Agilent OpenLab result mapping — first-run working review
WORKING NOTES — review decisions belong in your controlled records.
Guide: https://seal.run/integrations/agilent-openlab

Use this with the Agilent OpenLab result mapping first-run procedure. Retain the actual configuration and evidence, then record what happened in each receiving exercise. Expected behavior is printed as a prompt; your observed result starts blank.

1. Installed configuration and source route
Record the installed CDS version, chosen report/CSV/AIA or other supported route, export configuration, selected result columns and completed-file handoff. Identify the actual source report and any independently collected signal files.
Your evidence and observations:
[Not recorded]

2. Identity and expected population
List the analysis, injection, signal/channel and evaluation/result identities. State which source fields establish the relationship, which artifacts are expected and how repeat delivery is distinguished from a later evaluation.
Your evidence and observations:
[Not recorded]

3. Quantity and receiving evidence
Record the selected Amount or Concentration field, original value and unit, result basis, applicable multiplier/divisor and whether corrections are already included. Compare the report, export precision and receiving value for the same result.
Your evidence and observations:
[Not recorded]

4. Exercise 1: Import the corrected concentration
Input: Map the Concentration row in the worksheet and retain factor 10 as source context.
Expected: The sample result remains 0.82 mg/mL. A conversion to g/L, if required by the receiving field, remains numerically 0.82. The record can identify which source quantity was selected.
Record the actual input/evidence references, observed result, whether it matches the expectation and any unresolved issue.
Your evidence and observations:
[Not recorded]

5. Exercise 2: Switch to a mass-percentage result
Input: Use a separate specimen in which Calculate mass % is selected and the reported Concentration is 0.82%.
Expected: The proposed receiving result retains 0.82% with its mass basis. A concentration comparison in mg/mL stays unavailable until the required physical basis and conversion are established.
Record the actual input/evidence references, observed result, whether it matches the expectation and any unresolved issue.
Your evidence and observations:
[Not recorded]

6. Exercise 3: Deliver a blank quantity
Input: Keep the compound row and unit context but remove the numeric concentration cell from a test copy.
Expected: The receiving record identifies the missing value. It does not import zero, copy a neighboring peak’s value or create an apparently complete result from the attached trace.
Record the actual input/evidence references, observed result, whether it matches the expectation and any unresolved issue.
Your evidence and observations:
[Not recorded]

7. Exercise 4: Deliver the report before the second signal
Input: Deliver the results table and UV214 file, then deliver UV280 later for the same injection/evaluation.
Expected: The result retains its original identity. Evidence completeness moves from one of two expected signals to two of two when the second file arrives; the later file does not create a duplicate concentration.
Record the actual input/evidence references, observed result, whether it matches the expectation and any unresolved issue.
Your evidence and observations:
[Not recorded]

8. Implementation review and next work
Identify the configuration/mapping revision tested, reviewer, open issues and owner for each next action. Cite the retained source and destination evidence. A filled note is not itself an accepted test; record the review decision through your actual process.
Your evidence and observations:
[Not recorded]

EVIDENCE NEEDED TO FINISH
The source report, selected export and receiving value describe the same result and quantity. Expected signals are accounted for separately. The recorded exercise outcomes show that a second factor, a changed evaluation and a missing signal are detected instead of hidden by a successful file import.