STET

flux-pr-859

graphql-go-tools (Go) · W2 · GPT-5.3 Codex

pass

Tests passed. 1/1 commands passed. Strength: strong.

93.1% run pass rate
Tier 1
primary testspassedequivalentunsure
go test -C v2 ./... -count=1 -timeout=300s
gold passagent pass

Partial score: 1/1

Publishable: yesCache: miss

Trajectory

codex · partial order only

provider-native trajectory captured; validation and decision steps are appended with coarse ordering only

session start
Session started
#1
assistant turn
Assistant turn
#2
tool call
Command started
#3

shell command

tool call
Command started
#4

shell command

tool result
Command finished
#5

shell command exit code 0

tool result
Command finished
#6

shell command exit code 0

assistant turn
Assistant turn
#7
tool call
Command started
#8

shell command

tool call
Command started
#9

shell command

tool result
Command finished
#10

shell command exit code 0

tool result
Command finished
#11

shell command exit code 0

tool call
Command started
#12

shell command

tool result
Command finished
#13

shell command exit code 0

tool call
Command started
#14

shell command

tool call
Command started
#15

shell command

tool result
Command finished
#16

shell command exit code 0

tool result
Command finished
#17

shell command exit code 0

assistant turn
Assistant turn
#18
tool call
Command started
#19

shell command

tool result
Command finished
#20

shell command exit code 0

tool call
Command started
#21

shell command

tool call
Command started
#22

shell command

tool result
Command finished
#23

shell command exit code 0

tool result
Command finished
#24

shell command exit code 0

tool call
Command started
#25

shell command

tool call
Command started
#26

shell command

tool call
Command started
#27

shell command

tool result
Command finished
#28

shell command exit code 0

tool result
Command finished
#29

shell command exit code 0

tool result
Command finished
#30

shell command exit code 0

assistant turn
Assistant turn
#31
tool call
Command started
#32

shell command

tool result
Command finished
#33

shell command exit code 0

tool call
Command started
#34

shell command

tool call
Command started
#35

shell command

tool result
Command finished
#36

shell command exit code 0

tool result
Command finished
#37

shell command exit code 0

assistant turn
Assistant turn
#38
tool call
Command started
#39

shell command

tool call
Command started
#40

shell command

tool call
Command started
#41

shell command

tool result
Command finished
#42

shell command exit code 2

tool result
Command finished
#43

shell command exit code 2

tool result
Command finished
#44

shell command exit code 0

tool call
Command started
#45

shell command

tool call
Command started
#46

shell command

tool call
Command started
#47

shell command

tool result
Command finished
#48

shell command exit code 0

patch written
Patch captured
#49

Flux captured agent.patch for this trial

validation
Tests passed
#50

go

equivalence
Equivalence judgment
#51

equivalent

code review
Code review judgment
#52

unsure

decision
Final decision
#53

pass

Quality

equivalence
equivalent
86% confidence
code review
unsure
1 finding
footprint
medium (0.53)
behavioral
100.0%
cost
$4.15 · 1.6M

Equivalence Reasoning

stylistic

The agent patch implements the core performance intent: it replaces hot-path linear scans with map-based O(1) lookups (`configuration_visitor`, `datasource_configuration`), adds cached interface-implementor/entity computations (`abstract_selection_rewriter`), precomputes datasource membership checks (`datasource_filter_collect_nodes_visitor`), and introduces secondary-run skipping for already-processed fields to avoid reprocessing the full tree. The approach differs from gold but matches the requested behavioral improvements.

Code Review

correctness: 3/4edge case handling: 3/4introduced bug risk: 2/4maintainability idioms: 3/4

The patch likely satisfies the intended planner performance improvements, but it introduces a notable concurrency hazard in datasource metadata index initialization that should be fixed before relying on it in concurrent execution paths.

1 finding
Data race risk in lazy metadata index initialization
major

The `prepareIndexes` fast-path reads `indexesReady` outside synchronization while other goroutines may set it under lock. This is a classic unsynchronized read/write race in Go; use `sync.Once`, always lock before checking, or atomics for the flag.

v2/pkg/engine/plan/datasource_configuration.go:114