Software Deployment Setup
Essentially all you need to do is to start a wizard and point to a distribution share on the network.
Once you have done this, it's all point'n'click to add software and so forth, as shown below.
Read on below the screenshot for a complete walk-through.
Software Deployment - keep it simple!
No new infrastructure
If you have tried to install Desktop Authority or the likes, you know that the first thing which needs to happen, is that you need to install 25-30
components for it to actually work. You need a web server, a sql server database and a heap of other system components. At this time, you are already
thinking there are so many things that can go wrong in the production environment. And also, if you just moved your infrastructure to the cloud, what
was the point, if you need to install a local management server to distribute software?
We have taken a totally different approach, because we believe simplicity is better. There IS no "management server". Instead, all the work happens
on the client and all you are seeing in the logs, are in fact clients working for you. The clever part about our approach is that when you use the
software deployment wizard that you see further down, you are not configuring settings in a database. You are in fact building a script for clients based
on our core scripting language FastTrack Scripting Host. What is really going on is, when you point and click your way to a configuration setup
and save, all you have really done is to write a FastTrack script for clients to execute that you could have written yourself in Scripting Mode.
Once you edit the configuration, the wizard simply reads this script back into the GUI. If you have added something manually to this script or
modified it in a way that the GUI cannot understand, these portions will simply appear under "custom script" in the left menu and nothing is broken.
It's a contract
See the software deployment more of a contract than a one-time install job. You have 200 computers and you want to install an MSI package. Maybe 20
have the package already and maybe someone manually removes the software later on 5 computers. The way this works is a recurring comparison of installed
software. So in first push, 180 get the package and the last 20 do not error out with the software already installed. If someone removes the package,
within minutes, it just comes back. This is much more intelligent and consistent than trying to push one time.
The sky's the limit on flexibility
So you are basically "just" writing a script that runs recurrently without being directly aware of it. This opens up a whole new world of flexibility.
Our core scripting language is the largest in the world and it has a real simple syntax that you can quickly learn. So if you hit the dreaded configuration
wall and end up in a place, where the configuration GUI does not suffice, you can just tap down to the "Custom Script" left menu and write
a custom snippet. Or you can "take over" script lines built by the GUI and modify to your needs in Scripting Mode. If you have trouble doing that, you can
write to our support, which is covered by your license, and we can help you.
This Farm App Deployment page
covers an example of how to manually write the script to install software and unlock
all the 1500 commands of the core language.
No update of clients
We mentioned Desktop Authority in a previous section. If you have ever used it, you will know that one of the pain points of using it,
is updates. When there is a new version, you need to update all clients and often this results in manual service of some of them.
This doesn't happen here, because you NEVER need to update the clients. Push it out once using a few Group Policy clicks (explained further down)
and you never need to touch clients again. So how can we be sure of that? Simple - the clients don't really do anything. The client MSI installs
a scheduled task that synchronizes the FastTrack Scripting host engine fsh.exe and a script file from a network folder and executes the script
using this engine exe. If you upgrade FastTrack Automation Studio on your admin computer, the engine FSH.exe will automatically update on the
network folder, and therefore in turn on all clients.
Our solution is considerably cheaper than common alternatives. And included in licensing, you get the
Logon Script Builder
that works in the same way to connect shares, printers and install Outlook signatures.
You also get a free private cloud inventory
and ability to build you own custom MSI files.
Setting up Software Deployment
The first thing you need to do, is to set up a client and distribution point. You do this by clicking "Software Deploy" in the App Factory and select "Set Up Client".
As said in the first section, this is an extremely thin client.
All it does, is to install a Scheduled Task that will kick off a script from your netlogon share (or another share of your preference)
using the engine fsh.exe and the script from this location. At this time, you need to be sure, where you would want to store the central
script to control the operation, as this is fixed in the MSI file. We recommend to leave it at the default netlogon share, unless you have reasons not to.
When you get to the next page, you need to enter the credentials of a domain admin account that is going to perform the operations on the clients.
This user does not necessarily have to be a domain admin, but the user has to be local administrator and have full control over the central share
location. We recommend that you create a domain admin account for the purpose and use a long and complex password, because you have to
disable password expiration to avoid having to redeploy the client.
Once you completed the wizard, you end up with an MSI file. You need to deploy this once to clients.
At initial testing, simply install the MSI file on a few test machines manually. Observe that if you
are using a trial, you will need to recompile the MSI anyway when licensed, because the trial client will
otherwise expire. So for trial usage, you should probably stick to manual installation on a few test machines.
Once you have everything in place and you need to install the client on all machines. The easiest way to do that is to use Group Policy.
Locate the "Software Installation" policy, as shown below, and browse to the MSI file that
you just generated. If you did not change the default location, it will be located at \\<domain>\netlogon\FTClient\FTClient.msi,
where <domain> is to be replaced by your actual domain. Group Policy software deployment is not transparent. The only way you will know
that clients are actually installed, is to open the App Factory and look at the install log under the "Software Deploy" icon in FastTrack
Automation Studio. Once a client Scheduled Task is installed through the MSI file, it will register in the central log.
Make sure you are using software installation under "Computer Configuration" and NOT "User Configuration". Also when adding the package to
"Software Installation", always use the fully qualified domain name, if you deploy from the netlogon share. In some cases when using the
NETBIOS domain name, MSI error 1612 will occur and the package will not install on clients. For example, if your domain is ft.com,
use \\ft.com\netlogon\ftclient\ftclient.msi instead of just \\ft\netlogon\ftclient\ftclient.msi.
Once you have clients in place, go to the App Factory and click "Software Deploy" again and select "Edit Configuration".
If you are familiar with the Logon Script Wizard
, you will recognize the layout.
To the left, you see a list of overall feature categories. The first and initial category is the "General" page.
Here you decide how often clients check for new configurations and execute the script that
you are building with the wizard. For initial construction, 5 minutes is good, but once you are set in a production environment,
there is no need for checking for new software, drivers and so forth more than say once a day.
One-Time Installer vs Client MSI
The option to generate a "One-Time Installer" (a small exe file) is useful for at least two things. What is does is that it executes the
script (the entire configuration) once, when you run the exe file. This way, you could use this exe file as a startup
script instead of using the MSI file (which executes recurrently). It is also useful as part of an OS deployment, where you want
to make sure that all current software and drivers are installed before the user gets the computer;
refer to this page
for more information. The only thing you need to be sure of,
is that the central location is reachable in the context the exe file runs. For example, a startup script runs as local system account.
Under "Settings", you decide a series of settings, such as whether to take inventory, set the system time, threshold for minimum free diskspace and policy for laptop software deployments.
There is no point in starting an installation of Microsoft Office on a laptop, if there is 10% battery left.
On this page, there is also a setting to decide, how many computers may run installations simultaneously. Unless you have a large number of computers
and you deploy large packages, it is not necessary to use the simultaneous option. If you wonder how this can work without a central
state server, this works by clients sharing an XML state file on the netlogon share (or the location you select), so each client knows how many other
clients are installing at the time, when a "slot" is needed.
On the "Software Deploy" page you set up software that you would like to install on clients. You simply point to an MSI file on your network using UNC and the GUI will
automatically fill in the information. In the case below, we pointed to the Adobe Reader MSI file. Once you click "OK" you will be asked for conditions to install,
such as membership of a group or OU. Note that membership and OU here means machine security group and/or OU, as software is machine-wide, not per user.
If you select the EXE option, it works the same way, but you have to supply parameters for getting the EXE-based installer to install unattended.
If you select the FSH option, you need to point to a FastTrack Scripting Host script that you have built in Scripting Mode to install the software.
For example, if you use the exe-to-msi feature in the App Factory to repackage TeamViewer, you might as well fire that FastTrack script directly instead;
see TeamViewer page
If you use the MSI option, it is NOT a one-time install order. What it does is that when a client executes the script, it will check every time, if the MSI is installed or not, and only install it, if not.
The reason why this is important to understand is that it doesn't matter, if some clients already have the software installed, because then nothing happens. It also has two other advantages;
one is if the software is uninstalled, it will automatically be re-installed. The other advantage is that you can just update the MSI file on the file server and the version will no longer match
= all clients will automatically update to this version, without even operning the wizard again and make a change.
The "Software Removal" feature works in a similar way. It's extremely simple. Just enter the name of anything as it appears in the Windows Control Panel programs list and it will be uninstalled.
You can specify the left-most part, but the full name, as it appears in the Windows Control Panel programs list, must be preferred to ensure that nothing gets uninstalled by accident.
On the other hand, some programs like Adobe Reader postfixes the version number in the application name, in which case, this can easily be factored in by using "Adobe Reader" as program name,
in which case anything that starts with "Adobe Reader" will be unstalled.
Every time the script is executed, it will check the Windows install list for undesired software. In the case below, we do not want users to use Spotify,
so we simply add it to the removal list. If the user installs the software, next time the script is executed, it is removed. Today most users are not local administrators,
so the removal part is more useful to you for obsolete software. Let's say for example that the Cisco AnyConnect client is no longer used in the company. Then we can just add
it to the removal list, and it will be uninstalled on all clients. You can also uninstall software based on version. Let's say all administrators now use TeamViewer 11, then "TeamViewer"
can be added as program to remove and "11" can be used as "Minimum Version". In that case, computers with a lesser version than 11, will get TeamViewer uninstalled.
The rest of the menus to the left are resonably self-explanatory. Note that some non-MSI based installers do not uninstalled without user interaction. Today this would be true for
around 10% of the software out there. In such case, you need to find additional parameter for silent uninstall. A good example is TeamViewer. If it was MSI based, it would uninstall
unattended, but it will pop-up an uninstall dialog box. If you Google the subject, you will find that you can pass /S to the uninstaller to bypass it, meaning that you must enter
/S in the "Additional Params" for TeamViewer to make it work.
On the "Drivers" page, you simply point to an .inf driver file and it will install on clients. It will be installed in the Windows Driver Store and if it
fits installed hardware, it will also update current drivers. If you want to install or update drivers for say Ricoh printers or general Intel drivers,
you simply add the driver(s) to the list and it installs on next execution on each client. The "Split" flag in the list means, if there is a different version for 32 and 64 bit.
A common situation would be to preinstall printer drivers. If you use the FastTrack Direct IP Printing feature
for more information), it is easier to just preinstall the drivers once this way.
You can - as always - add conditions, which makes even more sense with drivers than software. If you want to update for example the Dell power management
driver, you would only want to deploy it to Dell computers. It would have no effect installing it on other computers, as the hardware doesn't fit and is therefore
not used by the Windows plug'n'play architecture, but there is still no reason it. You can also point to a specific model. For example in the pop-up below,
where a driver for Dell XPS 15 computers must be deployed.
You can also deploy drivers as part of operating system deployments; refer to this page
for more information.
Note in the left menu that you have a menu called "Sub Sites". Let's say you have 4 sites in your company and you know these by IP scopes.
Then you can go two ways, either you simply merge everything into one configuration and use the IP scope condition - or you can use "Sub Sites"
to create a site configuration for each site based on IP scopes, meaning that on a specific site, the main script is executed plus this sites' "sub site script".
A sub site allows you to open the very same Desktop Deployment Builder as you see here, but all settings will then only apply to the site you open.
The software deployment is the main feature of this wizard. But there are other features that can be controlled using the client. You can decide to lock
down USB devices based on the type of device. And you can use all the same conditions to filter the locking.
You can also lockdown applications. If you do not want to uninstall an undesired application, you can choose to lock it down instead. For example Spotify or Dropbox.
You could uninstall it. Or you can lock it down, in case it is actually needed at a later point. This might be pretty easy to decide for Spotify, but you can
lock down anything. You can lock down Internet Explorer or another browser for being used or block starting the OneDrive fat application, to control this via the logon
script using drive mapping of OneDrive. In such cases an uninstall is not desirable or in some cases even possible.
You can also add registry keys to HEY_LOCAL_MACHINE and place desktop shortcuts on the desktop. A desktop shortcut set per-machine cannot be deleted by the
user, versus doing it from the logon script on a per-user basis, so this is typically a better option, unless there is a user condition to place it there.
For initial internal testing, you can avoid waiting the minimum 15 minutes for to test configuration changes. The way you can avoid this, is to select
15 minutes and then log on to any test machine after client install, and locate "FastTrack Management Client" under Scheduled
Tasks and run it manually. Setting the interval to 15 minutes disables the timespan check, as the Scheduled Task checks every 15 minutes.
When you are in a production situation and you want to remove or install new software, you can test for one specific machine, so you avoid setting up a test environment.
When you add software to remove or install, you are always asked for a condition. You can simply use the "Computer must be one specific computer" condition to make sure that while
you test, you only hit that one computer that you test on. Or you could create a computer security group for testing computers and check for that. Once everything is verified,
use the edit button and remove the condition.
Changing server location
If you need to change the server location of the central files, you can rebuild the client and redeploy. To avoid having to do that,
you can set a registry key on the machines to overrule the central location:
Post installation tasks
If there is anything you need to do after successful deployment or removal of software, such as updating an inventory you might have,
there are two files named PostInstall.fsh and PostUninstall.fsh in the bin folder on the central location. These kick off every time an
installation or uninstallation is successful. This is a normal FastTrack script that you modify in Scripting Mode to your needs.
The name of the application and the version can be extracted with the functions CurrentInstallName and CurrentInstallVersion.