Mandatory pre-code gate and definition-of-done for ANY Odoo change (add field, override method, inherit view/xpath, OWL/JS patch, wizard, cron, controller, report, security, migration, bug fix, refactor, "optimize", "clean code", "stick to base"), Odoo 16-19. Also when the user pastes an Odoo traceback or install/upgrade error (ParseError "cannot be located in parent view", "Field ... does not exist", missing xmlid) or asks where an Odoo model, field, method, view or xmlid is defined. Run BEFORE brainstorming or planning: Odoo design questions are answered by tracing the real source into a Context Brief (file:line), not by open-ended Q&A or memory. Resolves the Odoo runtime and version, loads the matching odoo-<major> pack, and closes with install, test, upgrade, i18n, security and hygiene checks before commit.
Procedure for every Odoo change. The expensive failures are always the same: a field or
method that does not exist, an xpath anchor that was never there, an override hooked on the
wrong method, a stored field renamed without a migration, a sudo() nobody can audit, a test
run that ran no tests. The fix is mechanical: no citation, no code.
When this applies
Full path - anything that ends in Odoo Python, XML, JS or data: new field, override,
inherited view, OWL patch, wizard, cron, controller, report, security, migration, bug fix,
refactor, "optimize", "clean up". A pasted traceback starts here: its innermost frame in a
workspace module is the first citation.
Brief only - questions about Odoo symbols ("where is X defined", "does sale.order have
F", "which model gets this field on 19"): run Steps 0-2 and answer with the Brief, no code.
Fast path - the change names no symbol outside the module being edited and adds no field,
override, xmlid, xpath, group or depends: a label, help text or typo in the module's own
code, a manifest version bump, a test-only change. The Brief is one row citing the edited
line; skip Steps 1, 3 and 6; Step 5 still applies (i18n when a string changed). Any doubt:
full path.
Skip for documentation-only and git-only tasks (use odoo-commit).
Brainstorming and planning skills come after Step 2, and only if the business intent is still
unclear - the Context Brief is their input.
Step 0 - Runtime, version, pack
The bundled helper scripts/odoo_trace.py (stdlib Python 3.8+, read-only) resolves the runtime
and answers the Python-side trace questions. Call it with the skill's base directory written out
in full every time - shell variables do not survive between tool calls. Below, odoo_trace
stands for python3 <skill_dir>/scripts/odoo_trace.py.
odoo_trace env
First hit wins: flags, .claude/odoo.json, an odoo-bin configuration in .claude/launch.json
whose addons cover the cwd (both files in the cwd or nearest parent), then the one *.conf whose
addons_path covers the cwd, searched from the parent directory upwards (each level and its
subdirectories). It prints version (from odoo/release.py), odoo_root, conf, python,
dev_db, and the addons roots in the order Odoo uses them (the first root holding a module name
wins). An odoo_version in .claude/odoo.json or a .odoo-version file must match release.py.
Exit 2 prints SETUP ERROR: and the cause. Runtime not located: ask once for the core
checkout and conf, pass them as odoo_trace --odoo-root <core> --conf <conf> <command> on
every call (roots included), and offer to write a gitignored .claude/odoo.json with
odoo_version, odoo_root, conf, python, dev_db (machine-local paths). Version sources
that disagree, or several confs covering the cwd: ask which one is right. Never trace against
custom roots alone.
An explicit statement from the user or the project CLAUDE.md / AGENTS.md outranks the
helper. If they disagree, stop and ask. Do not silently assume a version.
Load the Odoo reference pack for that major: odoo-<major> with the skills CLI,
<plugin>:odoo-<major>-0 in the Claude Code plugin (for example agent-skills:odoo-18-0).
Read its references/api-highlights.md (APIs removed or renamed in this version) and only the
guide section the task needs (grep -n '^## ' <guide>, then a range). Pack missing: say so and
continue - the real source is the authority, never memory.
Step 1 - Trace the chain
Python symbols: the helper. It parses classes with ast, applies the version's _name
rules, follows _inherit parents (mixins such as mail.thread, portal.mixin), _inherits
delegation, base extensions and the core BaseModel, marks classes in files the module never
imports (UNIMPORTED), and prints absolute file:line.
Question
Command
Classes defining / extending MODEL, its mixins, type, _auto, _log_access
odoo_trace model MODEL
Does FIELD exist on MODEL (own, parent, _inherits, magic), every definition, comodel; a dotted path is checked hop by hop
odoo_trace field MODEL FIELD[.FIELD...]
Every definition of METHOD in super() order (#1 runs first), super() calls, hooks, AMBIGUOUS pairs
odoo_trace method MODEL METHOD --module MODULE
Transitive depends of MODULE in load order
odoo_trace depends MODULE
Does an xmlid exist (loaded XML record or CSV row, or generated at install)
odoo_trace xmlid module.name
Files of MODULE that never load (not in data/assets, not imported)
odoo_trace unlisted MODULE
The last line is the VERDICT. Exit 0 = found, 1 = NOT FOUND (the verdict names the closest
real symbols), 2 = setup error or answer unknown. Only exit 1 supports a NOT FOUND cell. Lists
on hub models (sale.order, mail.thread) are capped; --all after model, method or
unlisted prints them whole.
XML, JS, controllers, uses: grep over the same roots.ROOTS below means
$(odoo_trace roots) written out in full: command substitution splits into one argument per root
in zsh and bash, a plain $ROOTS string does not split in zsh. Keep the quotes around
--include globs. A grep that warns No such file or directory or exits 2 is a broken command,
never a NOT FOUND. So is a grep run while odoo_trace env exits 2 (an empty $(odoo_trace roots) leaves grep -r searching only the cwd), and one over a root whose path holds a space:
it splits, and macOS grep skips the pieces silently, so grep that root separately, quoted.
# V1. Views on MODEL
grep -rlE --include='*.xml' "<field name=\"model\">MODEL</field>" ROOTS
# V2. Every view and QWeb template inheriting VIEW; -A1 also catches inherit_id split over two lines
grep -rnE -A1 --include='*.xml' "name=['\"]inherit_id['\"]|inherit_id=['\"]" ROOTS | grep -E ":[0-9]+:.*(ref|inherit_id)=['\"](MODULE\.)?VIEW['\"]|-[0-9]+-\s*ref=['\"](MODULE\.)?VIEW['\"]"
# V3. ANCHOR nodes inside one view record, absolute lines. A = the id line, B = the next </record>: grep -nE 'id="VIEW"|</record>' VIEW_FILE
awk -v a=A -v b=B 'NR>=a && NR<=b && /name="ANCHOR"/ {print FILENAME":"NR": "$0}' VIEW_FILE
# W1. OWL / QWeb client template: definition and every t-inherit (extension or primary)
grep -rnE --include='*.xml' "t-name=['\"]TEMPLATE['\"]|t-inherit=['\"]TEMPLATE['\"]" ROOTS
# W2. JS class or component: its definition (= import path) and every patch of it
grep -rnE --include='*.js' "^export (default )?(class|function|const) NAME[^A-Za-z0-9_]|patch\(\s*NAME[^A-Za-z0-9_]" ROOTS
# C1. Route (the second pattern finds a decorator split over lines), then every subclass of
# its controller class (an `import CLASS as ALIAS` hit: run the class grep again with ALIAS)
grep -rnE --include='*.py' "@(http\.)?route\(.*['\"]URL['\"]|^\s*(route=)?\[?\s*['\"]URL['\"]" ROOTS
grep -rnE --include='*.py' "^class \w+\(([^)]*[ ,])?([A-Za-z_.]+\.)?CLASS[,)]|import.*[ ,]CLASS as " ROOTS
# S1. ACL rows and record rules on MODEL (dots as underscores)
grep -rn --include='ir.model.access.csv' "model_MODEL_UNDERSCORED," ROOTS
grep -rlE --include='*.xml' "model_MODEL_UNDERSCORED['\"]" ROOTS | grep security
# U1. Every use of NAME before renaming, removing, or changing the signature of a field or method
grep -rnwE --include='*.py' --include='*.xml' --include='*.js' --include='*.csv' --include='*.scss' "NAME" ROOTS
# T1. Tests to mirror
ls BASE_MODULE/tests/; grep -rnE "def test_.*METHOD" MODULE/tests
For U1 keep the hits on MODEL and list each one: views, QWeb, @api.depends, related=,
domains, record rules, cron and server-action code, <function>, button name=, JS
orm.call strings, tests, migrations. On a generic name (name, state, partner_id) restrict
the list to the modules odoo_trace model MODEL printed plus the views from V1/V2; if it is
still over 50 hits, show the count per module and ask before going on.
A grep hit counts only if its file loads (odoo_trace unlisted MODULE lists the files that
never do) and, in Python, sits in MODEL's own class, not another class of the same file.
Reading budget - this is where tokens go:
Read ranges, not files: Read with offset/limit, or awk 'NR>=A && NR<=B' - never
sed -n 'A,Bp' | grep -n, whose line numbers restart at 1 and cannot be cited. At most 120
lines per hop.
At most 3 hops inline. Deeper or cross-module flows go to the odoo-code-tracer agent with
odoo_version, pack_dir (the loaded pack's directory), roots and helper (the helper's
full path, plus any flags env needed), if it is installed; otherwise keep going with the
commands above.
Never re-read a file already cited in the Brief.
Step 2 - Context Brief (no citation, no code)
Write the brief before any code, one row per symbol the change touches (Odoo 18 example):
purchase/views/purchase_views.xml:130, anchor partner_ref:185, one node in the form
-
add field after anchor
Layers: model / field / method+super / path / view+xpath / client / controller / security /
company / data / migration / i18n / test.
The Source cell holds exactly one of:
file:line - the cited line itself shows the claim (definition, record, anchor node).
NOT FOUND - the helper exited 1, or a clean grep over all ROOTS matched nothing on MODEL.
Name the closest real symbol when one exists.
UNCERTAIN: <what is missing> - name the file not read, the runtime-built domain, or the
other module's view that provides the anchor. Never for a question a command above answers.
AMBIGUOUS: <modules> - overrides in modules that do not depend on each other.
Any cell other than file:line means no code for that row: drop it, add the missing depends,
or ask. More than 15 rows means the task should be split; never drop a row to fit.
Rules:
Redefined field.odoo_trace field lists every definition in load order; cite each one
whose attributes the change relies on. Attributes not repeated keep their earlier value
(selection_add extends the list), unless the newer class does not subclass the earlier one:
then the earlier attributes are dropped and the helper prints final class.
Path (related=, @api.depends, depends=, domain=, domain_force). One field call
on the dotted path, one citation per hop. A missing hop, or a non-relational hop before the
end, is NOT FOUND at that hop.
Depends. A symbol defined only in a module outside odoo_trace depends MODULE is not
guaranteed to be installed, even if it exists in the current database. Add the dependency or
drop the row.
Override order. Take it from odoo_trace method ... --module MODULE, never from memory or
grep order: the class loaded last runs first and its super() reaches the earlier ones.
Declare depends on every module whose override the change relies on. Pairs it marks
AMBIGUOUS stay AMBIGUOUS.
Xmlids.odoo_trace xmlid decides: a record in an XML or CSV file the manifest loads, or
GENERATED at install (model_*, field_*__*, selection__*, base.module_*,
account.<company id>_<name> from a chart template), each tied to the module the helper
names. A record only in a file the manifest never loads is NOT FOUND (UNKNOWN when an init
hook may load it). Never invent an xmlid and never report a generated one as missing. A
missing group in a view's groups= does not stop the install: Odoo only logs a WARNING, and
the node is hidden because no user belongs to a group that does not exist.
Magic fields. Never assume them; odoo_trace field decides. create_uid,
create_date, write_uid, write_date exist only when _log_access is true; it defaults to
_auto, so report and SQL-view models (_auto = False) do not have them.
Xpath anchor. The anchor must be in the base view or in an inheriting view of a module in
depends; otherwise UNCERTAIN. A locator matches the first node, so state how many nodes
carry that name in the combined views (V2 + V3).
Company. If MODEL or a comodel has company_id, cite it and whether the model sets
_check_company_auto. New relational fields to company-bound comodels get
check_company=True. A new model with company_id gets a record rule as core writes it:
[('company_id', 'in', company_ids)], or [('company_id', 'in', company_ids + [False])] when
the company is optional.
Schema change. Renaming, removing or retyping a stored field, changing or removing
selection keys, adding required, adding a stored compute to a populated table, or renaming
a model needs a migration row: the new manifest version and the
migrations/<version>/pre-*.py / post-*.py script (def migrate(cr, version)) that moves
the data; the script runs only if its version is above the installed one and not above the
manifest's. A stored field renamed without one loses its column and data on -u, silently.
Skip only when the user confirms the module was never installed on a database that matters.
Recipes are in the pack's migration guide.
sudo. Every added sudo() or with_user(SUPERUSER_ID) gets a security row: which ACL
or record rule it bypasses (S1) and the check made before it (check_access / has_access
on 18+, an access token, or a group check). No row, no sudo.
Reuse over invent: before adding a field, helper, or compute, look for an existing one.
"Clean code" / "stick to base" means: follow the base implementation's pattern with the
minimal delta, never rewriting what super() already does. "Optimize" about speed means:
measure first (query count or timing on a named case), change, measure again.
Step 3 - Minimal plan
At most 10 bullets: files to touch, files explicitly not touched, what is deferred. One module
unless the Brief proves the change belongs to two, and one commit and PR per git repository
touched. YAGNI: no config for a value that never changes, no helper used once, no abstraction
with one implementation.
Step 4 - Implement
Apply the pack's Coding Conventions and its api-highlights.md list for this version;
existing stable-addon style wins over personal preference.
Override the narrowest hook that runs when the change needs it (the hooks odoo_trace method
prints), not the public method that wraps it. Call super() and add the smallest delta; never
copy the base body.
Extend with _inherit = 'model' (a string); a new model sets _name explicitly. A list
_inherit without _name creates a new model named after the class: on 19 always (with a
warning), on 18 once the list has two items.
Every new XML or CSV file goes into the manifest data in load order (groups,
ir.model.access.csv, views, menus); every new static file must match an entry of the right
assets bundle. An unlisted file installs cleanly and does nothing.
sudo() naming: bind any recordset obtained through sudo() to a name ending in _sudo
(partner_sudo = self.partner_id.sudo(),
orders_sudo = self.env['sale.order'].sudo().search(domain)). A one-shot call
(record.sudo().write(vals)) needs no variable. Never return a _sudo recordset from a
public method or keep it on self.
No ponytail: or other "simplified for now" markers in Odoo code - either the code is right
or the plan in Step 3 says what was deferred.
New user-facing strings go through _() / _t() / string= / help= so they are extractable.
Step 5 - Definition of done
Read references/definition-of-done.md before reporting done: it holds the exact commands per
version. In short:
One throwaway database scratch_<module> for the whole checklist: install with the
module's tests, a test summary counting N > 0 tests (no summary, or of 0 tests, is not
a pass), no ERROR/CRITICAL, every WARNING about the module explained. Never -i/-u
a named database (the conf db_name, staging, dev) unless the user asks.
Upgrade tested on a copy of a database with the previous version whenever the Brief has a
migration row.
odoo_trace unlisted <module> reports that all files load.
ACL rows for every new model; company rule where the Company rule applies; every sudo()
has its security row.
i18n regenerated whenever a string changed; shipped .po files keep their names.
The project's own linter, if it has one, passes on the changed files.
Hygiene checks pass in every git repository the change touched.
Scratch database dropped with its filestore. Commit through odoo-commit
([TAG] module: description, no AI attribution), one commit and PR per repository.
Step 6 - Hand off
Run the odoo-code-review agent with odoo_version, pack_dir, roots and helper if it is
installed. If not, walk the Security and Hygiene lists in references/definition-of-done.md
yourself before reporting done.
Create beautiful, professional HTML or React slide decks ready for fullscreen presentation. Use this skill when the user wants to: create a PPT/slide/presentation from an idea or outline; build a visually stunning slide deck from existing content; generate an HTML presentation that can be projected fullscreen; convert a document into a presentation. Trigger when you hear: 'create slides', 'make a PPT', 'presentation', 'slide deck', 'pitch deck', 'vibe ppt', 'make a talk', or any request to create a presentation. This skill produces a single self-contained HTML/React artifact — no backend, no installation, no dependencies.
Use when receiving code review feedback (especially if unclear or technically questionable), when completing tasks or major features requiring review before proceeding, or before making any completion/success claims. Covers three practices - receiving feedback with technical rigor over performative agreement, requesting reviews via code-reviewer subagent, and verification gates requiring evidence before any status claims. Essential for subagent-driven development, pull requests, and preventing false completion claims.
Complete reference for DTG Base module utilities and helpers. DTGBase is an abstract model providing common utility methods for date/time handling, barcode generation, timezone conversion, file operations, and more.
Draws an activity flow / system architecture diagram as ONE self-contained, INTERACTIVE HTML+SVG page (2-pane app layout — left: diagram, default fit-to-view with zoom/pan; right: sidebar with explainer cards), styled like a real hand-drawn enterprise doc (Stripe/AWS-docs style — real brand logos for MongoDB/Odoo/n8n/etc. from a bundled Simple Icons library, neutral white boxes, sans-serif, no "AI neon" look), scroll-to-zoom, auto light/dark with a toggle button — clicking a flow (a legend chip, a line, or a step badge) highlights that flow with traveling dots along the arrows in their direction, a ping at the destination box, and a sidebar panel that slides out, while everything else dims; two-way arrows (OUT = solid blue / RETURN = dashed green) carry numbered step badges, colored by semantic meaning (red = auth checkpoint, purple = scheduled flow, amber = data pipeline), a small "hop" arc where two lines are forced to cross, dashed group regions, one explainer card per flow in the right sidebar. Use this skill ANY TIME the user wants to "draw a diagram", "draw a flow", "draw a system diagram", "redraw this so it's easier to follow", "interactive diagram", "two-way diagram", "request/response flow", "make a free-form HTML diagram" — even if they never say the word HTML. Especially good when both the request direction AND the response direction need to be shown, or when a templated tool (archify, mermaid) is too rigid. Do NOT use for data charts (bar/line/pie), and do not use when the user asks specifically for archify or mermaid.
Odoo 16 development reference for Python models and ORM (search, domain, read_group, compute fields), XML/CSV data and views, OWL/JS client code, QWeb reports, security (ACL, record rules, groups), cron and server actions, migrations and module upgrades, tests, i18n, and performance. Use this skill whenever work involves Odoo 16 or custom addons—even if the user only pastes a traceback, mentions addons/ or __manifest__.py, describes form/tree/kanban/XML errors, HTTP controllers, or business rules on models—including building features, fixing bugs, refactoring, or reviewing addon code. Includes CSS/SCSS asset authoring and review for Odoo addons.
Odoo 17 development reference for Python models and ORM (search, domain, read_group, compute fields), XML/CSV data and views, OWL/JS client code, QWeb reports, security (ACL, record rules, groups), cron and server actions, migrations and module upgrades, tests, i18n, and performance. Use this skill whenever work involves Odoo 17 or custom addons—even if the user only pastes a traceback, mentions addons/ or __manifest__.py, describes form/tree/kanban/XML errors, HTTP controllers, or business rules on models—including building features, fixing bugs, refactoring, or reviewing addon code. Includes CSS/SCSS asset authoring and review for Odoo addons.