Upgrade Window 8 To Windows 10

[Kevin]

If your windows are in good condition, taking steps to improve their efficiency may be the most cost-effective option to increase the comfort of your home and save money on energy costs. There are several things you can do to improve the efficiency of your existing windows:

First look for the ENERGY STAR label when buying new windows. Then review ratings on the energy performance label from the National Fenestration Rating Council (NFRC) to find the most efficient windows for your needs.

I found this article on a similar issue with Git on Mac OS X, which leads me to believe that it has something to do with a faulty PATH, but I'm still pretty new at all this (five months self-taught), so I'm at a loss in how to translate this to Windows.

To update to the latest version of Git and Git Bash, you can download and install the latest version of Git for Windows. As per this FAQ, settings/customizations should be preserved if they were installed in the appropriate configuration folders.

Note: Their installer is actually intelligently designed to do the right thing (though it doesn't tell you upfront that it defaults to your prior settings automatically!).
If you are doing an update, then every screen on the installer is pre-marked with the settings from your current (soon to be previous) install.

There is a checkbox at the bottom [] Show only new settings (I don't remember the exact wording). Since nothing on the first screen changes when you mark the box, it is not exactly obvious what it is for. If you mark the box, then all of your current settings will be retained, and it will skip showing those (subsequent) settings screens to you. Only screens with newly introduced settings will be shown.

Update (26 September 2016): It is no longer needed to uninstall your previous version of Git to upgraded it to the latest; the installer package found at Git Windows download site takes care of all. Just follow the prompts.

Using the command "where git" find out how command prompt picks up the version. Once you have the path, you can go ahead and uninstall / delete previous version completely. Then if you install and make sure the new installed location is in the path, it should just work fine.

Using git-friendly tools like cmder will make your life much easier. You don't really have to use dual boot or cygwin anymore since the support for git in windows is already top-notch now. (Git for windows installs msysgit which includes all necessary unix tools from MinGW. MinGW has been there for a while and is pretty stable. If you want you can install the full version of msysgit rather than Git for Windows. msysgit is available on Git for windows page at the bottom.)

Based on Simon's answer, I first uninstalled the new version of Git. I then re-installed the new version of Git into the same directory as the old version, C:/RailsInstaller/Git, instead of the default directory C:/Git.

Find the line or lines where git is referenced. Then, make sure this path point to your Git 1.8.x installation. If not, delete it and add the real path to the newest Git version. At the end, you should only have one path in the string linking to Git.

I have a business grade HP machine still running Windows 7 that came with the machine.
I want to update it now to Windows 10.
The main link on the MS site for downloading the Update (22H2 - -us/software-download/windows10) is giving me an error on both my desktop and laptop machines when I go to launch the exe it downloads:

If I download the "Create installation media" file, will that give me the same option to "update over Windows 7" the exact same way the Update link would (if it was working properly, that is)?

This page describes maintenance windows and maintenanceexclusions, which are policies that provide control over when somecluster maintenance, such as auto-upgrades, can and can't occur on yourGoogle Kubernetes Engine (GKE) clusters. For example, a retail business could limitmaintenance to only occur on weekday evenings, and could prevent automatedmaintenance during a key industry sales event.

GKE maintenance policies, which include maintenance windows andexclusions, give you control over when certain automatic maintenance can occuron your clusters, including cluster upgrades and other changes to the nodeconfiguration, or the cluster's network topology.

GKE makes automatic changes that respect your cluster'smaintenance policies when there is an openmaintenance window and no active maintenance exclusion. For each cluster, youcan configure one recurring maintenance window, and multiple maintenanceexclusions.

Other types of maintenance aren't dependent on GKE maintenancepolicies, including control plane repair operations, and maintenanceof services on which GKE depends, like Compute Engine. To learnmore, see Automatic maintenance that doesn't respect maintenancepolicies.

GKE maintenance windows and exclusions don't block all types ofautomatic maintenance. Before configuring your GKE cluster'smaintenance policies, ensure that you understand what types of changes don'trespect maintenance windows and exclusions.

GKE maintenance windows and exclusions don't prevent automaticmaintenance of underlying Google Cloud services, primarilyCompute Engine, or services which install applications to the cluster,such as Cloud Deploy.

For example, GKEnodes areCompute Engine VMs that GKEmanages for your cluster. Compute Engine VMs sometimes experience hostevents, which can includemaintenance eventsor host errors.The way VMs behave during these events is determined by the VM's hostmaintenance policy, which, by default for most VMs, means to livemigrate. Thistypically means little-to-no downtime for the nodes, and, for most workloads,the default policies are sufficient. For some VM machine families, you canmonitor and plan for a host maintenance eventand trigger a host maintenanceevent to time it withyour GKE maintenance policies.

We recommend that you review information about hostevents, host maintenancepolicies,and confirm that your workloads are prepared for disruption, especially ifthey're running on nodes that can't perform a live migration.

GKE performs automated repairs on controlplanes.This includes processes like upscaling the control plane to an appropriate sizeor restarting the control plane to resolve issues. Most repairs ignoremaintenance windows and exclusions because failing to perform the repairs canresult in non-functional clusters.

You can't disable control plane repairs. However, most types of clusters,including Autopilotclusters and Standard regionalclustershave multiple replicas of the control planes, which allows for high availabilityof the Kubernetes API server even during maintenance events. Standardzonalclusters,which only have a single control plane, can't be modified during control planeconfiguration changes and cluster maintenance. This includes deployingworkloads.

These changes respect GKE maintenance policies, meaning thatGKE waits for an open maintenance window and waits for no activemaintenance exclusion preventing node maintenance. To manually apply the changesto the nodes, use the Google Cloud CLI to call the gcloud container clustersupgrade command and passingthe --cluster-version flag with the same GKE version that thenode pool is already running.

Maintenance windows allow you to control when automatic upgrades of controlplanes and nodes can occur, to mitigate potential transient disruptions to yourworkloads. Maintenance windows are useful for the following types of scenarios,among others:

GKE reserves the right to roll out unplanned emergency upgradesoutside of maintenance windows. Additionally, mandatory upgrades from deprecatedor outdated software might automatically occur outside of maintenance windows.

When configuring maintenance windows using the more generic--maintenance-window flag, you cannot specify a time zone. UTC is used whenusing the gcloud CLI or the API, and the Google Cloud console displaystimes using the local time zone.

With maintenance exclusions, you can prevent automatic maintenance fromoccurring during a specific time period. For example, many retail businesseshave business guidelines prohibiting infrastructure changes during theend-of-year holidays. As another example, if a company is using an API that isscheduled for deprecation, they can use maintenance exclusions to pause minorupgrades to give them time to migrate applications.

Not only can you specify when to prevent automatic maintenance on yourcluster, you can restrict the scope of automatic updates that might occur.Maintenance exclusion scopes are useful for the following types of scenarios,among others:

The following table lists the scope of automatic updates that you can restrictin a maintenance exclusion. The table also indicates what type of upgrades thatoccur (minor or patch).When upgrades occur, VMs for the control plane and node pools restart.For control planes, VM restarts may temporarily decrease the Kubernetes APIServer availability, especially in zonal cluster topology with a single controlplane. For nodes, VM restarts trigger Pod rescheduling which can temporarilydisrupt existing workloads. You can set your tolerance for workload disruption using aPod Disruption Budget (PDB).

You may set multiple exclusions on a cluster. These exclusions may havedifferent scopes and may have overlapping time ranges. Theend-of-year holiday season use case is an example ofoverlapping exclusions, where both the "No upgrades" and "No minor upgrades"scopes are in use.

When an exclusion expires (that is, the current time has moved beyond the endtime specified for the exclusion), that exclusion will no longer preventGKE updates. Other exclusions that are still valid (not expired)will continue to prevent GKE updates.

When no exclusions remain that prevent cluster upgrades, your cluster willgradually upgrade to the current default version in the cluster's releasechannel (or the static default for clusters in no release channel).

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