hospital cpm playbook session

Captured: 2026-04-07T01:36:56.158673+00:00 | Model: qwen/qwen3.5-9b | Integration: mcp/prolog-reasoning | Initial skin: standard | Rendered: 2026-04-08 00:03:28 UTC

reset

User
Use ONLY reset_kb. Confirm success in one sentence.
tool calls1
  • reset_kb {}
    output
    {
      "status": "success",
      "result_type": "runtime_reset",
      "message": "Runtime KB reset to baseline seed state.",
      "knowledge_base_path": "D:\\_PROJECTS\\prolog-reasoning\\prolog\\core.pl"
    }
Assistant
The runtime knowledge base has been successfully reset to its baseline seed state.

ingest

User
Use bulk_assert_facts with the full fact list below.
Then run query_rows counts for:
- task(Task).
- depends_on(Task, Prereq).
- task_supplier(Task, Supplier).
- supplier_status(Supplier, Status).
- completed(Task).
- milestone(M).
Return the raw counts and stop if any count mismatches.

task(site_prep).
task(foundation).
task(structural_frame).
task(mep_rough_in).
task(fireproofing).
task(enclosure_glazing).
task(roofing).
task(interior_buildout).
task(hvac_commissioning).
task(medical_gas_cert).
task(or_fitout).
task(imaging_suite_install).
task(it_network_core).
task(regulatory_inspection).
task(occupancy_permit).
task(go_live).
depends_on(foundation, site_prep).
depends_on(structural_frame, foundation).
depends_on(mep_rough_in, structural_frame).
depends_on(fireproofing, structural_frame).
depends_on(enclosure_glazing, structural_frame).
depends_on(roofing, structural_frame).
depends_on(interior_buildout, mep_rough_in).
depends_on(interior_buildout, fireproofing).
depends_on(hvac_commissioning, interior_buildout).
depends_on(medical_gas_cert, interior_buildout).
depends_on(or_fitout, medical_gas_cert).
depends_on(imaging_suite_install, interior_buildout).
depends_on(it_network_core, interior_buildout).
depends_on(regulatory_inspection, hvac_commissioning).
depends_on(regulatory_inspection, medical_gas_cert).
depends_on(regulatory_inspection, it_network_core).
depends_on(occupancy_permit, regulatory_inspection).
depends_on(go_live, occupancy_permit).
depends_on(go_live, or_fitout).
depends_on(go_live, imaging_suite_install).
duration_days(site_prep, 12).
duration_days(foundation, 21).
duration_days(structural_frame, 35).
duration_days(interior_buildout, 40).
duration_days(regulatory_inspection, 14).
duration_days(occupancy_permit, 7).
duration_days(go_live, 2).
task_supplier(enclosure_glazing, glass_vendor).
task_supplier(medical_gas_cert, medgas_vendor).
task_supplier(imaging_suite_install, imaging_vendor).
supplier_status(glass_vendor, on_time).
supplier_status(medgas_vendor, on_time).
supplier_status(imaging_vendor, on_time).
completed(site_prep).
completed(foundation).
completed(structural_frame).
milestone(regulatory_inspection).
milestone(occupancy_permit).
milestone(go_live).
tool calls7
  • bulk_assert_facts { "facts": [ "task(site_prep).", "task(foundation).", "task(structural_frame).", "task(mep_rough_in).", "task(fireproofing).", "task(enclosure_glazing).", "task(roofing).", "task(interior_buildout).", "task(hvac_commissioning).", "task(medical_gas_cert).", "task(or_fitout).", "task(imaging_suite_install).", "task(it_network_core).", "task(regulatory_inspection).", "task(occupancy_permit).", "task(go_live).", "depends_on(foundation, site_prep).", "depends_on(structural_frame, foundation).", "depends_on(mep_rough_in, structural_frame).", "depends_on(fireproofing, structural_frame).", "depends_on(enclosure_glazing, structural_frame).", "depends_on(roofing, structural_frame).", "depends_on(interior_buildout, mep_rough_in).", "depends_on(interior_buildout, fireproofing).", "depends_on(hvac_commissioning, interior_buildout).", "depends_on(medical_gas_cert, interior_buildout).", "depends_on(or_fitout, medical_gas_cert).", "depends_on(imaging_suite_install, interior_buildout).", "depends_on(it_network_core, interior_buildout).", "depends_on(regulatory_inspection, hvac_commissioning).", "depends_on(regulatory_inspection, medical_gas_cert).", "depends_on(regulatory_inspection, it_network_core).", "depends_on(occupancy_permit, regulatory_inspection).", "depends_on(go_live, occupancy_permit).", "depends_on(go_live, or_fitout).", "depends_on(go_live, imaging_suite_install).", "duration_days(site_prep, 12).", "duration_days(foundation, 21).", "duration_days(structural_frame, 35).", "duration_days(interior_buildout, 40).", "duration_days(regulatory_inspection, 14).", "duration_days(occupancy_permit, 7).", "duration_days(go_live, 2).", "task_supplier(enclosure_glazing, glass_vendor).", "task_supplier(medical_gas_cert, medgas_vendor).", "task_supplier(imaging_suite_install, imaging_vendor).", "supplier_status(glass_vendor, on_time).", "supplier_status(medgas_vendor, on_time).", "supplier_status(imaging_vendor, on_time).", "completed(site_prep).", "completed(foundation).", "completed(structural_frame).", "milestone(regulatory_inspection).", "milestone(occupancy_permit).", "milestone(go_live)." ] }
    output
    {
      "status": "success",
      "result_type": "bulk_fact_assertion",
      "requested_count": 55,
      "asserted_count": 55,
      "failed_count": 0,
      "asserted_facts": [
        "task(site_prep).",
        "task(foundation).",
        "task(structural_frame).",
        "task(mep_rough_in).",
        "task(fireproofing).",
        "task(enclosure_glazing).",
        "task(roofing).",
        "task(interior_buildout).",
        "task(hvac_commissioning).",
        "task(medical_gas_cert).",
        "task(or_fitout).",
        "task(imaging_suite_install).",
        "task(it_network_core).",
        "task(regulatory_inspection).",
        "task(occupancy_permit).",
        "task(go_live).",
        "depends_on(foundation, site_prep).",
        "depends_on(structural_frame, foundation).",
        "depends_on(mep_rough_in, structural_frame).",
        "depends_on(fireproofing, structural_frame).",
        "depends_on(enclosure_glazing, structural_frame).",
        "depends_on(roofing, structural_frame).",
        "depends_on(interior_buildout, mep_rough_in).",
        "depends_on(interior_buildout, fireproofing).",
        "depends_on(hvac_commissioning, interior_buildout).",
        "depends_on(medical_gas_cert, interior_buildout).",
        "depends_on(or_fitout, medical_gas_cert).",
        "depends_on(imaging_suite_install, interior_buildout).",
        "depends_on(it_network_core, interior_buildout).",
        "depends_on(regulatory_inspection, hvac_commissioning).",
        "depends_on(regulatory_inspection, medical_gas_cert).",
        "depends_on(regulatory_inspection, it_network_core).",
        "depends_on(occupancy_permit, regulatory_inspection).",
        "depends_on(go_live, occupancy_permit).",
        "depends_on(go_live, or_fitout).",
        "depends_on(go_live, imaging_suite_install).",
        "duration_days(site_prep, 12).",
        "duration_days(foundation, 21).",
        "duration_days(structural_frame, 35).",
        "duration_days(interior_buildout, 40).",
        "duration_days(regulatory_inspection, 14).",
        "duration_days(occupancy_permit, 7).",
        "duration_days(go_live, 2).",
        "task_supplier(enclosure_glazing, glass_vendor).",
        "task_supplier(medical_gas_cert, medgas_vendor).",
        "task_supplier(imaging_suite_install, imaging_vendor).",
        "supplier_status(glass_vendor, on_time).",
        "supplier_status(medgas_vendor, on_time).",
        "supplier_status(imaging_vendor, on_time).",
        "completed(site_prep).",
        "completed(foundation).",
        "completed(structural_frame).",
        "milestone(regulatory_inspection).",
        "milestone(occupancy_permit).",
        "milestone(go_live)."
      ],
      "failed_facts": [],
      "message": "Bulk assertion complete."
    }
  • query_rows { "query": "task(Task)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "task",
      "prolog_query": "task(Task).",
      "variables": [
        "Task"
      ],
      "rows": [
        {
          "Task": "site_prep"
        },
        {
          "Task": "foundation"
        },
        {
          "Task": "structural_frame"
        },
        {
          "Task": "mep_rough_in"
        },
        {
          "Task": "fireproofing"
        },
        {
          "Task": "enclosure_glazing"
        },
        {
          "Task": "roofing"
        },
        {
          "Task": "interior_buildout"
        },
        {
          "Task": "hvac_commissioning"
        },
        {
          "Task": "medical_gas_cert"
        },
        {
          "Task": "or_fitout"
        },
        {
          "Task": "imaging_suite_install"
        },
        {
          "Task": "it_network_core"
        },
        {
          "Task": "regulatory_inspection"
        },
        {
          "Task": "occupancy_permit"
        },
        {
          "Task": "go_live"
        }
      ],
      "num_rows": 16,
      "reasoning_basis": {
        "kind": "fact-backed",
        "note": "The `task` predicate is typically answered from stored facts, though rules may still participate."
      }
    }
  • query_rows { "query": "depends_on(Task, Prereq)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "depends_on",
      "prolog_query": "depends_on(Task, Prereq).",
      "variables": [
        "Task",
        "Prereq"
      ],
      "rows": [
        {
          "Task": "foundation",
          "Prereq": "site_prep"
        },
        {
          "Task": "structural_frame",
          "Prereq": "foundation"
        },
        {
          "Task": "mep_rough_in",
          "Prereq": "structural_frame"
        },
        {
          "Task": "fireproofing",
          "Prereq": "structural_frame"
        },
        {
          "Task": "enclosure_glazing",
          "Prereq": "structural_frame"
        },
        {
          "Task": "roofing",
          "Prereq": "structural_frame"
        },
        {
          "Task": "interior_buildout",
          "Prereq": "mep_rough_in"
        },
        {
          "Task": "interior_buildout",
          "Prereq": "fireproofing"
        },
        {
          "Task": "hvac_commissioning",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "medical_gas_cert",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "or_fitout",
          "Prereq": "medical_gas_cert"
        },
        {
          "Task": "imaging_suite_install",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "it_network_core",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "regulatory_inspection",
          "Prereq": "hvac_commissioning"
        },
        {
          "Task": "regulatory_inspection",
          "Prereq": "medical_gas_cert"
        },
        {
          "Task": "regulatory_inspection",
          "Prereq": "it_network_core"
        },
        {
          "Task": "occupancy_permit",
          "Prereq": "regulatory_inspection"
        },
        {
          "Task": "go_live",
          "Prereq": "occupancy_permit"
        },
        {
          "Task": "go_live",
          "Prereq": "or_fitout"
        },
        {
          "Task": "go_live",
          "Prereq": "imaging_suite_install"
        }
      ],
      "num_rows": 20,
      "reasoning_basis": {
        "kind": "fact-backed",
        "note": "The `depends_on` predicate is typically answered from stored facts, though rules may still participate."
      }
    }
  • query_rows { "query": "task_supplier(Task, Supplier)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "task_supplier",
      "prolog_query": "task_supplier(Task, Supplier).",
      "variables": [
        "Task",
        "Supplier"
      ],
      "rows": [
        {
          "Task": "enclosure_glazing",
          "Supplier": "glass_vendor"
        },
        {
          "Task": "medical_gas_cert",
          "Supplier": "medgas_vendor"
        },
        {
          "Task": "imaging_suite_install",
          "Supplier": "imaging_vendor"
        }
      ],
      "num_rows": 3,
      "reasoning_basis": {
        "kind": "fact-backed",
        "note": "The `task_supplier` predicate is typically answered from stored facts, though rules may still participate."
      }
    }
  • query_rows { "query": "supplier_status(Supplier, Status)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "supplier_status",
      "prolog_query": "supplier_status(Supplier, Status).",
      "variables": [
        "Supplier",
        "Status"
      ],
      "rows": [
        {
          "Supplier": "glass_vendor",
          "Status": "on_time"
        },
        {
          "Supplier": "medgas_vendor",
          "Status": "on_time"
        },
        {
          "Supplier": "imaging_vendor",
          "Status": "on_time"
        }
      ],
      "num_rows": 3,
      "reasoning_basis": {
        "kind": "fact-backed",
        "note": "The `supplier_status` predicate is typically answered from stored facts, though rules may still participate."
      }
    }
  • query_rows { "query": "completed(Task)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "completed",
      "prolog_query": "completed(Task).",
      "variables": [
        "Task"
      ],
      "rows": [
        {
          "Task": "site_prep"
        },
        {
          "Task": "foundation"
        },
        {
          "Task": "structural_frame"
        }
      ],
      "num_rows": 3,
      "reasoning_basis": {
        "kind": "fact-backed",
        "note": "The `completed` predicate is typically answered from stored facts, though rules may still participate."
      }
    }
  • query_rows { "query": "milestone(M)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "milestone",
      "prolog_query": "milestone(M).",
      "variables": [
        "M"
      ],
      "rows": [
        {
          "M": "regulatory_inspection"
        },
        {
          "M": "occupancy_permit"
        },
        {
          "M": "go_live"
        }
      ],
      "num_rows": 3,
      "reasoning_basis": {
        "kind": "fact-backed",
        "note": "The `milestone` predicate is typically answered from stored facts, though rules may still participate."
      }
    }
Assistant
## Query Results Summary

All queries executed successfully with no count mismatches:

| Query | Raw Count | Expected | Status |
|-------|-----------|----------|--------|
| `task(Task).` | **16** | 16 | ✓ Match |
| `depends_on(Task, Prereq).` | **20** | 20 | ✓ Match |
| `task_supplier(Task, Supplier).` | **3** | 3 | ✓ Match |
| `supplier_status(Supplier, Status).` | **3** | 3 | ✓ Match |
| `completed(Task).` | **3** | 3 | ✓ Match |
| `milestone(M).` | **3** | 3 | ✓ Match |

All 55 facts were successfully asserted and all query counts match the expected values. No mismatches detected.

baseline

User
Use ONLY query_rows for these exact queries and return markdown tables plus row counts:
- safe_to_start(Task).
- waiting_on(Task, Prereq).
- task_status(Task, Status).
- delayed_milestone(Milestone, Supplier).
Use only query_rows.
tool calls4
  • query_rows { "query": "safe_to_start(Task)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "safe_to_start",
      "prolog_query": "safe_to_start(Task).",
      "variables": [
        "Task"
      ],
      "rows": [
        {
          "Task": "site_prep"
        },
        {
          "Task": "foundation"
        },
        {
          "Task": "structural_frame"
        },
        {
          "Task": "mep_rough_in"
        },
        {
          "Task": "fireproofing"
        },
        {
          "Task": "enclosure_glazing"
        },
        {
          "Task": "roofing"
        }
      ],
      "num_rows": 7,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `safe_to_start` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
  • query_rows { "query": "waiting_on(Task, Prereq)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "waiting_on",
      "prolog_query": "waiting_on(Task, Prereq).",
      "variables": [
        "Task",
        "Prereq"
      ],
      "rows": [
        {
          "Task": "interior_buildout",
          "Prereq": "mep_rough_in"
        },
        {
          "Task": "interior_buildout",
          "Prereq": "fireproofing"
        },
        {
          "Task": "hvac_commissioning",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "medical_gas_cert",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "or_fitout",
          "Prereq": "medical_gas_cert"
        },
        {
          "Task": "imaging_suite_install",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "it_network_core",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "regulatory_inspection",
          "Prereq": "hvac_commissioning"
        },
        {
          "Task": "regulatory_inspection",
          "Prereq": "medical_gas_cert"
        },
        {
          "Task": "regulatory_inspection",
          "Prereq": "it_network_core"
        },
        {
          "Task": "occupancy_permit",
          "Prereq": "regulatory_inspection"
        },
        {
          "Task": "go_live",
          "Prereq": "occupancy_permit"
        },
        {
          "Task": "go_live",
          "Prereq": "or_fitout"
        },
        {
          "Task": "go_live",
          "Prereq": "imaging_suite_install"
        }
      ],
      "num_rows": 14,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `waiting_on` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
  • query_rows { "query": "task_status(Task, Status)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "task_status",
      "prolog_query": "task_status(Task, Status).",
      "variables": [
        "Task",
        "Status"
      ],
      "rows": [
        {
          "Task": "site_prep",
          "Status": "ready"
        },
        {
          "Task": "foundation",
          "Status": "ready"
        },
        {
          "Task": "structural_frame",
          "Status": "ready"
        },
        {
          "Task": "mep_rough_in",
          "Status": "ready"
        },
        {
          "Task": "fireproofing",
          "Status": "ready"
        },
        {
          "Task": "enclosure_glazing",
          "Status": "ready"
        },
        {
          "Task": "roofing",
          "Status": "ready"
        },
        {
          "Task": "interior_buildout",
          "Status": "waiting"
        },
        {
          "Task": "hvac_commissioning",
          "Status": "waiting"
        },
        {
          "Task": "medical_gas_cert",
          "Status": "waiting"
        },
        {
          "Task": "or_fitout",
          "Status": "waiting"
        },
        {
          "Task": "imaging_suite_install",
          "Status": "waiting"
        },
        {
          "Task": "it_network_core",
          "Status": "waiting"
        },
        {
          "Task": "regulatory_inspection",
          "Status": "waiting"
        },
        {
          "Task": "occupancy_permit",
          "Status": "waiting"
        },
        {
          "Task": "go_live",
          "Status": "waiting"
        }
      ],
      "num_rows": 16,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `task_status` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
  • query_rows { "query": "delayed_milestone(Milestone, Supplier)." }
    output
    {
      "status": "no_results",
      "result_type": "no_result",
      "predicate": "delayed_milestone",
      "prolog_query": "delayed_milestone(Milestone, Supplier).",
      "variables": [
        "Milestone",
        "Supplier"
      ],
      "rows": [],
      "num_rows": 0,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `delayed_milestone` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
Assistant
## Query Results

### 1. safe_to_start(Task)
| Task |
|------|
| site_prep |
| foundation |
| structural_frame |
| mep_rough_in |
| fireproofing |
| enclosure_glazing |
| roofing |

**Row Count: 7**

---

### 2. waiting_on(Task, Prereq)
| Task | Prereq |
|------|--------|
| interior_buildout | mep_rough_in |
| interior_buildout | fireproofing |
| hvac_commissioning | interior_buildout |
| medical_gas_cert | interior_buildout |
| or_fitout | medical_gas_cert |
| imaging_suite_install | interior_buildout |
| it_network_core | interior_buildout |
| regulatory_inspection | hvac_commissioning |
| regulatory_inspection | medical_gas_cert |
| regulatory_inspection | it_network_core |
| occupancy_permit | regulatory_inspection |
| go_live | occupancy_permit |
| go_live | or_fitout |
| go_live | imaging_suite_install |

**Row Count: 14**

---

### 3. task_status(Task, Status)
| Task | Status |
|------|--------|
| site_prep | ready |
| foundation | ready |
| structural_frame | ready |
| mep_rough_in | ready |
| fireproofing | ready |
| enclosure_glazing | ready |
| roofing | ready |
| interior_buildout | waiting |
| hvac_commissioning | waiting |
| medical_gas_cert | waiting |
| or_fitout | waiting |
| imaging_suite_install | waiting |
| it_network_core | waiting |
| regulatory_inspection | waiting |
| occupancy_permit | waiting |
| go_live | waiting |

**Row Count: 16**

---

### 4. delayed_milestone(Milestone, Supplier)
| Milestone | Supplier |
|-----------|----------|

**Row Count: 0**

shock_glass

User
Use only these tools in order:
1) retract_fact supplier_status(glass_vendor, on_time).
2) assert_fact supplier_status(glass_vendor, delayed).
3) query_rows blocked_task(Task, Supplier).
4) query_rows delayed_milestone(Milestone, Supplier).
5) query_rows task_status(Task, Status).
Return three tables and one short propagation narrative.
tool calls5
  • retract_fact { "fact": "supplier_status(glass_vendor, on_time)." }
    output
    {
      "status": "success",
      "result_type": "fact_retracted",
      "fact": "supplier_status(glass_vendor, on_time).",
      "message": "Fact retracted from runtime KB."
    }
  • assert_fact { "fact": "supplier_status(glass_vendor, delayed)." }
    output
    {
      "status": "success",
      "result_type": "fact_asserted",
      "fact": "supplier_status(glass_vendor, delayed).",
      "message": "Fact asserted into runtime KB for this server process.",
      "note": "Use reset_kb to clear runtime changes."
    }
  • query_rows { "query": "blocked_task(Task, Supplier)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "blocked_task",
      "prolog_query": "blocked_task(Task, Supplier).",
      "variables": [
        "Task",
        "Supplier"
      ],
      "rows": [
        {
          "Task": "enclosure_glazing",
          "Supplier": "glass_vendor"
        }
      ],
      "num_rows": 1,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `blocked_task` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
  • query_rows { "query": "delayed_milestone(Milestone, Supplier)." }
    output
    {
      "status": "no_results",
      "result_type": "no_result",
      "predicate": "delayed_milestone",
      "prolog_query": "delayed_milestone(Milestone, Supplier).",
      "variables": [
        "Milestone",
        "Supplier"
      ],
      "rows": [],
      "num_rows": 0,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `delayed_milestone` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
  • query_rows { "query": "task_status(Task, Status)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "task_status",
      "prolog_query": "task_status(Task, Status).",
      "variables": [
        "Task",
        "Status"
      ],
      "rows": [
        {
          "Task": "enclosure_glazing",
          "Status": "blocked"
        },
        {
          "Task": "site_prep",
          "Status": "ready"
        },
        {
          "Task": "foundation",
          "Status": "ready"
        },
        {
          "Task": "structural_frame",
          "Status": "ready"
        },
        {
          "Task": "mep_rough_in",
          "Status": "ready"
        },
        {
          "Task": "fireproofing",
          "Status": "ready"
        },
        {
          "Task": "roofing",
          "Status": "ready"
        },
        {
          "Task": "interior_buildout",
          "Status": "waiting"
        },
        {
          "Task": "hvac_commissioning",
          "Status": "waiting"
        },
        {
          "Task": "medical_gas_cert",
          "Status": "waiting"
        },
        {
          "Task": "or_fitout",
          "Status": "waiting"
        },
        {
          "Task": "imaging_suite_install",
          "Status": "waiting"
        },
        {
          "Task": "it_network_core",
          "Status": "waiting"
        },
        {
          "Task": "regulatory_inspection",
          "Status": "waiting"
        },
        {
          "Task": "occupancy_permit",
          "Status": "waiting"
        },
        {
          "Task": "go_live",
          "Status": "waiting"
        }
      ],
      "num_rows": 16,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `task_status` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
Assistant
## Three Tables

### Table 1: Blocked Tasks
| Task | Supplier |
|------|----------|
| enclosure_glazing | glass_vendor |

### Table 2: Delayed Milestones
| Milestone | Supplier |
|-----------|----------|
| *(no results)* | *(no results)* |

### Table 3: Task Status
| Task | Status |
|------|--------|
| enclosure_glazing | blocked |
| site_prep | ready |
| foundation | ready |
| structural_frame | ready |
| mep_rough_in | ready |
| fireproofing | ready |
| roofing | ready |
| interior_buildout | waiting |
| hvac_commissioning | waiting |
| medical_gas_cert | waiting |
| or_fitout | waiting |
| imaging_suite_install | waiting |
| it_network_core | waiting |
| regulatory_inspection | waiting |
| occupancy_permit | waiting |
| go_live | waiting |

## Propagation Narrative

When the supplier_status for glass_vendor was changed from `on_time` to `delayed`, the knowledge base propagated this change through its rule-based system. The enclosure_glazing task, which depends on the glass vendor, immediately transitioned to a **blocked** status as shown in the blocked_task table. No delayed milestones were triggered (empty result), indicating that milestone delays are computed separately from supplier status changes. The overall project impact is localized: only enclosure_glazing is affected, while all other tasks remain in their original states (ready or waiting). This demonstrates the system's ability to isolate and propagate supply chain disruptions through task dependencies without cascading failures across unrelated work streams.

shock_medgas

User
Use only these tools in order:
1) retract_fact supplier_status(medgas_vendor, on_time).
2) assert_fact supplier_status(medgas_vendor, delayed).
3) query_rows blocked_task(Task, Supplier).
4) query_rows delayed_milestone(Milestone, Supplier).
5) query_rows waiting_on(Task, Prereq).
Then provide top 3 interventions to protect go_live.
tool calls5
  • retract_fact { "fact": "supplier_status(medgas_vendor, on_time)." }
    output
    {
      "status": "success",
      "result_type": "fact_retracted",
      "fact": "supplier_status(medgas_vendor, on_time).",
      "message": "Fact retracted from runtime KB."
    }
  • assert_fact { "fact": "supplier_status(medgas_vendor, delayed)." }
    output
    {
      "status": "success",
      "result_type": "fact_asserted",
      "fact": "supplier_status(medgas_vendor, delayed).",
      "message": "Fact asserted into runtime KB for this server process.",
      "note": "Use reset_kb to clear runtime changes."
    }
  • query_rows { "query": "blocked_task(Task, Supplier)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "blocked_task",
      "prolog_query": "blocked_task(Task, Supplier).",
      "variables": [
        "Task",
        "Supplier"
      ],
      "rows": [
        {
          "Task": "enclosure_glazing",
          "Supplier": "glass_vendor"
        },
        {
          "Task": "medical_gas_cert",
          "Supplier": "medgas_vendor"
        },
        {
          "Task": "or_fitout",
          "Supplier": "medgas_vendor"
        },
        {
          "Task": "regulatory_inspection",
          "Supplier": "medgas_vendor"
        },
        {
          "Task": "occupancy_permit",
          "Supplier": "medgas_vendor"
        },
        {
          "Task": "go_live",
          "Supplier": "medgas_vendor"
        }
      ],
      "num_rows": 6,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `blocked_task` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
  • query_rows { "query": "delayed_milestone(Milestone, Supplier)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "delayed_milestone",
      "prolog_query": "delayed_milestone(Milestone, Supplier).",
      "variables": [
        "Milestone",
        "Supplier"
      ],
      "rows": [
        {
          "Milestone": "regulatory_inspection",
          "Supplier": "medgas_vendor"
        },
        {
          "Milestone": "occupancy_permit",
          "Supplier": "medgas_vendor"
        },
        {
          "Milestone": "go_live",
          "Supplier": "medgas_vendor"
        }
      ],
      "num_rows": 3,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `delayed_milestone` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
  • query_rows { "query": "waiting_on(Task, Prereq)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "waiting_on",
      "prolog_query": "waiting_on(Task, Prereq).",
      "variables": [
        "Task",
        "Prereq"
      ],
      "rows": [
        {
          "Task": "interior_buildout",
          "Prereq": "mep_rough_in"
        },
        {
          "Task": "interior_buildout",
          "Prereq": "fireproofing"
        },
        {
          "Task": "hvac_commissioning",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "imaging_suite_install",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "it_network_core",
          "Prereq": "interior_buildout"
        }
      ],
      "num_rows": 5,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `waiting_on` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
Assistant
Based on the query results, here's the analysis:

## Current State Summary:
- **medgas_vendor** is now marked as **delayed** (fact updated)
- **6 blocked tasks** identified, all involving medgas_vendor except enclosure_glazing (glass_vendor)
- **3 delayed milestones**: regulatory_inspection, occupancy_permit, and go_live (all from medgas_vendor)
- **5 tasks waiting on prerequisites**, with interior_buildout being a critical dependency for hvac_commissioning, imaging_suite_install, and it_network_core

---

## Top 3 Interventions to Protect Go_Live:

### 1. **Immediate Escalation & Expedited Delivery from medgas_vendor**
   - **Action**: Escalate to senior management/contractor leadership for medgas_vendor deliverables (medical_gas_cert, regulatory_inspection, occupancy_permit, go_live)
   - **Rationale**: medgas_vendor is blocking 6 critical tasks and causing 3 delayed milestones including go_live itself. This is the root cause requiring immediate intervention.
   - **Timeline**: Within 24 hours

### 2. **Parallel Workstream Activation for Interior Buildout Dependencies**
   - **Action**: Expedite mep_rough_in and fireproofing completion to unblock interior_buildout, which is a prerequisite for hvac_commissioning, imaging_suite_install, and it_network_core
   - **Rationale**: Prevents cascading delays downstream. These tasks are waiting on interior_buildout, which depends on two other prerequisites that need acceleration.
   - **Timeline**: Within 48 hours

### 3. **Contingency Planning for Regulatory & Occupancy Milestones**
   - **Action**: Develop alternative pathways or parallel processing options for regulatory_inspection and occupancy_permit (both delayed due to medgas_vendor)
   - **Rationale**: These are critical path milestones that directly impact go_live. Having contingency plans ensures project continuity if delays persist beyond acceptable thresholds.
   - **Timeline**: Within 72 hours

---

**Critical Path Impact**: The medgas_vendor delay is the single biggest risk to go_live, affecting both direct tasks and milestone dependencies. Immediate supplier escalation is the highest priority intervention.

recovery

User
Use only these tools in order:
1) retract_fact supplier_status(glass_vendor, delayed).
2) assert_fact supplier_status(glass_vendor, on_time).
3) assert_fact completed(enclosure_glazing).
4) assert_fact completed(mep_rough_in).
5) assert_fact completed(fireproofing).
6) query_rows safe_to_start(Task).
7) query_rows waiting_on(Task, Prereq).
8) query_rows delayed_milestone(Milestone, Supplier).
Return sections: Ready now, Still waiting, Remaining milestone risks.
tool calls8
  • retract_fact { "fact": "supplier_status(glass_vendor, delayed)." }
    output
    {
      "status": "success",
      "result_type": "fact_retracted",
      "fact": "supplier_status(glass_vendor, delayed).",
      "message": "Fact retracted from runtime KB."
    }
  • assert_fact { "fact": "supplier_status(glass_vendor, on_time)." }
    output
    {
      "status": "success",
      "result_type": "fact_asserted",
      "fact": "supplier_status(glass_vendor, on_time).",
      "message": "Fact asserted into runtime KB for this server process.",
      "note": "Use reset_kb to clear runtime changes."
    }
  • assert_fact { "fact": "completed(enclosure_glazing)." }
    output
    {
      "status": "success",
      "result_type": "fact_asserted",
      "fact": "completed(enclosure_glazing).",
      "message": "Fact asserted into runtime KB for this server process.",
      "note": "Use reset_kb to clear runtime changes."
    }
  • assert_fact { "fact": "completed(mep_rough_in)." }
    output
    {
      "status": "success",
      "result_type": "fact_asserted",
      "fact": "completed(mep_rough_in).",
      "message": "Fact asserted into runtime KB for this server process.",
      "note": "Use reset_kb to clear runtime changes."
    }
  • assert_fact { "fact": "completed(fireproofing)." }
    output
    {
      "status": "success",
      "result_type": "fact_asserted",
      "fact": "completed(fireproofing).",
      "message": "Fact asserted into runtime KB for this server process.",
      "note": "Use reset_kb to clear runtime changes."
    }
  • query_rows { "query": "safe_to_start(Task)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "safe_to_start",
      "prolog_query": "safe_to_start(Task).",
      "variables": [
        "Task"
      ],
      "rows": [
        {
          "Task": "site_prep"
        },
        {
          "Task": "foundation"
        },
        {
          "Task": "structural_frame"
        },
        {
          "Task": "mep_rough_in"
        },
        {
          "Task": "fireproofing"
        },
        {
          "Task": "enclosure_glazing"
        },
        {
          "Task": "roofing"
        },
        {
          "Task": "interior_buildout"
        }
      ],
      "num_rows": 8,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `safe_to_start` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
  • query_rows { "query": "waiting_on(Task, Prereq)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "waiting_on",
      "prolog_query": "waiting_on(Task, Prereq).",
      "variables": [
        "Task",
        "Prereq"
      ],
      "rows": [
        {
          "Task": "hvac_commissioning",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "imaging_suite_install",
          "Prereq": "interior_buildout"
        },
        {
          "Task": "it_network_core",
          "Prereq": "interior_buildout"
        }
      ],
      "num_rows": 3,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `waiting_on` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
  • query_rows { "query": "delayed_milestone(Milestone, Supplier)." }
    output
    {
      "status": "success",
      "result_type": "table",
      "predicate": "delayed_milestone",
      "prolog_query": "delayed_milestone(Milestone, Supplier).",
      "variables": [
        "Milestone",
        "Supplier"
      ],
      "rows": [
        {
          "Milestone": "regulatory_inspection",
          "Supplier": "medgas_vendor"
        },
        {
          "Milestone": "occupancy_permit",
          "Supplier": "medgas_vendor"
        },
        {
          "Milestone": "go_live",
          "Supplier": "medgas_vendor"
        }
      ],
      "num_rows": 3,
      "reasoning_basis": {
        "kind": "rule-derived",
        "note": "The `delayed_milestone` predicate is typically computed through rules rather than stored as a single explicit fact."
      }
    }
Assistant
Based on the query results, here are the three sections:

## Ready now
The following tasks are safe to start:
- site_prep
- foundation
- structural_frame
- mep_rough_in
- fireproofing
- enclosure_glazing
- roofing
- interior_buildout

## Still waiting
The following tasks are waiting on prerequisites:
- hvac_commissioning (waiting on: interior_buildout)
- imaging_suite_install (waiting on: interior_buildout)
- it_network_core (waiting on: interior_buildout)

## Remaining milestone risks
The following milestones have delays associated with medgas_vendor:
- regulatory_inspection
- occupancy_permit
- go_live