Is it possible to configure Microsoft's Application Insights to monitor a Windows service?
I have a VM running in Azure on which the web service is hosted. Which version of the monitoring agent to I need to install and what steps need to be undertaken in order to allow monitoring data do be seen in the dashboard?
I'd also love to see this capability, but it seems from this MSDN page that it's not possible. I hope they expand the service's capabilities later on as it would be great to see a product on the level of AppDynamics or New Relic from MS.
Performance and exception monitoring with Application Insights
You can monitor performance in:
A .NET web service. You have to have administrative access to the server machine. You don’t have to alter the code of the web service.
A .NET service running as a web role on Microsoft Azure Cloud Services. You have to have access to the code. You run the Application Insights tool on your development machine, then rebuild and redeploy the service.
A Java web service. You download the agent to your server machine, update the configuration files, and restart your web service.
Here is an Application Insights Telemetry SDK for services:
http://www.nuget.org/packages/Microsoft.ApplicationInsights.Telemetry.Services/0.7.1
It can be manually configured. Check this out - https://learn.microsoft.com/en-us/azure/application-insights/app-insights-windows-services
Basically,
- create a ASP.NET app on the portal and obtain InstrumentationKey
- Install the nuget package "Microsoft.ApplicationInsights.WindowsServer"
- Add the InstrumentationKey in config file or code.
Related
We are switching to an actor based architecture for a subsystem in our product (We use C#), and we are considering either Akka.NET or Service Fabric actors. We have experience with Akka and Akka Clusters (in Scala), but the Service Fabric actors suits our purpose perfectly. It is, however, really difficult to find any material about deployment.
Is it possible at all to deploy on Azure at the moment (or can you join any preview programmes)? I can't find any indications of when a preview will be available, if it is not possible already.
Azure deployment is not available yet. It will be launched as a preview later this year.
Update: Service Fabric is now available in public preview.
Update: Microsoft now provides Service Fabric Continuous Integration documentation
I have continuous delivery running w/the development SDK (all nodes on one VM) like this:
push to github.com
github.com tells Visual Studio Online to trigger a build.
A custom build definition with a custom #PowerShell script step who 7z’s the build artifacts and curl’s the file to the Windows Server 2012 R2 Azure VM instance
IIS is loaded on the VM to host basic auth over TLS, & the WebDav module simply for this upload (easier to configure than FTP or WebRM on Azure, for sure)
I wrote custom open-source code who monitors for a trigger file (https://github.com/corlib/trigger) and invokes a command, configured to invoke a custom deployment script. (very early, but functional for this purpose)
The deployment script decompresses the archive, loads the ServiceFabric application manifest to obtain the application type version. This version is used to deploy the application package to a unique location in the cluster, register it, and then start a monitored application upgrade (w/rollback to previous version on failure)
Simple question really.
I have an application hosted WCF Service running on my server. This Service is in it's early stages of development. I want it to be "self healing".
When I run the service (by double clicking the .exe to run the console application which creates it) I'm not seeing the service appears under Services in either Task Manager or the typical Windows Service Manager.
Am I missing something?
What's the best approach to make this self-healing (restart on crash).
Thanks
You need to use a project type of Windows Service In Visual Studio and install the built exe file as a windows service in order to see it in Service panel.
Windows services have to be built as such from the start. You cannot take just any executable and install it as a windows service.
More information on MSDN: Introduction to Windows Service Applications.
I'm starting an ASP.net web project that will be hosted on Azure, but I'm not certain whether to develop the project as a regular ASP.net application and deploy it as a Web Site on Azure, or to develop it as a Cloud Application with a Web Role.
The project's nature is that of a web site (simple database back-end), but the question is one of deployment. We aim to build versions of the application and then deploy to staging and production environments, meaning the output of a build should result in a single package (similar to what's described in msdn).
There's plenty of information on how to create a service package to publish a cloud service, but articles on publishing a web site to azure follow a 'web deployment' scenario, where deployment is done via Visual Studio (subscription file from Azure etc).
Is there a way to deploy a web site to azure as a package? Or are tools like Visual Studio needed for a web deploy? If so, then is composing the project as a Cloud service with only a web role the correct choice?
I posted a comment under the question, regarding differences between Cloud Service & Web Site, but to answer your question about packaging: Cloud Services & Web Sites take two different approaches to deployment, and there's not really "works for both" packaging:
Web Sites are designed to accept your code deployment from either a source code repository. The idea is that you have a labeled version of your code, and push it out from TFS, git, Bitbucket, etc. You can also push your code up with ftp, or drop it into a dropbox folder. Because Web Sites run in IIS, and because you don't have any control over the VM farm running your Web Sites, you cannot push up startup scripts as you can with Cloud Services; you cannot install registry updates, COM objects, msi's...
Cloud Services are designed around a stateless VM model. Every time you scale out (add instances), a baseline Windows Server VM is spun up, and the contents of your deployment package is copied to the new VM instance and executed. This includes startup scripts, installers, etc. Since you have admin-level access to each VM, you can configure it as you need to, from your startup scripts / OnStart(). Definitions for each role are combined into a single deployment package. To update one or more roles, you need to redeploy the package.
Web Sites have no tooling pre-requisites, while Cloud Services require Visual Studio or Eclipse to help you manage the deployment package. You can also use PowerShell and Visual Studio command line tools to build the package, as #Ben Robinson mentioned in the comments above. You can also use PowerShell to create and administer Web Sites. Both Cloud Services and Web Sites provide Staging and Production slots.
You can't push a deployment package to Web Sites.
David's answer does a great job covering the Cloud Services option. However, I believe the Azure Website option is well-suited to your needs. You don't have to deploy using Visual Studio. Instead, you can create a publish profile in Visual Studio that creates a Web Deploy Package which is simply a ZIP file that can be published at a later time using command-line tools, no Visual Studio required. It also generates a .deploy.cmd file that you can run to deploy to a remote server, and a SetParameters.xml file with parameters such as connection string that you can modify for your target deployment environment. The .deploy.cmd file calls msdeploy.exe which does the actual deployment.
See this for more details on Web Deploy command-line deployment. There's also a ton of information on MSDeploy and its package system on Sayed Ibrahim Hashimi's blog.
If you want to be able to change files directly in the web application then it is best to use an Azure Web App, because you can access those through FTP.
However an Azure Cloud Service does not provide FTP Access, at least not a useful one that would allow you to use an FTP Client to upload files. A Cloud Service is where you do not want to be bothered too much with much of the details of hosting a web application. While an Azure Web App does much of the same thing, it also allows you to have FTP access and direct access to the files post-deployment.
I have a multi tier windows application. one of the layers is implemented using web services and the UI layer communicate with this layer. I want to make an installation package for the application and i need the installation package to deploy the web services to the local machine's IIS during the installation, so the user doesn't need to go to IIS and configure it manually.
You can package your Web Service (or any web application) as a Web Deploy Package.
See this link on how to do this from Visual Studio: https://www.tutlane.com/tutorial/aspnet-mvc/asp-net-mvc-publish-with-web-deploy-package
Such a package also comes with a .cmd file that could be run by your setup. Read the deploy-readme.txt alongside it to learn more.
To deploy my app on a clean server takes several steps: Start MSSQL service, install .NET4, deploy code, install DB schema, add SSL certificate to IIS7...
Thereafter I follow a more boring task of: Zip up my app files, transfer them to the server, load them into the web app folder etc.
The deployment is done on a semi-frequent basis as my product sells to enterprise customers. Thereafter it's the boring build and deploy task.
Is there a recommended .NET tool that can help automate the above tasks? BTW, I use VS2010 with IIS7 and .NET4.
Web Deploy
Web Deploy (Web Deployment Tool)
simplifies the migration, management
and deployment of IIS Web servers, Web
applications and Web sites.
Administrators can use command-line
scripting with Web Deploy to
synchronize IIS 6.0 and IIS 7.0
servers or to migrate an IIS 6.0
server to IIS 7.0. Web Deploy Tool
also enables administrators and
delegated users to use IIS Manager to
deploy ASP.NET and PHP applications to
an IIS 7.0 server.
Web Deploy enables you to package
configuration and content of your
installed Web applications, including
databases, and use the packages for
storage or redeployment. These
packages can be deployed using IIS
Manager without requiring
administrative privileges. The tool
integrates with Visual Studio 2010 to
help developers streamline the
deployment of Web applications to the
Web server. The tool also integrates
with the Web Platform Installer to
allow you to simply and easily install
community web applications. You can
submit your own application to the Web
Application Gallery
Features
Seamless integration with IIS 7.0
Manager and Visual Studio 2010
interface for creating packages and
deploying them onto a machine, both
locally and remotely. Seamless
integration with the Web Platform
Installer to install community web
applications simply and easily. Web
application packaging: Ability to
package a Web application or an entire
site, including the associated
databases. Ability to package ACLs,
COM, GAC and registry settings.
Supports both live servers and zipped
packages as a source or destination.
Web application deployment:
Administrative privileges are not
required in order to deploy Web
applications. Ability to add powerful
parameters to change text in files
when they are deployed (such as
prompting to replace a connection
string when deploying from QA to
staging environments). Integration
with the IIS 7.0 Web Management
Service (WMSVC) for remote deployment
by non-administrators. Server
administrators have granular control
over the operations that can be
performed and can delegate tasks to
non-administrators. Web server
migration and synchronization: Ability
to synchronize or migrate the entire
Web server, a Web site or application.
Synchronizes only the data that has
changed. Ability to detect missing
dependencies during synchronization.
Automatically gathers content, IIS
configuration, SSL certificates and
ASP.NET configuration when you sync a
Web site. In addition to the IIS
Manager and Visual Studio 10, tasks
can be performed using the
command-line or public APIs.
Yes, Powershell can do all this for you. Pretty much anything a .NET program can do, Powershell can do it since you can import .NET assemblies and use it in powershell.
I use powershell in my project to:
1) Setup the registry
2) Unzip the dropped code
3) Build the web folders and move files
4) Deploy SQL stored procedures
5) Restart IIS
For an in-depth review of using Powershell for deploying see this
article
Have you considered creating an MSI to install using Windows Installer?
You can do this using InstallShield or Wix and can get much of the functionality you describe for "free" (e.g. installing .net, starting/stopping services, deploying code, etc.).