R2024b release

Author: mwshriya

README.md

@@ -17,24 +17,29 @@ service you are using. Prices are subject to change.
 
 Use this guide to automate the process of running MATLAB Web App Server on Azure using your Azure account. The automation is accomplished using an Azure Resource Manager (ARM) template. The template is a JSON file that defines the resources needed to deploy and manage MATLAB Web App Server on Azure. For information about the architecture of this solution, see [Architecture and Resources](#architecture-and-resources).
 
-Deploying MATLAB Web App Server on Azure automatically deploys a network license manager. However, you can also use an existing network license manager with MATLAB Web App Server on Azure by selecting `existing` from the deployment template. 
+Deploying MATLAB Web App Server on Azure automatically deploys a network license manager. However, you can also use an existing network license manager with MATLAB Web App Server on Azure by selecting `existing` from the deployment template.
 
 # Deploy Reference Architecture for Your Release
-To deploy the reference architecture, select your MATLAB Web App Server release from the table and follow the instructions to deploy the server using the provided template.
+To deploy the reference architecture, select your MATLAB Web App Server release from the table and follow the instructions to deploy the server using the provided template. 
 | Release | Supported MATLAB Runtime Versions |
 | ------- | --------------------------------- |
+| [R2024b](releases/R2024b/README.md) | R2024b, R2024a, R2023b, R2023a*, R2022b*, R2022a* |
 | [R2024a](releases/R2024a/README.md) | R2024a, R2023b, R2023a, R2022b, R2022a, R2021b |
 | [R2023b](releases/R2023b/README.md) | R2023b, R2023a, R2022b, R2022a, R2021b |
 | [R2023a](releases/R2023a/README.md) | R2023a, R2022b, R2022a, R2021b, R2021a, R2020b |
 | [R2022b](releases/R2022b/README.md) | R2022b, R2022a, R2021b, R2021a, R2020b, R2020a |
 | [R2022a](releases/R2022a/README.md) | R2022a, R2021b, R2021a, R2020b, R2020a, R2019b |
 
-> **Note**: MathWorks provides templates for only the six most recent releases of MATLAB Web App Server. Earlier templates are removed and are no longer supported.
+> [!WARNING]
+> \*When the server is configured to use MATLAB Runtime versions prior to R2023b, the `unsafe-inline` attribute is set in the `script-src` directive of the server's Content Security Policy on the server and cannot be removed. The attribute allows inline JavaScript execution and event handlers contained within a web app to execute on the server. These runtimes are disabled by default in R2024b. You can enable them using the [webapps-runtime](https://www.mathworks.com/help/webappserver/ref/webappsruntime.html) command.
+
+MathWorks provides templates for only the six most recent releases of MATLAB Web App Server. Earlier templates are removed and are no longer supported.
+
 # Architecture and Resources
 Deploying this reference architecture creates several resources in your
 resource group.
 
-![Cluster Architecture](/releases/R2024a/images/mwas-ref-arch-azure-architecture-diagram.png?raw=true)
+![Cluster Architecture](/images/mwas-ref-arch-azure-architecture-diagram.png?raw=true)
 
 *Architecture on Azure*
 

releases/R2024a/images/mwas-ref-arch-azure-architecture-diagram.png renamed to images/mwas-ref-arch-azure-architecture-diagram.png

@@ -28,7 +28,7 @@ Provide values for parameters in the custom deployment template on the Azure Por
 | **Server Subnet CIDR Range** |  Specify subnet CIDR range. This is a CIDR range for the subnet specified above. For example: `10.0.0.0/24` .<ul><li>If deploying to a new virtual network, specify a suitable CIDR range to be used for the new subnet.</li><li>If deploying to an existing virtual network, this must match the CIDR range of the existing subnet.</li></ul> |
 | **Specify Private IP Address to VM Hosting MATLAB Web App Server** |   Specify an unused private IP address to be assigned to the VM hosting the server. For example: `10.0.0.4` .  |
 | **Assign Public IP Address to VM Hosting MATLAB Web App Server** |  Select `Yes` if you want to assign a public IP address to the VM hosting the server. Otherwise, select `No`. If you select 'No', you must create a new virtual machine and add it to the same virtual network as the MATLAB Web App Server deployment. The ability to access the web apps home page or remotely connect to the server machine can be accomplished only through this virtual machine.|
-| **IP Addresses Permitted to Remote into Server VM in CIDR Notation** | Specify the range of IP addresses in CIDR notation that can remote into the VM hosting MATLAB Web App Server and administer it. The format for CIDR addresses is IP Address/Mask. <p><em>Example</em>: `x.x.x.x/32`</p> You may also specify a comma separated list of CIDR addresses (no spaces). <p><em>*Example*</em>: `x.x.x.x/32,x.x.x.x/32`</p> <ul><li> To determine your IP address, you can search for **"what is my ip address"** on the web. The mask determines the number of IP addresses to include.</li><li>A mask of 32 is a single IP address.</li><li>Use a [CIDR calculator](https://www.ipaddressguide.com/cidr) if you need a range of more than one IP addresses.</li><li>You may need to contact your IT administrator to determine which address is appropriate.</li></ul>**NOTE:** Restricting access to the server using an IP address is not a form of authentication. MATLAB Web App Server supports authentication using OIDC. For details, see [Authentication](https://www.mathworks.com/help/webappserver/ug/authentication.html).|
+| **IP Addresses Permitted to Remote into Server VM in CIDR Notation** | Specify the range of IP addresses in CIDR notation that can remote into the VM hosting MATLAB Web App Server and administer it. The format for CIDR addresses is IP Address/Mask. <p><em>Example</em>: `x.x.x.x/32`</p> You may also specify a comma separated list of CIDR addresses (no spaces). <p><em>*Example*</em>: `x.x.x.x/32,x.x.x.x/32`</p> <ul><li> To determine your IP address, you can search for **"what is my ip address"** on the web. The mask determines the number of IP addresses to include.</li><li>A mask of 32 is a single IP address.</li><li>Use a [CIDR calculator](https://www.ipaddressguide.com/cidr) if you need a range of more than one IP address.</li><li>You may need to contact your IT administrator to determine which address is appropriate.</li></ul>**NOTE:** Restricting access to the server using an IP address is not a form of authentication. MATLAB Web App Server supports authentication using OIDC. For details, see [Authentication](https://www.mathworks.com/help/webappserver/ug/authentication.html).|
 | **IP Addresses Allowed to Access MATLAB Web App Server Apps Home Page in CIDR Notation** | Specify the range of IP addresses that can access the MATLAB Web App Server apps home page in CIDR notation. The format for CIDR addresses is IP Address/Mask. <p><em>*Example*</em>: `x.x.x.x/24`</p> You may also specify a comma separated list of CIDR addresses (no spaces). <p><em>*Example*</em>: `x.x.x.x/24,z.z.z.z/24`</p> |
 | **Base64 Encoded SSL Certificate** |   Enter a string that is a base64-encoded value of an SSL certificate in PEM format. On Windows, you can Base64 encode a PEM file using a utility such as openssl. On Linux, you can Base64 encode a PEM file using the following command in the terminal: <p> ```base64 -w 0 "cert.pem" > "cert.txt"``` </p> You may need to change the filename arguments accordingly. The contents of the output file (here "cert.txt") should be used for this parameter. <p><strong>NOTE:</strong><ul><li>MATLAB Web App Server only supports the `.pem` SSL certificate format.</li><li>SSL keys must be 2048 bits in length and must be private.</li><li>Intermediate certificates are not supported by the server.</li><li>SSL certificate should not be password protected.</li><li>Private key should not be password protected.</li></ul>|
 | **Base64 Encoded SSL Private Key** |   Enter a string that is a base64-encoded value of an SSL private key file in PEM format. On Windows, you can Base64 encode a PEM file using a utility such as openssl. On Linux, you can Base64 encode a PEM file using the following command in the terminal: <p> ```base64 -w 0 "key.pem" > "key.txt"``` </p> You may need to change the filename arguments accordingly. The contents of the output file (here "key.txt") should be used for this parameter. |

releases/R2022a/README.md

@@ -28,7 +28,7 @@ Provide values for parameters in the custom deployment template on the Azure Por
 | **Server Subnet CIDR Range** |  Specify subnet CIDR range. This is a CIDR range for the subnet specified above. For example: `10.0.0.0/24` .<ul><li>If deploying to a new virtual network, specify a suitable CIDR range to be used for the new subnet.</li><li>If deploying to an existing virtual network, this must match the CIDR range of the existing subnet.</li></ul> |
 | **Specify Private IP Address to VM Hosting MATLAB Web App Server** |   Specify an unused private IP address to be assigned to the VM hosting the server. For example: `10.0.0.4` .  |
 | **Assign Public IP Address to VM Hosting MATLAB Web App Server** |  Select `Yes` if you want to assign a public IP address to the VM hosting the server. Otherwise, select `No`. If you select 'No', you must create a new virtual machine and add it to the same virtual network as the MATLAB Web App Server deployment. The ability to access the web apps home page or remotely connect to the server machine can be accomplished only through this virtual machine.|
-| **IP Addresses Permitted to Remote into Server VM in CIDR Notation** | Specify the range of IP addresses in CIDR notation that can remote into the VM hosting MATLAB Web App Server and administer it. The format for CIDR addresses is IP Address/Mask. <p><em>Example</em>: `x.x.x.x/32`</p> You may also specify a comma separated list of CIDR addresses (no spaces). <p><em>*Example*</em>: `x.x.x.x/32,x.x.x.x/32`</p> <ul><li> To determine your IP address, you can search for **"what is my ip address"** on the web. The mask determines the number of IP addresses to include.</li><li>A mask of 32 is a single IP address.</li><li>Use a [CIDR calculator](https://www.ipaddressguide.com/cidr) if you need a range of more than one IP addresses.</li><li>You may need to contact your IT administrator to determine which address is appropriate.</li></ul>**NOTE:** Restricting access to the server using an IP address is not a form of authentication. MATLAB Web App Server supports authentication using OIDC. For details, see [Authentication](https://www.mathworks.com/help/webappserver/ug/authentication.html).|
+| **IP Addresses Permitted to Remote into Server VM in CIDR Notation** | Specify the range of IP addresses in CIDR notation that can remote into the VM hosting MATLAB Web App Server and administer it. The format for CIDR addresses is IP Address/Mask. <p><em>Example</em>: `x.x.x.x/32`</p> You may also specify a comma separated list of CIDR addresses (no spaces). <p><em>*Example*</em>: `x.x.x.x/32,x.x.x.x/32`</p> <ul><li> To determine your IP address, you can search for **"what is my ip address"** on the web. The mask determines the number of IP addresses to include.</li><li>A mask of 32 is a single IP address.</li><li>Use a [CIDR calculator](https://www.ipaddressguide.com/cidr) if you need a range of more than one IP address.</li><li>You may need to contact your IT administrator to determine which address is appropriate.</li></ul>**NOTE:** Restricting access to the server using an IP address is not a form of authentication. MATLAB Web App Server supports authentication using OIDC. For details, see [Authentication](https://www.mathworks.com/help/webappserver/ug/authentication.html).|
 | **IP Addresses Allowed to Access MATLAB Web App Server Apps Home Page in CIDR Notation** | Specify the range of IP addresses that can access the MATLAB Web App Server apps home page in CIDR notation. The format for CIDR addresses is IP Address/Mask. <p><em>*Example*</em>: `x.x.x.x/24`</p> You may also specify a comma separated list of CIDR addresses (no spaces). <p><em>*Example*</em>: `x.x.x.x/24,z.z.z.z/24`</p> |
 | **Base64 Encoded SSL Certificate** |   Enter a string that is a base64-encoded value of an SSL certificate in PEM format. On Windows, you can Base64 encode a PEM file using a utility such as openssl. On Linux, you can Base64 encode a PEM file using the following command in the terminal: <p> ```base64 -w 0 "cert.pem" > "cert.txt"``` </p> You may need to change the filename arguments accordingly. The contents of the output file (here "cert.txt") should be used for this parameter. <p><strong>NOTE:</strong><ul><li>MATLAB Web App Server only supports the `.pem` SSL certificate format.</li><li>SSL keys must be 2048 bits in length and must be private.</li><li>Intermediate certificates are not supported by the server.</li><li>SSL certificate should not be password protected.</li><li>Private key should not be password protected.</li></ul>|
 | **Base64 Encoded SSL Private Key** |   Enter a string that is a base64-encoded value of an SSL private key file in PEM format. On Windows, you can Base64 encode a PEM file using a utility such as openssl. On Linux, you can Base64 encode a PEM file using the following command in the terminal: <p> ```base64 -w 0 "key.pem" > "key.txt"``` </p> You may need to change the filename arguments accordingly. The contents of the output file (here "key.txt") should be used for this parameter. |

releases/R2022b/README.md

@@ -28,7 +28,7 @@ Provide values for parameters in the custom deployment template on the Azure Por
 | **Server Subnet CIDR Range** |  Specify subnet CIDR range. This is a CIDR range for the subnet specified above. For example: `10.0.0.0/24` .<ul><li>If deploying to a new virtual network, specify a suitable CIDR range to be used for the new subnet.</li><li>If deploying to an existing virtual network, this must match the CIDR range of the existing subnet.</li></ul> |
 | **Specify Private IP Address to VM Hosting MATLAB Web App Server** |   Specify an unused private IP address to be assigned to the VM hosting the server. For example: `10.0.0.4` .  |
 | **Assign Public IP Address to VM Hosting MATLAB Web App Server** |  Select `Yes` if you want to assign a public IP address to the VM hosting the server. Otherwise, select `No`. If you select 'No', you must create a new virtual machine and add it to the same virtual network as the MATLAB Web App Server deployment. The ability to access the web apps home page or remotely connect to the server machine can be accomplished only through this virtual machine.|
-| **IP Addresses Permitted to Remote into Server VM in CIDR Notation** | Specify the range of IP addresses in CIDR notation that can remote into the VM hosting MATLAB Web App Server and administer it. The format for CIDR addresses is IP Address/Mask. <p><em>Example</em>: `x.x.x.x/32`</p> You may also specify a comma separated list of CIDR addresses (no spaces). <p><em>*Example*</em>: `x.x.x.x/32,x.x.x.x/32`</p> <ul><li> To determine your IP address, you can search for **"what is my ip address"** on the web. The mask determines the number of IP addresses to include.</li><li>A mask of 32 is a single IP address.</li><li>Use a [CIDR calculator](https://www.ipaddressguide.com/cidr) if you need a range of more than one IP addresses.</li><li>You may need to contact your IT administrator to determine which address is appropriate.</li></ul>**NOTE:** Restricting access to the server using an IP address is not a form of authentication. MATLAB Web App Server supports authentication using OIDC. For details, see [Authentication](https://www.mathworks.com/help/webappserver/ug/authentication.html).|
+| **IP Addresses Permitted to Remote into Server VM in CIDR Notation** | Specify the range of IP addresses in CIDR notation that can remote into the VM hosting MATLAB Web App Server and administer it. The format for CIDR addresses is IP Address/Mask. <p><em>Example</em>: `x.x.x.x/32`</p> You may also specify a comma separated list of CIDR addresses (no spaces). <p><em>*Example*</em>: `x.x.x.x/32,x.x.x.x/32`</p> <ul><li> To determine your IP address, you can search for **"what is my ip address"** on the web. The mask determines the number of IP addresses to include.</li><li>A mask of 32 is a single IP address.</li><li>Use a [CIDR calculator](https://www.ipaddressguide.com/cidr) if you need a range of more than one IP address.</li><li>You may need to contact your IT administrator to determine which address is appropriate.</li></ul>**NOTE:** Restricting access to the server using an IP address is not a form of authentication. MATLAB Web App Server supports authentication using OIDC. For details, see [Authentication](https://www.mathworks.com/help/webappserver/ug/authentication.html).|
 | **IP Addresses Allowed to Access MATLAB Web App Server Apps Home Page in CIDR Notation** | Specify the range of IP addresses that can access the MATLAB Web App Server apps home page in CIDR notation. The format for CIDR addresses is IP Address/Mask. <p><em>*Example*</em>: `x.x.x.x/24`</p> You may also specify a comma separated list of CIDR addresses (no spaces). <p><em>*Example*</em>: `x.x.x.x/24,z.z.z.z/24`</p> |
 | **Base64 Encoded SSL Certificate** |   Enter a string that is a base64-encoded value of an SSL certificate in PEM format. On Windows, you can Base64 encode a PEM file using a utility such as openssl. On Linux, you can Base64 encode a PEM file using the following command in the terminal: <p> ```base64 -w 0 "cert.pem" > "cert.txt"``` </p> You may need to change the filename arguments accordingly. The contents of the output file (here "cert.txt") should be used for this parameter. <p><strong>NOTE:</strong><ul><li>MATLAB Web App Server only supports the `.pem` SSL certificate format.</li><li>SSL keys must be 2048 bits in length and must be private.</li><li>Intermediate certificates are not supported by the server.</li><li>SSL certificate should not be password protected.</li><li>Private key should not be password protected.</li></ul>|
 | **Base64 Encoded SSL Private Key** |   Enter a string that is a base64-encoded value of an SSL private key file in PEM format. On Windows, you can Base64 encode a PEM file using a utility such as openssl. On Linux, you can Base64 encode a PEM file using the following command in the terminal: <p> ```base64 -w 0 "key.pem" > "key.txt"``` </p> You may need to change the filename arguments accordingly. The contents of the output file (here "key.txt") should be used for this parameter. |