Upon seeing Xing Baohua, he first sat on the guest sofa and said to Xing Baohua, "Someone provokes you yesterday."
Xing Baohua nodded and said, "You've inexplicably become hated!"
"For my sake, don't mess with him," Young Master Zheng said.
"Your relative?" Xing Baohua asked.
“No, but we’re practically related. His father called me yesterday about this, hoping I could mediate,” Young Master Zheng continued to tell Xing Baohua.
It turns out that the lawyer for the sports car driver was also afraid that Xing Baohua would investigate further. No matter how deeply Xing investigated, the sports car driver would not be able to withstand it, so he sued his parents.
Perhaps if the sports car driver's family intervenes and pulls some strings, the matter can be resolved. There's really no deep-seated hatred involved; they can find someone familiar with Xing Baohua who has influence.
If you say a few polite words on their behalf, this matter can be resolved perfectly.
Since Zheng Dashao's face had to be given, Xing Baohua picked up the phone and called the lawyer, deciding not to pursue the matter of the sports car guy.
These are all minor matters, and Xing Baohua, given his current status, doesn't care too much about them.
After chatting for a while, Zheng Dashao and Xing Baohua took their leave.
After seeing off Young Master Zheng, Xing Baohua went to the software park, where there was also a lot of work to keep an eye on.
While the battery drain issue of mobile phones and anti-piracy devices can be addressed here, apps that consume a lot of data also need to be modified.
Many of the ported software programs also need to be tested on mobile phones.
The ported software is mostly standalone and doesn't require internet connectivity for now, but the email software does need an internet connection.
Email was only used as an internal communication tool, and before the entire network was connected, it was just a small to medium format.
If the submarine cable is connected, then Hong Kong and the other side of the strait, Japan, South Korea, the United States, and Europe will all be able to send emails.
This is true global connectivity. Of course, mobile email is more advanced and saves on phone and fax costs.
Sending documents will greatly improve the work efficiency of international organizations.
Xing Baohua initially wanted to port an email service, but after thinking about it, he decided it would be better to create one himself, as it wasn't difficult.
According to internet protocols, it's fine to let the software engineers handle it.
First, there was internal testing, then the testing was expanded to a wider scope, and even mobile testing was conducted.
At current internet speeds of tens of kilobytes per second, sending an email takes more than ten seconds.
Plain text emails take up very little data, often only a few bytes, or even just a few kilobytes if there are many words.
The key to this is the phone's hardware configuration. The RAM is already small, and it also needs to run software and store temporary files.
Because many things couldn't keep up, the whole process slowed down. At this point, Xing Baohua stopped rushing things and instead made some adjustments, working with the software team to optimize the existing ported software.
As testing progressed, new problems arose.
That is, when the phone is running software, it is relatively smooth at first, but after a while, the software freezes, causing the phone to crash.
It can only run for a while after shutting down and restarting.
After that, when I tried to shut down the computer again, it wouldn't turn off, and I had to force a shutdown.
Simply put, this phenomenon is caused by the increasing amount of garbage generated in the running memory, leading to blockages.
This shifts the blame back to the hardware.
Actually, this common problem doesn't only occur on mobile phones; computers do too.
In the era of purely feature phones, all you needed to do was make calls and send messages. But with software running, if you didn't configure group policy to automatically clear cache and junk files, the lag would be so bad it would make you question your existence.
Just like the systems after 95, 98, 2000, XP, etc.
The same lag and slowdown issues can occur. If computers experience this, imagine how much worse it is with a small, poorly configured mobile phone.
Many brand-name computers come with very low configurations when they are manufactured, and users have to upgrade the hardware themselves to achieve smooth performance.
The first option is simply to increase memory. This directly affects system smoothness and prevents lag. If lag persists, continue increasing memory.
What if the motherboard no longer supports the new device?
Try backing up your data and reinstalling the system. The new system is generally better.
In fact, most computer novices don't really understand that adding hardware can temporarily slow down a computer's performance. In reality, when installing software, they tend to install it on the C drive.
If you don't pay attention, your C drive will slow down. When it's time to delete something, you won't know which one to delete. You'll look at this software and that software, and you won't want to delete any of them.
Finally, you can try using software to manage and clean your C drive, but those things often end up installed on your C drive anyway. Even if you scan until your CPU smokes, it might not actually clean it properly and could even make your system slower.
That thing takes up even more memory. If you're lucky, it might run a little more smoothly, but if you're unlucky, it might even wipe out system files, causing the system to crash and become even less usable.
There's no way to upgrade the phone's hardware. Even if we did, the cost would be exorbitant and it wouldn't be of much use.
No matter how much we increase it, it can't keep up with the rate at which waste is generated.
The only solution is to optimize the system by creating a dedicated area for cleaning up cached junk files.
This can help alleviate the symptoms.
This is a one-way street! It forces manufacturers to update and upgrade hardware every year to keep the system running.
Unless we go down the Apple system route.
If we take that path, we'll need to redesign the underlying CPU and memory architecture.
Moreover, the investment is enormous, requiring not only human and material resources, but more importantly, many of the technologies used in Apple's operating system were purchased.
My dear reader, there's more to this chapter! Please click the next page to continue reading—even more exciting content awaits!
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