task_query.py
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"""c_task_list / c_task_get (03-C §3.2): read-only task queries for the
console (v_task_board, v_task_detail). Unowned by any Unit until now --
built here because U-025 is the first Unit that actually needs them.
c_task_get's output goes beyond 03-C's literal "task + artifact 列表 + bug_record
列表" wording: v_task_detail (02-V §2.6) also needs the task's work_graph_run(s)
(for the to-do tree built from graph_manifest, 01-M 1.3's "补充说明") and each
run's work_node_execution rows (status per to-do node, expandable
input/output/reflection_notes) -- 03-C's own wording undersells what the view
it feeds actually requires, so this returns the fuller shape rather than
forcing the frontend to make N more round trips.
"""
import json
_SORT_COLUMNS = ("created_at", "updated_at", "goal_text", "status")
class InvalidParamError(Exception):
"""INVALID_PARAM -- e.g. an unrecognized `sort` column."""
def list_tasks(conn, project_id, status=None, org_node=None, keyword=None, sort=None, order=None):
"""`sort`/`order` (2026-08-03, v_goal_list): defaults preserve the
original `updated_at DESC` behavior every existing caller (v_task_board)
already depends on. `sort` is validated against a fixed column
whitelist and never interpolated as anything other than one of those
literal strings -- this is the one query in this module built as a
dynamic ORDER BY, so it's worth being explicit that user input never
reaches the SQL text itself, only a pre-approved column name."""
query = (
"SELECT task_id, goal_text, task_type, status, assigned_org_node, loop_round, "
"created_at, updated_at FROM task WHERE project_id = ?"
)
params = [project_id]
if status:
query += " AND status = ?"
params.append(status)
if org_node:
query += " AND assigned_org_node = ?"
params.append(org_node)
if keyword:
query += " AND goal_text LIKE ?"
params.append("%" + keyword + "%")
sort_column = sort or "updated_at"
if sort_column not in _SORT_COLUMNS:
raise InvalidParamError("sort must be one of {}, got {!r}".format(_SORT_COLUMNS, sort))
sort_direction = "ASC" if (order or "desc").lower() == "asc" else "DESC"
query += " ORDER BY {} {}".format(sort_column, sort_direction)
rows = conn.execute(query, params).fetchall()
return [
{
"task_id": r[0], "goal_text": r[1], "task_type": r[2], "status": r[3],
"assigned_org_node": r[4], "loop_round": r[5], "created_at": r[6], "updated_at": r[7],
}
for r in rows
]
class TaskNotFoundError(Exception):
"""NOT_FOUND -- 03-C §3.2: c_task_get on a nonexistent task_id."""
class TaskNotEditableError(Exception):
"""A goal's `goal_text` can only be edited or deleted while it's still
`queued` -- once Planner/Coder/Validator has started real work from it
(real artifacts, work_graph_runs, bug_records all reference task_id),
changing or removing the goal out from under that history would leave
those records pointing at a goal that no longer matches what was
actually built, which is exactly the kind of untraceable drift this
codebase otherwise goes out of its way to avoid."""
def update_task_goal_text(conn, task_id, goal_text):
row = conn.execute("SELECT status FROM task WHERE task_id = ?", (task_id,)).fetchone()
if row is None:
raise TaskNotFoundError(task_id)
if row[0] != "queued":
raise TaskNotEditableError(
"task {} is status={}, goal_text can only be edited while queued".format(task_id, row[0])
)
conn.execute(
"UPDATE task SET goal_text = ?, updated_at = CURRENT_TIMESTAMP WHERE task_id = ?", (goal_text, task_id)
)
conn.commit()
return get_task(conn, task_id)
def delete_task(conn, task_id):
row = conn.execute("SELECT status FROM task WHERE task_id = ?", (task_id,)).fetchone()
if row is None:
raise TaskNotFoundError(task_id)
if row[0] != "queued":
raise TaskNotEditableError(
"task {} is status={}, can only be deleted while queued".format(task_id, row[0])
)
# a real DELETE against a real queued task raised sqlite3.IntegrityError
# (2026-08-03, found on first real verification pass) -- task_create.
# create_task() always writes an execution_event row in the same
# transaction as the task itself (01-M's own FK, no ON DELETE CASCADE),
# so even a task that has never been touched by Planner/Coder/Validator
# already has at least one execution_event referencing it. Those rows
# are this task's own creation-time bookkeeping, not independent audit
# content worth preserving once the task itself is gone -- a queued
# task can't yet have any artifact/bug_record/work_graph_run rows
# (those only start existing once real work begins), so this is the
# only FK that can actually be in the way here.
conn.execute("DELETE FROM execution_event WHERE task_id = ?", (task_id,))
conn.execute("DELETE FROM task WHERE task_id = ?", (task_id,))
conn.commit()
def get_task(conn, task_id):
row = conn.execute(
"SELECT task_id, project_id, goal_text, task_type, origin_ref, created_via, status, route, "
"loop_round, blocked_reason, assigned_org_node, created_at, updated_at FROM task WHERE task_id = ?",
(task_id,),
).fetchone()
if row is None:
raise TaskNotFoundError(task_id)
task = {
"task_id": row[0], "project_id": row[1], "goal_text": row[2], "task_type": row[3],
"origin_ref": row[4], "created_via": row[5], "status": row[6], "route": row[7],
"loop_round": row[8], "blocked_reason": row[9], "assigned_org_node": row[10],
"created_at": row[11], "updated_at": row[12],
}
artifacts = conn.execute(
"SELECT artifact_id, artifact_type, produced_by_run_id, file_path, git_commit_sha, "
"validation_status, created_at FROM artifact WHERE task_id = ? ORDER BY created_at",
(task_id,),
).fetchall()
task["artifacts"] = [
{
"artifact_id": a[0], "artifact_type": a[1], "produced_by_run_id": a[2], "file_path": a[3],
"git_commit_sha": a[4], "validation_status": a[5], "created_at": a[6],
}
for a in artifacts
]
bugs = conn.execute(
"SELECT bug_id, source, description, root_cause_category, suggested_route, status, repro_steps "
"FROM bug_record WHERE task_id = ?",
(task_id,),
).fetchall()
task["bug_records"] = [
{
"bug_id": b[0], "source": b[1], "description": b[2], "root_cause_category": b[3],
"suggested_route": b[4], "status": b[5], "repro_steps": b[6],
}
for b in bugs
]
runs = conn.execute(
"SELECT run_id, org_node, graph_manifest, status, started_at, completed_at, "
"parent_run_id, fork_of_node_exec_id "
"FROM work_graph_run WHERE task_id = ? ORDER BY started_at",
(task_id,),
).fetchall()
task["work_graph_runs"] = [
{
"run_id": w[0], "org_node": w[1],
"graph_manifest": json.loads(w[2]) if w[2] else None,
"status": w[3], "started_at": w[4], "completed_at": w[5],
# D (2026-08-06): both None for a normal run; both set when this
# run was forked from a historical node (src/work_graph_fork.py).
"parent_run_id": w[6], "fork_of_node_exec_id": w[7],
"nodes": _work_nodes_for_run(conn, w[0]),
}
for w in runs
]
return task
def _work_nodes_for_run(conn, run_id):
# input_schema_ref/output_schema_ref/quota_limit_type/quota_wait_started_at
# added for U-026's hover tooltip + waiting_for_quota display (02-V §2.7:
# "tooltip 展示 input_schema_ref/output_schema_ref/retry_count 摘要...
# waiting_for_quota 态额外展示 quota_limit_type 和已等待时长") -- not
# needed by U-025's to-do tree, which is why they weren't here yet.
rows = conn.execute(
"SELECT node_exec_id, node_id, subagent_type, status, retry_count, input_payload, "
"output_payload, reflection_notes, git_worktree_ref, input_schema_ref, output_schema_ref, "
"quota_limit_type, quota_wait_started_at "
"FROM work_node_execution WHERE run_id = ? ORDER BY node_exec_id",
(run_id,),
).fetchall()
return [
{
"node_exec_id": n[0], "node_id": n[1], "subagent_type": n[2], "status": n[3],
"retry_count": n[4],
"input_payload": json.loads(n[5]) if n[5] else None,
"output_payload": json.loads(n[6]) if n[6] else None,
"reflection_notes": n[7], "git_worktree_ref": n[8],
"input_schema_ref": n[9], "output_schema_ref": n[10],
"quota_limit_type": n[11], "quota_wait_started_at": n[12],
}
for n in rows
]