Download goPanel 2 - Web Server Manager for macOS 10.10 or later and enjoy it on your Mac. v2 comes with new features to the app, in short: - Nginx as Reverse Proxy on top of Apache - Redis (in-memory key-value store) - Varnish (HTTP accelerator designed for content-heavy dynamic web sites) - Removed FTP as mandatory dependency for the. Aug 10, 2018 goPanel is an incredibly intuitive OS X app for the management of web servers, an alternative to existing control-panel apps you install on Unix-based servers for web hosting. Easy-to-install and configure Apache or Nginx webserver, PHP, MySQL, FTP, domains, free SSL certs and emails on your server. GoPanel lets you easily connect and manage. GoPanel is the most intuitive OSX App to manage web servers, an alternative to existing control panel softwares you install on your Unix based servers for web hosting. Easy to install and configure Apache, php, mysql, ftp, domains and emails on your server goPanel APP lets you easily connect and manage UNLIMITED linux servers. This document describes how to manage physical and virtual Linux-based systems using the RHEL 8 web console. The instructions assume that the server used for management is running in Red Hat Enterprise Linux 8.
Developer: Global Web SRL
goPanel 2 offers a reliable way to manage Linux Web Servers directly from your Mac’s Desktop / Laptop, an alternative to existing control panel software you install on your Unix based servers for web hosting.
v2 comes with new features to the app, in short:
– Nginx as Reverse Proxy on top of Apache
– Redis (in-memory key-value store)
– Varnish (HTTP accelerator designed for content-heavy dynamic web sites)
– Removed FTP as mandatory dependency for the webserver
– Added Custom Scripts tab in Config so we allow any user to contribute with own scripts for a distro and start creating a community
– Nginx as Reverse Proxy on top of Apache
– Redis (in-memory key-value store)
– Varnish (HTTP accelerator designed for content-heavy dynamic web sites)
– Removed FTP as mandatory dependency for the webserver
– Added Custom Scripts tab in Config so we allow any user to contribute with own scripts for a distro and start creating a community
***** This is the best Linux Web Server manager on App Store *****
Easy to install and configure Apache or Nginx web server, PHP, MySQL or MariaDB, FTP, SSL certificates, domains and emails on your server.
Incredible Features:
– Add&manage UNLIMITED servers (VPS or Dedicated)
– Install, configure and manage: Apache or Nginx, PHP, FTP (Pure-FTPd), MySQL or MariaDB, Mail Server to get each of your servers ready to host domains
– PHP & Apache on/off from selection of modules
– Unlimited MySQL/MariaDB users and databases, domains, ftp accounts and emails
– Unlimited FREE SSL** certs issued by Let’s Encrypt certificate authority
– Shell account for FTP users
– Fail2Ban intrusion prevention software Install, Configure and Latest Activity
– Setup scheduled cron jobs
– Setup backup for your files or databases locally or on Amazon S3 and FTP external backup
– View server logs and block IP’s
– Rollback up to 50 earlier versions of your config files in case you need to
– System updates – keep your linux server up to date
– 3rd Party Scripts
— WP-CLI (command-line tools for managing WordPress installations)
— ConfigServer Security & Firewall (csf)
— Composer (application-level package manager)
— PHPMyAdmin(database manager)
— Webmailer (roundcube)
— OneClick WordPress Installer
– Add&manage UNLIMITED servers (VPS or Dedicated)
– Install, configure and manage: Apache or Nginx, PHP, FTP (Pure-FTPd), MySQL or MariaDB, Mail Server to get each of your servers ready to host domains
– PHP & Apache on/off from selection of modules
– Unlimited MySQL/MariaDB users and databases, domains, ftp accounts and emails
– Unlimited FREE SSL** certs issued by Let’s Encrypt certificate authority
– Shell account for FTP users
– Fail2Ban intrusion prevention software Install, Configure and Latest Activity
– Setup scheduled cron jobs
– Setup backup for your files or databases locally or on Amazon S3 and FTP external backup
– View server logs and block IP’s
– Rollback up to 50 earlier versions of your config files in case you need to
– System updates – keep your linux server up to date
– 3rd Party Scripts
— WP-CLI (command-line tools for managing WordPress installations)
— ConfigServer Security & Firewall (csf)
— Composer (application-level package manager)
— PHPMyAdmin(database manager)
— Webmailer (roundcube)
— OneClick WordPress Installer
Linux distributions supported:
– Ubuntu 14.04 (LTS), 14.10, 15.04, 15.10, 16.04
– CentOS 6.x, 7.x
– Amazon Linux 2016.03
– Red Hat Enterprise Linux 6.x, 7.x
– Debian 7 and 8
and YES goPanel works perfect with Amazon instances and Digital Ocean droplets as long as you use a linux distribution we support.
– Ubuntu 14.04 (LTS), 14.10, 15.04, 15.10, 16.04
– CentOS 6.x, 7.x
– Amazon Linux 2016.03
– Red Hat Enterprise Linux 6.x, 7.x
– Debian 7 and 8
and YES goPanel works perfect with Amazon instances and Digital Ocean droplets as long as you use a linux distribution we support.
* make sure your linux server does not have FTP server installed and you install it from the goPanel app.
** Let’s Encrypt – centOS 6.x experimental support only
** Let’s Encrypt – AMI linux not supported yet
** Let’s Encrypt – centOS 6.x experimental support only
** Let’s Encrypt – AMI linux not supported yet
What’s new in goPanel
Information
Size 11 MB
Compatibility OS X 10.10 or later, 64-bit processor
Age Rating Rated 4+
Price $38.99
By Sourabh Shirhatti
This guide explains setting up a production-ready ASP.NET Core environment on an Ubuntu 16.04 server. These instructions likely work with newer versions of Ubuntu, but the instructions haven't been tested with newer versions.
For information on other Linux distributions supported by ASP.NET Core, see Prerequisites for .NET Core on Linux.
Note
For Ubuntu 14.04, supervisord is recommended as a solution for monitoring the Kestrel process. systemd isn't available on Ubuntu 14.04. For Ubuntu 14.04 instructions, see the previous version of this topic.
This guide:
- Places an existing ASP.NET Core app behind a reverse proxy server.
- Sets up the reverse proxy server to forward requests to the Kestrel web server.
- Ensures the web app runs on startup as a daemon.
- Configures a process management tool to help restart the web app.
Prerequisites
- Access to an Ubuntu 16.04 server with a standard user account with sudo privilege.
- Install the .NET Core runtime on the server.
- Visit the Download .NET Core page.
- Select the latest non-preview .NET Core version.
- Download the latest non-preview runtime in the table under Run apps - Runtime.
- Select the Linux Package manager instructions link and follow the Ubuntu instructions for your version of Ubuntu.
- An existing ASP.NET Core app.
At any point in the future after upgrading the shared framework, restart the ASP.NET Core apps hosted by the server.
Publish and copy over the app
Configure the app for a framework-dependent deployment.
If the app is run locally and isn't configured to make secure connections (HTTPS), adopt either of the following approaches:
- Configure the app to handle secure local connections. For more information, see the HTTPS configuration section.
- Remove
https://localhost:5001
(if present) from theapplicationUrl
property in the Properties/launchSettings.json file.
Run dotnet publish from the development environment to package an app into a directory (for example, bin/Release/<target_framework_moniker>/publish) that can run on the server:
The app can also be published as a self-contained deployment if you prefer not to maintain the .NET Core runtime on the server.
Copy the ASP.NET Core app to the server using a tool that integrates into the organization's workflow (for example, SCP, SFTP). It's common to locate web apps under the var directory (for example, var/www/helloapp).
Note
Under a production deployment scenario, a continuous integration workflow does the work of publishing the app and copying the assets to the server.
Test the app:
- From the command line, run the app:
dotnet <app_assembly>.dll
. - In a browser, navigate to
http://<serveraddress>:<port>
to verify the app works on Linux locally.
Configure a reverse proxy server
A reverse proxy is a common setup for serving dynamic web apps. A reverse proxy terminates the HTTP request and forwards it to the ASP.NET Core app.
Use a reverse proxy server
Kestrel is great for serving dynamic content from ASP.NET Core. However, the web serving capabilities aren't as feature rich as servers such as IIS, Apache, or Nginx. A reverse proxy server can offload work such as serving static content, caching requests, compressing requests, and HTTPS termination from the HTTP server. A reverse proxy server may reside on a dedicated machine or may be deployed alongside an HTTP server.
For the purposes of this guide, a single instance of Nginx is used. It runs on the same server, alongside the HTTP server. Based on requirements, a different setup may be chosen.
Because requests are forwarded by reverse proxy, use the Forwarded Headers Middleware from the Microsoft.AspNetCore.HttpOverrides package. The middleware updates the
Request.Scheme
, using the X-Forwarded-Proto
header, so that redirect URIs and other security policies work correctly.Forwarded Headers Middleware should run before other middleware. This ordering ensures that the middleware relying on forwarded headers information can consume the header values for processing. To run Forwarded Headers Middleware after diagnostics and error handling middleware, see Forwarded Headers Middleware order.
Invoke the UseForwardedHeaders method at the top of
Startup.Configure
before calling other middleware. Configure the middleware to forward the X-Forwarded-For
and X-Forwarded-Proto
headers:If no ForwardedHeadersOptions are specified to the middleware, the default headers to forward are
None
.Proxies running on loopback addresses (127.0.0.0/8, [::1]), including the standard localhost address (127.0.0.1), are trusted by default. If other trusted proxies or networks within the organization handle requests between the Internet and the web server, add them to the list of KnownProxies or KnownNetworks with ForwardedHeadersOptions. The following example adds a trusted proxy server at IP address 10.0.0.100 to the Forwarded Headers Middleware
KnownProxies
in Startup.ConfigureServices
:For more information, see Configure ASP.NET Core to work with proxy servers and load balancers.
Install Nginx
Use
apt-get
to install Nginx. The installer creates a systemd init script that runs Nginx as daemon on system startup. Follow the installation instructions for Ubuntu at Nginx: Official Debian/Ubuntu packages.Note
If optional Nginx modules are required, building Nginx from source might be required.
Since Nginx was installed for the first time, explicitly start it by running:
Verify a browser displays the default landing page for Nginx. The landing page is reachable at
http://<server_IP_address>/index.nginx-debian.html
.Configure Nginx
To configure Nginx as a reverse proxy to forward requests to your ASP.NET Core app, modify /etc/nginx/sites-available/default. Open it in a text editor, and replace the contents with the following:
If the app is a Blazor Server app that relies on SignalR WebSockets, see Host and deploy ASP.NET Core Blazor Server for information on how to set the
Connection
header.When no
server_name
matches, Nginx uses the default server. If no default server is defined, the first server in the configuration file is the default server. As a best practice, add a specific default server which returns a status code of 444 in your configuration file. A default server configuration example is:With the preceding configuration file and default server, Nginx accepts public traffic on port 80 with host header
example.com
or *.example.com
. Requests not matching these hosts won't get forwarded to Kestrel. Nginx forwards the matching requests to Kestrel at http://localhost:5000
. See How nginx processes a request for more information. To change Kestrel's IP/port, see Kestrel: Endpoint configuration.Warning
Failure to specify a proper server_name directive exposes your app to security vulnerabilities. Subdomain wildcard binding (for example,
*.example.com
) doesn't pose this security risk if you control the entire parent domain (as opposed to *.com
, which is vulnerable). See rfc7230 section-5.4 for more information.Once the Nginx configuration is established, run
sudo nginx -t
to verify the syntax of the configuration files. If the configuration file test is successful, force Nginx to pick up the changes by running sudo nginx -s reload
.To directly run the app on the server:
- Navigate to the app's directory.
- Run the app:
dotnet <app_assembly.dll>
, whereapp_assembly.dll
is the assembly file name of the app.
If the app runs on the server but fails to respond over the Internet, check the server's firewall and confirm that port 80 is open. If using an Azure Ubuntu VM, add a Network Security Group (NSG) rule that enables inbound port 80 traffic. There's no need to enable an outbound port 80 rule, as the outbound traffic is automatically granted when the inbound rule is enabled.
When done testing the app, shut the app down with
Ctrl+C
at the command prompt.Monitor the app
The server is setup to forward requests made to
http://<serveraddress>:80
on to the ASP.NET Core app running on Kestrel at http://127.0.0.1:5000
. However, Nginx isn't set up to manage the Kestrel process. systemd can be used to create a service file to start and monitor the underlying web app. systemd is an init system that provides many powerful features for starting, stopping, and managing processes.Create the service file
Create the service definition file:
The following is an example service file for the app:
In the preceding example, the user that manages the service is specified by the
User
option. The user (www-data
) must exist and have proper ownership of the app's files.Use
TimeoutStopSec
to configure the duration of time to wait for the app to shut down after it receives the initial interrupt signal. If the app doesn't shut down in this period, SIGKILL is issued to terminate the app. Provide the value as unitless seconds (for example, 150
), a time span value (for example, 2min 30s
), or infinity
to disable the timeout. TimeoutStopSec
defaults to the value of DefaultTimeoutStopSec
in the manager configuration file (systemd-system.conf, system.conf.d, systemd-user.conf, user.conf.d). The default timeout for most distributions is 90 seconds.Linux has a case-sensitive file system. Setting ASPNETCORE_ENVIRONMENT to 'Production' results in searching for the configuration file appsettings.Production.json, not appsettings.production.json.
Some values (for example, SQL connection strings) must be escaped for the configuration providers to read the environment variables. Use the following command to generate a properly escaped value for use in the configuration file:
Colon (
:
) separators aren't supported in environment variable names. Use a double underscore (__
) in place of a colon. The Environment Variables configuration provider converts double-underscores into colons when environment variables are read into configuration. In the following example, the connection string key ConnectionStrings:DefaultConnection
is set into the service definition file as ConnectionStrings__DefaultConnection
:Colon (
:
) separators aren't supported in environment variable names. Use a double underscore (__
) in place of a colon. The Environment Variables configuration provider converts double-underscores into colons when environment variables are read into configuration. In the following example, the connection string key ConnectionStrings:DefaultConnection
is set into the service definition file as ConnectionStrings__DefaultConnection
:Save the file and enable the service.
Start the service and verify that it's running.
With the reverse proxy configured and Kestrel managed through systemd, the web app is fully configured and can be accessed from a browser on the local machine at
http://localhost
. It's also accessible from a remote machine, barring any firewall that might be blocking. Inspecting the response headers, the Server
header shows the ASP.NET Core app being served by Kestrel.View logs
Since the web app using Kestrel is managed using
systemd
, all events and processes are logged to a centralized journal. However, this journal includes all entries for all services and processes managed by systemd
. To view the kestrel-helloapp.service
-specific items, use the following command:For further filtering, time options such as
--since today
, --until 1 hour ago
or a combination of these can reduce the amount of entries returned.Data protection
The ASP.NET Core Data Protection stack is used by several ASP.NET Core middlewares, including authentication middleware (for example, cookie middleware) and cross-site request forgery (CSRF) protections. Even if Data Protection APIs aren't called by user code, data protection should be configured to create a persistent cryptographic key store. If data protection isn't configured, the keys are held in memory and discarded when the app restarts.
If the key ring is stored in memory when the app restarts:
- All cookie-based authentication tokens are invalidated.
- Users are required to sign in again on their next request.
- Any data protected with the key ring can no longer be decrypted. This may include CSRF tokens and ASP.NET Core MVC TempData cookies.
To configure data protection to persist and encrypt the key ring, see:
Long request header fields
Proxy server default settings typically limit request header fields to 4 K or 8 K depending on the platform. An app may require fields longer than the default (for example, apps that use Azure Active Directory). If longer fields are required, the proxy server's default settings require adjustment. The values to apply depend on the scenario. For more information, see your server's documentation.
Warning
Don't increase the default values of proxy buffers unless necessary. Increasing these values increases the risk of buffer overrun (overflow) and Denial of Service (DoS) attacks by malicious users.
Secure the app
Enable AppArmor
Linux Security Modules (LSM) is a framework that's part of the Linux kernel since Linux 2.6. LSM supports different implementations of security modules. AppArmor is a LSM that implements a Mandatory Access Control system which allows confining the program to a limited set of resources. Ensure AppArmor is enabled and properly configured.
Configure the firewall
Close off all external ports that are not in use. Uncomplicated firewall (ufw) provides a front end for
iptables
by providing a CLI for configuring the firewall.Warning
A firewall will prevent access to the whole system if not configured correctly. Failure to specify the correct SSH port will effectively lock you out of the system if you are using SSH to connect to it. The default port is 22. For more information, see the introduction to ufw and the manual.
Install
ufw
and configure it to allow traffic on any ports needed.Secure Nginx
Change the Nginx response name
Edit src/http/ngx_http_header_filter_module.c: M4vgear drm media converter 4 1 7 download free.
Configure options
Configure the server with additional required modules. Consider using a web app firewall, such as ModSecurity, to harden the app.
HTTPS configuration
Configure the app for secure (HTTPS) local connections
The dotnet run command uses the app's Properties/launchSettings.json file, which configures the app to listen on the URLs provided by the
applicationUrl
property (for example, https://localhost:5001;http://localhost:5000
). Grizzly bear veckatimest 320 zip.Configure the app to use a certificate in development for the
dotnet run
command or development environment (F5 or Ctrl+F5 in Visual Studio Code) using one of the following approaches:- Replace the default certificate from configuration (Recommended)
Configure the reverse proxy for secure (HTTPS) client connections
- Configure the server to listen to HTTPS traffic on port
443
by specifying a valid certificate issued by a trusted Certificate Authority (CA). - Harden the security by employing some of the practices depicted in the following /etc/nginx/nginx.conf file. Examples include choosing a stronger cipher and redirecting all traffic over HTTP to HTTPS.
- Adding an
HTTP Strict-Transport-Security
(HSTS) header ensures all subsequent requests made by the client are over HTTPS. - If HTTPS will be disabled in the future, use one of the following approaches:
- Don't add the HSTS header.
- Choose a short
max-age
value.
Add the /etc/nginx/proxy.conf configuration file:
Edit the /etc/nginx/nginx.conf configuration file. The example contains both
http
and server
sections in one configuration file.Server Manager Windows 10
Note
Blazor WebAssembly apps require a larger
burst
parameter value to accommodate the larger number of requests made by an app. For more information, see Host and deploy ASP.NET Core Blazor WebAssembly.Secure Nginx from clickjacking
Clickjacking, also known as a UI redress attack, is a malicious attack where a website visitor is tricked into clicking a link or button on a different page than they're currently visiting. Use
X-FRAME-OPTIONS
to secure the site.To mitigate clickjacking attacks:
- Edit the nginx.conf file:Add the line
add_header X-Frame-Options 'SAMEORIGIN';
. - Save the file.
- Restart Nginx.
MIME-type sniffing
This header prevents most browsers from MIME-sniffing a response away from the declared content type, as the header instructs the browser not to override the response content type. With the
nosniff
option, if the server says the content is 'text/html', the browser renders it as 'text/html'.Edit the nginx.conf file:
Add the line
add_header X-Content-Type-Options 'nosniff';
and save the file, then restart Nginx.Additional Nginx suggestions
Server Manager Definition
After upgrading the shared framework on the server, restart the ASP.NET Core apps hosted by the server.