SIMProx

About

SIMProx is a Windows service that provides a junction between SNMP V3 traps and database operations. The service can also act as a singleton forwarding proxy agent for SNMP messages from configured agent sources.

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Requirements
Installation
Configuration
Example Config File
Common Statistics

Requirements

64-bit Windows 10 / Windows 2016 Server or newer.
.NET 4.6 or later (currently .NET Framework deployments only).
Database management system such as:
- SQL Server (Recommended)
- MySQL
- Oracle
- PostgreSQL
- SQLite (Not recommended for large deployments) - included.

Note that database is required for local configuration metadata, but can also be used as target for database operations. However target operations database and metadata database can be different.

Installation

1) Download installer zip file SIMProx.Installs.zip from the Releases page.

2) Open zip file and double click on SIMProxSetup.msi.

3) Next through first page, accept MIT license on next page, and click next again.

4) On the Custom Setup page you can change the target install location if desired.

5) It is recommended to keep all production options listed on the Custom Setup page then click next.

6) On the Service Account page the default account for the SIMProx Windows service is NT SERVICE\SIMProx. Should you choose another user for the service, the user will at least need enough rights to host SNMP port on the local network interfaces, defaults to port 162. Click next to continue.

7) On the Company Information page enter the company name that is hosting the SIMProx service and a short acronym, then click next.

8) Click install. When the installation completes, make sure “Launch Configuration Setup Utility” is checked and click finish.

9) The configuration setup utility for the service will now run. Click next from the first page.

Note that the following steps assume this is a new installation, not an upgrade:

10) Select “I want to set up a new configuration.” and click next.

11) Select “Database (suggested)” and click next.

12) On the Set up a database page, SQLite is the typical option. Once desired database is selected, click next.

Note that the database is required for saving configuration information for the SIMProx service. When using database other than SQLite, see additional configuration steps.

13) The Set up a SQLite database page defines the desired location for the SQLite database file, it defaults to the ConfigurationCache sub-folder of the SIMProx service installation folder. For non-default locations, service user will require read/write access. When the desired database location has been selected, click next.

14) On the Define User Account Credentials page, select the initial administrative user for the SIMProx service - installing user is the default. Click next when desired admin user has been selected. Additional users and groups can be configured later using the SIMProx Manager application.

15) Make sure “SIMProx Windows service” and “SIMProx Manager (local application)” are both checked and click next.

16) On the Setup is ready page, click next.

17) If the setup steps on the Setup in progress page succeed, click next.

18) Make sure “Start the SIMProx Service” and “Start the SIMProx Manager” are checked and click “Finish”

19) Installation is now complete, and the Windows SIMProx service will now be running.

20) Continue with Configuration steps below.

Configuration

To change the default configuration of the SIMProx service, run the SIMProx Manager application, which can be found in the Windows start menu.

If you are continuing directly from installation steps above, manager application will already by running.

When the application is running, click the Configure SIMProx button on the home page:

SIMProx Manager Home Screen

On the configuration screen, make sure SNMPHOST!PROCESS is selected in the adapter list at the bottom of the page. The the Connection String section arguments define the options to use for the SNMP Proxy Host adapter instance that actually performs the SNMP mapped database and agent forwarding operations.

SIMProx Manager Config Screen

The most important parameter here is the ConfigFileName setting that defines the local XML configuration for all the incoming SNMP sources and maps SNMP OIDs to database operations, see the Example Config File below.

To enable agent forwarding for all configured sources, find the ForwardingEnabled setting and set it to true. When this value is true, you should validate other forwarding settings as well – these setting names will be prefixed with Forward.

Note that by default the target database for mapped database operations will be the locally configured database used to hold service configuration and metadata. To set the mapped target database operations to another database, change the values in the DatabaseConnectionString and DatabaseProviderString settings. Here are a few examples:

Database Type	Example Database Connection String	Database Provider String
Sql Server	Data Source=serverName; Initial Catalog=databaseName; User ID=userName; Password=password	AssemblyName={System.Data, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089}; ConnectionType=System.Data.SqlClient.SqlConnection; AdapterType=System.Data.SqlClient.SqlDataAdapter
MySQL	Server=serverName;Database=databaseName; Uid=root; Pwd=password; allow user variables = true;	AssemblyName={MySql.Data, Version=6.3.6.0, Culture=neutral, PublicKeyToken=c5687fc88969c44d}; ConnectionType=MySql.Data.MySqlClient.MySqlConnection; AdapterType=MySql.Data.MySqlClient.MySqlDataAdapter
Oracle	Data Source=tnsName; User ID=schemaUserName; Password=schemaPassword	AssemblyName={Oracle.DataAccess, Version=2.112.2.0, Culture=neutral, PublicKeyToken=89b483f429c47342}; ConnectionType=Oracle.DataAccess.Client.OracleConnection; AdapterType=Oracle.DataAccess.Client.OracleDataAdapter
SQLite	Data Source=databaseName.db; Version=3; Foreign Keys=True; FailIfMissing=True	AssemblyName={System.Data.SQLite, Version=1.0.109.0, Culture=neutral, PublicKeyToken=db937bc2d44ff139}; ConnectionType=System.Data.SQLite.SQLiteConnection; AdapterType=System.Data.SQLite.SQLiteDataAdapter

Database operation expressions are configurable as SQL statements using the DatabaseCommand setting. You can set this value to something like INSERT INTO StatusLog(Source,Type,Message) VALUES({0},{1},{2}) – or – for a database stored procedure, something like sp_LogEvent. You should also make sure the DatabaseCommandTemplate is defined properly for the parameters in the DatabaseCommand setting, e.g.: '{Flow}',{EventType},'{Description}'. Note that template values for the DatabaseCommandTemplate come directly from mappings in the primary XML configuration file as defined in the ConfigFileName setting, see the Example Config File below.

The available DatabaseCommandTemplate parameter values are as follows:

Template Parameter	Data Type	XML Mapping Attribute
`{EventType}`	Integer (see values)	state
`{Flow}`	String	flow
`{Description}`	String	description

Always click the Save button after making any changes as this operation updates the record in the configuration database.

SIMProx Remote Console

A helpful application to use while configuring the SNMP Proxy Host adapter engine is the SIMProx Console application. Like the manager, this application can be found in the Windows start menu. Run this program now to continue with configuration steps:

SIMProx Remote Console Screen

From the console application you can type list /a (or ls /a) to show the available adapters.

For example, if the SNMPHOST!PROCESS adapter has an ID of 2, you can then enter ls 2 (or ls SNMPHOST!PROCESS) to get detailed adapter status.

If the console is noisy with status information you can enter the quiet command (or q for short) followed by enter to pause feedback, note that your keyboard input is being accepted even if it is interrupted by messages scrolling by, just keep typing. To restore normal status mode use the resume command (or r for short). Type help to see other available commands.

For the next configuration step, it is helpful if the console is still visible to the side of the SIMProx Manager application so that both tools are visible at the same time.

Initializing SNMP Proxy Host

Make sure the SIMProx Manager application is open with the SNMPHOST!PROCESS adapter selected in the adapter list at the bottom of the page. Click the Initialize button and confirm the initialize action by clicking Yes. This operation will restart the SNMP Proxy Host adapter applying any updated argument settings and reloading any changes from the primary XML configuration file.

Always make sure any changes are saved before initializing as the initialization process reads from the database configuration. Note that the adapter can also be reinitialized from the SIMProx Console application using the initialize SNMPHOST!PROCESS command.

If there are no error messages (typically in red), the SNMP Proxy Host should now be operational.

Note that all feedback is logged locally to the StatusLog.txt file which can be found in the installation folder. The log file size is automatically curtailed per settings defined in the SIMProx.exe.config file. You can use the XML Configuration Editor, found in the SIMProx folder in the Windows start menu, to adjust any needed rarely changed configuration settings.

Example Config File

SNMP sources and database operation mappings are managed through an XML file that maps SNMP OIDs to database operations based on a run-time evaluated conditions that use the received SNMP value, see example XML configuration file below.

After making any changes to XML configuration, you will need to Reinitialize SNMP Proxy Host for changes to take effect.

<?xml version="1.0" encoding="utf-8" ?>
<config xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema">
  <!--
    GPA Root OID: 1.3.6.1.4.1.56056
      SNMP .1
        Statistics .1
          System       .1
          Device       .2
          InputStream  .3
          OutputStream .4
          Subscriber   .5
          Publisher    .6
          Process      .7
          Downloader   .8
            Signal Index .N (see common statistics below)
              Value .1
              Name  .2

    Note that system is currently configured to only respond to V3 SNMP traps.

    Flow states: Success, Warning, Alarm, Error, Information, Failover, Synchronize, Reschedule

    Note that mapped database operations use integer value from specified flow state based on following enumeration:
    https://github.com/GridProtectionAlliance/SIMProx/blob/master/Source/Applications/SIMProx/SIMProx/Config.cs#L37
  -->
  <source community="openMIC" authPhrase="pqgBG80CwgSDMKza" encryptKey="EjdEtEhHJCdLM04K" forward="true">
    <!-- Heartbeat Mappings -->
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.1.1" flow="FL_OPENMIC_HEARTBEAT" description="openMIC heartbeat at {Timestamp}." state="Success" condition="true" />
    <!-- Info Mappings -->
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.2.1" flow="FL_OPENMIC_CPU" description="openMIC using {Value}% CPU at {Timestamp}." state="Information" condition="true" />
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.4.1" flow="FL_OPENMIC_MEMORY" description="openMIC using {Value} MB memory at {Timestamp}." state="Information" condition="true" />
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.15.1" flow="FL_OPENMIC_UPTIME" description="openMIC uptime: {Value} seconds" state="Information" condition="true" />
    <!-- Warning Mappings -->
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.2.1" flow="FL_OPENMIC_CPU" description="openMIC CPU exceeds 80%: {Value}% at {Timestamp}." state="Warning" condition="value > 80" />
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.4.1" flow="FL_OPENMIC_MEMORY" description="openMIC memory exceeds 64GB: {Value}MB at {Timestamp}." state="Warning" condition="value > 64000" />
  </source>
  <source community="openMIC2" authPhrase="wgSDMKzapqgBG80C" encryptKey="JCdLM04KEjdEtEhH" forward="true">
    <!-- Heartbeat Mappings -->
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.1.1" flow="FL_OPENMIC2_HEARTBEAT" description="openMIC2 heartbeat at {Timestamp}." state="Success" condition="true" />
    <!-- Info Mappings -->
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.2.1" flow="FL_OPENMIC2_CPU" description="openMIC2 using {Value}% CPU at {Timestamp}." state="Information" condition="true" />
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.4.1" flow="FL_OPENMIC2_MEMORY" description="openMIC2 using {Value} MB memory at {Timestamp}." state="Information" condition="true" />
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.15.1" flow="FL_OPENMIC2_UPTIME" description="openMIC2 uptime: {Value} seconds" state="Information" condition="true" />
    <!-- Warning Mappings -->
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.2.1" flow="FL_OPENMIC2_CPU" description="openMIC2 CPU exceeds 80%: {Value}% at {Timestamp}." state="Warning" condition="value > 80" />
    <mapping oid="1.3.6.1.4.1.56056.1.1.1.4.1" flow="FL_OPENMIC2_MEMORY" description="openMIC2 memory exceeds 64GB: {Value}MB at {Timestamp}." state="Warning" condition="value > 64000" />
  </source>
  <!-- Agent Forward Only Source Example - No Mappings -->
  <source community="openXDA" authPhrase="zapqwgSDMKgBG80C" encryptKey="KEjdEJCdLM04tEhH" forward="true" />
</config>

Common Statistics

For OID sources coming from applications based on the Grid Solutions Framework Time-Series Library, the following table defines common statistics that can be forwarded to SNMP traps when the ForwardStatisticsToSnmp configuration setting is set to true in the host application exe.config file, for example:

<?xml version="1.0" encoding="utf-8"?>
<configuration>
  <categorizedSettings>
    <systemSettings>
      <add name="ForwardStatisticsToSnmp" value="true" description="Defines flag that determines if statistics should be published as SNMP trap messages." encrypted="false" />
    </systemSettings>
  </categorizedSettings>
</configuration>

Any OID for a common statistic value can be determined by the following expression 1.3.6.1.4.1.56056.1.1.S.N.T where S is the index from the “Source” column, N is the value from the “Signal Index” column and T is 1 for the statistic value (data type as defined in the table) or 2 for signal reference name (data type of string).

Source	Signal Index	Name	Description	Data Type
1‑System	1	CPU Usage	Percentage of CPU currently used by this process.	Double
1‑System	2	Average CPU Usage	Average percentage of CPU used by this process.	Double
1‑System	3	Memory Usage	Amount of memory currently used by this process in megabytes.	Double
1‑System	4	Average Memory Usage	Average amount of memory used by this process in megabytes.	Double
1‑System	5	Thread Count	Number of threads currently used by this process.	Double
1‑System	6	Average Thread Count	Average number of threads used by this process.	Double
1‑System	7	Threading Contention Rate	Current thread lock contention rate in attempts per second.	Double
1‑System	8	Average Threading Contention Rate	Average thread lock contention rate in attempts per second.	Double
1‑System	9	IO Usage	Amount of IO currently used by this process in kilobytes per second.	Double
1‑System	10	Average IO Usage	Average amount of IO used by this process in kilobytes per second.	Double
1‑System	11	IP Data Send Rate	Number of IP datagrams (or bytes on Mono) currently sent by this process per second.	Double
1‑System	12	Average IP Data Send Rate	Average number of IP datagrams (or bytes on Mono) sent by this process per second.	Double
1‑System	13	IP Data Receive Rate	Number of IP datagrams (or bytes on Mono) currently received by this process per second.	Double
1‑System	14	Average IP Data Receive Rate	Average number of IP datagrams (or bytes on Mono) received by this process per second.	Double
1‑System	15	Up Time	Total number of seconds system has been running.	Double
2‑Device	1	Data Quality Errors	Number of data quality errors reported by device during last reporting interval.	Int32
2‑Device	2	Time Quality Errors	Number of time quality errors reported by device during last reporting interval.	Int32
2‑Device	3	Device Errors	Number of device errors reported by device during last reporting interval.	Int32
2‑Device	4	Measurements Received	Number of measurements received from device during last reporting interval.	Int32
2‑Device	5	Measurements Expected	Expected number of measurements received from device during last reporting interval.	Int32
2‑Device	6	Measurements With Error	Number of measurements received while device was reporting errors during last reporting interval.	Int32
2‑Device	7	Measurements Defined	Number of defined measurements (per frame) from device during last reporting interval.	Int32
3‑InputStream	1	Total Frames	Total number of frames received from input stream during last reporting interval.	Int32
3‑InputStream	2	Last Report Time	Timestamp of last received data frame from input stream.	DateTime
3‑InputStream	3	Missing Frames	Number of frames that were not received from input stream during last reporting interval.	Int32
3‑InputStream	4	CRC Errors	Number of CRC errors reported from input stream during last reporting interval.	Int32
3‑InputStream	5	Out of Order Frames	Number of out-of-order frames received from input stream during last reporting interval.	Int32
3‑InputStream	6	Minimum Latency	Minimum latency from input stream, in milliseconds, during last reporting interval.	Double
3‑InputStream	7	Maximum Latency	Maximum latency from input stream, in milliseconds, during last reporting interval.	Double
3‑InputStream	8	Input Stream Connected	Boolean value representing if input stream was continually connected during last reporting interval.	Boolean
3‑InputStream	9	Received Configuration	Boolean value representing if input stream has received (or has cached) a configuration frame during last reporting interval.	Boolean
3‑InputStream	10	Configuration Changes	Number of configuration changes reported by input stream during last reporting interval.	Int32
3‑InputStream	11	Total Data Frames	Number of data frames received from input stream during last reporting interval.	Int32
3‑InputStream	12	Total Configuration Frames	Number of configuration frames received from input stream during last reporting interval.	Int32
3‑InputStream	13	Total Header Frames	Number of header frames received from input stream during last reporting interval.	Int32
3‑InputStream	14	Average Latency	Average latency, in milliseconds, for data received from input stream during last reporting interval.	Double
3‑InputStream	15	Defined Frame Rate	Frame rate as defined by input stream during last reporting interval.	Int32
3‑InputStream	16	Actual Frame Rate	Latest actual mean frame rate for data received from input stream during last reporting interval.	Double
3‑InputStream	17	Actual Data Rate	Latest actual mean Mbps data rate for data received from input stream during last reporting interval.	Double
3‑InputStream	18	Missing Data	Number of data units that were not received at least once from input stream during last reporting interval.	Int32
3‑InputStream	19	Total Bytes Received	Number of bytes received from the input source during last reporting interval.	Int32
3‑InputStream	20	Lifetime Measurements	Number of processed measurements reported by the input stream during the lifetime of the input stream.	Int64 (as String)
3‑InputStream	21	Lifetime Bytes Received	Number of bytes received from the input source during the lifetime of the input stream.	Int64 (as String)
3‑InputStream	22	Minimum Measurements Per Second	The minimum number of measurements received per second during the last reporting interval.	Int32
3‑InputStream	23	Maximum Measurements Per Second	The maximum number of measurements received per second during the last reporting interval.	Int32
3‑InputStream	24	Average Measurements Per Second	The average number of measurements received per second during the last reporting interval.	Int32
3‑InputStream	25	Lifetime Minimum Latency	Minimum latency from input stream, in milliseconds, during the lifetime of the input stream.	Int32
3‑InputStream	26	Lifetime Maximum Latency	Maximum latency from input stream, in milliseconds, during the lifetime of the input stream.	Int32
3‑InputStream	27	Lifetime Average Latency	Average latency, in milliseconds, for data received from input stream during the lifetime of the input stream.	Int32
3‑InputStream	28	Up Time	Total number of seconds input stream has been running.	Double
4‑OutputStream	1	Discarded Measurements	Number of discarded measurements reported by output stream during last reporting interval.	Int32
4‑OutputStream	2	Received Measurements	Number of received measurements reported by the output stream during last reporting interval.	Int32
4‑OutputStream	3	Expected Measurements	Number of expected measurements reported by the output stream during last reporting interval.	Int32
4‑OutputStream	4	Processed Measurements	Number of processed measurements reported by the output stream during last reporting interval.	Int32
4‑OutputStream	5	Measurements Sorted by Arrival	Number of measurements sorted by arrival reported by the output stream during last reporting interval.	Int32
4‑OutputStream	6	Published Measurements	Number of published measurements reported by output stream during last reporting interval.	Int32
4‑OutputStream	7	Downsampled Measurements	Number of downsampled measurements reported by the output stream during last reporting interval.	Int32
4‑OutputStream	8	Missed Sorts by Timeout	Number of missed sorts by timeout reported by the output stream during last reporting interval.	Int32
4‑OutputStream	9	Frames Ahead of Schedule	Number of frames ahead of schedule reported by the output stream during last reporting interval.	Int32
4‑OutputStream	10	Published Frames	Number of published frames reported by the output stream during last reporting interval.	Int32
4‑OutputStream	11	Output Stream Connected	Boolean value representing if the output stream was continually connected during last reporting interval.	Boolean
4‑OutputStream	12	Minimum Latency	Minimum latency from output stream, in milliseconds, during last reporting interval.	Double
4‑OutputStream	13	Maximum Latency	Maximum latency from output stream, in milliseconds, during last reporting interval.	Double
4‑OutputStream	14	Average Latency	Average latency, in milliseconds, for data published from output stream during last reporting interval.	Double
4‑OutputStream	15	Connected Clients	Number of clients connected to the command channel of the output stream during last reporting interval.	Int32
4‑OutputStream	16	Total Bytes Sent	Number of bytes sent from output stream during last reporting interval.	Int32
4‑OutputStream	17	Lifetime Measurements	Number of processed measurements reported by the output stream during the lifetime of the output stream.	Int64 (as String)
4‑OutputStream	18	Lifetime Bytes Sent	Number of bytes sent from the output source during the lifetime of the output stream.	Int64 (as String)
4‑OutputStream	19	Minimum Measurements Per Second	The minimum number of measurements sent per second during the last reporting interval.	Int32
4‑OutputStream	20	Maximum Measurements Per Second	The maximum number of measurements sent per second during the last reporting interval.	Int32
4‑OutputStream	21	Average Measurements Per Second	The average number of measurements sent per second during the last reporting interval.	Int32
4‑OutputStream	22	Lifetime Minimum Latency	Minimum latency from output stream, in milliseconds, during the lifetime of the output stream.	Int32
4‑OutputStream	23	Lifetime Maximum Latency	Maximum latency from output stream, in milliseconds, during the lifetime of the output stream.	Int32
4‑OutputStream	24	Lifetime Average Latency	Average latency from output stream, in milliseconds, during the lifetime of the output stream.	Int32
4‑OutputStream	25	Lifetime Discarded Measurements	Number of discarded measurements reported by output stream during the lifetime of the output stream.	Int32
4‑OutputStream	26	Lifetime Downsampled Measurements	Number of downsampled measurements reported by the output stream during the lifetime of the output stream.	Int32
4‑OutputStream	27	Up Time	Total number of seconds output stream has been running.	Double
5‑Subscriber	1	Subscriber Connected	Boolean value representing if the subscriber was continually connected during last reporting interval.	Boolean
5‑Subscriber	2	Subscriber Authenticated	Boolean value representing if the subscriber was authenticated to the publisher during last reporting interval.	Boolean
5‑Subscriber	3	Processed Measurements	Number of processed measurements reported by the subscriber during last reporting interval.	Int32
5‑Subscriber	4	Total Bytes Received	Number of bytes received from subscriber during last reporting interval.	Int32
5‑Subscriber	5	Authorized Signal Count	Number of signals authorized to the subscriber by the publisher.	Int32
5‑Subscriber	6	Unauthorized Signal Count	Number of signals denied to the subscriber by the publisher.	Int32
5‑Subscriber	7	Lifetime Measurements	Number of processed measurements reported by the subscriber during the lifetime of the subscriber.	Int64 (as String)
5‑Subscriber	8	Lifetime Bytes Received	Number of bytes received from subscriber during the lifetime of the subscriber.	Int64 (as String)
5‑Subscriber	9	Minimum Measurements Per Second	The minimum number of measurements received per second during the last reporting interval.	Int32
5‑Subscriber	10	Maximum Measurements Per Second	The maximum number of measurements received per second during the last reporting interval.	Int32
5‑Subscriber	11	Average Measurements Per Second	The average number of measurements received per second during the last reporting interval.	Int32
5‑Subscriber	12	Lifetime Minimum Latency	Minimum latency from output stream, in milliseconds, during the lifetime of the subscriber.	Int32
5‑Subscriber	13	Lifetime Maximum Latency	Maximum latency from output stream, in milliseconds, during the lifetime of the subscriber.	Int32
5‑Subscriber	14	Lifetime Average Latency	Average latency from output stream, in milliseconds, during the lifetime of the subscriber.	Int32
5‑Subscriber	15	Up Time	Total number of seconds subscriber has been running.	Double
5‑Subscriber	16	TLS Secured Channel	Boolean value representing if subscriber command channel has transport layer security enabled.	Boolean
6‑Publisher	1	Publisher Connected	Boolean value representing if the publisher was continually connected during last reporting interval.	Boolean
6‑Publisher	2	Connected Clients	Number of clients connected to the command channel of the publisher during last reporting interval.	Int32
6‑Publisher	3	Processed Measurements	Number of processed measurements reported by the publisher during last reporting interval.	Int32
6‑Publisher	4	Total Bytes Sent	Number of bytes sent by the publisher during the last reporting interval.	Int32
6‑Publisher	5	Lifetime Measurements	Number of processed measurements reported by the publisher during the lifetime of the publisher.	Int64 (as String)
6‑Publisher	6	Lifetime Bytes Sent	Number of bytes sent by the publisher during the lifetime of the publisher.	Int64 (as String)
6‑Publisher	7	Minimum Measurements Per Second	The minimum number of measurements sent per second during the last reporting interval.	Int32
6‑Publisher	8	Maximum Measurements Per Second	The maximum number of measurements sent per second during the last reporting interval.	Int32
6‑Publisher	9	Average Measurements Per Second	The average number of measurements sent per second during the last reporting interval.	Int32
6‑Publisher	10	Lifetime Minimum Latency	Minimum latency from output stream, in milliseconds, during the lifetime of the publisher.	Int64 (as String)
6‑Publisher	11	Lifetime Maximum Latency	Maximum latency from output stream, in milliseconds, during the lifetime of the publisher.	Int64 (as String)
6‑Publisher	12	Lifetime Average Latency	Average latency from output stream, in milliseconds, during the lifetime of the publisher.	Int64 (as String)
6‑Publisher	13	Up Time	Total number of seconds publisher has been running.	Double
6‑Publisher	14	TLS Secured Channel	Boolean value representing if publisher command channel has transport layer security enabled.	Boolean
7‑Process	1	CPU Usage	Percentage of CPU currently used by the launched process.	Double
7‑Process	2	Memory Usage	Amount of memory currently used by the launched process in megabytes.	Double
7‑Process	3	Up Time	Total number of seconds the launched process has been running.	Double
8‑Downloader	1	Downloader Enabled	Boolean value representing if the downloader was continually enabled with access to local download path during last reporting interval.	Boolean
8‑Downloader	2	Downloader Attempted Connections	Number of attempted FTP connections reported by the downloader during last reporting interval.	Int64 (as String)
8‑Downloader	3	Downloader Successful Connections	Number of successful FTP connections reported by the downloader during last reporting interval.	Int64 (as String)
8‑Downloader	4	Downloader Failed Connections	Number of failed FTP connections reported by the downloader during last reporting interval.	Int64 (as String)
8‑Downloader	5	Downloader Attempted Dial-ups	Number of attempted dial-ups reported by the downloader during last reporting interval.	Int64 (as String)
8‑Downloader	6	Downloader Successful Dial-ups	Number of successful dial-ups reported by the downloader during last reporting interval.	Int64 (as String)
8‑Downloader	7	Downloader Failed Dial-ups	Number of failed dial-ups reported by the downloader during last reporting interval.	Int64 (as String)
8‑Downloader	8	Downloader Files Downloaded	Number of downloaded files reported by the downloader during last reporting interval.	Int64 (as String)
8‑Downloader	9	Downloader MegaBytes Downloaded	Number of downloaded megabytes reported by the downloader during last reporting interval.	Double
8‑Downloader	10	Downloader Connected Time	Total FTP connection time reported by the downloader during last reporting interval.	Double
8‑Downloader	11	Downloader Dial-up Time	Total dial-up time reported by the downloader during last reporting interval.	Double

This project was created with the Grid Solutions Framework Time-Series Library Project Alpha

SIM-Prox

SNMP Proxy Service for Agent Forwarding and Database Operation Targets