![]() Really out of my depth here, thanks for any suggestions or insights. Is this created when the connection record is created? Looking at my web site I don't see an _mmServerScripts folder, which my other website has. In the upper left corner of the account Dashboard, select phpMyAdmin. For the website you want to open phpMyAdmin on, select Settings from the menu. ![]() In your My Products page, next to Web Hosting, select Manage All. Do you have any idea how I would use this, or even launch it? if I implement this I'm afraid I'll cause other DW problems down the line. Select the appropriate tab for your hosting plan ( What type of hosting account do I have ). GoDaddy seems pretty weak in their support area for connection problems, my previous reply includes a chunk of sample PHP they provided but with no guidance on how to use it. I also tried including the IP address in the username - the one that I get from PHPMyAdmin and it made no difference. What I really don't understand is that if I open another website hosted on a different company's hosting server (using DW with the local web pages on my PC) it tries to connect and gives me an access denied error which seems reasonable. Yes the fields above are what it's asking for and I'm giving it exactly what tells me, the MySQL Server is w2wb.db. I give it the username and password and the database name. TonyĪlert('Unable to connect to database! Please try again later.'),history.go(-1)") What I'm unable to do is connect my GoDaddy site to the GoDaddy MySQL db !! GoDaddy has provided me with a generic piece of PHP which they call a connection string, it is shown below and needs to be customized for my site, the question I have is where do I put this PHP and how do I trigger it? I'd really appreciate some direction on this. I was able to successfully connect from the GoDaddy hosted web site to a MySQL db on another site not hosted by GoDaddy, I was also able to successfully connect from a web site not hosted by GoDaddy to the MySQL db hosted by GoDaddy. We will explore the FileZilla interface and provide demonstrations on uploading, deleting and modifying remote server files.This is driving me nuts. Lastly, the course takes a look at FTP clients and establishing connections from local machines to production servers to upload web content. The entire Linode management console will be explored to demonstrate how to complete various tasks including: creating backups, server re-sizing, changing root passwords, DNS management, and general administration. Students also learn to install and connect to their virtual machines using remote desktop connection tools such as Tight VNC and Real VNC. Servers will be configured with security in mind, using multi-user accounts, SSH authentication, and file permission management. Several remote access tools such as PuTTy and Terminal will be used to administer virtual servers through the use of command lines. This includes deployment and administration of Ubuntu on Linux based distributions and essential web services (LAMP Stack – Linux, Apache, MySQL, PhpMyAdmin) on scalable virtual machines. Students then explore the configuration of a live production server using popular cloud hosting providers such as Linode. We discuss the role of each essential service as it applies to testing dynamic, database-driven web applications on a local computing system. This includes installing and configuring WAMP/MAMP (Windows/MAC, Apache, MySQL, PhpMyAdmin) on a PC or MAC system. ![]() With first-hand insights into the creation of effective web infrastructures and domain management, students learn to configure local testing servers. Management features such as Name Server assignment, auto-renewal, domain privacy, and domain forwarding will be covered. Students learn to register and administer domain names through the GoDaddy domain management console. ![]() We then take a look at the role of Domain name registrars and ICANN (The Internet Corporation for Assigned Names and Numbers). We conduct an overview of web hosting infrastructures such as shared, VPS, Dedicated and Cloud hosting solutions through case analysis. Students are then introduced to the web development process and planning stages of building websites and complex web applications. Mechanism to safeguard the movement of data, such as network routers, ports and firewalls, are also explored. The course examines the role of DNS and SMTP servers in routing internet traffic and email transmissions. We examine the entire flow and life-cycle of data-packet movement from origin to destination. ![]() Students learn how to interpret various protocols such as TCP/IP, HTTP, HTTPs, SMTP and FTP. This course is part-one of the nine-part series that starts by taking an in-depth look at how the internet facilitates the movement of data packets across both LANs (Local Area Network) and WANs (Wide Area Network). ![]()
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