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labelRapport JIRA


Dateoct. 12, 2017
Demandes

Jira
serverjira-lesia.obspm.fr JIRA
jqlQuery

...

fixVersion = "RPW IGST42 DATAPACK" OR affectedVersion = "RPW IGST42 DATAPACK"
counttrue
serverIdcb08a004-0694-3237-bcb1-3125e3ed9bc0



Summary

Preparation of the

...

IGST 4_2 data package for RPW:

  • The IGST 4_2 is planned to be run on the ETB with MEB EM2 on April 2018 
  • ISM doc. to be delivered at MOC before 
  • Procedure/sequence to be delivered at MOC before . 
  • MEB EM2 with IDB 4.3.3 will be used on ETB during test, however the procedures/sequences must be written using the PFM IDB 4.3.3 version (indicating clearly where there are discrepancies between the two versions).
  • Presence of 1-2 max. people from RPW at ESOC during test is strongly recommended by MOC

Interlocutors are:

  • Sylvain Lodiot at MOC

Main features of the release

  • Preparation of the RPW flight procedures/sequences for

...

  • :
    • Switch-on,
    • Ping,
    • exercise the different modes and changes between them (test the state model in the ORCD),
    • dump with S6 of one of the instrument memories,
    • generate science if possible,
    • Text S22 (context saving) if applicable (Not applicable for RPW)
    • Switch-off.

  • Preparation of the related RPW Instrument State Model (ISM) doc. 

Description of the data package

  • List of RPW flight sequences (SQ) Excel files (one file per sequence), named as the sequence convention in the FOP Plan (FOPP) doc. The SQ files must be gathered by procedure (one directory per proceduce named as the procedure convention defined in the FOPP). The procedure directories must be grouped by type "FCP", "CRP" or "COM" (one directory per type).
  • The RPW ISM doc. in pdf format
  • The RPW MU updated with the procedure/sequences.
  • A README.rst text file providing information about the content of the package
  • a CHANGELOG.rst providing the changes history.

The name of the data package must be delivered as a zip file, named as: RPW_IGST4-2_DATAPACK_IssueXX_RevYY.zip, where XX and YY are the issue and revision of the data pack.

Main constraints

IGST RPW-related setup

The IGST will be run on the ETB with the RPW EM2.

In terms of command/control the RPW IDB (V4.3.3) is the same for EM1, EM2 and PFM, nevertheless the FDIR triggering threshold values can be different between the 3 models! This has to be taken account when validated the test results.

Moreover there is no SCM and PA-HF/ANT sensor on the ETB/RPW-EM2 setup, in consequence during the IGST:

  • Switching ON SCM shall be prohibited
  • BIAS HV shall be not ENABLE
  • BIAS current setting/sweeping/calibration shall not be performed
  • Switching ON PA HF shall be prohibited


Info
titleNOTE
According to Sylvain Lodiot (see comments at the bottom of the page) the corresponding prohibited TCs in the sequences must be clearly indicated with the  [not for the EM2 on the ETB] comment.

Status of the data package 

Sequences status

IGST mandatory sequences

The table gives the list of critical sequences required to perform the IGST test.

Sequence nameDescriptionCategoryStatusComment
AIWF001AFrom SAFE mode switch OFF the RPW prime power interface (UNIT_A and UNIT_B ) via OBCP. Nominal switch OFF via OBCPDelivered
AIWF002AFrom SAFE mode switch OFF the RPW prime power interface (UNIT_A and UNIT_B ) via manual.Other OFF proceduresDelivered
AIWF002BSwitch OFF the RPW prime power interface (UNIT_A) via OBCP from the SAFE modeOther OFF proceduresDelivered
AIWF010ABoot RPW DBS in prime power interface (UNIT_A) via OBCPNominal switch ON via OBCPDelivered
AIWF011ABoot RPW DBS in prime power interface (UNIT_A) via manualNominal switch ON via manualDelivered
AIWF030ABoot RPW DAS from EEPROM1 (default), EEPROM2, RAMModes transitionDelivered
AIWF031AEnter SERVICE mode and switch on RPW equipmentNominal Switch On equipmentDelivered
AIWF032AConfigure HK periodConfiguration DPU and DASDelivered
AIWF032BLoad DPU and DAS common parametersConfiguration DPU and DASDelivered
AIWF032CLoad DPU and DAS power parametersConfiguration DPU and DASDelivered
AIWF032DConfigure Bias High Voltage parameterConfiguration DPU and DASDelivered
AIWF032EConfigure parameters for monitoring temperatureConfiguration DPU and DASDelivered
AIWF032FConfigure Waveform parametersConfiguration DPU and DASDelivered
AIWF032GConfigure SBM1 parametersConfiguration DPU and DASDelivered
AIWF032HConfigure SBM2 parametersConfiguration DPU and DASDelivered
AIWF032IConfigure SC potential computation algorithmConfiguration DPU and DASDelivered
AIWF032JClear HK counterConfiguration DPU and DASDelivered
AIWF032KEnable HK parameter report generationConfiguration DPU and DASDelivered
AIWF035AEnter in SCIENCE SURVEY_NORMAL submodeModes transition ScienceDelivered
AIWF035BEnter in SCIENCE SURVEY_BURST submodeModes transition ScienceDelivered
AIWF035CEnter in SBM_DETECTION modeModes transition ScienceDelivered
AIWF037AConfigure THR for the RPW SCIENCE SURVEY_NORMAL mode.Configuration THRDelivered
AIWF037BConfigure THR for the RPW SCIENCE SURVEY_BURST mode. Configuration THRDelivered
AIWF037CLoad calibration parameters for THRConfiguration THRDelivered
AIWF038ALoad common parameters of TDSConfiguration TDS

AIWF038BConfiguration of TDS for SBM1 modeConfiguration TDS

AIWF038CConfiguration of TDS for SBM2 modeConfiguration TDS

AIWF038DConfigure TDS LFM parametersConfiguration TDS

AIWF038EConfigure TDS for the RPW SCIENCE SURVEY_NORMAL mode. Configuration TDS

AIWF038FConfigure TDS for the RPW SCIENCE SURVEY_BURST modeConfiguration TDS

AIWF039AConfiguration of LFR for SBM1 modeConfiguration LFR

AIWF039BConfiguration of LFR for SBM2 modeConfiguration LFR

AIWF039CLoad common parameters of LFRConfiguration LFR

AIWF039DConfigure LFR for the RPW SCIENCE SURVEY_NORMAL mode. Configuration LFR

AIWF039EConfigure LFR for the RPW SCIENCE SURVEY_BURST mode.Configuration LFR

AIWF040AConfigure the Bias (mode, and relay) for the RPW SCIENCE mode.Configuration Bias

AIWF041AEnable CompressionCompression

AIWF041BDisable CompressionCompression

AIWF042ASwitch the converter (CONV)Switch On equipment

AIWF042BBOOT LFR from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif BootSwitch On equipment

AIWF042CBOOT THR from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif BootSwitch On equipment

AIWF042DBOOT TDS from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif BootSwitch On equipment

AIWF042ESwitch ON BIASSwitch On equipment

AIWF042FPA Switch ONSwitch On equipment

AIWF042GSCM switch ONSwitch On equipment

AIWF043AEnter SERVICE modeEnter SERVICE Mode

AIWF044AEnter in SCIENCE SURVEY_BACKUP submodeEnter Science BACKUP Mode

AIWF045AEnter in RPW STANDBY mode from any other mode (except OFF)Enter STANDBY Mode

AIWF046AGo to SAFE mode (DBS) with TC_DPU_RESET commandEnter SAFE Mode

AIWF260ADump DPU memory (TC_DPU_DUMP_MEMORY - Service 6)Memory dump (S6)

AIWF370ARun a test connection (PUS, Service 17) with the TC_DPU_TEST_CONNECTION {ZIW00012} (i.e. "ping")"ping" (PUS, Service 17)

Extra sequences (required for the E2E 0th test)

Additionally to the sequences above, the following sequences shall not be run during the IGST, but are required to perform the E2E 0th test performed by the SOC (see RPW E2E-0 TEST DATAPACK RELEASE for more details).

Sequence nameDescriptionCategoryStatusComment
AIWF033AInternal Calibration for LFRCalibrationDelivered
AIWF033BBIAS CalibrationCalibrationDelivered
AIWF033CRun THR internal calibrationCalibrationDelivered
AIWF033DConfigure and execute the BIAS sweepCalibrationDelivered
AIWF034ADump LFR, TDS, THR parametersDumpDelivered
AIWF036AConfiguration Bias currentsConfiguration Bias CurrentsDelivered


ISM status

VersionStatusCommentChecking
1.0DeliveredDelivered with the datapack 1.0
1.1Delivered

Delivered with datapack 1.1.

  •  Does the ISM is consistent with the list of delivered sequences?
  •  Does the ISM fully cover the delivered sequences (and transitions)?
1.2DeliveredDelivered with datapack 1.2

Data package delivery status

VersionStatusDelivery dateCommentChecking
1.0Delivered

 

Delivered to Sylvain Lodiot (MOC). See feedbacks in

Jira
serverjira-lesia.obspm.fr JIRA
serverIdcb08a004-0694-3237-bcb1-3125e3ed9bc0
keyROCOPE-81


1.1Delivered

 

Delivered to Sylvain Lodiot (MOC).

  •  Is the new naming convention for the sequences compliant?
  •  Does the list of sequences is consistent with what has been decided with the MOC?
  •  Does the RPW UM is up-to-date?
  •  Does the datapack is complete?
1.2Delivered

 

Delivered to Sylvain Lodiot (MOC). See feedbacks in

Jira
serverjira-lesia.obspm.fr JIRA
columnskey,summary,type,created,updated,due,assignee,reporter,priority,status,resolution
serverIdcb08a004-0694-3237-bcb1-3125e3ed9bc0
keyROCOPE-126


Expected documentation


QuestionAnswerSeverityComment
Do the sequences related to the routine operations (Bias sweeping, calibrations, etc.) will be tested during the IGST?No (especially, the BIAS sweeping/calibration/current setting shall not be run if BIAS HV is DISABLE)Low
What is the configuration of the flight software (DBS, DAS) at boot? Is the TM_DPU_OBC_HK generation ENABLE or DISABLE?
Medium


Attached items

Jira
serverjira-lesia.obspm.fr JIRA
columnskey,summary,type,created,updated,due,assignee,reporter,priority,status,resolution
maximumIssues20
jqlQuery

...

fixVersion = "RPW IGST42 DATAPACK" OR affectedVersion = "RPW IGST42 DATAPACK"
serverIdcb08a004-0694-3237-bcb1-3125e3ed9bc0