Accedian Skylight Performance Element GT
The Accedian Skylight Performance Element GT connector reads csv.gz files from a specific directory, parses the data and displays it in a table.
History sets are implemented so that if trending is enabled, it will include the old data as well as the most recent data.
About
Version Info
| Range | Key Features | Based on | System Impact |
|---|---|---|---|
| 1.0.0.x [SLC Main] | Initial version | - | - |
Product Info
| Range | Supported Firmware |
|---|---|
| 1.0.0.x | AMT_7.8.3_20905 |
System Info
| Range | DCF Integration | Cassandra Compliant | Linked Components | Exported Components |
|---|---|---|---|---|
| 1.0.0.x | No | Yes | - | - |
Configuration
Connections
Virtual connection
This connector uses a virtual connection and does not require any input during element creation.
How to use
To use this connector, you will need to add a row in the File Paths table and fill in the file path where the csv.gz files are stored for a single device.
For example, if G411-6194 is the serial number of the device, specify C:\DataMiner\Accedian\G411-6194
The CSV is a concatenation of:
- PAA Data Type
- Date
- PAA Type
- System
- Firmware Version
- Hardware Version
- Serial Number
- Index
- Name
- Status
- Operation Mode
- Packet Size
- Sampling Period
- Part Name
- Source MAX Address
- Destination MAX Address
- Ethernet Type
- Vlan 1 Encapsulation
- Vlan 1 Type
- Vlan1 ID
- Vlan1 Priority
- Vlan 2 Encapsulation
- Vlan 2 Type
- Vlan2 ID
- Vlan2 Priority
- Peer Address
- State
- Destination IP Address
- Source UDP Port
- Destination UDP Port
- DSCP
- ECN
- IGMP Ref Period
- Packet Loss Ref Period
- One-Way Ref Period
- Two-Way Ref Period
- Interval
- Samples
- Period
- Packet Loss NE Valid
- Packet Loss NE Samples
- Packet Loss NE
- Packet Loss Ratio NE
- Packet Loss FE Valid
- Packet Loss FE Samples
- Packet Loss FE
- One Way Delay Valid
- One Way Delay Samples
- One Way Delay Min
- One Way Delay Max
- One Way Delay Avg
- One Way Delay Exceed
- One Way DV Valid
- One Way DV Samples
- One Way DV Min
- One Way DV Max
- One Way DV Avg
- One Way DV Exceed
- Two Way Delay Valid
- Two Way Delay Samples
- Two Way Delay Min
- Two Way Delay Max
- Two Way Delay Avg
- Two Way Delay Exceed
- Two Way DV Valid
- Two Way DV Samples
- Two Way DV Min
- Two Way DV Max
- Two Way DV Exceed
- IGMP Join Delay Valid
- IGMP Join Delay Samples
- IGMP Join Delay Min
- IGMP Join Delay Max
- IGMP Join Delay Avg
- IGMP Join Delay Exceed
- IGMP Leave Delay Valid
- IGMP Leave Delay Samples
- IGMP Leave Delay Min
- IGMP Leave Delay Max
- IGMP Leave Delay Avg
- IGMP Leave Delay Exceed
- Model