Fix slide and diagram bugs in deck/diagram generators
Service Tiering slide no longer falls back to the workload `name` field for the tier label, which previously rendered "Bronze Bronze" when the spec only carried tier names. Uptime/RTO/RPO now fill from tier defaults when the spec omits them. Architecture Principles slide enriches caller-supplied items with name + summary from the KB when only the principle id is given, instead of rendering bare placeholders like "P-01 P-02". Architecture Overview slide auto-builds a two-region visual when the proposal spec names a `dr_region` but doesn't pre-render `architecture.visual`, so DR is no longer dropped from the deck. Diagram generator gained a region-level `local_dr` flag that adds a "Local DR Standby" dormant node inside the region, and now auto-wires an "RPC (Remote Peering)" edge between DRGs when the spec defines two or more regions with DRGs but no manual peering connection. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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@@ -300,6 +300,8 @@ SVC_CATEGORY = {
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# Integration (purple #804998)
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"drg": "svc_integration",
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"dynamic_routing_gateway": "svc_integration",
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"rpc": "svc_integration",
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"remote_peering_connection": "svc_integration",
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"streaming": "svc_integration", "kafka": "svc_integration",
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"queue": "svc_integration", "oci_queue": "svc_integration",
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"oic": "svc_integration", "integration_cloud": "svc_integration",
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@@ -1640,6 +1642,7 @@ class OCIDiagramGenerator:
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# Regions — auto-size containers from content when spec doesn't override
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region_x_cursor = 15 # tracks right edge for auto-positioning next region
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drg_by_region = [] # list of (region_id, drg_id) for cross-region RPC auto-wiring
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for region in tenancy_spec.get("regions", []):
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is_primary = region.get("primary", False)
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rx = region.get("x", region_x_cursor)
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@@ -1700,6 +1703,18 @@ class OCIDiagramGenerator:
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auto_rw = total_vcn_w + drg_lane_w + 50 # margins
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auto_rh = total_vcn_h + 70 # 45 top (label) + 25 bottom
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# Local DR standby (same region as primary) — adds a dormant
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# node below the VCNs. Bump auto-height to make room.
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local_dr = bool(region.get("local_dr") or region.get("local_dr_standby"))
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if not local_dr:
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for v in region_vcns:
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if v.get("local_dr") or v.get("local_dr_standby"):
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local_dr = True
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break
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local_dr_h = 90 if local_dr else 0
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if local_dr:
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auto_rh += local_dr_h
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# Always use at least auto-calculated size even if spec is smaller
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rw = max(region.get("w", auto_rw), auto_rw)
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rh = max(region.get("h", auto_rh), auto_rh)
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@@ -1738,6 +1753,7 @@ class OCIDiagramGenerator:
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drg_id, label, drg["type"],
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region["id"], drg_x, drg_y, drg_w, drg_h,
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)
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drg_by_region.append((region["id"], drg_id))
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# VCNs — offset right if DRG lane present
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vcn_offset_x = drg_lane_w + 15
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@@ -1832,6 +1848,25 @@ class OCIDiagramGenerator:
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subnet_y += sh + SUBNET_GAP
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# Local DR standby — render a dormant node inside the region
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# at the bottom-right corner so it's visually clear that the
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# primary has a same-region failover target.
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if local_dr:
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standby_w = 160
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standby_h = 70
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standby_x = max(15, rw - standby_w - 20)
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standby_y = rh - standby_h - 15
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standby_label = (
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region.get("local_dr_label")
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or region.get("local_dr_standby_label")
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or "Local DR\nStandby"
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)
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standby_id = region.get("local_dr_id") or gen._next_id()
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gen.add_service(
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standby_id, standby_label, "standby",
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region["id"], standby_x, standby_y, standby_w, standby_h,
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)
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# Compartments inside region — can contain VCNs
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for comp in region.get("compartments", []):
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comp_id = comp.get("id", gen._next_id())
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@@ -1939,9 +1974,39 @@ class OCIDiagramGenerator:
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)
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opx += svc_w + 12
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# Cross-region RPC — when 2+ regions own a DRG and the spec didn't
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# already wire a peering link between them, auto-add a "Remote
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# Peering Connection" edge for each pair so the cross-region path
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# is visible in the diagram.
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connections = spec.get("connections", [])
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if len(drg_by_region) >= 2:
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existing_pairs = {
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(c.get("from"), c.get("to")) for c in connections
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if isinstance(c, dict)
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}
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existing_pairs |= {(b, a) for (a, b) in existing_pairs}
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seen_drgs_per_region = {}
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for region_id, drg_id in drg_by_region:
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seen_drgs_per_region.setdefault(region_id, []).append(drg_id)
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region_ids = list(seen_drgs_per_region.keys())
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for i in range(len(region_ids)):
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for j in range(i + 1, len(region_ids)):
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src = seen_drgs_per_region[region_ids[i]][0]
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tgt = seen_drgs_per_region[region_ids[j]][0]
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if (src, tgt) in existing_pairs:
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continue
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connections = list(connections) + [{
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"id": f"rpc_{src}_{tgt}",
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"from": src,
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"to": tgt,
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"type": "network",
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"label": "RPC\n(Remote Peering)",
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}]
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existing_pairs.add((src, tgt))
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existing_pairs.add((tgt, src))
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# Connections — merge duplicate from/to pairs (e.g., dual FastConnect)
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# into a single edge with combined label
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connections = spec.get("connections", [])
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seen_pairs = {} # (from, to) -> index in deduped list
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deduped = []
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for conn in connections:
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