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GitBook: [#1] No subject
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Jaspreet Sachdev
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# Creating Entities
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Entities represent a collection of resources for which certain business logic rules apply. 
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Entities may hold: 
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| Members of Entity | Description |
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| ----------------- | -------------------------------------------------------------------------- |
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| Entity | A child entity |
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| Venue | A logical aggregation of devices, configurations, locations with Analytics |
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| Configuration | Provisioning templates |
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| Inventory | Device members |
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| Locations | Device locations |
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| Contacts | Administrative contact information |
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| Resources | Global common resources such as RADIUS services |
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# Configurations
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Device provisioning occurs based on inventory association to configuration templates.
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Creating a template begins with the Configurations tab and creating a new template. 
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### Create
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Create Configuration dialog requires a name and one or multiple device types to apply configuration with. If device inventory within an Entity or a Venue exist with no configuration templates matching Device Types of the associated inventory, no associated provisioning will apply to those devices. This is the basic logic that enables unique Wi-Fi device type configurations to be layered through the system. 
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###  
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Limiting the configuration to a subset of device types is done through selection of available Device Types via pull down menu. 
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A possible scenario may be that at such a top level, the operator wishes to set transmit power, MIMO operation where the Wi-Fi 6 2x2 top level configuration is defined. 
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To include configuration parameters, select Add Subsection and choose the appropriate values. 
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In this example we will choose Radios and define the MIMO and Tx Power. 
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Begin with describing the Radio operating mode, assign a weight that may be either low enough to be overridden by further entity or venues or high enough to not be overridden, then Add Radio. 
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OpenWiFi supports all possible Wi-Fi radio bands. Select the desired radio(s) and continue. 
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#### Radio General
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General properties, the following may be configured:
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| Option | Description |
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| --------------- | ------------------------------------ |
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| Band | Frequency Band |
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| Bandwidth | 5,10,20 MHz channel narrow operation |
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| Country | Operating Country aka Country Code |
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| Channel-Mode | Operating Mode HT, VHT, HE |
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| Channel-Width | Total channel bandwidth |
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| Channel | Operating channel frequency |
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| MIMO | Values of 1x1 - 8x8 |
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| TX-Power | Transmission power in dBm |
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| Legacy-Rates | Allow 802.11b rates |
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| Maximum-Clients | Total UEs Permitted |
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| Multiple-BSSID | Multiple BSSID IE advertisment |
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#### Radio Advanced 
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Advanced Settings, the following may be configured:
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| | |
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| ----------------- | --------------------------------------------------------------------------------------------------------------------- |
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| Beacon-Rate | Value 1-54Mb/s Beacon Frame Rate |
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| Beacon-Interval | Interval of Beacon Frames in ms |
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| DTIM-Period | Value 1-255 Delivery Traffic Information Message |
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| Hostapd-iface-raw | Directly configure hostapd parameters not part of OpenWiFi data model |
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| Multicast | Multicast frame rate in Mb/s |
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| EMA | Multi-BSSID broadcast using EMA |
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| BSS-Color | BSS Coloring 0-disable, 1-63 manual, 64 random |
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| Require-Mode | Minimum 802.11 UE standard permitted to associate. None - disabled, HT - a,b,g,n, VHT - a,b,g,n,ac, HE- a,b,g,n,ac,ax |
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When complete, Save the "Top Level Wi-Fi 6 2x2" configuration for the device types chosen that align to such a radio mode. 
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### Inheriting Advanced Radio Configuration
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For purpose of demonstration, if the admin were to create another Configuration template with the same weight as the previous template defining the Advanced parameters, these could then be broken down for example by device type. 
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Create another template as described for only one of the Wi-Fi 6 2x2 APs we have shown thus far. 
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Setting specific configuration for the EAP 101 advanced radio parameters. For example, if a device in this entity is an EAP 101, it will have advanced radio properties of 12Mb/s beacon rate, 24Mb/s multicast rate, random BSS color and require HE mode. 
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With these settings saved, multiple configuration templates are now shown that will influence radio operating parameters equally yet separately based on device type. 
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# Metrics Settings Example
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A common example is to inherit the desired telemetry for all devices spanning all types, at a top level. 
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It remains possible to override the values shown here, perhaps to a faster interval, for the required telemetry data defined at the top level. 
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### Create Configuration
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Create a general configuration, select Metrics as the Configuration Section. 
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Within the Subsections select all metrics types to be included and a weight for this template.
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Available metrics:
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| Metric | Description |
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| ------------- | -------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
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| WiFi Frames | Select Management Frame reports to send. Values include: Probe, Auth, Assoc, DeAuth, Disassoc, Local-Deauth, Inactive-Deauth, Key-Mismatch, Beacon-Report, Radar-Detected |
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| Statistics | Set Interval of all Statistics and types including: SSID, LLDP, Clients |
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| DHCP Snooping | Select the DHCP & DHCPv6 frames to send in telemetry including: ACK, DISCOVER, OFFER, REQUEST, REPLY, RENEW, SOLICIT |
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| Health | Interval to send automated health check score |
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