Files
integreat/src/clj/auto_ap/graphql/checks.clj
2023-08-03 16:38:15 -07:00

779 lines
40 KiB
Clojure

(ns auto-ap.graphql.checks
(:require
[amazonica.aws.s3 :as s3]
[auto-ap.datomic :refer [conn remove-nils pull-many audit-transact]]
[auto-ap.datomic.accounts :as a]
[auto-ap.datomic.bank-accounts :as d-bank-accounts]
[auto-ap.datomic.checks :as d-checks]
[auto-ap.datomic.clients :as d-clients]
[auto-ap.datomic.invoices :as d-invoices]
[auto-ap.datomic.transactions :as d-transactions]
[auto-ap.datomic.vendors :as d-vendors]
[auto-ap.graphql.utils
:refer [->graphql
<-graphql
attach-tracing-resolvers
assert-admin
assert-can-see-client
assert-failure
assert-not-locked
enum->keyword]]
[auto-ap.numeric :refer [num->words]]
[auto-ap.time :refer [iso-date local-now parse]]
[auto-ap.utils :refer [by dollars-0?]]
[clj-pdf.core :as pdf]
[clj-time.coerce :as c]
[clj-time.core :as time]
[clj-time.format :as f]
[clojure.edn :as edn]
[clojure.java.io :as io]
[clojure.set :as set]
[clojure.string :as str]
[clojure.tools.logging :as log]
[com.brunobonacci.mulog :as mu]
[com.walmartlabs.lacinia.util :refer [attach-resolvers]]
[config.core :refer [env]]
[clj-time.coerce :as coerce]
[datomic.api :as dc]
[digest]
[auto-ap.solr :as solr])
(:import
(java.io ByteArrayOutputStream)
(java.text DecimalFormat)
(java.util UUID)))
(def parser (f/formatter "MM/dd/YYYY"))
(defn date->str [t]
(f/unparse parser t))
(defn distribute [nums]
(let [sum (reduce + 0 nums)]
(map #(* 100 (/ % sum)) nums)))
(defn split-memo [memo]
(str/join "\n"
(reverse
(take 6
(concat
(reduce
(fn [[line & rest ] word]
(let [line (or line "")]
(if (> (+ (count line) (count word)) 50)
(concat [word line] rest)
(concat [(str line " " word)]
rest))))
[]
(str/split memo #" "))
(repeat ""))))))
(defn make-check-pdf [check]
(let [output-stream (ByteArrayOutputStream.)]
(pdf/pdf
[{:left-margin 25 :right-margin 0 :top-margin 0 :bottom-margin 0 :size :letter}
(let [{:keys [bank-account paid-to client check date amount memo] {print-as :vendor/print-as vendor-name :vendor/name :as vendor} :vendor} check
df (DecimalFormat. "#,###.00")
word-amount (num->words amount)
amount (str "--" (.format df amount) "--")]
[:table {:num-cols 12 :border false :leading 11 :widths (distribute [2 3 3 3 3 3 3 3 3 2 2 2])}
[(let [{:keys [:client/name] {:keys [:address/street1 :address/city :address/state :address/zip]} :client/address} client]
[:cell {:colspan 5 } [:paragraph {:leading 14} name "\n" street1 "\n" (str city ", " state " " zip)] ])
(let [{:keys [:bank-account/bank-name :bank-account/bank-code] } bank-account]
[:cell {:colspan 5 :align :center} [:paragraph {:style :bold} bank-name] [:paragraph {:size 8 :leading 8} bank-code]])
[:cell {:colspan 2 :size 13}
check]]
[[:cell {:colspan 9}]
[:cell {:colspan 3 :leading -10} date]]
[[:cell {:colspan 12 :size 14}]
]
[[:cell {:size 13 :leading 13} "PAY"]
[:cell {:size 8 :leading 8 } "TO THE ORDER OF"]
[:cell {:colspan 7} (if (seq print-as)
print-as
vendor-name)]
[:cell {:colspan 3} amount]]
[[:cell {}]
[:cell {:colspan 8 :size 7} (str " -- " word-amount " " (str/join "" (take (max
2
(- 95
(count word-amount)))
(repeat "-"))))
[:line {:line-width 0.15 :color [50 50 50]}]]
[:cell {:colspan 3}]]
[[:cell {:size 9 :leading 11.5} "\n\n\n\n\nMEMO"]
[:cell {:colspan 5 :leading 11.5} (split-memo memo)
[:line {:line-width 0.15 :color [50 50 50]}]]
[:cell {:colspan 6 } (if (:client/signature-file client)
[:image { :top-margin 90 :xscale 0.30 :yscale 0.30 :align :center}
(:client/signature-file client)]
[:spacer])]]
#_[
#_[:cell {:colspan 5} #_memo ]
#_[:cell {:colspan 6}]]
[[:cell {:colspan 2}]
[:cell {:colspan 10 :leading 30}
[:phrase {:size 18 :ttf-name "public/micrenc.ttf"} (str "c" check "c a" (:bank-account/routing bank-account) "a " (:bank-account/number bank-account) "c")]]]
[[:cell {:colspan 12 :leading 18} [:spacer]]]
[[:cell]
(into
[:cell {:colspan 9}]
(let [{:keys [:client/name]
{:keys [:address/street1 :address/street2 :address/city :address/state :address/zip ]} :client/address} client]
(filter identity
(list
[:paragraph " " name]
[:paragraph " " street1]
(when (not (str/blank? street2))
[:paragraph " " street2])
[:paragraph " " city ", " state " " zip]))))
[:cell {:colspan 2 :size 13}
check]]
[[:cell {:colspan 12 :leading 74} [:spacer]]]
[[:cell]
[:cell {:colspan 5} [:paragraph
" " vendor-name "\n"
" " (:address/street1 (:vendor/address vendor)) "\n"
(when (not (str/blank? (:address/street2 (:vendor/address vendor))))
(str " " (:address/street2 (:vendor/address vendor)) "\n")
)
" " (:address/city (:vendor/address vendor)) ", " (:address/state (:vendor/address vendor)) " " (:address/zip (:vendor/address vendor))]]
[:cell {:align :right}
"Paid to:\n"
"Amount:\n"
"Date:\n"]
[:cell {:colspan 5}
[:paragraph paid-to]
[:paragraph amount]
[:paragraph date]]]
[[:cell {:colspan 3} "Memo:"]
[:cell {:colspan 9} memo]]
[[:cell {:colspan 12} [:spacer]]]
[[:cell {:colspan 12} [:spacer]]]
[[:cell {:colspan 12} [:spacer]]]
[[:cell {:colspan 12} [:spacer]]]
[[:cell {:colspan 3}]
[:cell {:align :right :colspan 2}
"Check:\n"
"Vendor:\n"
"Company:\n"
"Bank Account:\n"
"Paid To:\n"
"Amount:\n"
"Date:\n"]
[:cell {:colspan 7}
[:paragraph check]
[:paragraph vendor-name]
[:paragraph (:client/name client)]
[:paragraph (:bank-account/bank-name bank-account)]
[:paragraph paid-to]
[:paragraph amount]
[:paragraph date]]]
[[:cell {:colspan 3} "Memo:"]
[:cell {:colspan 9} memo]]
])]
output-stream)
(.toByteArray output-stream)))
(defn make-pdfs [checks]
(loop [[check & checks] checks]
(when check
(let [check-bytes (-> check
:payment/pdf-data
(edn/read-string)
make-check-pdf
)]
(s3/put-object :bucket-name (:data-bucket env)
:key (:payment/s3-key check)
:input-stream (io/make-input-stream check-bytes {})
:metadata {:content-type "application/pdf"
:content-length (count check-bytes)}))
(recur checks))))
(defn merge-pdfs [keys]
(let [merged-pdf-stream (java.io.ByteArrayOutputStream.)
uuid (str (UUID/randomUUID))]
(apply pdf/collate (concat [{:size :letter} merged-pdf-stream] (->> keys
(map #(s3/get-object (:data-bucket env) %))
(map :input-stream))))
(s3/put-object :bucket-name (:data-bucket env)
:key (str "merged-checks/" uuid ".pdf")
:input-stream (io/make-input-stream (.toByteArray merged-pdf-stream) {})
:metadata {:content-length (count (.toByteArray merged-pdf-stream))
:content-type "application/pdf"})
(str "http://" (:data-bucket env) ".s3-website-us-east-1.amazonaws.com/merged-checks/" uuid ".pdf")))
#_{:clj-kondo/ignore [:unused-binding]}
(defmulti invoices->entities (fn [invoices vendor-id client bank-account type index invoice-amounts]
type))
(defn invoice-payments [invoices invoice-amounts]
(->> (for [invoice invoices
:let [invoice-amount (invoice-amounts (:db/id invoice))]
:when (and invoice-amount
(not= :invoice-status/voided (:invoice/status invoice)))]
[{:invoice-payment/payment (-> invoice :invoice/vendor :db/id str)
:invoice-payment/amount invoice-amount
:invoice-payment/invoice (:db/id invoice)}
[:pay (:db/id invoice) invoice-amount]])
(reduce into [])))
(defn base-payment [invoices vendor client bank-account _ _ invoice-amounts]
{:db/id (str (:db/id vendor))
:payment/bank-account (:db/id bank-account)
:payment/amount (reduce + 0 (map (comp invoice-amounts :db/id) invoices))
:payment/vendor (:db/id vendor)
:payment/client (:db/id client)
:payment/date (c/to-date (time/now))
:payment/invoices (map :db/id invoices)})
(defmethod invoices->entities :payment-type/check [invoices vendor client bank-account type index invoice-amounts]
(when (<= (->> invoices
(map (comp invoice-amounts :db/id))
(reduce + 0.0))
0.001)
(throw (ex-info "The selected invoices do not have an outstanding balance."
{:validation-error "The selected invoices do not have an outstanding balance."})))
(let [uuid (str (UUID/randomUUID))
memo (str "Invoice #'s: "
(str/join ", "
(map (fn [i]
(str (:invoice/invoice-number i) "(" (invoice-amounts (:db/id i)) ")"))
invoices)))
base-payment (base-payment invoices vendor client bank-account type index invoice-amounts)
payment
(remove-nils
(assoc base-payment
:payment/s3-uuid (when (> (:payment/amount base-payment) 0) uuid)
:payment/s3-key (when (> (:payment/amount base-payment) 0) (str "checks/" uuid ".pdf"))
:payment/s3-url (when (> (:payment/amount base-payment) 0) (str "http://" (:data-bucket env) ".s3-website-us-east-1.amazonaws.com/checks/" uuid ".pdf"))
:payment/check-number (+ index (:bank-account/check-number bank-account))
:payment/type :payment-type/check
:payment/memo memo
:payment/status :payment-status/pending
:payment/pdf-data (pr-str {:vendor vendor
:paid-to (or (:vendor/paid-to vendor) (:vendor/name vendor))
:amount (reduce + 0 (map (comp invoice-amounts :db/id) invoices))
:check (str (+ index (:bank-account/check-number bank-account)))
:memo memo
:date (date->str (local-now))
:client (dissoc client :client/bank-accounts :client/square-integration-status :client/ezcater-locations :client/locked-until :client/emails :client/square-auth-token :client/square-locations)
:bank-account (dissoc bank-account :bank-account/start-date :bank-account/integration-status)
#_#_:client {:name (:name client)
:address (:address client)
:signature-file (:signature-file client)
:bank {:name (:bank-account/bank-name bank-account)
:acct (:bank-account/bank-code bank-account)
:routing (:bank-account/routing bank-account)
:acct-number (:bank-account/number bank-account)}}})))]
(-> []
(conj payment)
(into (invoice-payments invoices invoice-amounts)))))
(defmethod invoices->entities :payment-type/debit [invoices vendor client bank-account type index invoice-amounts]
(when (<= (->> invoices
(map (comp invoice-amounts :db/id))
(reduce + 0.0))
0.001)
(throw (ex-info "The selected invoices do not have an outstanding balance."
{:validation-error "The selected invoices do not have an outstanding balance."})))
(let [payment (assoc (base-payment invoices vendor client bank-account type index invoice-amounts)
:payment/type :payment-type/debit
:payment/memo (str "Debit Invoice #'s: "
(str/join ", "
(map (fn [i]
(str (:invoice/invoice-number i) "(" (invoice-amounts (:db/id i)) ")"))
invoices)))
:payment/status :payment-status/pending)]
(-> []
(conj payment)
(into (invoice-payments invoices invoice-amounts)))))
(defmethod invoices->entities :payment-type/balance-credit [invoices invoice-amounts]
(when (<= (->> invoices
(map (comp invoice-amounts :db/id))
(reduce + 0.0))
0.001)
(throw (ex-info "The selected invoices do not have an outstanding balance."
{:validation-error "The selected invoices do not have an outstanding balance."})))
)
(defmethod invoices->entities :payment-type/credit [invoices vendor client bank-account type index invoice-amounts]
(when (>= (->> invoices
(map (comp invoice-amounts :db/id))
(reduce + 0.0))
0.001)
(throw (ex-info "The selected invoices do not have an outstanding balance."
{:validation-error "The selected invoices do not have an outstanding balance."})))
(let [payment (assoc (base-payment invoices vendor client bank-account type index invoice-amounts)
:payment/type :payment-type/credit
:payment/memo (str "Debit Invoice #'s: "
(str/join ", "
(map (fn [i]
(str (:invoice/invoice-number i) "(" (invoice-amounts (:db/id i)) ")"))
invoices)))
:payment/status :payment-status/pending)]
(-> []
(conj payment)
(into (invoice-payments invoices invoice-amounts)))))
(defmethod invoices->entities :payment-type/cash [invoices vendor client bank-account type index invoice-amounts]
(when (<= (->> invoices
(map (comp invoice-amounts :db/id))
(reduce + 0.0))
0.001)
(throw (ex-info "The selected invoices do not have an outstanding balance."
{:validation-error "The selected invoices do not have an outstanding balance."})))
(let [base-payment (base-payment invoices vendor client bank-account type index invoice-amounts)
transaction-id (str (UUID/randomUUID))
memo (str "Cash Invoice #'s: "
(str/join ", "
(map (fn [i]
(str (:invoice/invoice-number i) "(" (invoice-amounts (:db/id i)) ")"))
invoices)))
payment (assoc base-payment
:payment/type :payment-type/cash
:payment/date (coerce/to-date (last (sort (map :invoice/date invoices))))
:payment/memo memo
:payment/status :payment-status/cleared)
transaction [:upsert-transaction {:db/id (str "transaction-" (:db/id vendor))
:transaction/amount (- (:payment/amount base-payment))
:transaction/payment (str (:db/id vendor))
:transaction/client (:db/id client)
:transaction/status "POSTED"
:transaction/bank-account (:db/id bank-account)
:transaction/id #_{:clj-kondo/ignore [:unresolved-var]} (digest/sha-256 transaction-id)
:transaction/raw-id transaction-id
:transaction/vendor (:db/id vendor)
:transaction/description-original memo
:transaction/date (:payment/date payment)
:transaction/approval-status :transaction-approval-status/approved
:transaction/accounts [{:db/id (str "transaction-account-" (:db/id vendor))
:transaction-account/account (:db/id (a/get-account-by-numeric-code-and-sets 21000 ["default"]))
:transaction-account/location "A"
:transaction-account/amount (Math/abs (:payment/amount base-payment))}]}]]
(-> []
(conj payment)
(conj transaction)
(into (invoice-payments invoices invoice-amounts)))))
(defn validate-belonging [client-id invoices bank-account]
(when-not (apply = client-id (map (comp :db/id :invoice/client) invoices ))
(throw (ex-info "You can't pay for that invoice from this bank account."
{:validation-error "You can't pay for that invoice from this bank account."
:client-id client-id
:invoices (map :invoice/invoice-number invoices)}))
)
(when-not (= client-id (:db/id (:client/_bank-accounts bank-account)))
(throw (ex-info "The selected bank doesn't belong to this client"
{:validation-error "The selected bank doesn't belong to this client"
:client-id client-id
:invoices (map :invoice/invoice-number invoices)}))))
(defn print-checks-internal [invoice-payments client-id bank-account-id type id]
(let [type (keyword "payment-type" (name type))
invoices (d-invoices/get-multi (map :invoice-id invoice-payments))
client (d-clients/get-by-id client-id)
invoice-amounts (by :invoice-id :amount invoice-payments)
invoices-grouped-by-vendor (group-by (comp :db/id :invoice/vendor) invoices)
vendors (->> (pull-many (dc/db conn) d-vendors/default-read (keys invoices-grouped-by-vendor))
(by :db/id))
bank-account (d-bank-accounts/get-by-id bank-account-id)
_ (validate-belonging client-id invoices bank-account)
_ (when (and (nil? (:bank-account/check-number bank-account))
(= type :payment-type/check))
(let [message (str "The bank account " (:bank-account/name bank-account) " does not have a starting check number. Please ask the integreat staff to initialize it.")]
(throw (ex-info message
{:validation-error message}))))
checks (mu/trace ::build-checks []
(->> (for [[[vendor-id invoices] index] (map vector invoices-grouped-by-vendor (range))]
(invoices->entities invoices (vendors vendor-id) client bank-account type index invoice-amounts))
(reduce into [])
doall))
checks (if (= type :payment-type/check)
(conj checks [:plus (:db/id bank-account) :bank-account/check-number (count invoices-grouped-by-vendor)])
checks)]
(when (= type :payment-type/check)
(mu/trace ::making-pdfs [:checks checks]
(make-pdfs (filter #(and (= :payment-type/check (:payment/type %))
(> (:payment/amount %) 0.0))
checks))))
(let [result (audit-transact (map #(if (map? %)
(dissoc % :payment/pdf-data)
%) checks ) id)]
(doseq [[_ i] (:tempids result)]
(solr/touch-with-ledger i)))
{:invoices (d-invoices/get-multi (map :invoice-id invoice-payments))
:pdf-url (if (= type :payment-type/check)
(mu/trace ::merge-pdfs
[]
(merge-pdfs (filter identity (map :payment/s3-key checks))))
nil)}))
(defn get-payment-page [context args _]
(let [[payments checks-count] (d-checks/get-graphql (-> args
:filters
(<-graphql)
(assoc :id (:id context))
(update :payment-type enum->keyword "payment-type")
(update :status enum->keyword "payment-status")))]
[{:payments (->> payments
(map (fn [payment]
(if (seq (:transaction/_payment payment))
(-> payment
(set/rename-keys {:transaction/_payment :transaction})
(update :transaction first))
payment)))
(map ->graphql ))
:total checks-count
:count (count payments)
:start (-> args :filters (:start 0) )
:end (+ (-> args :filters (:start 0) ) (count payments))}]))
(defn get-potential-payments [context args _]
(let [transaction (d-transactions/get-by-id (:transaction_id args))
_ (assert-can-see-client (:id context) (:transaction/client transaction))
[payments _] (d-checks/get-graphql {:client-id (:db/id (:transaction/client transaction))
:bank-account-id (:db/id (:transaction/bank-account transaction))
:amount (- (:transaction/amount transaction))
:status :payment-status/pending
:date-range {:start (time/plus (:transaction/date transaction) (time/days -90))}})]
(map ->graphql (reverse (sort-by :payment/date payments)))))
(defn add-handwritten-check [context args _]
(let [invoices (d-invoices/get-multi (map :invoice_id (:invoice_payments args)))
bank-account-id (:bank_account_id args)
bank-account (d-bank-accounts/get-by-id bank-account-id)
_ (doseq [invoice invoices]
(assert-can-see-client (:id context) (:invoice/client invoice)))
client-id (:db/id (:invoice/client (first invoices)))
_ (validate-belonging (:db/id (:client/_bank-accounts bank-account)) invoices bank-account)
_ (assert-not-locked client-id (:date args))
invoice-payment-lookup (by :invoice_id :amount (:invoice_payments args))
base-payment (base-payment invoices
(:invoice/vendor (first invoices))
(:invoice/client (first invoices))
bank-account
:payment-type/check
0
invoice-payment-lookup)]
(let [result (audit-transact
(into [(assoc base-payment
:payment/type :payment-type/check
:payment/status :payment-status/pending
:payment/check-number (:check_number args)
:payment/date (c/to-date (parse (:date args) iso-date)))]
(invoice-payments invoices invoice-payment-lookup))
(:id context))]
(doseq [[_ i] (:tempids result)]
(solr/touch-with-ledger i)))
(->graphql
{:s3-url nil
:invoices (d-invoices/get-multi (map :invoice_id (:invoice_payments args)))})))
(defn void-payment [context {id :payment_id} _]
(let [check (d-checks/get-by-id id)]
(assert (or (= :payment-status/pending (:payment/status check))
(#{:payment-type/cash :payment-type/debit :payment-type/balance-credit} (:payment/type check)))
(pr-str check))
(assert-can-see-client (:id context) (:db/id (:payment/client check)))
(assert-not-locked (:db/id (:payment/client check)) (:payment/date check))
(let [removing-payments (mapcat (fn [x]
(let [invoice (:invoice-payment/invoice x)
new-balance (+ (:invoice/outstanding-balance invoice)
(:invoice-payment/amount x))]
[[:db/retractEntity (:db/id x)]
[:upsert-invoice {:db/id (:db/id invoice)
:invoice/outstanding-balance new-balance
:invoice/status (if (dollars-0? new-balance)
(:invoice/status invoice)
:invoice-status/unpaid)}]]))
(:payment/invoices check))
updated-payment {:db/id id
:payment/amount 0.0
:payment/status :payment-status/voided}]
(audit-transact (conj removing-payments updated-payment)
(:id context)))
(-> (d-checks/get-by-id id)
(->graphql))))
(defn void-payments-internal [all-ids id]
(audit-transact (->> all-ids
(dc/q '[:find (pull ?p [:db/id
{:invoice-payment/_payment [:invoice-payment/amount
:db/id
{:invoice-payment/invoice [:db/id :invoice/outstanding-balance]}]}])
:in $ [?p ...]
:where
(not [_ :transaction/payment ?p])
(not [?p :payment/status :payment-status/voided])
[?p :payment/client ?c]
[(get-else $ ?c :client/locked-until #inst "2000-01-01") ?lu]
[?p :payment/date ?d]
[(>= ?d ?lu)]
]
(dc/db conn))
(map first)
(mapcat (fn [{:keys [:db/id]
invoices :invoice-payment/_payment}]
(into
[{:db/id id
:payment/amount 0.0
:payment/status :payment-status/voided}]
(->> invoices
(mapcat (fn [{:keys [:invoice-payment/invoice :db/id :invoice-payment/amount]}]
(let [new-balance (+ (:invoice/outstanding-balance invoice)
amount)]
[[:db.fn/retractEntity id]
[:upsert-invoice {:db/id (:db/id invoice)
:invoice/outstanding-balance new-balance
:invoice/status (if (dollars-0? new-balance)
(:invoice/status invoice)
:invoice-status/unpaid)}]]))))))))
id))
(defn void-payments [context args _]
(assert-admin (:id context))
(let [args (assoc args :id (:id context))
ids (some-> args
:filters
(assoc :id (:id context))
(<-graphql)
(update :payment-type enum->keyword "payment-type")
(update :status enum->keyword "payment-status")
(assoc :per-page Integer/MAX_VALUE)
d-checks/raw-graphql-ids
:ids)
specific-ids (d-checks/filter-ids (:ids args))
all-ids (into (set ids) specific-ids)]
(log/info "Voiding " (count all-ids) args)
(void-payments-internal all-ids (:id context))
{:message (str "Succesfully voided " (count all-ids))}))
(defn get-all-payments [context args _]
(assert-admin (:id context))
(map
->graphql
(first (d-checks/get-graphql (assoc (<-graphql args) :count Integer/MAX_VALUE)))))
(defn print-checks [context args _]
(assert-can-see-client (:id context) (:client_id args))
(->graphql
(print-checks-internal (map (fn [i] {:invoice-id (:invoice_id i)
:amount (:amount i)})
(:invoice_payments args))
(:client_id args)
(:bank_account_id args)
(:type args)
(:id context))))
(defn pay-invoices-from-balance [context {invoices :invoices
client-id :client_id} _]
(assert-can-see-client (:id context) client-id)
(let [invoices (d-invoices/get-multi invoices)
client (d-clients/get-by-id client-id)
_ (when (> (count (set (map :invoice/vendor invoices))) 1)
(assert-failure "Balance payments can only be done on one vendor at a time."))
_ (when (> (reduce + 0 (map :invoice/outstanding-balance invoices)) 0.001)
(assert-failure "There isn't a positive balance to pay from."))
invoices-to-be-paid (filter
(fn [i]
(> (:invoice/outstanding-balance i)
0.001))
invoices)
credit-invoices (filter
(fn [i]
(< (:invoice/outstanding-balance i)
0.001))
invoices)
total-to-pay (reduce + 0 (map :invoice/outstanding-balance invoices-to-be-paid))
_ (when (<= total-to-pay 0.001)
(assert-failure "You must select invoices that need to be paid."))
invoice-amounts (->> invoices-to-be-paid
(map (fn [i]
[(:db/id i)
(:invoice/outstanding-balance i)]))
(concat (->> credit-invoices
(reduce
(fn [[remaining-to-pay invoice-amounts] invoice]
(cond (dollars-0? (+ remaining-to-pay (:invoice/outstanding-balance invoice)))
(reduced (conj invoice-amounts
[(:db/id invoice)
(:invoice/outstanding-balance invoice)]))
(< (+ remaining-to-pay (:invoice/outstanding-balance invoice)) 0.0)
(reduced (conj invoice-amounts
[(:db/id invoice)
(- remaining-to-pay)]))
:else
[(+ remaining-to-pay (:invoice/outstanding-balance invoice))
(conj invoice-amounts [(:db/id invoice)
(:invoice/outstanding-balance invoice)])]))
[total-to-pay []])))
(into {}))
vendor-id (:db/id (:invoice/vendor (first invoices)))
payment {:db/id (str vendor-id)
:payment/amount total-to-pay
:payment/vendor vendor-id
:payment/client (:db/id client)
:payment/date (c/to-date (time/now))
:payment/invoices (map :db/id invoices)
:payment/type :payment-type/balance-credit
:payment/status :payment-status/cleared}]
(let [result (audit-transact (-> []
(conj payment)
(into (invoice-payments invoices invoice-amounts))) (:id context))]
(doseq [[_ n] (:tempids result)]
(solr/touch-with-ledger n)))
(->graphql {:invoices (d-invoices/get-multi (map :db/id invoices))})))
(def objects
{:payment {:fields {:id {:type :id}
:type {:type :payment_type}
:original_id {:type 'Int}
:amount {:type 'String}
:vendor {:type :vendor}
:client {:type :client}
:date {:type 'String}
:bank_account {:type :bank_account}
:memo {:type 'String}
:s3_url {:type 'String}
:check_number {:type 'Int}
:status {:type :ident}
:transaction {:type :transaction}
:invoices {:type '(list :invoice_payment)}}}
:invoice_payment
{:fields {:id {:type :id}
:amount {:type 'String}
:invoice_id {:type 'String}
:payment_id {:type 'String}
:payment {:type :payment}
:invoice {:type :invoice}}}
:payment_page {:fields {:payments {:type '(list :payment)}
:count {:type 'Int}
:total {:type 'Int}
:start {:type 'Int}
:end {:type 'Int}}}})
(def queries
{:all_payments {:type '(list :payment)
:args {:client_id {:type :id}
:client_code {:type 'String}
:original_id {:type 'Int}
:statuses {:type '(list String)}}
:resolve :get-all-payments}
:payment_page {:type '(list :payment_page)
:args {:filters {:type :payment_filters}}
:resolve :get-payment-page}
:potential_payment_matches {:type '(list :payment)
:args {:transaction_id {:type :id}}
:resolve :get-potential-payments}})
(def mutations
{:print_checks {:type :check_result
:args {:invoice_payments {:type '(list :invoice_payment_amount)}
:bank_account_id {:type :id}
:type {:type :payment_type}
:client_id {:type :id}}
:resolve :mutation/print-checks}
:pay_invoices_from_balance {:type :check_result
:args {:invoices {:type '(list :id)}
:client_id {:type :id}}
:resolve :mutation/pay-invoices-from-balance}
:add_handwritten_check {:type :check_result
:args {:invoice_payments {:type '(list :invoice_payment_amount)}
:date {:type 'String}
:check_number {:type 'Int}
:bank_account_id {:type :id}}
:resolve :mutation/add-handwritten-check}
:void_payment {:type :payment
:args {:payment_id {:type :id}}
:resolve :mutation/void-payment}
:void_payments {:type :message
:args {:filters {:type :payment_filters}
:ids {:type '(list :id)}}
:resolve :mutation/void-payments}})
(def input-objects
{:invoice_payment_amount {:fields {:invoice_id {:type :id}
:amount {:type :money}}}
:payment_filters {:fields {:client_id {:type :id}
:vendor_id {:type :id}
:payment_type {:type :payment_type}
:status {:type :payment_status}
:exact_match_id {:type :id}
:date_range {:type :date_range}
:amount_lte {:type :money}
:amount_gte {:type :money}
:check_number_like {:type 'String}
:invoice_number {:type 'String}
:start {:type 'Int}
:per_page {:type 'Int}
:sort {:type '(list :sort_item)}}}})
(def enums
{:payment_type {:values [{:enum-value :check}
{:enum-value :cash}
{:enum-value :debit}
{:enum-value :credit}
{:enum-value :balance_credit}]}
:payment_status {:values [{:enum-value :voided}
{:enum-value :pending}
{:enum-value :cleared}]}})
(def resolvers
{:get-potential-payments get-potential-payments
:get-payment-page get-payment-page
:get-all-payments get-all-payments
:mutation/void-payment void-payment
:mutation/void-payments void-payments
:mutation/print-checks print-checks
:mutation/pay-invoices-from-balance pay-invoices-from-balance
:mutation/add-handwritten-check add-handwritten-check})
(defn attach [schema]
(->
(merge-with merge schema
{:objects objects
:queries queries
:mutations mutations
:input-objects input-objects
:enums enums})
(attach-tracing-resolvers resolvers)))