Files
sure/app/models/snaptrade_account.rb
LPW ee6afb48fd Add encryption support to provider account models (#815)
* Enable encryption for raw payloads in account models.

* Add backfill support for Snaptrade, Coinbase, Coinstats, and Mercury accounts.
2026-02-04 23:40:01 +01:00

191 lines
6.6 KiB
Ruby

class SnaptradeAccount < ApplicationRecord
include CurrencyNormalizable, Encryptable
include SnaptradeAccount::DataHelpers
# Encrypt raw payloads if ActiveRecord encryption is configured
if encryption_ready?
encrypts :raw_payload
encrypts :raw_transactions_payload
encrypts :raw_holdings_payload
encrypts :raw_activities_payload
end
belongs_to :snaptrade_item
# Association through account_providers for linking to Sure accounts
has_one :account_provider, as: :provider, dependent: :destroy
has_one :linked_account, through: :account_provider, source: :account
validates :name, :currency, presence: true
# Enqueue cleanup job after destruction to avoid blocking transaction with API call
after_destroy :enqueue_connection_cleanup
# Helper to get the linked Sure account
def current_account
linked_account
end
# Ensure there is an AccountProvider link for this SnapTrade account and the given Account.
# Safe and idempotent; returns the AccountProvider or nil if no account is provided.
def ensure_account_provider!(account = nil)
# If account_provider already exists, update it if needed
if account_provider.present?
account_provider.update!(account: account) if account && account_provider.account_id != account.id
return account_provider
end
# Need an account to create the provider
acct = account || current_account
return nil unless acct
provider = AccountProvider
.find_or_initialize_by(provider_type: "SnaptradeAccount", provider_id: id)
.tap do |p|
p.account = acct
p.save!
end
# Reload the association so future accesses don't return stale/nil value
reload_account_provider
provider
rescue => e
Rails.logger.warn("SnaptradeAccount##{id}: failed to ensure AccountProvider link: #{e.class} - #{e.message}")
nil
end
# Import account data from SnapTrade API response
# Expected JSON structure:
# {
# "id": "uuid",
# "brokerage_authorization": "uuid", # just a string, not an object
# "name": "Robinhood Individual",
# "number": "123456",
# "institution_name": "Robinhood",
# "balance": { "total": { "amount": 1000.00, "currency": "USD" } },
# "meta": { "type": "INDIVIDUAL", "institution_name": "Robinhood" }
# }
def upsert_from_snaptrade!(account_data)
# Deep convert SDK objects to hashes - .to_h only does top level,
# so we use JSON round-trip to get nested objects as hashes too
data = sdk_object_to_hash(account_data)
data = data.with_indifferent_access
# Extract meta data
meta_data = (data[:meta] || {}).with_indifferent_access
# Extract balance data - currency is nested in balance.total
balance_data = (data[:balance] || {}).with_indifferent_access
total_balance = (balance_data[:total] || {}).with_indifferent_access
# Institution name can be at top level or in meta
institution_name = data[:institution_name] || meta_data[:institution_name]
# brokerage_authorization is just a string ID, not an object
auth_id = data[:brokerage_authorization]
auth_id = auth_id[:id] if auth_id.is_a?(Hash) # handle both formats
update!(
snaptrade_account_id: data[:id],
snaptrade_authorization_id: auth_id,
account_number: data[:number],
name: data[:name] || "#{institution_name} Account",
brokerage_name: institution_name,
currency: extract_currency_code(total_balance[:currency]) || "USD",
account_type: meta_data[:type] || data[:raw_type],
account_status: data[:status],
current_balance: total_balance[:amount],
institution_metadata: {
name: institution_name,
sync_status: data[:sync_status],
portfolio_group: data[:portfolio_group]
}.compact,
raw_payload: data
)
end
# Store holdings data from SnapTrade API
def upsert_holdings_snapshot!(holdings_data)
update!(
raw_holdings_payload: holdings_data,
last_holdings_sync: Time.current
)
end
# Store activities data from SnapTrade API
def upsert_activities_snapshot!(activities_data)
update!(
raw_activities_payload: activities_data,
last_activities_sync: Time.current
)
end
# Store balances data
# NOTE: This only updates cash_balance, NOT current_balance.
# current_balance represents total account value (holdings + cash)
# and is set by upsert_from_snaptrade! from the balance.total field.
def upsert_balances!(balances_data)
# Deep convert each balance entry to ensure we have hashes
data = Array(balances_data).map { |b| sdk_object_to_hash(b).with_indifferent_access }
Rails.logger.info "SnaptradeAccount##{id} upsert_balances! - raw data: #{data.inspect}"
# Find cash balance (usually in USD or account currency)
cash_entry = data.find { |b| b.dig(:currency, :code) == currency } ||
data.find { |b| b.dig(:currency, :code) == "USD" } ||
data.first
if cash_entry
cash_value = cash_entry[:cash]
Rails.logger.info "SnaptradeAccount##{id} upsert_balances! - setting cash_balance=#{cash_value}"
# Only update cash_balance, preserve current_balance (total account value)
update!(cash_balance: cash_value)
end
end
# Get the SnapTrade provider instance via the parent item
def snaptrade_provider
snaptrade_item.snaptrade_provider
end
# Get SnapTrade credentials for API calls
def snaptrade_credentials
snaptrade_item.snaptrade_credentials
end
private
# Enqueue a background job to clean up the SnapTrade connection
# This runs asynchronously after the record is destroyed to avoid
# blocking the DB transaction with an external API call
def enqueue_connection_cleanup
return unless snaptrade_authorization_id.present?
SnaptradeConnectionCleanupJob.perform_later(
snaptrade_item_id: snaptrade_item_id,
authorization_id: snaptrade_authorization_id,
account_id: id
)
end
def log_invalid_currency(currency_value)
Rails.logger.warn("Invalid currency code '#{currency_value}' for SnapTrade account #{id}, defaulting to USD")
end
# Extract currency code from either a string or a currency object (hash with :code key)
# SnapTrade API may return currency as either format depending on the endpoint
def extract_currency_code(currency_value)
return nil if currency_value.blank?
if currency_value.is_a?(Hash)
# Currency object: { code: "USD", id: "..." }
currency_value[:code] || currency_value["code"]
else
# String: "USD"
parse_currency(currency_value)
end
end
end