| name | agentforce-d360-analyze |
| description | Data Cloud 360° view of a single Agentforce session. TRIGGER when user asks to trace, inspect, summarize, or describe a specific Agentforce session by session id (Agent Session UUID `019d…` or MessagingSession id `0Mw…`). Also triggers on session discovery — find/list/search sessions by time, agent, channel, outcome, or conversation text — when the user has no session id yet. DO NOT TRIGGER for design-time architecture questions (use agentforce-architecture-analyze instead) or for runtime perf/latency/SLO questions that require platform telemetry beyond Data Cloud. |
| metadata | {"version":"1.0"} |
agentforce-d360-analyze — Data Cloud 360° session view
Hierarchical session reconstruction from Data Cloud STDM + GenAI DMOs for one Agentforce session. Three stages — fetch → assemble → render. Typical wall-clock: ~10–30s for a ~15-turn session.
The pipeline is DC-only: it reads runtime audit rows that Data Cloud has materialized. It is not a runtime-availability tool — see "DC-only blind spot" below for what this skill cannot answer.
If the user hasn't given enough to proceed
When invoked with no session id AND no discovery criteria, print this block verbatim — do not paraphrase, do not pre-run any script. Trigger condition: the input is empty OR contains no session-id shape (neither a UUID nor a 0Mw… messaging id) AND no discovery expression (no time phrase / --agent / --channel / --outcome / --grep / verbs like "find" / "list").
Which session should I pull from Data Cloud, and in which org?
I need:
- Session id — either an Agent Session UUID (
019db7f6-…) or a MessagingSession id (0Mw…, 15/18 chars).
- No session id? — Tell me what you remember and I'll find it: how recent (e.g. "last 2 hours", "today", a date), which agent, which channel (Messaging / Builder / Voice), how it ended (escalated, user ended, transferred, timed out), or a phrase from the conversation. I'll show matching sessions as a numbered list — you pick one, I pull it.
- Org alias — for
sf CLI auth (the alias you configured with sf org login).
Artifacts land in ~/.vibe/data/agentforce-d360-analyze/<org_id15>/<agent>__<ver>/<session_id>/ (override per-script with --data-dir <path>).
Session id forms — UUID or MessagingSession id
Both forms are accepted on --session:
| Form | Example | Resolution |
|---|
| Agent Session UUID | 019dface-0000-7000-8000-000000000002 | Pass-through |
MessagingSession id (0Mw prefix) | 0MwTESTMSG12345AAA | Resolved via resolve_session.py — live DC lookup on first fetch, disk-first thereafter |
Multi-match is real. One MessagingSession id can map to multiple Agent Session UUIDs. On multi-match the resolver prints every candidate and exits non-zero; the user re-invokes with a specific UUID.
Artifacts always land under ~/.vibe/data/agentforce-d360-analyze/<org_id15>/<agent>__<ver>/<session_id>/ (default; overridable per-script with --data-dir <path>) — the messaging id is a lookup key only, never a directory name. The dominant agent (first in sorted(agents_observed)) names the <agent>__<ver>/ segment.
Resolving the script prefix
The default install puts the skill under the runtime's plugin root. If the
skill was cloned somewhere else (e.g. directly from the forcedotcom/sf-skills
repo into a custom path), set PLUGIN_ROOT to point at the runtime's skills
directory.
prefix="${SKILL_ROOT:-${PLUGIN_ROOT:-$HOME/.vibe/skills}/agentforce-d360-analyze}/scripts"
Every subsequent invocation in this doc uses "$prefix/...".
Session discovery (no id yet)
When the user doesn't have a session id, run discover_sessions.py against the STDM session DMO. Prints a numbered picker; user picks one; proceed with the chosen UUID.
python3 "$prefix/discover_sessions.py" --org <alias> [filters...]
Filters (all optional except --org): --since <expr> (default last 24h; accepts "last 2 hours", "today", ISO dates), --agent <api-name>, --channel <Messaging|Builder|Voice>, --outcome <USER_ENDED|ESCALATED|TRANSFERRED|TIMEOUT|NOT_SET>, --grep <substring> (conversation text), --tz <IANA>, --limit <N> (default 20).
Output: markdown table with #, UUID, Start (UTC), Agent, Channel, Duration, Outcome. User replies with a number; proceed with that UUID.
Pipeline — three stages
fetch_dc.py → 24 dc.<name>.json + dc._session_manifest.json (DC Query REST waterfall, 5 waves)
assemble_dc.py → dc._session_tree.json (pure in-memory hierarchical join)
render_dc.py → dc._session_summary.md (human summary, multi-section)
Each stage is independently runnable. fetch_dc.py --session <sid> --org <alias> chains all three by default.
Invocation
python3 "$prefix/fetch_dc.py" --session <session-id-or-messaging-id> --org <alias>
Flags: --verbose for per-DMO row counts; --no-assemble / --no-render to stop early. All entry scripts (fetch_dc.py, assemble_dc.py, render_dc.py, resolve_session.py, discover_sessions.py) accept --data-dir <path> and --cache-dir <path> to override the default ~/.vibe/{data,cache}/agentforce-d360-analyze/ roots — pass these when the host runtime needs artifacts under a different distribution layout.
Output artifacts
Everything lands under ~/.vibe/data/agentforce-d360-analyze/<org_id15>/<agent>__<ver>/<session_id>/ (default; override with --data-dir <path>):
dc.sessions.json dc.steps.json dc.gateway_requests.json
dc.interactions.json dc.messages.json dc.gateway_responses.json
dc.participants.json dc.generations.json dc.gateway_request_llm.json
dc.content_quality.json dc.content_category.json dc.gateway_request_metadata.json
dc.tags.json dc.tag_definitions.json dc.gateway_request_tags.json
dc.tag_associations.json dc.tag_definition_associations.json
dc.feedback.json dc.feedback_details.json dc.gateway_records.json
dc.moments.json dc.moment_interactions.json
dc.telemetry_spans.json dc.app_generation.json
dc._session_manifest.json (per-DMO row counts + empties)
dc._session_tree.json (hierarchical join — session → interactions → steps → messages → generations → gateway)
dc._session_summary.md (rendered human summary)
Zero-row queries are recorded in the manifest with status: empty; no file is written. assemble_dc tolerates missing files. See references/artifacts.md for the full read order.
The DC-only blind spot — read before committing to a root cause
DC alone answers what happened — steps that ran, generations that fired, gateway requests that were logged. It does NOT answer what could have happened but didn't:
- Which topics were eligible for the classifier on a given turn (this lives in runtime planner telemetry, not DC).
- Which actions were declared on a topic vs. which survived rule expressions and were actually offered to the LLM.
- Why the LLM picked one topic/action over another (the full prompt + response text only lives in the planner runtime telemetry).
If the user's question is about why a particular topic or action was or wasn't used, DC-only is almost never sufficient. Tell the user: "Availability questions need the runtime planner trace for that turn — which is outside this skill's Data Cloud surface. Check the platform telemetry that mirrors the planner's logged decisions." Don't fabricate a root cause from runtime-only evidence.
What DC IS good at
- What ran — every step, every LLM call, every gateway request + response, in order, with timestamps and durations. Good for "walk me through the session".
- What the user saw — full message transcript (user + agent), ordered.
- What the LLM produced — generations, token counts, trust scores (toxicity, instruction adherence, content-category breakdown from
content_quality + content_category).
- Tool invocations — action calls, inputs, outputs, errors (from
gateway_request_metadata + gateway_records).
- Feedback + flags — user feedback, escalation markers, session-end type.
- Audit integrity — the 1:1 invariant between GatewayRequest and GatewayResponse is checked; drift is flagged in
counts.audit_chain_1to1_ok.
Prerequisites
| Tool | Required |
|---|
sf CLI (authenticated against the target org) | yes — sf org login web --alias <alias> |
| Data Cloud enabled on the target org | yes — the STDM + GenAI DMOs must have materialized for the session |
| Python 3.10+ | yes — pipeline scripts |
Typical prompts — what they map to
| User says | Skill does |
|---|
"Trace session <uuid> in my-org" | fetch_dc.py --session <uuid> --org my-org → assemble → render |
"Summarize what happened in 0Mw…" | Resolve 0Mw… → UUID, then full DC pipeline |
| "Find escalated sessions today in my-org on Messaging" | Run discover_sessions.py --since today --outcome ESCALATED --channel Messaging, print picker, user picks, then DC pipeline |
| "Walk me through this session" | Same as trace — read the rendered summary top to bottom |
What comes back to the user
After the pipeline completes, the rendered dc._session_summary.md carries these top-level sections:
- Session identity — UUID, start/end, duration, agent, channel, end type, participant counts
- Session bootstrap — channel mode + bootstrap variables (
identity.mode, identity.bootstrap_variables)
- ID reference — full UUIDs for everything truncated in the hierarchical trace
- Transcript — USER ↔ AGENT narrative per TURN interaction
- Complete hierarchical trace — Interaction → Step → Generation → GatewayRequest, with
+start + duration = +end math
- Per-turn summary — one row per interaction
- Planner LLM calls (full prompts + responses) — opt-in via
--show-prompts; suppressed by default
- Visual analysis — gantt + LLM-call overlay
- Session counts — engineer-facing table of manifest counts
- Empties diagnostics — one row per DMO with
rows == 0 and a populated _unavailable_reason
- Catalog (session-filtered) — TagDefinitions / TagDefinitionAssociations / Tags filtered to agents observed in the session
For deep-dive, open dc._session_tree.json — the single source of truth the summary was rendered from. See references/dc_pipeline_contract.md for the full pipeline contract and references/dc_dmo_fields.md for per-DMO field reference.
Caveats
gateway_requests_dropped_by_stdm — when DC reports zero gateway_requests rows but runtime telemetry would show LLM calls did fire, this skill cannot definitively distinguish "STDM exporter dropped writes" from "logging genuinely disabled at the source". The session is reported as planner_ran_no_gateway_logs; the operator can check platform telemetry to disambiguate. See references/dc_pipeline_contract.md §2.8.- Latency — Generation and GatewayRequest carry single-write timestamps, not start/end pairs. The renderer does not compute "latencies" between them — that delta reflects DC's serialization order, not how long the LLM call took.
- Data Cloud materialization lag — fresh sessions may show
interactions_not_materialized_yet if STDM hasn't caught up. Re-run after a minute or two.
