![]() ![]() To enable the service, run this SSH command: sudo systemctl enable api.service With the service configured, we can now enable and run the service. The ExecStart option runs dotnet and executes the main DLL file for the application. The WorkingDirectory option represents the location as to where our ASP.NET Core Web API is located. # Restart service after 10 seconds if the dotnet service crashes:Įnvironment=ASPNETCORE_ENVIRONMENT=Production Then, adding the following contents into that file: ĮxecStart=/usr/bin/dotnet /var/Restart=always ![]() We can do that with this SSH command: sudo nano /etc/systemd/system/api.service To do that, we need to create a new service. With the ASP.NET Core runtime installed, we can set up our ASP.NET Core Web API application as a service. Sudo apt-get install -y aspnetcore-runtime-5.0 Add Service Sudo apt-get install -y apt-transport-https This can be done by running these SSH commands: sudo apt-get update This can be done running these SSH commands: wget -O b sudo dpkg -i bįrom there, we need to install apt-transport-https and the ASP.NET Core 5 runtime. Ubuntu needs to get a listing of all the packages from Microsoft. The next thing we need to do is set the owner of /var/To do that, run the following SSH command: sudo chown -R www-data:www-data /var/www/api Get The Microsoft Packages for Ubuntu Our ASP.NET Core Web API now resides on /var/www/api. To do that, we run the following SSH command: sudo cp -r /home/roundthecode/api /var/www/ We now need to copy the application to /var/www. Copy The Application to /var/www and Set Owner The ASP.NET Core Web API will now be sitting on /home/roundthecode/api on our VPS. Once connected, create a new folder called "api" and upload the published files. ssh -p placeholders would be replaced with the user we created on the VPS earlier in the article. To do that, we open up Windows Powershell (in Administration mode) and run the following command. Now that we have the SSH details, we need to connect to our VPS through SSH. In Visual Studio 2019, we go to Build -> Publish.Ĭreate a new profile, and make sure that the application is built to a folder. ![]() Public void Configure(IApplicationBuilder app, IWebHostEnvironment env)Īpp.UseForwardedHeaders(new ForwardedHeadersOptionsįorwardedHeaders = ForwardedHeaders.XForwardedFor | ForwardedHeaders.XForwardedProtoįrom there, we can then publish our ASP.NET Core Web API. Use this method to configure the HTTP request pipeline. This method gets called by the runtime. We need to go into the Startup class and make that change to support forwarded headers. Of course, the IP address requested would be lost when accessing the Kestrel server, so the whole point of forwarded headers is to carry the original IP address with it. From there, Apache will serve the application to the world-wide web. When running ASP.NET Core on Ubuntu, the common way to do it is to run the application on a Kestrel server, then proxy that server into Apache. The ASP.NET Core Web API does not link up with a database.īut before we do that, we need to make a change and add forwarded headers. We have a very simple ASP.NET Core Web API application that we need to publish to our VPS. We are going to be running our application on so I will need to go ahead and add that record to dotnet in the domain name records. The A record will point to the VPS's IP address. The next step is to add an A record to our domain name. There is also additional information provided, such as how much disk space has been used and how much CPU is currently being used. From there, we can control whether we want to stop or start the VPS, restart the VPS, or turn it off. ![]() In addition, it tells us what operating system is installed.
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