Bring up a website by wordpress

本文详细介绍了如何利用Bitnami WordPress Stack在Linux CentOS服务器上搭建WordPress网站,包括下载安装器、配置安装参数、安装FTP服务等步骤,最终实现个性化的网站发布。

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WORDPRESS

WordPress is web software you can use to create a beautiful website or blog, which is both free and priceless at the same time. It's powerful because lots of themes and plugins can be found to cooperate with it to build a really beautiful and complecated website. you may find many good examples in its showcase website.

What I want is very simple. I need a website and blog for my domain which could give us flexibility to publish our article. Wordpress.org has a Famous 5-Minute Install which is really compicated. I don't want to bother with it. if you got money you could directly host your wordpress website on the cloud, which is much easier. but I got a server running a linux system and a IP address. I don't want to left these resources useless.

 

BITNAMI Wordpress

Bitnami WordPress Stack provides a one-click install solution for WordPress. you could download installers and virtual machines or run your own WordPress server in the cloud.

Suppose you have:

[1]. Linux CentOS 6.3 Server
[2]. Server IP address IP_ADDR
[3]. Bitnami Wordpress

 

1. Install bitnami wordpress

Download the installer bitnami-wordpress-3.9.1-1-linux-x64-installer.run, give it executable mode.

chmod a+x bitnami-wordpress-3.9.1-1-linux-x64-installer.run
sudo ./bitnami-wordpress-3.9.1-1-linux-x64-installer.run

 You will need to choose language, install directory, mail server, admin user and pwd. WRITE DOWN YOUR ADMIN USER AND PWD. if you go smoothly know your website has brought up. But as we have to change the default theme and add some plugins, a FTP server will be needed in the server. please see how to install a VSFTPD service in part 3.

 

2. install bitnami wordpress module

if you have bitnami software installed in your server, you should install a module upon the bitnami stack. bitnami-wordpress-3.9.1-1-module-linux-x64-installer.run

chmod a+x bitnami-wordpress-3.9.1-1-module-linux-x64-installer.run
sudo ./bitnami-wordpress-3.9.1-1-module-linux-x64-installer.run

you will need the language, mail server, admin user and pwd your bitnami stack has. 

 

3. install vsftpd service

See this blog for installation guide. if your wordpress install_addr is not at the local user home directory, your wordpress theme and plugin installation may be not successful. Because in the ftp servie each user is restricted in its own home directory. if you want to use 'root' to get a quick walk around, follow these steps, but when you finish your installation, change it back.

vim /etc/vsftpd/ftpusers
vim /etc/vsftpd/user_list

 Remove root in both files.

转载于:https://www.cnblogs.com/geosky/p/install_wordpress.html

### SerDes Bring-Up Process and Initialization Steps In the context of initializing or debugging Serializers/Deserializers (SerDes), several critical aspects must be considered to ensure proper functionality. For high-speed serial communication interfaces, bringing up a SerDes involves configuring hardware parameters accurately. The configuration typically includes setting up reference clocks, power supplies, and ensuring that all necessary voltage levels are within specified tolerances[^1]. Additionally, establishing reliable connections between devices through appropriate PCB layout practices plays a crucial role in successful bring-up procedures. For software-based configurations, modifying register settings via APIs provided by manufacturers allows fine-tuning performance characteristics such as pre-emphasis, equalization, and lane skew adjustments. These modifications help mitigate signal integrity issues arising from channel impairments during data transmission over long distances at gigabit speeds. Debugging techniques often involve using specialized equipment like oscilloscopes with jitter analysis capabilities or bit error rate testers (BERTs). Such tools assist engineers in identifying potential problems related to timing violations, crosstalk interference, or insufficient noise margins which could otherwise lead to corrupted transmissions. Moreover, leveraging built-in self-test features available on many modern transceivers provides valuable insights into link quality metrics without requiring external instrumentation. This capability facilitates quicker identification of faults while reducing dependency on costly lab setups. ```python # Example Python code snippet demonstrating how one might interact programmatically with a device's registers. def configure_serdes(device_handle, param_dict): """ Configures serdes based on given parameter dictionary Args: device_handle: Handle to communicate with physical device param_dict(dict): Dictionary containing key-value pairs for desired config changes Returns: bool: True if successfully configured; False otherwise """ try: for reg_address, value in param_dict.items(): write_register(device_handle, reg_address, value) return True except Exception as e: print(f"Failed to apply configuration due to {e}") return False ```
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