messages listlengths 5 173 |
|---|
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
[
{
"content": "You are an expert verifier for a coding agent. Given the current trajectory, your job is to evaluate a single candidate next action and assess how suitable it is to execute next.\n\nPrioritize actions that are:\n1) Correct and directly advance the task.\n2) Safe (non-destructive, no data loss, no ... |
SWE-Verifier training data
Training data for the three trained models used in SWE-Verifier.
Models
| Paper variant | Hugging Face model |
|---|---|
| Score Only | zkjzou/SWE-Verifier-Score-Only |
| Joint Rubric | zkjzou/SWE-Verifier-Joint-Rubric |
| Two-Stage Rubric | zkjzou/SWE-Verifier-Two-Stage-Rubric |
Data
| Configuration | Rows | Split |
|---|---|---|
score_only |
30,494 | train |
joint_rubric |
30,403 | train |
two_stage_generator |
30,403 | train |
two_stage_scorer |
30,403 | train |
raw_teacher |
6,669 request/response pairs | corpus |
Training rows contain messages, with the final assistant message as the target. The raw teacher pairs cover 33,343 candidate actions. They contain saved teacher inputs and output text; provider metadata is excluded, and detected sensitive patterns are redacted. The redacted field identifies affected rows.
from datasets import load_dataset
training = load_dataset("zkjzou/swe-verifier-training", "score_only", split="train")
raw = load_dataset("zkjzou/swe-verifier-training", "raw_teacher", split="corpus", streaming=True)
Decode input_json with json.loads to read a teacher input. teacher_raw_output contains its output text. Action identifiers link raw records to the training manifests.
The repository is private during release preparation; an authorized Hugging Face login is required.
License
Original annotations and packaging: Apache 2.0. Embedded upstream material retains its original licenses; notices are included in upstream_licenses/.
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