Semiconductor Multi Test Step Constants
- Updated2025-01-22
- 1 minute(s) read
Semiconductor Multi Test Step Constants
Use the following constants with the Semiconductor Multi Test step properties to configure options for the step:
-
EvaluationType—Use the following constants with the Step.Result.Evaluations[i].EvaluationType
property:
- 0—Numeric Limit test
- 1—Pass/Fail test
- 2—None evaluation
-
ComparisonType—Use the following constants with the Step.Result.Evaluations[i].NumericLimit.ComparisonType
property:
- "GELE"—Low <= X <= High
- "GTLT"—Low < X < High
- "GELT"—Low <= X < High
- "GTLE"—Low < X <= High
- "LOG"—No comparison
-
SynchronizationOption—Use the following constants with the Step.Multisite.SynchronizationOption property:
- 0—One thread per site
- 1—One thread only
- 2—One thread per subsystem
-
SpecifyPinsAndRelaysOption—Use the following constants with the
Step.Multisite.SpecifyPinsAndRelaysOption property:
- 0—Specify manually
- 1—Use expression
-
DUTPinFilterOption—Use the following constants with the Step.Multisite.DUTPinFilterOption property:
- 0—Include all DUT pins except those listed in the ExcludedDUTPins array.
- 1—Exclude all DUT pins except those listed in the IncludedDUTPins array.
-
SpecifySiteRelays—Use the following constants with the Step.Multisite.SpecifySiteRelays property:
- False—Include all site relays.
- True—Include only the site relays listed in the IncludedSiteRelays array.
-
TestFailureOption—Use the following constants with the Step.EvaluationFailureOption property:
- 0—Stop on failure. The step stops performing tests after the first test fails.
- 1—Continue on failure. The step performs all tests even if one test fails.