Cloud Functions is Google Cloud’s event-driven serverless compute platform. Run your code locally or in the cloud without having to provision servers. Go from code to deploy with continuous delivery and monitoring tools. Cloud Functions scales up or down, so you pay only for compute resources you use. Easily create end-to-end complex development scenarios by connecting with existing Google Cloud or third-party services.
It’s easy enough to get up and running with a local dev environment but with the basic setup you need to restart the dev server on every file change. Doing a lot of Google AppEngine development recently I got use to the dev server reloading changed files. When you have the basic environment up and running (specified here: https://cloud.google.com/functions/docs/functions-framework) just follow these simple steps.Read More
Been trying to use multiple Google reCAPTCHAs on the same page with mixed success. Reason for doing this is for example a login page with a reCAPTHCA for the login form and a modal opening with a reset password form. I prefer to use the “invisible” reCAPTCHA since it gives a cleaner look. To be able to use the native validation of forms in HTML5 i need to manually execute the reCAPTCHA when the form is submitted which gave me issues with multiple reCAPTCHAs.
Every now and then IIS application pools lock up and needs to be killed. You can add the field PID in Task Manager and then use cmd tools to find which one of the IIS Worker Process is the right one and kill it. I created a simple script that lists all the IIS Application Pools by name, select the one you need to kill and the script kills it. The script is available on my Github and is named IISAppPoolKiller.ps1. Please comment below what you have been using this for!
Every now and then you need to check if your servers or client computers have pending updates. You can generate a simple list of this with Powershell. I have created a script for this on my Github named ListPendingWindowsUpdates.ps1. Here is a quick breakdown of the script, feel free to use and modify it anyway you like. Please comment below what you ended up doing with it.
We always need to declare the functions of the Powershell script first but I will dig into the only function of this script below and start with the locally executed code. This script have one locally executed part and then a function that is executed on each and every server/client it lists. For this to work you need to run the script with domain admin rights. Both to access the Active Directory and to remote execute the code on each server/client.
Working with folder and share security is to often treated as set and forget. A good practice is to run daily jobs to check, report and reset permissions on shared folders and home directories. There are several ways to do this but it can easily be done from Powershell. This can also be used when migrating between servers and access needs to be added or removed. Here is a few useful code snippets when working with folder access and shares in Powershell.
New Relic is a very good tool to monitor you servers and applications with a bunch of metrics och features. If you landed on this page you probably already use it so I want go into any more details on it. There are things I love about it and things I hate about it, the way it is with most tools you come across in your day to day work.
For monitoring we use the Health Map filtered to Hosts and related applications which gives us a great overview of the overall condition of the servers and the web applications running on them. Currently there is no customization for the sorting or the layout and no kiosk mode for a proper wallboard. When building a good wallboard for your support or NOC you want to add additional information and be conservative with the real estate, you want to fit all the information on one big screen so you get all the information you need in one glance. This is where New Relic doesn’t deliver as good as it does on other parts.
After using Jira Service Desk for a while we ran into a problem with automatic re-opening tickets when a customer replied to a closed ticket. The automatic re-open worked fine but any attachments where just thrown away. Usually customers respond back with a screenshots, logs or similar information needed to further investigate the ticket.
At the end of the comment that triggered the re-open and contained an attachment the following error message was added: Failed to add the following attachment to this issue because file attachments are disabled for the system.
Did a lot of research online without finding any solution, a lot of people had the problem but no suggested solutions. After some testing I realized that when the e-mail gets ingested by Jira Service Desk the contents of the e-mail is added as a comment and any attachments to the e-mail is attached to the case. After this occurs the ticket is automatically re-opened due to the customer comment. A closed or resolved ticket can not get new attachments and since Jira Service Desk is trying to attach the file before the ticket is re-opened it fails.
The simple solution to this is to add a property on the Closed workflow step for the Jira Service Desk project. If you edit your workflow and click the Closed step then open up the Properties, here you can add a new property key jira.issue.editable with the value true. This will allow closed issues to be edited which will make sure that the attachments are added during the re-open process. The only drawback with this is the Edit button being visible on closed cases.
Setting up Microsoft Internet Information Services (IIS) SMTP service is pretty straight forward for simple implementations. It hasn’t really keept up with time and I’m pretty sure not to many people use it anymore. Working with an older implementation in a system that used distributed SMTP on each and every IIS server I realized we needed to centralize it so we could secure it properly. This included re configuring an old IIS SMTP server and then add a bunch of aliases to make sure the server accepted all the incoming e-mails.
You can use Unifi Controller from your computer to configure and monitor your Ubiquiti access points but a cloud key is much nicer. The Unifi Cloud Key is basically just an ARM computer running of an SD-card. Sound familiar? So what’s the difference between that and a Raspberry Pi? Not much besides memory and price. It more or less costs three times as much and the extra memory is not necessary for a small office or home installation. The Unifi Controller doesn’t only take care of your access points but also firewall and switches if you use Unifi gear. In my case I have a Ubiquiti Edge Router X as a firewall and that doesn’t play with the Unifi Controller. At the same time it has a very nice UI as is and have 5 separate ports for different LAN’s while the entry firewall for Unify has 3 where one is WAN and one is for voip. In this article I describe how to setup Unifi Controller on a Raspberry Pi, provision the AP and then keep the Unifi Controller in a different subnet from the WLAN. I also show how to setup a guest wifi on a separate subnet.