CNA-2 and MLS-X1 driver help pages

connector/doc/Sony_CNA-2.md

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+---
+uid: Connector_help_Sony_CNA-2
+---
+
+# Sony CNA-2
+
+Sony CNA-2 is a camera control network adaptor that is able to monitor, configure and control your Sony system cameras anywhere with Network. 
+It is able to run productions to get the most out of your system cameras and visualize grouping functions and settings for SR-Live and Networked Live.
+
+## About
+
+### Version Info
+
+|Range  |Features  |Based on  |System Impact  |
+|---------|---------|---------|---------|
+|1.0.0.x [SLC Main]     |<ul><li>System Camera management</li><li>Webhook listening capabilities</li></ul>         |-         |-         |
+
+### Product Info
+
+|Range  |Supported Firmware  |
+|---------|---------|
+|1.0.0.x     |v1.0820        |
+
+### System Info
+
+|Range  |DCF Integration  |Cassandra Compliant  |Linked Components  |Exported Components   |
+|---------|---------|---------|---------|---------|
+|1.0.0.x    |No       |Yes         |-         |   |
+
+## Configuration
+
+### Connections
+
+#### HTTP Connection
+
+This connector uses an HTTP connection and requires the following input during element creation:
+
+HTTP CONNECTION:
+
+  - **IP address/host**: [The polling IP or URL of the destination.]
+  - **IP port**: [The IP port of the destination. (default: *443*)]
+  - **Device address**: [The bus address of the device. If the proxy server has to be bypassed, specify *BypassProxy*.]
+
+### Initialization
+
+In the **Communication Settings** page, you will need to provide a username and a password to login in to the device.
+
+#### Webhook Listener
+
+This connector uses a HTTP listener and requires the following configuration inside the element:
+
+WEBHOOK LISTENER:
+
+  - **Webhook IP**: [The IP where the webhooks will be listened.]
+  - **Webhook port**: [The port where the webhooks will be listened. (default: *50000*, needs to be opened in the firewall)]
+
+### Redundancy
+
+There is no redundancy defined.
+
+### Web Interface
+
+The web interface is only accessible when the client machine has network access to the product.
+
+## How to use
+
+This connector uses REST API calls to communicate with the device.
+
+It has two communication modes, GMCS and MCS. 
+In GMCS mode, you can configure up to 10 different domains with 3 tables each, one for CCU device information, one for CCU Assignment information, and one for RCP Assignment information.
+The domains can be enabled/disabled in the *GMCS Communication Settings* table in the **Communication Settings** page.
+This will also impact if that domain is polled and displayed or not.
+
+When in MCS mode, you will only have access to one domain with the same 3 tables.
+
+For both modes, a matrix for CCU Assignments and another for RCP Assignments is available.
+
+The Webhook communication is responsible for receiving updates on connections made, so it is important to make sure that you provide valid Webhook connection parameters.
+An incorrect configuration will lead to tables and matrices only being updated every 15 minutes.
+Please also make sure that the Webhook port is opened in the Firewall. If not, no Webhook communication will be received.

connector/doc/Sony_MLS-X1.md

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+---
+uid: Connector_help_Sony_MLS-X1
+---
+
+# Sony MLS-X1
+
+The Modular Live System (MLS-X1) is a production switcher platform.
+It is reconfigurable to meet a wide range of live production requirements, it provides processing power and scalability to enhance your production environments.
+
+The MLS-X1 inherits the operability, reliability and capability of Sony other professional switchers.
+It uses multiple smaller processing units that can be rapidly configured according to the requirements of any production.
+With the MLS-X1 you’ve got the power to cater for large-scale events – including multi-programme and multi-format productions – plus the agility to meet future demands.
+
+## About
+
+### Version Info
+
+|Range  |Features  |Based on  |System Impact  |
+|---------|---------|---------|---------|
+|1.0.0.x [SLC Main]     |<ul><li>System monitoring through SNMP</li><li>System configuration through gRPC</li></ul>         |-         |-         |
+
+### Product Info
+
+|Range  |Supported Firmware  |
+|---------|---------|
+|1.0.0.x     |-        |
+
+### System Info
+
+|Range  |DCF Integration  |Cassandra Compliant  |Linked Components  |Exported Components   |
+|---------|---------|---------|---------|---------|
+|1.0.0.x    |Yes       |Yes         |-         |   |
+
+## Configuration
+
+### Connections
+
+#### SNMP Connection
+
+This connector uses a Simple Network Management Protocol (SNMP) connection and requires the following input during element creation:
+
+SNMP CONNECTION:
+
+- **IP address/host**: [The polling IP or URL of the destination.]
+- **IP port**: [The IP port of the destination. (default: *161*)]
+
+
+SNMP Settings:
+
+- **Get community string**: [The community string used when reading values from the device. (default: *public*)]
+- **Set community string**: [The community string used when setting values on the device. (default: *private*)]
+
+
+### Initialization
+
+This connector also uses gRPC (Google Remote Procedure Call) to manage and configure the system.
+It will use up to 5 gRPC connections to gather information and to configure the different systems.
+
+#### Manager gRPC Connection
+
+In the **MLS Manager** page, you will need to configure the following parameters:
+
+Manager gRPC Connection:
+
+- **IP address/Hostname**: [The IP of the destination. (default: *Polling Ip*)]
+- **IP port**: [The IP port of the destination. (default: *31042*)]
+- **Username**: [The login username.]
+- **Password**: [The login password.]
+
+#### Logical Switcher gRPC Connection
+
+In the **Logical Switcher** page, you will need to configure the following parameters (the IP address is the one obtained in the *System Configurations* table in the **MLS Manager** page):
+
+Logical Switcher gRPC Connection:
+
+- **IP port**: [The IP port of the destination. (default: *9181*)]
+- **Username**: [The login username.]
+- **Password**: [The login password.]
+
+### Redundancy
+
+There is no redundancy defined.
+
+### Web Interface
+
+The web interface is only accessible when the client machine has network access to the product.
+
+## How to use
+
+- **General**: This page contains general information, such as the **System Description**, **System Up Time**, **System Contact**, **Name**, and **Location**. It also displays an overview of the **OSI Model** of the availability of each layer, as well as the Agent and Switcher **MIB Versions**.
+- **Network**: This page displays the **Interfaces** and **Address Translation** tables. The Interfaces table displays the operational status of the interfaces available in the workstation. This operational status can also change based on incoming traps.
+- **Product Information**: This page displays the **Product Information**, **Modules**, and **Remote Maintenance** tables.
+- **Traps**: This page displays the **Traps Destination** table.
+- **Alarms**: This page displays the **Error Status** table. This table is cleared when a "Coldstart" trap is received.
+- **XVS Control**: This page allows you to check which XVS element is connected to which the XVS via the **Control Interfaces** table. There is a **Resubscribe** button to reset all the created subscriptions.
+- **Subscriptions**: This page allows you to check all the created subscriptions by this element.
+- **Agent MIB**: This page displays the **Agent MIB Categories** and **Agent MIB Products** tables.
+- **Switcher Information**: This page displays the **Switcher Reference Information**, **Switcher Temperature Information**, **Switcher Fan Information**, **Switcher Power Sensors**, **Switcher SSD Information**, and **Switcher Battery Information** tables.
+- **MLS Manager**: This page displays the **MLS Manager** gRPC connection credentials and state, as well as some system configurations.
+- **Logical Switcher**: This page displays the **Logical Switcher** gRPC connections. It also displays some information about each connection and connected device.
+
+## Dataminer Connectivity Framework
+
+The **1.0.0.x** range of the Sony MLS-X1 connector supports the usage of DCF.
+
+**DCF can also be implemented through the DataMiner DCF user interface and through third-party DataMiner connectors (e.g. a manager).**
+
+
+### Interfaces
+
+#### Dynamic interfaces
+
+- The Interfaces table is available with type **inout**.

connector/toc.yml

@@ -8297,6 +8297,8 @@
     topicUid: Connector_help_Sony_CNA-1_-_CCU
   - name: Sony CNA-1 - RCP
     topicUid: Connector_help_Sony_CNA-1_-_RCP
+  - name: Sony CNA-2
+    topicUid: Connector_help_Sony_CNA-2
   - name: Sony HDCU-3000 Series
     topicUid: Connector_help_Sony_HDCU-3000_Series
   - name: Sony Location Manager
@@ -8307,6 +8309,8 @@
     topicUid: Connector_help_Sony_MKS-R4020
   - name: Sony MKS Remote Control Panel
     topicUid: Connector_help_Sony_MKS_Remote_Control_Panel
+  - name: Sony MLS-X1
+    topicUid: Connector_help_Sony_MLS-X1
   - name: Sony MSU-3000 Series
     topicUid: Connector_help_Sony_MSU-3000_Series
   - name: Sony NMI Device