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SUMMARY

Primavera P6 MCP server for Claude, ChatGPT, Cursor and VS Code: critical path, DCMA 14-point check, what-if, and safe write-back to the P6 Professional database. Windows. Not affiliated with Oracle.

README.md

MCP for Primavera P6

Latest release
License: Apache 2.0
Windows 10 and 11
M8ven Score

MCP for Primavera P6: Primavera P6 MCP Server

MCP for Primavera P6 is a local Model Context Protocol (MCP) server that
connects Claude, ChatGPT, Cursor, VS Code and any other MCP client to your Oracle Primavera P6 Professional
schedules on Windows. It reads the P6 database itself (P6 Professional standalone, SQLite) or plain XER files
and answers scheduling questions with real computations: critical path and driving path, total float, the
DCMA 14-point check, look-ahead, baseline and update comparison, CPM what-if and Monte Carlo schedule risk.
Unlike XER-only MCP servers, it can also write changes back to the P6 database: durations, logic,
constraints, actuals, units and UDFs, each one previewed in a dry run, applied only after your confirmation,
backed up first and recorded in an edit log.

MCP for Primavera P6 is an independent project. It is not affiliated with, endorsed or sponsored by Oracle.
Oracle, Primavera and P6 are trademarks of Oracle and/or its affiliates.

Demo, a replay of a real run on the synthetic demo project DEMO-SS225: an AI assistant traces the driving path of MS-1100 - Project completion, then runs a what-if on PRC-TR-1040

Contents: What it does · Install · Connect your MCP client ·
Tools · Compared with XER-only servers · Safety ·
Privacy · P6 skills · FAQ · Troubleshooting

What it does

Ask your assistant "what drives the finish date?", "run a DCMA health check on the March update", "what changed
since the last update?" or "what happens if procurement takes four more weeks?". The server computes the answer
from the schedule; the model explains it. Dates and float come from P6's last schedule run (F9).

  • Schedule analysis: projects and EPS, WBS roll-ups, activities filtered by status, float, dates, activity
    codes or UDFs, relationships with the project's lag calendar rule, critical path (total float or longest path),
    driving path, float paths, where an activity's float comes from, float distribution, look-ahead windows.
  • Schedule quality: DCMA 14-point check with the project's own P6 thresholds, logic density and a weighted
    grade, comparison with earlier checks, out-of-sequence progress, dangling ends, redundant links.
  • Comparisons, what-if and risk: two updates or a baseline compared activity by activity and link by link,
    with slip causes and float erosion; an integrity review of an update against the previous one (questions to
    raise, not proof); a CPM engine checked against P6's F9 (p6_cpm_validate reports the match) for what-if
    scenarios and Monte Carlo risk, run in memory and never written.
  • Progress and reporting: S-curves and earned value at the data date, resource and cost summaries, groups by
    status, WBS or code, and a one-page Excel dashboard with native charts.
  • XER files: inspect, import (new project, baseline, update), export, or analyse XER files alone in XER-only
    mode, without a P6 database or P6 installed.
  • Edits (off by default): durations, constraints, actual dates, physical % complete, resource assignment
    units, activity UDF values, relationships, schedule options, EPS, deletes, backups and restore.

Install

MCP for Primavera P6 runs on Windows 10 or 11, next to P6 Professional. Nothing else to install: Python is
bundled.

  1. Download P6MCP-Setup-<version>.exe from
    Releases and check it against
    SHA256SUMS.txt (certutil -hashfile P6MCP-Setup-2.0.0.exe SHA256).
  2. Run it. It installs for your Windows user only (no administrator rights) and, on its last page, offers to
    register the server with every MCP client it finds (Claude Desktop, Claude Code, Cursor, VS Code, LM Studio,
    Cline). Untick the ones you do not want.
  3. MCP for Primavera P6 Settings opens. Under Database, pick your P6 database (suggestions come from
    P6's own connection list), click Test connection (read only), then Use this database, and Save.
    The server never picks a database by itself: until you do this, every tool answers "No database configured".
  4. Restart your MCP client completely.

Release builds are not code signed yet: Windows SmartScreen may warn on first launch ("More info", "Run anyway").
Check the SHA-256 first. Other packages on the release page: a portable zip (no installation) and an
MCP bundle (.mcpb, server only) that Claude Desktop installs in one click; it is also the package listed in
the official MCP Registry as
io.github.nizarhamza/p6-mcp.

Connect your MCP client

The installer and Settings > MCP clients write the client configuration for you: they add (or repair, or
remove) only the p6mcp entry, after a timestamped backup, keeping every other entry, comment and the file's
formatting. The manual steps below are for reference. In every snippet, replace <you> with your Windows user
name (or copy the snippet from Settings > MCP clients > Other clients, which fills in the real path).

Claude Desktop

Either let the installer register it, or double-click the .mcpb bundle (Settings > Extensions shows it; pick
the database there), or edit %APPDATA%\Claude\claude_desktop_config.json:

{
  "mcpServers": {
    "p6mcp": {
      "command": "C:\\Users\\<you>\\AppData\\Local\\Programs\\P6 MCP\\p6mcp-server.exe",
      "args": []
    }
  }
}

Quit Claude Desktop completely (also from the notification area) and start it again. The P6 skills appear as
prompts in the + menu.

Cursor

The installer registers it in %USERPROFILE%\.cursor\mcp.json, or add the same mcpServers entry as Claude
Desktop above to that file. Cursor lists the tools under Settings > MCP.

VS Code (GitHub Copilot agent mode)

The installer registers it in %APPDATA%\Code\User\mcp.json (VS Code Insiders: ...\Code - Insiders\User\mcp.json).
By hand, run MCP: Open User Configuration and add:

{
  "servers": {
    "p6mcp": {
      "type": "stdio",
      "command": "C:\\Users\\<you>\\AppData\\Local\\Programs\\P6 MCP\\p6mcp-server.exe",
      "args": []
    }
  }
}

Then open Copilot Chat in Agent mode and pick the tools from the tools menu.

ChatGPT

ChatGPT cannot start a program on your PC, so there are two routes. Neither is tested by the maintainer yet:
please report how it goes in an issue.

  • Codex (in the ChatGPT desktop app, or the Codex CLI) starts local MCP servers from
    %USERPROFILE%\.codex\config.toml:

    [mcp_servers.p6mcp]
    command = 'C:\Users\<you>\AppData\Local\Programs\P6 MCP\p6mcp-server.exe'
    args = []
    
  • ChatGPT chat reaches MCP servers over HTTPS only. OpenAI's
    Secure MCP Tunnel runs a small client on
    your PC that starts the server (stdio command above) and forwards ChatGPT's requests to it, without opening
    an inbound port; you then add a custom MCP server in ChatGPT with Tunnel as the connection. It needs an
    OpenAI platform API key and a ChatGPT plan or workspace that allows custom MCP servers. The tool results then
    pass through OpenAI's service, like any ChatGPT conversation.

Claude Code, LM Studio, Cline and other clients

The installer registers Claude Code (%USERPROFILE%\.claude.json), LM Studio (%USERPROFILE%\.lmstudio\mcp.json)
and Cline as well. For Claude Code by hand:

claude mcp add --scope user p6mcp -- "$env:LOCALAPPDATA\Programs\P6 MCP\p6mcp-server.exe"

Any other client that starts stdio servers takes the mcpServers snippet above. Clients that need HTTP can use
the local HTTP transport. From the command line (the installer uses the same commands):

& "$env:LOCALAPPDATA\Programs\P6 MCP\p6mcp-server.exe" clients list
& "$env:LOCALAPPDATA\Programs\P6 MCP\p6mcp-server.exe" clients register cursor

Settings: MCP clients

Tools

58 tools: 37 read-only (11 of them in the Basic profile), 2 that write a file, 18 write tools (off by default; a dry run, then your confirmation; a backup first) and 1 that changes the app's own settings. Generated from the code by tools/gen_docs.py.

Projects and structure

Tool What it does Access Basic
p6_list_projects Projects with data date, start, finish, status, baseline and EPS; filter by EPS Read yes
p6_list_eps EPS tree with depth, path and project counts Read
p6_project_summary One-call overview: dates, activity counts, critical counts, % complete by units, physical and duration, baseline variance and SPI Read yes
p6_list_wbs WBS tree in P6 order with roll-ups: activities, dates, float, units % and baseline planned % Read yes
p6_list_calendars Calendars with work week, hours per day and holiday exceptions Read
p6_list_udfs User defined fields (UDF columns) with how much each one is used Read
p6_schedule_options Schedule options of a project, of an XER file, or both side by side Read

Activities and relationships

Tool What it does Access Basic
p6_query_activities Search activities by name, Activity ID, WBS, status, total float, dates, activity code or UDF, with chosen columns Read yes
p6_get_activity Everything about one activity: dates, durations, float, constraints, logic, resources, codes, UDFs, notebooks Read yes
p6_get_relationships Predecessors and successors of an activity, lags in hours and days Read yes
p6_lookahead What starts, finishes or is in progress in the next weeks, critical work flagged Read yes
p6_milestones Milestones against the baseline: variance in working and calendar days, float, critical Read

Critical path and float

Tool What it does Access Basic
p6_critical_path Critical activities as the project defines them (total float or longest path) Read yes
p6_driving_path The chain of driving predecessors behind an activity's dates, back to its root cause Read
p6_float_paths Float paths of the last P6 schedule run, in P6 order Read
p6_float_origin Where an activity's total float comes from: the successor chain that sets its late dates Read
p6_float_analysis Total and free float distribution by range Read yes

Schedule quality

Tool What it does Access Basic
p6_health_check DCMA 14-point check (the project's own P6 thresholds when set), critical path test, CPLI, BEI and a weighted score Read yes
p6_health_check_compare Health check now against an earlier run: what got better or worse Read
p6_dangling Open starts and open finishes, each with a suggested link to close it Read
p6_redundant_links Links that are candidates for removal (transitive, duplicate, to completed work) Read
p6_progress_check Out-of-sequence progress and status inconsistencies Read

Progress and reporting

Tool What it does Access Basic
p6_progress_curve S-curve by month or week (units or cost) against the baseline, earned value at the data date Read
p6_group_summary Activities, units and dates grouped by status, type, WBS level or activity code Read
p6_resource_summary Units and costs per resource, and activities per status Read
p6_export_dashboard Excel project controls dashboard: one A3 page with charts, plus detail sheets Writes a file

Comparison, what-if and risk

Tool What it does Access Basic
p6_compare_projects Two updates or a baseline compared activity by activity and link by link, with slip causes and float erosion Read
p6_update_integrity Review of an update against the previous one: changes a reviewer should question Read
p6_cpm_validate Runs the built-in CPM engine and compares it with P6's last F9, activity by activity Read
p6_schedule_whatif What-if in memory: add or remove links, change durations or constraints, see the new finish Read
p6_schedule_risk Monte Carlo schedule risk in memory: finish percentiles, on-time probability, criticality index Read

XER files

Tool What it does Access Basic
p6_inspect_xer Reads an XER file without importing it and runs the import pre-flight checks Read
p6_import_xer Imports an XER as a new project, a baseline or an update of an existing project Write
p6_export_xer Exports a project to an XER file, schedule options included Writes a file

Edits (off by default)

Tool What it does Access Basic
p6_update_activity Edits an activity: name, durations, constraint, actual dates, physical % complete Write
p6_update_assignment Sets budgeted, actual or remaining units of one resource assignment Write
p6_update_assignments Sets the units of many assignments in one all-or-nothing change Write
p6_update_udf Sets or clears one activity UDF value Write
p6_update_udfs Sets or clears many activity UDF values in one change Write
p6_add_relationship Adds a relationship (FS, SS, FF, SF, with lag) Write
p6_add_relationships Adds many relationships in one all-or-nothing change Write
p6_update_relationship Changes the type or lag of a relationship Write
p6_update_relationships Changes many relationships in one change Write
p6_delete_relationship Deletes a relationship Write
p6_delete_relationships Deletes many relationships in one change Write
p6_set_schedule_options Writes a project's schedule options, or copies them from an XER file Write
p6_create_eps Creates an EPS node Write
p6_delete_activity Deletes an activity and everything attached to it, as P6 does Delete or replace
p6_delete_project Deletes one or more projects, as P6 does Delete or replace

Backups, log and diagnostics

Tool What it does Access Basic
p6_backup_database Takes a backup of the P6 database now Write
p6_list_backups Lists the backups, automatic (before writes) and manual Read
p6_restore_backup Puts a backup back in place, after a safety backup of the current database Delete or replace
p6_edit_log Every confirmed write, with its parameters, before and after values Read
p6_diagnose Configuration, database, P6 version and P6 running state at a glance Read yes
p6_sql_select Read-only SQL on the P6 database, as a last resort Read

Skill shop

Tool What it does Access Basic
p6_shop_search Searches the skill shop (ready-made P6 workflows shared on GitHub) Read
p6_shop_get Shows one skill of the shop in full Read
p6_shop_install Installs or updates a skill from the shop, after your confirmation App settings

Compared with XER-only MCP servers

Several MCP servers read Primavera P6 XER files; some can also edit an XER and export a new one to import
back into P6. MCP for Primavera P6 works on the P6 Professional database itself, and reads XER files too.

MCP for Primavera P6 Typical XER-file MCP server
Reads XER files Yes: inspect, import, export, XER-only mode Yes
Reads the P6 Professional database directly (every project, baselines, EPS, codes, UDFs, schedule options) Yes No: export an XER first
Writes changes back to P6 Yes, into the database: open P6 and press F9 No, or edits an XER you import again
Preview, confirmation token, backup before each write, restore, edit log Yes Not applicable, or varies
Refuses to write while P6 is running, or on an untested P6 schema Yes Not applicable
CPM engine checked against P6's own F9 dates (p6_cpm_validate), used for what-if and Monte Carlo risk Yes Varies
DCMA 14-point check with the thresholds set in P6 Yes, DCMA defaults when none are set Varies
Excel dashboard, P6 skills (ready-made workflows) Yes Varies
Installation Windows installer with a Settings window; registers your MCP clients Usually a Python package (pip, uvx)
Runs on macOS or Linux No: Windows only, like P6 Professional Usually yes
P6 EPPM, or P6 on SQL Server or Oracle No No (XER only)

"Varies" means some XER servers do it and others do not: check the one you are looking at.

Safety

Settings: tools and safety

  • Tool profiles: Basic (11 read-only tools, suited to small local models) or Full (all 58).
  • Writes are off by default. With the Full profile and "Allow write operations", every write takes two calls:
    a dry run that shows the plan and returns a single-use confirmation token, then, after your explicit yes, the
    same call with that token. Deleting a project or an activity and restoring a backup also need a confirmation
    text. If the database changed in between, the write is refused.
  • A backup is taken before every write (with a retention you choose), writes are refused while P6 is
    running
    , and every write goes to the edit log with its parameters.
  • Writes are refused on a P6 schema version the server was not tested with, unless you trust it explicitly.
  • These rules are enforced by the server itself on every call, not only by the Settings window.

Writes go straight to the database and bypass P6's own application logic. The server updates the audit
fields (update_date, update_user, create_*) the way P6 does and never writes planned, early or late dates
or float: close P6 before writing, then open it and press F9. See SECURITY.md for the list of
what the write tools can change.

Privacy

The server runs only on your PC: no cloud component, no telemetry. Its only network requests go to GitHub:
the updates (releases of this repository), which you can turn off under Logs and updates, and the skill shop
(reads of its public catalog when you open the Skill shop page or ask for it, at the first start of the Settings
app for the core set, on Restore core skills, and with automatic updates on for newer skill versions), which you
can turn off under Tools and safety (the core set then comes from the copy shipped with the app).

The data returned by the tools goes to the AI model your MCP client uses, which may be a cloud service. For
confidential schedules, use a local model (for example in LM Studio).

P6 skills

P6 skills are ready-made workflows that chain the tools into one fixed report: weekly update review, schedule
quality audit, safe update import, update integrity audit, schedule risk, delay what-if, baseline variance, Excel
dashboard and more. They all come from the skill shop. At its first start the Settings app installs
the core set from the shop (when GitHub cannot be reached, from the copy of the core set shipped with the
app, updated from the shop later). Restore core skills (Skills or Skill shop page) installs the core set
again: missing skills come back and edited ones get the shop's version. With automatic updates on (Logs and
updates
), the tray app also installs newer shop versions of your shop skills, except the ones you edited here:
those show Update available on the Skill shop page, and Update asks before replacing your changes.

Most skills need the Full tool profile (the import also needs writes). MCP clients > Install skills writes
each one as an Agent Skills folder p6-<name> (a SKILL.md and its reference files);
the client's AI uses a skill when your request matches its description, and Claude Code also runs it as
/p6-<name>:

Client Skills folder
Claude Code, Cursor, VS Code / VS Code Insiders %USERPROFILE%\.claude\skills (one folder read by all three)
Cline %USERPROFILE%\.cline\skills

Update skills refreshes them after an update or a change of the tool settings; Remove skills (and uninstalling)
deletes only the files the app wrote. From the command line:

& "$env:LOCALAPPDATA\Programs\P6 MCP\p6mcp-server.exe" clients skills install --detected

The server also offers them as MCP prompts: Claude Desktop lists them in the + menu, VS Code as
/mcp.p6mcp.<name>, Claude Code as /mcp__p6mcp__<name>. Claude Desktop has no skills folder: export a skill as
a zip file (Skills > Export) and upload it in Claude Desktop's settings to add it as a skill.

The Skills page of the Settings app lists them with whether the current tool settings offer them and where
they come from (Shop, Shop edited here, Yours). Turn a skill off, edit it, or add your own (New, or Copy to
my skills
to start from a shop skill): a name, a title, a description that says what it does and when to use it
(clients pick a skill by it), inputs written as {input} in the instructions, the P6 tools to use, and up to 5
text reference files (checklists, thresholds, examples; never scripts). The P6 rules are appended to your
instructions. The Instructions page shows the instructions every client receives when it connects; turn
built-in lines off (the two-step write rule stays on) or add your own, such as "When you show an activity, write
it as Activity ID - Activity name". Click Save, then Update skills on the MCP clients page, and restart the MCP
client for the prompts.

Skill shop

The Skill shop page lists the P6 skills of the public catalog
nizarhamza/p6-mcp-shop: the core set maintained with the app and the
skills other users shared. Reading it needs no account; the app reads it only when you open the page or ask your
AI client (tools p6_shop_search, p6_shop_get and p6_shop_install, Full profile; an install shows the whole
skill first and needs your confirmation). Read a skill before installing it: it is instructions for the AI, and a
skill that uses write tools can change your schedule once you confirm the change. Turn the shop off under
Tools and safety.

To share one of your skills, select it on the Skills page and click Share on GitHub: the app copies the skill
to the clipboard and your browser opens the GitHub share form; sign in if asked (a free GitHub account is needed),
paste the skill in the Skill field and click Create (nothing is sent by the app itself). The maintainer reviews
it and, once approved, a GitHub Action checks it and publishes it in the catalog under the Apache-2.0 license.
Without a GitHub account, Export the skill to a zip file and send it; Import adds a zip (or any skill
folder with a SKILL.md and text files) after you review it.

Local HTTP transport

By default each client starts its own server (stdio). Under Server you can switch to a local HTTP server,
hosted by the notification area app, for clients that need HTTP or to share one server:

  • listens on 127.0.0.1 only (http://127.0.0.1:<port>/mcp), with a port check;
  • every request needs Authorization: Bearer <token>; the token lives in the Windows Credential Manager (shown
    masked, copy, regenerate);
  • Host and Origin headers are checked to block DNS rebinding.

Excel dashboard

Ask for example "export the dashboard of DEMO-A to D:\Reports\DEMO-A.xlsx" (Full profile). The template is built
into the server: p6_export_dashboard reads the last F9 and writes a finished workbook (values and native Excel
charts, no formulas), so press F9 in P6 first. An existing file is replaced only when you say so (overwrite).

Sheet Content
Dashboard One A3 landscape page, protected (no password) with its charts fixed: 7 cards (overall progress, critical and delayed activities, schedule variance, forecast completion, remaining duration, late milestones); S-curve; finish variance by level 1 WBS in working days; WBS progress (level 1) and level 2 progress, actual against baseline planned; milestones; critical and delayed activities
Schedule Overview Every activity under a band per WBS (opens folded to level 2): baseline, current and actual dates, % complete, labor units, original, remaining and actual durations
Critical Path The P6 float paths of the last F9, a bold line between paths (without stored paths: the activities with total float up to near_critical_days)
Reports DCMA 14 checks, sources, settings and definitions

Options: baseline (default the project baseline), baseline_dates (planned or current), milestones
(Activity IDs), near_critical_days (10: Delayed beyond it, At risk up to it), period (month or week),
prepared_by, revision, and for this export only company (shown in the sidebar) and colors
("primary,accent" in hex). Slip and variance are in working days, as P6 variance columns.

XER-only mode

Under Database > Data source, choose XER files only, add one or more XER files and click Load and
check
. The files are read into a private read-only copy; every read tool works on it. Load two updates of the
same schedule to compare them: a Project ID already used by the first file gets a ~2 suffix.

FAQ

What is an MCP server for Primavera P6?
MCP (Model Context Protocol) is the open standard AI assistants use to call tools. This server gives an assistant
58 tools that read and analyse Primavera P6 schedules, so you can ask questions in plain language and get answers
computed from the schedule rather than guessed by the model.

Can the AI change my schedule?
Only if you allow it. Writes are off by default; when on, each one is previewed in a dry run and applied only
with a single-use token after your explicit yes, a backup is taken first, and P6 must be closed. Planned dates and
float are never written: P6 computes them when you press F9.

Does my schedule leave my PC?
The server runs locally and sends nothing anywhere. What the tools return goes to the AI model of your MCP client;
with a cloud model that means its provider. For confidential projects use a local model, for example in LM Studio.

Which P6 versions and databases are supported?
P6 Professional standalone (SQLite), tested with 25.12; other versions are read only until tested or trusted.
XER files from P6 Professional 24.12 and from the server's own export. P6 EPPM and P6 Professional on SQL Server
or Oracle are not supported.

Do I need P6 installed?
Not for XER files: XER-only mode analyses them without P6 or a P6 database.

How does the DCMA 14-point check work?
p6_health_check runs the 14 DCMA checks on the last F9, with the thresholds set in P6's schedule check settings
for the project when they exist, else the DCMA defaults. The critical path test delays an activity in the
server's CPM engine and runs only when that engine matches P6's dates. See the
DCMA 14-point check guide.

Are the dates computed by the AI?
No. Dates and float come from P6's last schedule run. What-if and risk use the server's CPM engine, and
p6_cpm_validate shows how closely it matches P6's own dates on your project before you rely on it.

Which AI clients work?
Claude Desktop, Claude Code, Cursor, VS Code, LM Studio and Cline are registered automatically; any MCP client
that starts stdio servers or speaks Streamable HTTP works too. ChatGPT works through Codex or OpenAI's Secure MCP
Tunnel (see ChatGPT).

Does it run on macOS or Linux?
No. P6 Professional is a Windows program and the server is built for Windows 10 and 11.

Is it free?
Yes, under the Apache License 2.0.

Tested versions

Component Tested
Windows Windows 11
P6 Professional standalone (SQLite) 25.12 (schema fingerprint in p6mcp/schema.py); other versions are read only until tested or trusted
XER files written by P6 Professional 24.12, and by the server's own export
MCP clients registration tested on sample configuration files of every client listed above; stdio and HTTP tested with the MCP Python SDK client; end-to-end use with each client is in the release checklist. Codex and the ChatGPT tunnel are not tested yet
MCP SDK mcp 2.3 (1.8 or later supported)

Troubleshooting

  • "No database configured": open MCP for Primavera P6 Settings, select a database, Test connection, Use this
    database, Save.
  • A tool is "not available in the Basic profile": switch to Full under Tools and safety, Save, restart the
    client.
  • The client does not show the tools: restart it completely (also from the notification area), then check
    MCP clients: the entry may need Repair. Ask the assistant to run p6_diagnose.
  • "P6 (PM.exe) is running": close P6 before a write.
  • "Unknown P6 schema": your P6 version was not tested; reads work. You can trust the schema under Database
    (after a backup).
  • HTTP server error: Server shows the last error (often a port in use: pick another one).
  • Logs: Logs and updates > Open log folder (%LOCALAPPDATA%\P6MCP\logs). Settings live in
    %APPDATA%\P6MCP\config.json; backups, edit log and XER copies in %LOCALAPPDATA%\P6MCP.

Versions 1.x were called P6 MCP: the install folder, the program names and the settings folders keep that
name, so updates and client registrations carry over.

Uninstall

Windows Settings > Apps > MCP for Primavera P6. The uninstaller removes the program, the p6mcp entries from your
MCP clients and the startup entry. Your settings, backups and logs are kept.

Development

python -m venv .venv
.venv\Scripts\pip install -e .[dev]
.venv\Scripts\python -m pytest -q
.venv\Scripts\python -m p6mcp.settings_app      # Settings window
.venv\Scripts\python tools\gen_docs.py          # tool tables of README.md and site/llms.txt

Tests run on a synthetic P6 database and synthetic XER files built by the tests (tests/fixtures/make_db.py).
Never commit a real schedule, database, XER file or log. Building the installer and releasing:
docs/RELEASING.md. The landing site is in site/.

To contribute, start with an issue: see CONTRIBUTING.md and the
code of conduct. Accessibility: ACCESSIBILITY.md.

License

Apache License 2.0. Copyright 2026 Nizar Hamza. See NOTICE.

Primavera and P6 are trademarks of Oracle. This project is not affiliated with or endorsed by Oracle.

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