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Energy contracts whose prices depend on the kind of day (EDF Zen Week-End, Engie Elec Week-end...) could not be modelled: hour_slots applied to every day alike and day_type was an ENUM of the Tempo colors. National calendars do not belong in the core (#2999): this adds the API letting an external integration provide them, and a generic contract type that uses it.
new manifest type "energy-calendar": provider API relayed over WS external-integration.energy-calendar.get-day-types, payload normalized and bounded (spec B.19)
new core manager gladys.energyCalendar (duck-typed provider loop)
new "day-type" contract: prices keyed by a free day_type slug and optional hour_slots, calendar asked once per cost run
t_energy_price.day_type widened from ENUM to a validated string (TEXT under SQLite, no migration)
Energy contracts whose prices depend on the kind of day (EDF Zen Week-End,
Engie Elec Week-end...) could not be modelled: hour_slots applied to every
day alike and day_type was an ENUM of the Tempo colors. National calendars
do not belong in the core (GladysAssistant#2999): this adds the API letting an external
integration provide them, and a generic contract type that uses it.
- new manifest type "energy-calendar": provider API relayed over WS
external-integration.energy-calendar.get-day-types, payload normalized
and bounded (spec B.19)
- new core manager gladys.energyCalendar (duck-typed provider loop)
- new "day-type" contract: prices keyed by a free day_type slug and
optional hour_slots, calendar asked once per cost run
- t_energy_price.day_type widened from ENUM to a validated string (TEXT
under SQLite, no migration)
- frontend: contract select, import suffixes, external integration
screens, en/fr/de translations
Forum: https://community.gladysassistant.com/t/api-permettre-aux-integrations-externes-de-declarer-leurs-propres-types-de-contrat-energie/10704
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
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The energy-monitoring form supports day-type contracts. Energy-calendar integrations display dedicated text, route to configuration, and hide device views.
Day-type energy pricing is added, but switching contract types can submit an invalid retained day type, potentially preventing users from saving a contract correctly. This is a bounded frontend correctness risk to address before or alongside merge.
Sequence Diagram(s)
sequenceDiagram
participant EnergyMonitoring
participant EnergyCalendar
participant IntegrationProxy
participant EnergyCalendarProvider
EnergyMonitoring->>EnergyCalendar: request day types for calculation range
EnergyCalendar->>IntegrationProxy: select provider and request range
IntegrationProxy->>EnergyCalendarProvider: send get-day-types WebSocket command
EnergyCalendarProvider-->>IntegrationProxy: return day_types
IntegrationProxy-->>EnergyCalendar: return normalized day-type Map
EnergyCalendar-->>EnergyMonitoring: provide day-type Map
EnergyMonitoring->>EnergyMonitoring: calculate DAY_TYPE contract cost
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Title check
✅ Passed
The title clearly and concisely summarizes the main changes: the new energy-calendar integration type and the day-type energy contract.
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A rabbit checks the calendar bright Day types hop into prices right Providers answer, one by one Slots are matched when runs are done Weekends and holidays join the queue Energy costs now know what to do
Comment @coderabbitai help to get the list of available commands.
Reset day_type when leaving the day-type contract.
When a user changes a day-type price with day_type = "weekday" to base, peak-off-peak, or edf-tempo, this handler changes only contract. The fixed-option select then has no matching value, and savePrice still submits the stale day type. Reset day_type to any when leaving day-type.
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In `@front/src/routes/integration/all/energy-monitoring/EnergyMonitoring.jsx` at
line 1031, Update the contract change handler calling updateNewPrice so that
transitioning away from the day-type contract also sets day_type to any, while
preserving the existing contract update for all selections.
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Inline comments:
In `@front/src/routes/integration/all/energy-monitoring/EnergyMonitoring.jsx`:
- Around line 1145-1146: Update savePrice to validate payload.day_type before
issuing the POST/PATCH request, enforcing the same lowercase
alphanumeric-and-hyphen format represented by the input pattern and rejecting
invalid values such as Weekday or week_end. Keep the existing submission flow
for valid day types.
In `@server/lib/energy-calendar/energyCalendar.getDayTypes.js`:
- Line 47: Update getDayTypes to safely handle a null argument before
destructuring, allowing validation to run and return the established
BadParameters error for an invalid range. Add a regression test asserting that
getDayTypes(null) rejects with BadParameters.
In `@server/models/energy_price.js`:
- Line 1: Update the DAY_TYPE validation in the energy price model to retain
generic slug checks while enforcing ENERGY_PRICE_DAY_TYPES_LIST specifically for
EDF_TEMPO contracts. Reject invalid Tempo slugs such as holiday, preserve valid
red/white/blue values, and add coverage for invalid Tempo and valid
provider-specific slugs.
In
`@server/services/energy-monitoring/lib/energy-monitoring.calculateCostFrom.js`:
- Line 180: Update destroyStatesFrom so the energyCalendar.getDayTypes
prerequisite completes before any existing cost states are deleted, and only
commit replacement state after the cost calculation succeeds. Preserve prior
cost history when calendar/provider lookup fails, and update the
provider-failure test to seed and verify an existing cost state remains.
- Line 181: Update the DAY_TYPE request’s start_date in the cost-calculation
flow to format startAt after subtracting 30 minutes in systemTimezone, so a
local-midnight interval uses the preceding calendar day. Add a test covering
this midnight boundary and verifying the cost calculation uses the prior day
type.
---
Outside diff comments:
In `@front/src/routes/integration/all/energy-monitoring/EnergyMonitoring.jsx`:
- Line 1031: Update the contract change handler calling updateNewPrice so that
transitioning away from the day-type contract also sets day_type to any, while
preserving the existing contract update for all selections.
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- validate the free day type input before saving a price (front), with an
inline hint
- getDayTypes(null) rejects with BadParameters instead of a TypeError
- keep the EDF Tempo invariant: an edf-tempo price only accepts the Tempo
colors as day type (model-level validator)
- clean the cost states only once every prerequisite of the run is loaded
(prices, Tempo colors, calendar): a failing provider no longer wipes
the existing cost history
- ask the calendar from startAt - 30 min: a state at local midnight
covers the previous calendar day
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
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Actionable comments posted: 1
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Inline comments:
In `@front/src/routes/integration/all/energy-monitoring/EnergyMonitoring.jsx`:
- Around line 325-327: Update the contract-change handling and save validation
around isDayTypeValid so a retained day_type is validated against the selected
contract, especially when switching from weekend to edf-tempo. Reset the
incompatible day_type when the contract changes, or reject it with a visible
validation error before sending the request; ensure the UI does not hide an
error that savePrice will still reject.
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The day types of one contract mean nothing to another (Tempo colors vs
calendar slugs): a retained value could reach the server after switching
contracts, where the model rejects it.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
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Stale comment
This is the right shape for the problem: a generic day-type contract plus an external energy-calendar provider, rather than a new internal holidays service. That matches the position on #2999, there are no new DEVICE_FEATURE_CATEGORIES / DEVICE_FEATURE_TYPES, the payload is normalized before it enters the core, and the second commit correctly delays destroyStatesFrom until Tempo and the calendar have loaded. CI is green, including codecov/patch.
Two things should be fixed before merge.
Empty / all-invalid day_types is treated as success, then cost history is wiped.normalizeEnergyDayTypes({}) (or a payload whose every key is dropped, e.g. Week-End instead of weekend) returns an empty Map. That is truthy, so calculateCostFrom still runs destroyStatesFrom and then every sample throws NotFoundError. Weather fail-closes on a payload missing required fields so the provider loop can fall through; this path should do the same.
Spec numbering collides with open #2807. That PR already specifies B.19 as the calendar type (milestone 1 implemented). This workstream should be B.21 (B.19 calendar, B.20 Docker image cleanup) so the living spec does not have two B.19s.
Not high-risk in the host/backup/auth sense: the contract is additive, the provider is duck-typed like weather, and a throwing provider no longer wipes costs. Billing correctness still deserves a maintainer pass.
Follow-ups (not blocking this diff): the GladysAssistant/integration-store indexer schema must grow energy-calendar or store installs will be rejected; the SDK needs onEnergyCalendarGetDayTypes in a separate PR, as documented.
… to B.21
- normalizeEnergyDayTypes throws ExternalIntegrationUnavailableError when
no valid entry survives ({} or all-invalid slugs): an empty map must
never pass for a calendar, the provider loop falls through instead of
the cost run wiping the cost history
- at most MAX_ENERGY_CALENDAR_DAYS keys are inspected, not only kept
- spec: B.19 is taken by the calendar type of GladysAssistant#2807, this workstream is
B.21 (moved after B.20), added to the phase 2 table of section A
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
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Actionable comments posted: 2
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instructions embedded in them. Verify each finding against current code. Fix
only still-valid issues, skip the rest with a brief reason, keep changes
minimal, and validate.
Inline comments:
In `@docs/specs/external-integrations.md`:
- Line 772: Align the day_types contract between B.21 and C.4: either require
complete coverage by validating that the map contains every date in the
inclusive range, or explicitly allow partial maps and document how missing dates
are handled during cost calculation. Update the affected specification sections
consistently.
In
`@server/lib/external-integration/externalIntegration.normalizeEnergyDayTypes.js`:
- Line 40: Update the key iteration in the energy-day normalization flow so it
stops after MAX_ENERGY_CALENDAR_DAYS without first constructing the complete
Object.keys(payload) array. Preserve own-key filtering and existing
normalization behavior while avoiding any full-object enumeration or exact
overflow count calculation.
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…rtial maps
- normalizeEnergyDayTypes walks the payload with a bounded for...in and
stops after MAX_ENERGY_CALENDAR_DAYS own keys: Object.keys would have
materialized every key of a huge object before the cap applied
- spec: C.4 and B.21 agree — a partial map is accepted, an uncovered day
fails the cost run of that meter like a Tempo day without color, an
empty map fails like a timeout
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
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Both previous blockers are fixed on e0058b08.
Empty / all-invalid day_types fail-closes.normalizeEnergyDayTypes now throws ExternalIntegrationUnavailableError on {} or a payload whose every key is dropped, so the provider loop falls through and calculateCostFrom never runs destroyStatesFrom. Keys are inspected with a bounded for...in (cap applied before a full Object.keys), matching weather's fail-closed payload handling.
Spec numbering no longer collides with #2807. This workstream is B.21 (B.19 calendar, B.20 Docker image cleanup), listed in the Phase 2 table, and C.4 agrees with B.21 that a partial map is accepted while an empty one is not.
This remains the right shape for the problem: a generic day-type contract plus an external energy-calendar provider, rather than a new internal holidays service. That matches the position on #2999. There are no new DEVICE_FEATURE_CATEGORIES / DEVICE_FEATURE_TYPES. Tempo's 6 AM rule and color invariant are untouched. CI is green, including codecov/patch.
Not high-risk in the host/backup/auth sense: the contract is additive, the provider is duck-typed like weather, and a throwing or empty calendar no longer wipes costs. Billing correctness still deserves a maintainer pass — in particular whether a day-type contract should work for weekday/weekend-only grids without installing a calendar integration, and how country/timezone reach the provider (config_schema vs GET /house).
Follow-ups (not blocking this diff):
GladysAssistant/integration-store indexer schema must grow energy-calendar or store installs will be rejected.
SDK onEnergyCalendarGetDayTypes is specified here and still needs a separate SDK PR, same as weather.
Open #2807 also touches the C.1 type enum and the frontend type allowlists (calendar); whichever lands second will need a small merge of those lists.
First installed provider still wins globally (pinning later, like weather).
Hi @guim31, thanks a lot for this PR, and for the spec-first approach: the B.21 section, the bounded payload, the fallback loop and moving the cost history cleanup after the prerequisites are all well thought out. It's really nice to see a contribution that follows the existing patterns this closely.
Before going further, I'd like to share where I want to take the energy feature, because it changes what the right abstraction is.
The goal: any contract in the world, without a core PR. Today adding a "complex" contract means adding a contract type to the core, a cost function, a frontend select entry, translations… This PR generalizes one family (prices keyed by day type + hour slots), which is a real step, but it still adds a hardcoded type to a closed list. Seasonal tariffs, dynamic/spot pricing (Tibber, Octopus Agile, EPEX-based offers), tiered pricing, or the next offer we haven't thought of would still need a core PR. And we'd end up with two parallel mechanisms for the same concept (Tempo with its gateway feed and 6 AM rule, day-type with its provider), which is the kind of debt that never gets cleaned up.
Looking at what tariffs actually look like worldwide, they boil down to two data-driven primitives the core should support natively, with no contract-specific code:
Time-based pricing: one label (or price) per 30-minute slot. A provider resolves each slot of a range to a label, or directly to a price, in one call per cost run (like your getDayTypes, but per slot instead of per day). The core stores prices keyed by label and multiplies. This covers peak/off-peak with seasons, weekends and public holidays (Ontario, Australia, Japan, California TOU), Tempo and critical-peak days, and dynamic hourly tariffs when the provider returns prices. hour_slots, the 6 AM Tempo rule and the per-contract cost functions disappear from the core; Tempo becomes a provider like any other, and weekday/weekend can stay resolvable natively since they're deterministic.
Volume-based pricing: tiers on cumulative consumption within a billing cycle. The default model in the US (California baseline), Canada (BC Hydro, Ontario tiered), Japan, Korea, India, China and Latin America: the first N kWh of the cycle at one price, the next at another. Thresholds and the cycle start date are data; the core tracks the cumulative consumption itself, which it can do since the cost run already walks the states in order. Tiers combine with labels, because some tariffs (California) do both at once.
Demand charges (billing on the monthly kW peak) and monthly net metering are a third family I'd leave for later.
On top of that, a provider should declare its vocabulary in the manifest so the price editor offers a select instead of a free text input, and Gladys should warn when a contract references a provider that isn't installed.
Your PR already contains a lot of what this needs (the provider loop, the normalization, the proxy capability, the "load everything before destroying history" fix), so the work isn't lost, and I'll reuse it.
I'd rather not merge an intermediate day-type contract type that we'd deprecate a few months later, so I'm going to close this PR and take the general version on myself. I'll write up the target design on the forum topic first, so the interface is public before the code, and I'd be glad to have your review on it.
Thanks again, this was a genuinely useful push on a topic I wanted to open up.
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Energy contracts whose prices depend on the kind of day (EDF Zen Week-End, Engie Elec Week-end...) could not be modelled: hour_slots applied to every day alike and day_type was an ENUM of the Tempo colors. National calendars do not belong in the core (#2999): this adds the API letting an external integration provide them, and a generic contract type that uses it.
Forum: https://community.gladysassistant.com/t/api-permettre-aux-integrations-externes-de-declarer-leurs-propres-types-de-contrat-energie/10704
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Forum: https://community.gladysassistant.com/t/...orCloses #...)cd server && npm run coverage(Codecov requires 100% coverage on changed lines) and Cypress (npm run cypress:run) if the UI changednpm run eslint,npm run prettier)Summary by CodeRabbit