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  <FBEvent>
    <User>Dan McFadden</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-05-24T20:57:43Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Dan McFadden</User>
    <Comment />
    <StatusString>ReleaseNoted</StatusString>
    <TimeStamp>2023-04-25T17:48:26Z</TimeStamp>
    <ReleaseNote>GPS master clock sync no longer requires a UART recording mode</ReleaseNote>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Dan McFadden</User>
    <Comment />
    <StatusString>Closed</StatusString>
    <TimeStamp>2023-04-25T17:47:50Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>Closed</Status>
  </FBEvent>
  <FBEvent>
    <User>Dan McFadden</User>
    <Comment />
    <StatusString>Resolved</StatusString>
    <TimeStamp>2023-04-25T17:47:48Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>Resolved</Status>
  </FBEvent>
  <FBEvent>
    <User>Dan McFadden</User>
    <Comment />
    <StatusString>Reopened</StatusString>
    <TimeStamp>2023-04-25T17:47:44Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Jaime Lopez</User>
    <Comment>Verified w/ 4.0.914, 4.1.262
 
Tested:
 
(Record in place)
 
Setup this test setup and saved with the following:
 
 
 
No error
 
Removed UART channel and saved:
 
 
expected.
 
Clock Synced:
 
From ORCA pins 5, 13, 14 GND goes to 4, 2, 5 GND respectively
 
 
------------------------------------------------------------------STREAMING TEST------------------------------------------------------------------
 
Error message when UART sensor removed from test setup
 
 
Clock Synced
 
 
 
------------------------------------------------------------------ADC TO UART TEST------------------------------------------------------------------
 
Error message:</Comment>
    <StatusString>Closed</StatusString>
    <TimeStamp>2023-04-19T22:58:58Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>Closed</Status>
  </FBEvent>
  <FBEvent>
    <User>Jaime Lopez</User>
    <Comment />
    <StatusString>Assigned</StatusString>
    <TimeStamp>2023-04-19T18:20:44Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>John Dowling</User>
    <Comment>Changes:
 
 
Add checks that units configured for GPS clock sync have UART config channels in test
 
Refine checks in TestTemplate to allow for UART channels in non-UART recording or streaming modes if they're being used for GPS clock sync
 
Add new Strings for errors, refine others
 
 
Testing (record in place)
 
 
Add a SLICE6AIR to your system, enable clock sources in System Settings, but don't enable UART recording modes
 
Create a test. Set the master clock source to GPS (if still available) or GPS + 1PPS
 
Add the SLICE6AIR to your test, set it as a Clock Master
 
Add an analog channel for recording and pair with a sensor.
 
Add a UART channel. You can pair it with a UART settings sensor or just leave it with the default sensor
 
Save the test. You should not receive any warnings or errors about having a UART channel in a non-UART recording mode test
 
Remove the UART channel and attempt a save. You should receive an error that you're trying to use GPS clock sync but don't have a UART settings channel for that hardware
 
Running the test should proceed normally (i.e. setting UART settings during Hardware, sync checks in Diagnostics &amp; Arm Checklist, etc.)
 
 
Testing (Streaming 1)
 
 
Add a SLICE6AIR to your system, enable clock sources in System Settings, enable Streaming modes but don't enable UART recording modes
 
Create a test. Set the master clock source to GPS (if still available) or GPS + 1PPS
 
Set as a streaming test
 
Add the SLICE6AIR to your test, set it as a Clock Master
 
Add an analog channel for recording and pair with a sensor. 
 
Add a StreamOut channel and a UART channel. You can pair them with settings sensors or just leave them with the default sensors
 
Save the test. You should not receive any warnings or errors about having a UART channel in a non-UART recording mode test
 
Remove the UART channel and attempt a save. You should receive an error that you're trying to use GPS clock sync but don't have a UART settings channel for that hardware
 
Running the test should proceed normally (i.e. setting UART settings during Hardware, sync checks in Diagnostics &amp; Arm Checklist, etc.)
 
 
Testing (Streaming 2)
 
 
Add a SLICE6AIR to your system, enable Streaming modes but don't enable UART recording modes
 
Create a StreamOut settings sensor and set as ADC-to-UART
 
Create a test. Set as a streaming test
 
Add the SLICE6AIR to your test, set it as a Clock Master
 
Add an analog channel for recording and pair with a sensor. Add a StreamOut channel and pair it with the ADC-to-UART sensor or set it to ADC-to-UART in the Parameters navstep
 
Add a UART channel. You can pair it with a settings sensor or just leave it with the default sensor
 
Save the test. You should not receive any warnings or errors about having a UART channel in a non-UART recording mode test
 
Remove the UART channel and attempt a save. You should receive an error that you're trying to use ADC-to-UART streaming but don't have a UART settings channel for that hardware
 
Running the test should proceed normally (i.e. setting UART settings during Hardware, sync checks in Diagnostics &amp; Arm Checklist, etc.)
 
 
You can try edge cases combining parts of Streaming 1 and 2 but everything should hold up
 
r48543 in v4.0 maint and v4.1 dev</Comment>
    <StatusString>Resolved</StatusString>
    <TimeStamp>2023-04-18T19:07:09Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>Resolved</Status>
  </FBEvent>
  <FBEvent>
    <User>John Dowling</User>
    <Comment />
    <StatusString>Assigned</StatusString>
    <TimeStamp>2023-04-13T18:10:18Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>John Dowling</User>
    <Comment />
    <StatusString>Assigned</StatusString>
    <TimeStamp>2023-04-12T19:10:21Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Dan McFadden</User>
    <Comment />
    <StatusString>Assigned</StatusString>
    <TimeStamp>2023-04-11T17:43:51Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Dan McFadden</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-04-11T16:02:39Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Dan McFadden</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-04-11T16:02:32Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>John Dowling</User>
    <Comment />
    <StatusString>Assigned</StatusString>
    <TimeStamp>2023-03-30T16:12:25Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>John Dowling</User>
    <Comment>Noticed when prepping the presentation for 30443 that we can't set up a test with GPS clock sync without also requiring a UART recording mode. This technically shouldn't need to happen. We need to carve out a validation that
 
 
Circular Buffer/Recorder recording modes don't error when seeing a UART channel if that channel is on hardware that's assigned GPS In or GPS + 1PPS In clock sync
 
Circular Buffer/Recorder recording modes do error if GPS In or GPS + 1PPS In is selected for Clock Masters, &gt; 1 Clock Masters are chosen in hardware, and those Clock Masters don't all have a UART channel configured in the test</Comment>
    <StatusString>Opened</StatusString>
    <TimeStamp>2023-03-30T16:12:25Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>Opened</Status>
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