ALIBARBAR INGOT 9000 Dispsoable Vape
The Alibarbar Ingot series has launched 13 flavors, with mysterious blind box flavors waiting to be unveiled.
Eliquid capacity:22ml Ecig oil vape, disposable vape, Vaporizer Shenzhen Yingyuan Technology Co.,ltd , https://www.yingyuanvape.com
BANANA BUZZ – ALIBARBAR INGOT – 9000 PUFFS
Battery capacity:2350mah
Battery type:TESLA 18650
Puffs:up to 9000
Size:103x40x26mm
Net weight:90g
Coil resistance:1.3Ohm
Non rechargeable
LED display
**What is the Test Environment?**
Before testing any software, it's essential to set up a proper test environment. But what exactly is a test environment?
In simple terms, a test environment is the platform on which the software will run. It consists of three main components: software, hardware, and network. So, we can say that the test environment = software + hardware + network.
**Hardware:** This includes devices like PCs, laptops, servers, and other terminals. For example, when testing software like Photoshop, you need to decide whether it will be tested on a PC or a laptop, and whether it will run on an Intel Core processor or an AMD Ryzen. The performance of the software can vary significantly depending on the hardware configuration.
**Software:** This refers to the operating system and other necessary software required for the application to function. For instance, if you're testing Photoshop, you might be running it on Windows XP or Vista. Compatibility issues may arise, especially when the software coexists with other applications on the same system.
**Network:** Depending on the architecture of the software (C/S or B/S), the network setup plays a crucial role. For example, if the customer’s network is Gigabit Ethernet, but your test environment uses only 100 Mbps, this difference can greatly affect the response time and overall performance of the application.
Now that we’ve covered what a test environment is, let’s look at how to set one up. In general, there are some key principles to follow:
1. **Reality:** Try to mimic the actual user environment as closely as possible. Project-based software may have a simpler setup, while product software needs to account for a broader range of configurations.
2. **Clean:** Avoid installing unnecessary software in the test environment. I once encountered an issue where two machines had different results due to one having VC++ installed, which was not part of the user’s environment. However, sometimes compatibility testing requires intentional installation of other software.
3. **Non-toxic:** Ensure the environment is free from harmful elements and safe for testing purposes.
4. **Independence:** Keep the test environment separate from the development environment to avoid interference. Developers and testers should use different servers and databases.
**Types of Test Environments:**
- Functional Test Environment
- Performance Test Environment
**Steps to Build a Test Environment:**
- Developers create an installation and maintenance manual.
- The environment is manually or automatically configured based on the manual.
- Documentation should be detailed and regularly updated.
**Key Principles for Building a Test Environment:**
- As close as possible to the production environment.
- You can use a scaled-down version, such as one server per layer to simulate a distributed setup.
- The production environment should be fully tested and monitored.
**Personal Notes:**
In summary, our environments are typically divided into three categories:
1. **Test Environment:** Used for daily testing and bug identification.
2. **Development Environment:** For developers to debug and fix issues.
3. **Demo Environment:** Used for client demonstrations. We often build this in a virtual machine for portability and then deploy it to AWS for external access.
Additionally, we have environments for online, ST, SIT, E2E, and replica setups at the customer site. For performance testing, we usually isolate interfaces first to test internal performance, then enable them to check how the system handles external interactions.
The environment setup typically involves:
- Installing Oracle Database on Linux
- Configuring a Web Server (e.g., Tomcat) for multi-port and multi-instance handling
- Setting up Openfire for communication between devices
- Configuring HTTPS with a CA certificate
- Verifying that all services are running properly
We also use tools like Nginx and Load Balancer to manage traffic efficiently.
Finally, I recommend using Jenkins for automated version deployment and integration.
September 28, 2025