Fatality Servers offers premium FiveM server hosting with 99.99% uptime and DDoS protection. Our site makes it simple to rent your own FiveM server in just a few clicks.
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Cheap FiveM Hosting from $4.90
Rent our state-of-the-art FiveM (GTA 5 RP) server hosting and enjoy all the benefits and insane multiplayer customization freedom you have always wanted. Here’s a brief overview the features:
- 10-128 server slots
- DDoS and security protection
- Multiple locations worldwide
- Rage MP, GT-MP and FiveM supported
And much more.
Server Hosting Features
Our dedicated FiveM servers allows you to experience seamless multiplayer gameplay without any in-game limitations and optimum customization options.
Below is the features offer in our GTA V/FiveM hosting plans. Should a feature that you want not be available to you on your game server, feel free to contact us. If the feature is available and if it is already included or if this will incur additional costs depends. Our servers are equipped so that you and your friends can easily start playing without having to install or configure anything. We also support Rage MP and GT-MP mod.
Lightning-quick setup
After the payment transaction is completed, we deliver our FiveM server hosting within few minutes courtesy of our advanced automatic installation system. You also do not need to have to go through the trouble of configuring the entire server, as our rent FiveM (GTA V) server hosting comes pre-configured for stable performance.
Customizing the configuration as per your requirements can also be achieved within a few clicks. After an uncomplicated installation process, you just need to initiate your dedicated FiveM server, and voila you’re ready to play.
Optimum customization options
With our prepaid hosting plans, your customization options can only be limited by your imagination. Our free FTP access allows you to install all the game mods within a span of few simple clicks. Inserting new game elements such as airplane, vehicles, or even new customized missions are simplified.
You can also choose to upgrade or downgrade your present server hosting RAM to accommodate your substantial modification requirements.
Free DDoS protection
DDoS protection is one of those key features you would want to see on your server hosting plans if you are gravely concerned about the performance of your game. DDoS or Distributed Denial of Service is a key component that helps in keeping your server hosting away from any illegitimate external disturbance.
Often game servers experience “fake” service permission. If such permissions are given, your game server will slow down by a considerable amount; hence, making the gameplay laggy and just unsuitable. Our FiveM server hosting comes with DDoS protection to avoid such occurrences.
Flexible Options
Our FiveM server hosting comes with a wide array of flexible options. You can choose to order a game server with its dedicated IP address. This (of course) eliminates the inconvenience of memorizing the individual IP addresses for multiple users.
Switching between different game mods is also extremely easy and uncomplicated, thanks to our game cloud storage. If you’re tired of multiplayer mode, switch to any other game mode using our game-cloud hassle-free.
We offer server hosting for several different GTA 5 role-playing mods. These include FiveM FXServer, Grand Theft Multiplayer (GT-MP) and RAGE Multiplayer.
Why Choose Fatality Servers For Your FiveM Hosting?
With our flawless FiveM server hosting, you can experience flawless multiplayer gameplay without any lag. You can play host to up to 32 multiplayer, irrespective of the game mode (deathmatch, racing, or role-play) you want to play with optimum game performance experience.
You control the entire game platform without any limitations using our FiveM game server hosting service.Since FiveM runs predominantly on a dedicated game server, it ensures seamless gameplay without any interruptions, especially due to the elimination of the in-game money limitations.
FiveM unlocks all the multiplayer options you have ever wanted and let you host the game without making any compromises on the game speed.
Can’t get enough of GTA V? Well, we can’t blame you. After all, Grand Theft Auto V is one of the most successful games of the GTA series. Ever since its inception back in 2013, the game has sold over 90 million copies making bewildering revenue of about $6 billion. So, yes, it’s safe to assume you’re not the only one who just can’t get rid of the GTA V monkey off your back. But, can the game get even better?
The one-word answer to that question – FiveM. FiveM is a modification of the original game keeping all the core functionalities intact but with some key features included. FiveM is a role-playing mod and allows you to play the game in multiplayer mode on a customized dedicated game server.
If you love GTA 5 role-playing, you’ll love Rage MP, GT-MP and FiveM.
Gameplay
The gameplay of FiveM is identical to the popular open-world game “Grand Theft Auto V” that it has branched out from. It is an open-world action-adventure game that takes place in a virtual game city loosely based on Los Angeles called Los Santos.
The game also lets you roam around the open countryside of San Andreas. The game can be played either from a first-person or a third-person’s perspective. The objective of the game is to complete some specific missions to advance through the story.
The player is free to roam around the open world using any means of available transportation or simply by walking/running as well. Players also face combat missions, in which case they can use explosives, firearms or simple melee attack skills. The single-player mode revolves around three criminal individuals Trevor, Michael and Franklin.
You can switch between the three characters while playing or the game switches the roles automatically for specific missions. Every player has a set of eight distinct skills (fighting, diving, flying skills, etc.). As the game progresses, you can level up the skills to make them more effective as the mission objective gets more intense and difficult.
Multiplayer
Multiplayer mode (FiveM) opens up a lot of game features that are otherwise not provided or restricted in the single mod gameplay.
The multiplayer mode allows you to play with up to 30 players simultaneously. It’s also the best-known GTA V mod for role-playing. The open-world design still allows you to roam around the city freely.
Players enter lobbies to engage in completing some specific tasks, either individually or cooperatively (teams). This mod also lets the players manipulate certain parameters to create custom jobs like deathmatch weapon re-spawn timing or racetracks.
Players can create their teams or crew with a maximum member of 5 players to complete the missions cooperatively. On completion of tasks, the crew members earn experience points and climb up the ranking system. Earning experience points also allow you to unlock additional features such as new weapons, car customizations, clothes, or even advanced activities such as aircraft and parachute.
The multiplayer mode revolves around three main game components:
- Deathmatch (free-for-all or team matchups)
- Racing (bike, boat, air, or car)
- Objective-based missions (single-player or cooperative)
Modifications
FiveM also comes with some astounding in-game customization options that are either unavailable or limited in the actual game. The modification in specific enhances your multiplayer game experience to a whole new level.
You can customize the multiplayer settings to any configuration depending on your game requirements allowing you to unlock the optimum FiveM gameplay experience without any limitations.
Installing Mods on a FiveM server is quite a challenge for new server hosts. The lack of proper information and guides also does not help. The fact that there is no official script extender for the FIveM server makes it a bit more complicated than it should be. But that does not mean one cannot modify the FiveM server.
The thing is, on FiveM server, things work differently. Unlike other mods in other game servers, merely downloading and copying the contents does not fix and install the Scripts.
Read the step by step how to install custom scripts, mods, and add-ons on a FiveM Server below.
How to install Custom Scripts:
Downloading the Script
There are many custom scripts players can add onto the FiveM server. These scripts can easily be installed, and all of them are free to download. It is simple: choose a custom script, download it. It is crucial to select the latest version of the Script to avoid bugs and glitches.
Moving the Script:
The Script must be moved into the scripts folder in the FiveM Server> CFXServerDattaMaster> Resources. Move the folder found in the downloaded file into the resources folder. The contents of the folder do not need any edits, but it has to be included in the start load Command prompt.
Configuring and Running the Script:
The last step is to set the Script. The task is to open the server.cfg with Notepad or Notepad++. The Scripts can be found in the text group that has “start” labeled. To configure the custom script, it must be added there. Add a new line and type “Start <script name>,” save the file and close.
Once done, load the server. The Script should be automatically loaded in the prompt screen with the others. The Custom script should work like any other scripts with the commands.
How to Install Mods:
Installing mods is quite similar to installing scripts. Unlike other games, however, FiveM server relies heavily on Mods and extensions. Like installing scripts, one will need the mod files to put into the server. All mods, texts, and add-ons are installed using the resources folder. The method is simple:
- Find and download the mods required to be installed into the FiveM folder.
- Add the folders and files into the Resources folder of FiveM Servers. It is essential to look at the names of the mods being installed. The mods should contain .iua resource files.
- Using the Control panel, the next step is to open and edit the file called citmp-server.yml. There should be a line termed “AutoStartResources.” This is the list of the activated mods and plugins of the game. The lines already included are essential mods and plugins, so those are not to be altered.
- To add the new downloaded mods, using the same format as the other lines, simply add the name of the mods (The mod will also provide the required steps and instructions in the form of a text file or in the descriptions. The guidelines will give the name needed to be added to the Script).
- The last step is to restart the server. Shut down Grand Theft Auto 5 and the server and start it again, and the mod should be working.
How to Install Mods that require MySQL Database
Some Mods need MYSQL database for them to be installed and functioning correctly. Installing mods with My SQL is simple:
- Of course, the first step will be to download and install MySQL for FiveM. The Community Edition is most commonly used for the FiveM servers.
- During the Installation, the Modder will be emailed the MySQL Details. The subject will be called “Database Information.” Four details will be required to be entered into the Mod: Database name, hostname, username, and password.
- The next step is to locate the mod folder (this should be found in…/resources/…). This can be done using FTP or the Control panel.
- In the Servers Lua file, there will be a line, including the password, username, and database where the information will be entered. Check the documentation of the mod. Some mods also use a config.lua for entering the details.
- Some mods require SQL to be run. It is a script which will set up the necessary database tables for the mod. This .sql file can be found in the mod folder, or are available for download on the download page.
- Using the MySQL details, log into PHPMyAdmin using the MySQL details. The link will also be included in the Database Information email.
- Finally, select the database on the left. In the .sql file, the contents should be copied in the text area. Click “go” on the right side of the page at the bottom.
- Finally, restart the server, and it should be working.
If you have any issues modding on our FiveM server hosting plans, feel free to contact us and we’ll do everything in our power to help.
What’s the monthly hosting rental cost?
The cost of a GTA 5: FiveM server depends on the server configuration you choose or add. In addition to the number of slots, factors such as additional memory, server type, VPS or Shared, MySQL database, branding and the payment period.
We also often offer discounts up to 30% off per month the longer you decide to rent. If you are sure you will be playing GTA V for a long time, you should rent the server for 3+ months.
How long do I have to rent a server?
Our minimum server hosting time for any game (including GTA V), is 30 days. The longer you rent a server, the cheaper it will end up being for you. As mentioned earlier, we offer up to 30% off on game server the longer you rent.
If you play a lot with friends or in the clan, you can really save money by splitting the cost. This means that the first time you rent a GTA 5: FiveM server, you should choose the longest possible rental period for a cheaper monthly price.
Will my server always be online?
Your prepaid FiveM server and your game world is always online, with our 99.99% uptime. Even when you have turned off your computer or console, the server will still be live. This has the advantage that your friends, clan members or other players can enter your GTA 5: FiveM game server at anytime.
Your PC, PS4 or Xbox One console does NOT have to be on. You can also access the server at anytime via the dashboard, without being in-game.
Can I change to another game later?
Yes, you can! If you get tired of playing Grand Theft Auto V, or simply just want to host a new game server such as Ark: Survival Evolved, Minecraft or Rust, we can help you. Simply give us a holler via our contact page and we’ll get back to you in a jiff.
How many players can join my server?
This depends on the slots you choose for your server in the checkout. We allow 10-128 slots for our GTA hosting, however if you go for a VPS then it will be harder to answer since it will depend on RAM, CPU etc. Remember the fact that you’ll need to donate to the FiveM project with Patreon do be able to host more than 32 players.
Do I need more RAM/CPU for my server?
This depends if you add a tons of extra resources or just play the game vanilla-mode. The prepaid game servers are perfectly configured so you won’t need add-on specs, however you’re still able to add more if you so please. There are options for extra RAM during the checkout process.
Can I install mods/add-ons?
Absolutely! After all, isn’t that what Grand Theft Auto V role-playing is all about? Feel free to add custom cars, scripts, textures, weapons and everything else you want for your server. If you don’t know how to install FiveM mods, check our our guides to learn more.
If you have any other questions regarding our cloud performance server hosting, get in touch with us via our contact page and we’ll get back to you ASAP.
-->When you deploy your web app, web app on Linux, mobile back end, or API app to Azure App Service, you can use a separate deployment slot instead of the default production slot when you're running in the Standard, Premium, or Isolated App Service plan tier. Deployment slots are live apps with their own host names. App content and configurations elements can be swapped between two deployment slots, including the production slot.
Deploying your application to a non-production slot has the following benefits:
- You can validate app changes in a staging deployment slot before swapping it with the production slot.
- Deploying an app to a slot first and swapping it into production makes sure that all instances of the slot are warmed up before being swapped into production. This eliminates downtime when you deploy your app. The traffic redirection is seamless, and no requests are dropped because of swap operations. You can automate this entire workflow by configuring auto swap when pre-swap validation isn't needed.
- After a swap, the slot with previously staged app now has the previous production app. If the changes swapped into the production slot aren't as you expect, you can perform the same swap immediately to get your 'last known good site' back.
Each App Service plan tier supports a different number of deployment slots. There's no additional charge for using deployment slots. To find out the number of slots your app's tier supports, see App Service limits.
To scale your app to a different tier, make sure that the target tier supports the number of slots your app already uses. For example, if your app has more than five slots, you can't scale it down to the Standard tier, because the Standard tier supports only five deployment slots.
Add a slot
The app must be running in the Standard, Premium, or Isolated tier in order for you to enable multiple deployment slots.
in the Azure portal, search for and select App Services and select your app.
In the left pane, select Deployment slots > Add Slot.
Note
If the app isn't already in the Standard, Premium, or Isolated tier, you receive a message that indicates the supported tiers for enabling staged publishing. At this point, you have the option to select Upgrade and go to the Scale tab of your app before continuing.
In the Add a slot dialog box, give the slot a name, and select whether to clone an app configuration from another deployment slot. Select Add to continue.
You can clone a configuration from any existing slot. Settings that can be cloned include app settings, connection strings, language framework versions, web sockets, HTTP version, and platform bitness.
After the slot is added, select Close to close the dialog box. The new slot is now shown on the Deployment slots page. By default, Traffic % is set to 0 for the new slot, with all customer traffic routed to the production slot.
Select the new deployment slot to open that slot's resource page.
The staging slot has a management page just like any other App Service app. You can change the slot's configuration. To remind you that you're viewing the deployment slot, the app name is shown as <app-name>/<slot-name>, and the app type is App Service (Slot). You can also see the slot as a separate app in your resource group, with the same designations.
Select the app URL on the slot's resource page. The deployment slot has its own host name and is also a live app. To limit public access to the deployment slot, see Azure App Service IP restrictions.
The new deployment slot has no content, even if you clone the settings from a different slot. For example, you can publish to this slot with Git. You can deploy to the slot from a different repository branch or a different repository.
What happens during a swap
Swap operation steps
When you swap two slots (usually from a staging slot into the production slot), App Service does the following to ensure that the target slot doesn't experience downtime:
Apply the following settings from the target slot (for example, the production slot) to all instances of the source slot:
- Slot-specific app settings and connection strings, if applicable.
- Continuous deployment settings, if enabled.
- App Service authentication settings, if enabled.
Any of these cases trigger all instances in the source slot to restart. During swap with preview, this marks the end of the first phase. The swap operation is paused, and you can validate that the source slot works correctly with the target slot's settings.
Wait for every instance in the source slot to complete its restart. If any instance fails to restart, the swap operation reverts all changes to the source slot and stops the operation.
If local cache is enabled, trigger local cache initialization by making an HTTP request to the application root ('/') on each instance of the source slot. Wait until each instance returns any HTTP response. Local cache initialization causes another restart on each instance.
If auto swap is enabled with custom warm-up, trigger Application Initiation by making an HTTP request to the application root ('/') on each instance of the source slot.
If
applicationInitializationisn't specified, trigger an HTTP request to the application root of the source slot on each instance.If an instance returns any HTTP response, it's considered to be warmed up.
If all instances on the source slot are warmed up successfully, swap the two slots by switching the routing rules for the two slots. After this step, the target slot (for example, the production slot) has the app that's previously warmed up in the source slot.
Now that the source slot has the pre-swap app previously in the target slot, perform the same operation by applying all settings and restarting the instances.
At any point of the swap operation, all work of initializing the swapped apps happens on the source slot. The target slot remains online while the source slot is being prepared and warmed up, regardless of where the swap succeeds or fails. To swap a staging slot with the production slot, make sure that the production slot is always the target slot. This way, the swap operation doesn't affect your production app.
Which settings are swapped?
When you clone configuration from another deployment slot, the cloned configuration is editable. Some configuration elements follow the content across a swap (not slot specific), whereas other configuration elements stay in the same slot after a swap (slot specific). The following lists show the settings that change when you swap slots.
Settings that are swapped:
- General settings, such as framework version, 32/64-bit, web sockets
- App settings (can be configured to stick to a slot)
- Connection strings (can be configured to stick to a slot)
- Handler mappings
- Public certificates
- WebJobs content
- Hybrid connections *
- Service endpoints *
- Azure Content Delivery Network *
Features marked with an asterisk (*) are planned to be unswapped.
Settings that aren't swapped:
- Publishing endpoints
- Custom domain names
- Non-public certificates and TLS/SSL settings
- Scale settings
- WebJobs schedulers
- IP restrictions
- Always On
- Diagnostic settings
- Cross-origin resource sharing (CORS)
- Virtual network integration
Note
To make these settings swappable, add the app setting WEBSITE_OVERRIDE_PRESERVE_DEFAULT_STICKY_SLOT_SETTINGS in every slot of the app and set its value to 0 or false. These settings are either all swappable or not at all. You can’t make just some settings swappable and not the others.
Certain app settings that apply to unswapped settings are also not swapped. For example, since diagnostic settings are not swapped, related app settings like WEBSITE_HTTPLOGGING_RETENTION_DAYS and DIAGNOSTICS_AZUREBLOBRETENTIONDAYS are also not swapped, even if they don't show up as slot settings.
To configure an app setting or connection string to stick to a specific slot (not swapped), go to the Configuration page for that slot. Add or edit a setting, and then select deployment slot setting. Selecting this check box tells App Service that the setting is not swappable.
Swap two slots
You can swap deployment slots on your app's Deployment slots page and the Overview page. For technical details on the slot swap, see What happens during swap.
Important
Before you swap an app from a deployment slot into production, make sure that production is your target slot and that all settings in the source slot are configured exactly as you want to have them in production.
To swap deployment slots:
Go to your app's Deployment slots page and select Swap.
The Swap dialog box shows settings in the selected source and target slots that will be changed.
Select the desired Source and Target slots. Usually, the target is the production slot. Also, select the Source Changes and Target Changes tabs and verify that the configuration changes are expected. When you're finished, you can swap the slots immediately by selecting Swap.
To see how your target slot would run with the new settings before the swap actually happens, don't select Swap, but follow the instructions in Swap with preview.
When you're finished, close the dialog box by selecting Close.
If you have any problems, see Troubleshoot swaps.
Swap with preview (multi-phase swap)
Before you swap into production as the target slot, validate that the app runs with the swapped settings. The source slot is also warmed up before the swap completion, which is desirable for mission-critical applications.
When you perform a swap with preview, App Service performs the same swap operation but pauses after the first step. You can then verify the result on the staging slot before completing the swap.
If you cancel the swap, App Service reapplies configuration elements to the source slot.
To swap with preview:
Follow the steps in Swap deployment slots but select Perform swap with preview.
The dialog box shows you how the configuration in the source slot changes in phase 1, and how the source and target slot change in phase 2.
When you're ready to start the swap, select Start Swap.
When phase 1 finishes, you're notified in the dialog box. Preview the swap in the source slot by going to
https://<app_name>-<source-slot-name>.azurewebsites.net.When you're ready to complete the pending swap, select Complete Swap in Swap action and select Complete Swap.
To cancel a pending swap, select Cancel Swap instead.
When you're finished, close the dialog box by selecting Close.
If you have any problems, see Troubleshoot swaps.
To automate a multi-phase swap, see Automate with PowerShell.
Roll back a swap
If any errors occur in the target slot (for example, the production slot) after a slot swap, restore the slots to their pre-swap states by swapping the same two slots immediately.
Configure auto swap
Note
Auto swap isn't supported in web apps on Linux.
Auto swap streamlines Azure DevOps scenarios where you want to deploy your app continuously with zero cold starts and zero downtime for customers of the app. When auto swap is enabled from a slot into production, every time you push your code changes to that slot, App Service automatically swaps the app into production after it's warmed up in the source slot.
Note
Before you configure auto swap for the production slot, consider testing auto swap on a non-production target slot.
To configure auto swap:
Go to your app's resource page. Select Deployment slots > <desired source slot> > Configuration > General settings.
For Auto swap enabled, select On. Then select the desired target slot for Auto swap deployment slot, and select Save on the command bar.
Execute a code push to the source slot. Auto swap happens after a short time, and the update is reflected at your target slot's URL.
If you have any problems, see Troubleshoot swaps.
Specify custom warm-up
Some apps might require custom warm-up actions before the swap. The applicationInitialization configuration element in web.config lets you specify custom initialization actions. The swap operation waits for this custom warm-up to finish before swapping with the target slot. Here's a sample web.config fragment.
For more information on customizing the applicationInitialization element, see Most common deployment slot swap failures and how to fix them.
You can also customize the warm-up behavior with one or both of the following app settings:
WEBSITE_SWAP_WARMUP_PING_PATH: The path to ping to warm up your site. Add this app setting by specifying a custom path that begins with a slash as the value. An example is/statuscheck. The default value is/.WEBSITE_SWAP_WARMUP_PING_STATUSES: Valid HTTP response codes for the warm-up operation. Add this app setting with a comma-separated list of HTTP codes. An example is200,202. If the returned status code isn't in the list, the warmup and swap operations are stopped. By default, all response codes are valid.
Note
The <applicationInitialization> configuration element is part of each app start-up, whereas the two warm-up behavior app settings apply only to slot swaps.
If you have any problems, see Troubleshoot swaps.
Monitor a swap
If the swap operation takes a long time to complete, you can get information on the swap operation in the activity log.
On your app's resource page in the portal, in the left pane, select Activity log.
A swap operation appears in the log query as Swap Web App Slots. You can expand it and select one of the suboperations or errors to see the details.
Route traffic
By default, all client requests to the app's production URL (http://<app_name>.azurewebsites.net) are routed to the production slot. You can route a portion of the traffic to another slot. This feature is useful if you need user feedback for a new update, but you're not ready to release it to production.
Route production traffic automatically
To route production traffic automatically:
Go to your app's resource page and select Deployment slots.
In the Traffic % column of the slot you want to route to, specify a percentage (between 0 and 100) to represent the amount of total traffic you want to route. Select Save.
After the setting is saved, the specified percentage of clients is randomly routed to the non-production slot.
After a client is automatically routed to a specific slot, it's 'pinned' to that slot for the life of that client session. On the client browser, you can see which slot your session is pinned to by looking at the x-ms-routing-name cookie in your HTTP headers. A request that's routed to the 'staging' slot has the cookie x-ms-routing-name=staging. A request that's routed to the production slot has the cookie x-ms-routing-name=self.
Note
Next to the Azure portal, you can also use the az webapp traffic-routing set command in the Azure CLI to set the routing percentages from CI/CD tools like DevOps pipelines or other automation systems.
Route production traffic manually
In addition to automatic traffic routing, App Service can route requests to a specific slot. This is useful when you want your users to be able to opt in to or opt out of your beta app. To route production traffic manually, you use the x-ms-routing-name query parameter.
To let users opt out of your beta app, for example, you can put this link on your webpage:
The string x-ms-routing-name=self specifies the production slot. After the client browser accesses the link, it's redirected to the production slot. Every subsequent request has the x-ms-routing-name=self cookie that pins the session to the production slot.
To let users opt in to your beta app, set the same query parameter to the name of the non-production slot. Here's an example:
By default, new slots are given a routing rule of 0%, shown in grey. When you explicitly set this value to 0% (shown in black text), your users can access the staging slot manually by using the x-ms-routing-name query parameter. But they won't be routed to the slot automatically because the routing percentage is set to 0. This is an advanced scenario where you can 'hide' your staging slot from the public while allowing internal teams to test changes on the slot.
Delete a slot
Search for and select your app. Select Deployment slots > <slot to delete> > Overview. The app type is shown as App Service (Slot) to remind you that you're viewing a deployment slot. Select Delete on the command bar.
Automate with PowerShell
Note
This article has been updated to use the Azure Az PowerShell module. The Az PowerShell module isthe recommended PowerShell module for interacting with Azure. To get started with the AzPowerShell module, see Install Azure PowerShell. To learn howto migrate to the Az PowerShell module, seeMigrate Azure PowerShell from AzureRM to Az.
Azure PowerShell is a module that provides cmdlets to manage Azure through Windows PowerShell, including support for managing deployment slots in Azure App Service.
For information on installing and configuring Azure PowerShell, and on authenticating Azure PowerShell with your Azure subscription, see How to install and configure Microsoft Azure PowerShell.
Create a web app
Create a slot
Initiate a swap with a preview (multi-phase swap), and apply destination slot configuration to the source slot
Cancel a pending swap (swap with review) and restore the source slot configuration
Swap deployment slots
Monitor swap events in the activity log
Delete a slot
Automate with Resource Manager templates
Azure Resource Manager templates are declarative JSON files used to automate the deployment and configuration of Azure resources. To swap slots by using Resource Manager templates, you will set two properties on the Microsoft.Web/sites/slots and Microsoft.Web/sites resources:
buildVersion: this is a string property which represents the current version of the app deployed in the slot. For example: 'v1', '1.0.0.1', or '2019-09-20T11:53:25.2887393-07:00'.targetBuildVersion: this is a string property that specifies whatbuildVersionthe slot should have. If the targetBuildVersion does not equal the currentbuildVersion, then this will trigger the swap operation by finding the slot which has the specifiedbuildVersion.
Example Resource Manager template
The following Resource Manager template will update the buildVersion of the staging slot and set the targetBuildVersion on the production slot. This will swap the two slots. The template assumes you already have a webapp created with a slot named 'staging'.
This Resource Manager template is idempotent, meaning that it can be executed repeatedly and produce the same state of the slots. After the first execution, targetBuildVersion will match the current buildVersion, so a swap will not be triggered.
Automate with the CLI
For Azure CLI commands for deployment slots, see az webapp deployment slot.
Troubleshoot swaps
If any error occurs during a slot swap, it's logged in D:homeLogFileseventlog.xml. It's also logged in the application-specific error log.
Here are some common swap errors:
What Is A Server Slot
An HTTP request to the application root is timed. The swap operation waits for 90 seconds for each HTTP request, and retries up to 5 times. If all retries are timed out, the swap operation is stopped.
Local cache initialization might fail when the app content exceeds the local disk quota specified for the local cache. For more information, see Local cache overview.
During custom warm-up, the HTTP requests are made internally (without going through the external URL). They can fail with certain URL rewrite rules in Web.config. For example, rules for redirecting domain names or enforcing HTTPS can prevent warm-up requests from reaching the app code. To work around this issue, modify your rewrite rules by adding the following two conditions:
Without a custom warm-up, the URL rewrite rules can still block HTTP requests. To work around this issue, modify your rewrite rules by adding the following condition:
After slot swaps, the app may experience unexpected restarts. This is because after a swap, the hostname binding configuration goes out of sync, which by itself doesn't cause restarts. However, certain underlying storage events (such as storage volume failovers) may detect these discrepancies and force all worker processes to restart. To minimize these types of restarts, set the
WEBSITE_ADD_SITENAME_BINDINGS_IN_APPHOST_CONFIG=1app setting on all slots. However, this app setting does not work with Windows Communication Foundation (WCF) apps.