you just need basic Excel to succeed!

Don't be too troublesome, buy one directly, the speed is up to 3000, practical.

If you have to be faithful, then you have a way to do it well!

My understanding:

The application goal refers to what effect is to be achieved at the level of use, which belongs to the user level, and it has nothing to do with what technology or configuration. That is to say, from the user's point of view, what effect should the software achieve?

The project goal refers to what needs to be done in order to accomplish the above application goal, what goal is to be achieved for each thing to be done, and the overall work goal.

The development goal is to achieve the effect of the development task of a specific module or several modules under the project goal, as well as the time requirements, which is more specific and detailed.

Development refers to the use of natural resources such as wasteland, mines, forests, and water power to achieve the purpose of utilization; Exploit; Discover or unearth talents, technologies, etc. for utilization. Excavating, collecting, organizing, and selecting cultural resources.

The goal of development is why development.

The goal of the project was to further develop the specifics of what each function needed to do.

The goal of the application is to develop the software to solve something.