Use system actor for cycle generation
Update cycle generator, member hooks, and job to use system actor. Remove actor parameters as cycle generation is a mandatory side effect.
This commit is contained in:
parent
f0169c95b7
commit
c64b74588f
3 changed files with 65 additions and 87 deletions
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@ -125,7 +125,7 @@ defmodule Mv.Membership.Member do
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{:ok, member} ->
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if member.membership_fee_type_id && member.join_date do
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actor = Map.get(changeset.context, :actor)
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handle_cycle_generation(member, actor: actor)
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handle_cycle_generation(member, [])
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end
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{:error, _} ->
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@ -196,9 +196,7 @@ defmodule Mv.Membership.Member do
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Ash.Changeset.changing_attribute?(changeset, :membership_fee_type_id)
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if fee_type_changed && member.membership_fee_type_id && member.join_date do
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actor = Map.get(changeset.context, :actor)
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case regenerate_cycles_on_type_change(member, actor: actor) do
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case regenerate_cycles_on_type_change(member) do
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{:ok, notifications} ->
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# Return notifications to Ash - they will be sent automatically after commit
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{:ok, member, notifications}
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@ -231,7 +229,7 @@ defmodule Mv.Membership.Member do
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if (join_date_changed || exit_date_changed) && member.membership_fee_type_id do
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actor = Map.get(changeset.context, :actor)
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handle_cycle_generation(member, actor: actor)
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handle_cycle_generation(member, [])
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end
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{:error, _} ->
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@ -790,37 +788,37 @@ defmodule Mv.Membership.Member do
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# Returns {:ok, notifications} or {:error, reason} where notifications are collected
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# to be sent after transaction commits
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@doc false
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def regenerate_cycles_on_type_change(member, opts \\ []) do
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# Uses system actor for cycle regeneration (mandatory side effect)
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def regenerate_cycles_on_type_change(member, _opts \\ []) do
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alias Mv.Helpers
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alias Mv.Helpers.SystemActor
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today = Date.utc_today()
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lock_key = :erlang.phash2(member.id)
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actor = Keyword.get(opts, :actor)
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# Use advisory lock to prevent concurrent deletion and regeneration
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# This ensures atomicity when multiple updates happen simultaneously
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if Mv.Repo.in_transaction?() do
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regenerate_cycles_in_transaction(member, today, lock_key, actor: actor)
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regenerate_cycles_in_transaction(member, today, lock_key)
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else
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regenerate_cycles_new_transaction(member, today, lock_key, actor: actor)
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regenerate_cycles_new_transaction(member, today, lock_key)
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end
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end
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# Already in transaction: use advisory lock directly
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# Returns {:ok, notifications} - notifications should be returned to after_action hook
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defp regenerate_cycles_in_transaction(member, today, lock_key, opts) do
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actor = Keyword.get(opts, :actor)
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defp regenerate_cycles_in_transaction(member, today, lock_key) do
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Ecto.Adapters.SQL.query!(Mv.Repo, "SELECT pg_advisory_xact_lock($1)", [lock_key])
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do_regenerate_cycles_on_type_change(member, today, skip_lock?: true, actor: actor)
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do_regenerate_cycles_on_type_change(member, today, skip_lock?: true)
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end
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# Not in transaction: start new transaction with advisory lock
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# Returns {:ok, notifications} - notifications should be sent by caller (e.g., via after_action)
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defp regenerate_cycles_new_transaction(member, today, lock_key, opts) do
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actor = Keyword.get(opts, :actor)
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defp regenerate_cycles_new_transaction(member, today, lock_key) do
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Mv.Repo.transaction(fn ->
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Ecto.Adapters.SQL.query!(Mv.Repo, "SELECT pg_advisory_xact_lock($1)", [lock_key])
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case do_regenerate_cycles_on_type_change(member, today, skip_lock?: true, actor: actor) do
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case do_regenerate_cycles_on_type_change(member, today, skip_lock?: true) do
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{:ok, notifications} ->
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# Return notifications - they will be sent by the caller
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notifications
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@ -838,11 +836,16 @@ defmodule Mv.Membership.Member do
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# Performs the actual cycle deletion and regeneration
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# Returns {:ok, notifications} or {:error, reason}
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# notifications are collected to be sent after transaction commits
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# Uses system actor for all operations
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defp do_regenerate_cycles_on_type_change(member, today, opts) do
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alias Mv.Helpers
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alias Mv.Helpers.SystemActor
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require Ash.Query
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skip_lock? = Keyword.get(opts, :skip_lock?, false)
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actor = Keyword.get(opts, :actor)
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system_actor = SystemActor.get_system_actor()
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actor_opts = Helpers.ash_actor_opts(system_actor)
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# Find all unpaid cycles for this member
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# We need to check cycle_end for each cycle using its own interval
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@ -852,21 +855,11 @@ defmodule Mv.Membership.Member do
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|> Ash.Query.filter(status == :unpaid)
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|> Ash.Query.load([:membership_fee_type])
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result =
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if actor do
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Ash.read(all_unpaid_cycles_query, actor: actor)
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else
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Ash.read(all_unpaid_cycles_query)
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end
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case result do
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case Ash.read(all_unpaid_cycles_query, actor_opts) do
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{:ok, all_unpaid_cycles} ->
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cycles_to_delete = filter_future_cycles(all_unpaid_cycles, today)
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delete_and_regenerate_cycles(cycles_to_delete, member.id, today,
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skip_lock?: skip_lock?,
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actor: actor
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)
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delete_and_regenerate_cycles(cycles_to_delete, member.id, today, skip_lock?: skip_lock?)
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{:error, reason} ->
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{:error, reason}
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@ -893,16 +886,16 @@ defmodule Mv.Membership.Member do
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# Deletes future cycles and regenerates them with the new type/amount
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# Passes today to ensure consistent date across deletion and regeneration
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# Returns {:ok, notifications} or {:error, reason}
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# Uses system actor for cycle generation
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defp delete_and_regenerate_cycles(cycles_to_delete, member_id, today, opts) do
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skip_lock? = Keyword.get(opts, :skip_lock?, false)
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actor = Keyword.get(opts, :actor)
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if Enum.empty?(cycles_to_delete) do
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# No cycles to delete, just regenerate
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regenerate_cycles(member_id, today, skip_lock?: skip_lock?, actor: actor)
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regenerate_cycles(member_id, today, skip_lock?: skip_lock?)
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else
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case delete_cycles(cycles_to_delete) do
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:ok -> regenerate_cycles(member_id, today, skip_lock?: skip_lock?, actor: actor)
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:ok -> regenerate_cycles(member_id, today, skip_lock?: skip_lock?)
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{:error, reason} -> {:error, reason}
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end
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end
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@ -928,13 +921,11 @@ defmodule Mv.Membership.Member do
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# Returns {:ok, notifications} - notifications should be returned to after_action hook
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defp regenerate_cycles(member_id, today, opts) do
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skip_lock? = Keyword.get(opts, :skip_lock?, false)
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actor = Keyword.get(opts, :actor)
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case Mv.MembershipFees.CycleGenerator.generate_cycles_for_member(
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member_id,
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today: today,
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skip_lock?: skip_lock?,
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actor: actor
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skip_lock?: skip_lock?
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) do
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{:ok, _cycles, notifications} when is_list(notifications) ->
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{:ok, notifications}
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@ -948,25 +939,22 @@ defmodule Mv.Membership.Member do
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# based on environment (test vs production)
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# This function encapsulates the common logic for cycle generation
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# to avoid code duplication across different hooks
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defp handle_cycle_generation(member, opts) do
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actor = Keyword.get(opts, :actor)
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# Uses system actor for cycle generation (mandatory side effect)
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defp handle_cycle_generation(member, _opts) do
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if Mv.Config.sql_sandbox?() do
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handle_cycle_generation_sync(member, actor: actor)
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handle_cycle_generation_sync(member)
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else
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handle_cycle_generation_async(member, actor: actor)
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handle_cycle_generation_async(member)
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end
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end
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# Runs cycle generation synchronously (for test environment)
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defp handle_cycle_generation_sync(member, opts) do
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defp handle_cycle_generation_sync(member) do
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require Logger
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actor = Keyword.get(opts, :actor)
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case Mv.MembershipFees.CycleGenerator.generate_cycles_for_member(
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member.id,
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today: Date.utc_today(),
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actor: actor
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today: Date.utc_today()
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) do
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{:ok, cycles, notifications} ->
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send_notifications_if_any(notifications)
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@ -978,11 +966,9 @@ defmodule Mv.Membership.Member do
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end
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# Runs cycle generation asynchronously (for production environment)
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defp handle_cycle_generation_async(member, opts) do
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actor = Keyword.get(opts, :actor)
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defp handle_cycle_generation_async(member) do
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Task.Supervisor.async_nolink(Mv.TaskSupervisor, fn ->
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case Mv.MembershipFees.CycleGenerator.generate_cycles_for_member(member.id, actor: actor) do
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case Mv.MembershipFees.CycleGenerator.generate_cycles_for_member(member.id) do
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{:ok, cycles, notifications} ->
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send_notifications_if_any(notifications)
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log_cycle_generation_success(member, cycles, notifications, sync: false)
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@ -30,12 +30,11 @@ defmodule Mv.MembershipFees.CycleGenerator do
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## Authorization
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This module runs systemically and accepts optional actor parameters.
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When called from hooks/changes, actor is extracted from changeset context.
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When called directly, actor should be provided for proper authorization.
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This module runs systemically and uses the system actor for all operations.
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This ensures that cycle generation always works, regardless of user permissions.
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All functions accept an optional `actor` parameter in the `opts` keyword list
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that is passed to Ash operations to ensure proper authorization checks are performed.
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All functions use `Mv.Helpers.SystemActor.get_system_actor/0` to bypass
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user permission checks, as cycle generation is a mandatory side effect.
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## Examples
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@ -47,6 +46,8 @@ defmodule Mv.MembershipFees.CycleGenerator do
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"""
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alias Mv.Helpers
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alias Mv.Helpers.SystemActor
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alias Mv.Membership.Member
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alias Mv.MembershipFees.CalendarCycles
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alias Mv.MembershipFees.Changes.SetMembershipFeeStartDate
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@ -86,9 +87,7 @@ defmodule Mv.MembershipFees.CycleGenerator do
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def generate_cycles_for_member(member_or_id, opts \\ [])
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def generate_cycles_for_member(member_id, opts) when is_binary(member_id) do
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actor = Keyword.get(opts, :actor)
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case load_member(member_id, actor: actor) do
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case load_member(member_id) do
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{:ok, member} -> generate_cycles_for_member(member, opts)
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{:error, reason} -> {:error, reason}
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end
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@ -98,27 +97,25 @@ defmodule Mv.MembershipFees.CycleGenerator do
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today = Keyword.get(opts, :today, Date.utc_today())
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skip_lock? = Keyword.get(opts, :skip_lock?, false)
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do_generate_cycles_with_lock(member, today, skip_lock?, opts)
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do_generate_cycles_with_lock(member, today, skip_lock?)
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end
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# Generate cycles with lock handling
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# Returns {:ok, cycles, notifications} - notifications are never sent here,
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# they should be returned to the caller (e.g., via after_action hook)
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defp do_generate_cycles_with_lock(member, today, true = _skip_lock?, opts) do
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defp do_generate_cycles_with_lock(member, today, true = _skip_lock?) do
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# Lock already set by caller (e.g., regenerate_cycles_on_type_change)
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# Just generate cycles without additional locking
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actor = Keyword.get(opts, :actor)
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do_generate_cycles(member, today, actor: actor)
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do_generate_cycles(member, today)
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end
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defp do_generate_cycles_with_lock(member, today, false, opts) do
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defp do_generate_cycles_with_lock(member, today, false) do
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lock_key = :erlang.phash2(member.id)
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actor = Keyword.get(opts, :actor)
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Repo.transaction(fn ->
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Ecto.Adapters.SQL.query!(Repo, "SELECT pg_advisory_xact_lock($1)", [lock_key])
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case do_generate_cycles(member, today, actor: actor) do
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case do_generate_cycles(member, today) do
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{:ok, cycles, notifications} ->
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# Return cycles and notifications - do NOT send notifications here
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# They will be sent by the caller (e.g., via after_action hook)
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@ -168,12 +165,15 @@ defmodule Mv.MembershipFees.CycleGenerator do
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# Query ALL members with fee type assigned (including inactive/left members)
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# The exit_date boundary is applied during cycle generation, not here.
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# This allows catch-up generation for members who left but are missing cycles.
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system_actor = SystemActor.get_system_actor()
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opts = Helpers.ash_actor_opts(system_actor)
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query =
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Member
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|> Ash.Query.filter(not is_nil(membership_fee_type_id))
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|> Ash.Query.filter(not is_nil(join_date))
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case Ash.read(query) do
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case Ash.read(query, opts) do
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{:ok, members} ->
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results = process_members_in_batches(members, batch_size, today)
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{:ok, build_results_summary(results)}
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@ -235,33 +235,25 @@ defmodule Mv.MembershipFees.CycleGenerator do
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# Private functions
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defp load_member(member_id, opts) do
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actor = Keyword.get(opts, :actor)
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defp load_member(member_id) do
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system_actor = SystemActor.get_system_actor()
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opts = Helpers.ash_actor_opts(system_actor)
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query =
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Member
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|> Ash.Query.filter(id == ^member_id)
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|> Ash.Query.load([:membership_fee_type, :membership_fee_cycles])
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result =
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if actor do
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Ash.read_one(query, actor: actor)
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else
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Ash.read_one(query)
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end
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case result do
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case Ash.read_one(query, opts) do
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{:ok, nil} -> {:error, :member_not_found}
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{:ok, member} -> {:ok, member}
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{:error, reason} -> {:error, reason}
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end
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end
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defp do_generate_cycles(member, today, opts) do
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actor = Keyword.get(opts, :actor)
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defp do_generate_cycles(member, today) do
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# Reload member with relationships to ensure fresh data
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case load_member(member.id, actor: actor) do
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case load_member(member.id) do
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{:ok, member} ->
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cond do
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is_nil(member.membership_fee_type_id) ->
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@ -271,7 +263,7 @@ defmodule Mv.MembershipFees.CycleGenerator do
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{:error, :no_join_date}
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true ->
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generate_missing_cycles(member, today, actor: actor)
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generate_missing_cycles(member, today)
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end
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{:error, reason} ->
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@ -279,8 +271,7 @@ defmodule Mv.MembershipFees.CycleGenerator do
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end
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end
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defp generate_missing_cycles(member, today, opts) do
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actor = Keyword.get(opts, :actor)
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defp generate_missing_cycles(member, today) do
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fee_type = member.membership_fee_type
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interval = fee_type.interval
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amount = fee_type.amount
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@ -296,7 +287,7 @@ defmodule Mv.MembershipFees.CycleGenerator do
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# Only generate if start_date <= end_date
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if start_date && Date.compare(start_date, end_date) != :gt do
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cycle_starts = generate_cycle_starts(start_date, end_date, interval)
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create_cycles(cycle_starts, member.id, fee_type.id, amount, actor: actor)
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create_cycles(cycle_starts, member.id, fee_type.id, amount)
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else
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{:ok, [], []}
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end
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@ -391,8 +382,10 @@ defmodule Mv.MembershipFees.CycleGenerator do
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end
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end
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defp create_cycles(cycle_starts, member_id, fee_type_id, amount, opts) do
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actor = Keyword.get(opts, :actor)
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defp create_cycles(cycle_starts, member_id, fee_type_id, amount) do
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system_actor = SystemActor.get_system_actor()
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opts = Helpers.ash_actor_opts(system_actor)
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# Always use return_notifications?: true to collect notifications
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# Notifications will be returned to the caller, who is responsible for
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# sending them (e.g., via after_action hook returning {:ok, result, notifications})
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@ -407,7 +400,7 @@ defmodule Mv.MembershipFees.CycleGenerator do
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}
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handle_cycle_creation_result(
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Ash.create(MembershipFeeCycle, attrs, return_notifications?: true, actor: actor),
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Ash.create(MembershipFeeCycle, attrs, [return_notifications?: true] ++ opts),
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cycle_start
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)
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end)
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@ -556,9 +556,8 @@ defmodule MvWeb.MemberLive.Show.MembershipFeesComponent do
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def handle_event("regenerate_cycles", _params, socket) do
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socket = assign(socket, :regenerating, true)
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member = socket.assigns.member
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actor = current_actor(socket)
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case CycleGenerator.generate_cycles_for_member(member.id, actor: actor) do
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case CycleGenerator.generate_cycles_for_member(member.id) do
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{:ok, _new_cycles, _notifications} ->
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# Reload member with cycles
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actor = current_actor(socket)
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