How to Deploy and Implement a Cloud ERP from Scratch(1) — Choose a Proper ERP Application

本文对比分析了多个开源ERP系统,包括frappe/erpnext、odoo/odoo、Dolibarr/dolibarr等,详细评估了各系统的特性、模块及适用场景,特别关注于对中国本地化的支持情况。

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Enterprise resource planning (ERP) is the integrated management of main business processes, often in real time and mediated by software and technology.
在这里插入图片描述
Recently, I got a request to deploy an ERP system to an electrical appliance factory.
For this factory, the ERP system must intergate the following functional areas:

  • Localization for China
  • Financial accounting
  • Management accounting
  • Human resources
  • Manufacturing
  • Order processing
  • Customer relationship management (CRM)
    在这里插入图片描述
    To get the best solution, I searched some open-source ERP system in github.com and analyse the feature of each ERP system.

1.frappe/erpnext: Open Source Alternative to SAP Open Source Alternative to SAP
❌ not free
✅ reliable
✅ open-source
✅ comprehensive functional modules

2.odoo/odoo
✅ free
✅ reliable
✅ open-source
✅ covers all needs
✅ comprehensive functional modules
🔴 after udoo 9, you must pay for completed version
✅ localization for China

3.Dolibarr/dolibarr
✅ free
✅ reliable
✅ open-source
❌ manufacture module is under development
✅ comprehensive functional modules
❌ no localization for China

4. zhuinfo/Django-ERP: Django based ERP system.
❌ limited use
❌ no instruction

5. taozhaoping/ERP:
❌ limited use
❌ no instruction

6. inoerp/inoERP
✅ free
❌ no instruction
✅ comprehensive functional modules

7. openeducat/openeducat_erp
❌ only for education industry

8. mixerp/mixerp
❌ home page under maintainance

9.jishenghua/jshERP
❌ no instruction

10. itcloudy/ERP: bEEGO based ERP
❌ limited use
❌ no instruction

In the next part, I’ll show you the Odoo8.0.

To develop a streaming and OSD (On-Screen Display) system, you will need to follow these steps: 1. Choose a hardware platform: You need to select a hardware platform that is capable of streaming and OSD. You can choose from a range of platforms such as Raspberry Pi, Nvidia Jetson, or any other platform that meets your requirements. 2. Select a streaming protocol: You need to select a streaming protocol that suits your needs. There are several protocols available such as HLS, RTSP, RTMP, etc. Choose the one that best suits your requirements. 3. Develop a streaming application: Once you have selected a hardware platform and a streaming protocol, you need to develop a streaming application. This application should be able to capture video from a camera or a source and stream it using the selected protocol. 4. Develop an OSD application: You also need to develop an OSD application that will overlay graphics and text on the streaming video. This application should be able to receive data from external sources such as sensors or GPS and overlay the data on the video. 5. Integrate streaming and OSD: Once you have developed both the streaming and OSD applications, you need to integrate them. This can be done by using APIs or libraries provided by the platform or the streaming protocol. 6. Test and deploy: Finally, you need to test the system thoroughly and deploy it. You should ensure that the system is stable, performs well, and meets the requirements of your use case. Overall, developing a streaming and OSD system requires expertise in hardware, software, and integration. It is a complex task that requires careful planning, implementation, and testing.
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