//go:build dev

package square

import (
	"context"
	"crussell/clock"
	"crypto/sha256"
	"errors"
	"fmt"
	"log"
	"net/http"
	"os"
	"strings"
	"sync"
	"time"
)

var Client SquareClient

var isTesting = os.Getenv("GO_TESTING") == "1"

func mockSleep(d time.Duration) {
	if !isTesting {
		time.Sleep(d)
	}
}

type MockClient struct {
	mu            sync.RWMutex
	cards         map[string]map[string]*CardOnFile
	checkouts     map[string]*CheckoutResult
	payments      map[string]*PaymentResult
	paymentByKey  map[string]*PaymentResult
	refunds       map[string]*RefundResult
	refundByKey   map[string]*RefundResult
	customers     map[string]*CustomerResult
	completed     map[string]*PaymentResult
	HoldCheckouts bool
	ShouldFail    bool // if true, CreatePayment/RefundPayment return errors for testing error paths
	// FailRefundCode simulates a specific Square refund rejection code. Empty
	// = normal success; when set (e.g. "PAYMENT_ALREADY_REFUNDED"),
	// RefundPayment returns the sentinel-wrapped error for that code.
	FailRefundCode string
	// ForceRefundPending makes RefundPayment return a PENDING refund so the
	// prod-only pending-refund branch (normally only reachable against the
	// real Square API) can be exercised in dev/tests.
	ForceRefundPending bool
	// FailCreateCheckout makes CreateCheckout return an error so the handler's
	// post-insert CreateCheckout-failure path (marking the provisional
	// terminal_checkouts row failed) can be exercised in dev/tests.
	FailCreateCheckout bool
}

type devProdClient struct{}

func (d *devProdClient) CreatePayment(ctx context.Context, req CreatePaymentReq) (*PaymentResult, error) {
	return createPaymentHTTP(ctx, req)
}
func (d *devProdClient) CreateCheckout(ctx context.Context, req CreateCheckoutReq) (*CheckoutResult, error) {
	return createCheckoutHTTP(ctx, req)
}
func (d *devProdClient) GetCheckout(ctx context.Context, checkoutID string) (*PaymentResult, error) {
	return getCheckoutHTTP(ctx, checkoutID)
}
func (d *devProdClient) GetPayment(ctx context.Context, paymentID string) (*PaymentResult, error) {
	return getPaymentHTTP(ctx, paymentID)
}
func (d *devProdClient) CreateCustomer(ctx context.Context, name, email string) (*CustomerResult, error) {
	return createCustomerHTTP(ctx, name, email)
}

func (d *devProdClient) DeleteCustomer(ctx context.Context, customerID string) error {
	return deleteCustomerHTTP(ctx, customerID)
}
func (d *devProdClient) CancelCheckout(ctx context.Context, checkoutID string) error {
	return cancelCheckoutHTTP(ctx, checkoutID)
}
func (d *devProdClient) RefundPayment(ctx context.Context, req RefundPaymentReq) (*RefundResult, error) {
	return refundPaymentHTTP(ctx, req)
}
func (d *devProdClient) CreateCardOnFile(ctx context.Context, userID, cardToken, customerID string) (*CardOnFile, error) {
	return createCardOnFileHTTP(ctx, userID, cardToken, customerID)
}
func (d *devProdClient) GetCardsOnFile(ctx context.Context, userID string) ([]CardOnFile, error) {
	return getCardsOnFileHTTP(ctx, userID)
}
func (d *devProdClient) DeleteCardOnFile(ctx context.Context, cardID string) error {
	return deleteCardOnFileHTTP(ctx, cardID)
}
func (d *devProdClient) ListPaymentRefunds(ctx context.Context, paymentID string, beginTime time.Time) ([]RefundResult, error) {
	return listRefundsHTTP(ctx, paymentID, beginTime)
}

func NewClient() SquareClient {
	return NewDevClient()
}

func NewDevClient() SquareClient {
	env := os.Getenv("SQUARE_ENVIRONMENT")
	if env == "sandbox" || env == "production" {
		log.Printf("[SQUARE-PROD] SQUARE_ENVIRONMENT=%s — making real API calls to %s", env, realBaseURL(env))
		return &devProdClient{}
	}
	log.Println("[SQUARE-MOCK] Using in-memory mock client")
	return &MockClient{
		cards:        make(map[string]map[string]*CardOnFile),
		checkouts:    make(map[string]*CheckoutResult),
		payments:     make(map[string]*PaymentResult),
		paymentByKey: make(map[string]*PaymentResult),
		refunds:      make(map[string]*RefundResult),
		refundByKey:  make(map[string]*RefundResult),
		customers:    make(map[string]*CustomerResult),
		completed:    make(map[string]*PaymentResult),
	}
}

func detectCardInfo(sourceID string) (brand, last4 string) {
	switch sourceID {
	case "cnon:test-card":
		return "VISA", "4242"
	case "cnon:visa":
		return "VISA", "1111"
	case "cnon:mastercard":
		return "MASTERCARD", "4444"
	case "cnon:amex":
		return "AMERICAN_EXPRESS", "0005"
	default:
		return "VISA", "4242"
	}
}

func (m *MockClient) CreatePayment(ctx context.Context, req CreatePaymentReq) (*PaymentResult, error) {
	if m.ShouldFail {
		return nil, fmt.Errorf("mock: payment declined (simulated failure)")
	}
	// Match the real Square API: source_id must be a token (cnon:xxx nonce or
	// ccof:xxx card ID). Raw PANs are rejected exactly as Square would, so the
	// mock behaves identically to production (PCI-DSS parity).
	if !isTokenLike(req.SourceID) {
		return nil, fmt.Errorf("invalid source_id: %s — use a card nonce (cnon:xxx) or card ID (ccof:xxx)", tokenPrefix(req.SourceID))
	}
	// Square requires customer_id when charging a card-on-file (ccof:) token.
	// The mock enforces the same rule so dev parity catches the production bug
	// where a saved-card charge is sent without the customer's Square customer
	// id (real Square rejects it with a 400 INVALID_REQUEST_ERROR).
	if strings.HasPrefix(req.SourceID, "ccof:") && req.CustomerID == "" {
		return nil, &squareAPIError{
			Code:       "INVALID_REQUEST_ERROR",
			Detail:     "customer_id required for card-on-file source",
			StatusCode: http.StatusBadRequest,
			err:        errors.New("square: customer_id required for card-on-file source"),
		}
	}
	// Do NOT log the full source token — it is a single-use nonce (cnon:) or a
	// card reference (ccof:) that could be replayed. Log only its prefix and
	// length for debugging (S-2).
	sourcePrefix := ""
	if len(req.SourceID) > 8 {
		sourcePrefix = req.SourceID[:8] + "..."
	} else {
		sourcePrefix = req.SourceID
	}
	log.Printf("[SQUARE-MOCK] CreatePayment: amount=%d, reference=%s, source=%s", req.Amount, req.ReferenceID, sourcePrefix)
	mockSleep(1 * time.Second)

	m.mu.Lock()
	defer m.mu.Unlock()

	// Real Square dedups on idempotency key: a retry with the same key returns
	// the original payment rather than creating a second charge. The mock
	// mirrors this so dev/testing behaves like production (also why the tip
	// retry regression test can rely on the mock).
	if req.IdempotencyKey != "" {
		if existing, ok := m.paymentByKey[req.IdempotencyKey]; ok {
			log.Printf("[SQUARE-MOCK] CreatePayment dedup hit: key=%s → id=%s", req.IdempotencyKey, existing.ID)
			return existing, nil
		}
	}

	now := clock.Now().UTC()

	status := "COMPLETED"
	if req.Autocomplete != nil && !*req.Autocomplete {
		status = "APPROVED"
	}

	amount := req.Amount
	tipAmount := int64(0)
	if req.TipMoney != nil {
		tipAmount = *req.TipMoney
		amount += tipAmount
	}

	cardBrand, cardLast4 := detectCardInfo(req.SourceID)

	// Entry method: ON_FILE for card-on-file tokens, KEYED for nonces
	entryMethod := "KEYED"
	if len(req.SourceID) >= 5 && req.SourceID[:5] == "ccof:" {
		entryMethod = "ON_FILE"
	}

	paymentID := fmt.Sprintf("pay_mock_%d", now.UnixNano())
	fees := amount*14/1000 + 25 // online rate: 1.4% + 25p

	locationID := req.LocationID
	if locationID == "" {
		locationID = "L_MOCK"
	}

	expMonth := 12
	expYear := 2030

	result := &PaymentResult{
		ID:              paymentID,
		Status:          status,
		Amount:          amount,
		CardBrand:       cardBrand,
		CardLast4:       cardLast4,
		CardFingerprint: fmt.Sprintf("sqfp_mock_%d", now.UnixNano()),
		ExpMonth:        &expMonth,
		ExpYear:         &expYear,
		EntryMethod:     entryMethod,
		CVVStatus:       "CVV_ACCEPTED",
		AVSStatus:       "AVS_ACCEPTED",
		TipAmount:       tipAmount,
		ReceiptURL:      "https://squareup.com/receipt/" + paymentID,
		ReceiptNumber:   fmt.Sprintf("RCPT_mock_%d", now.UnixNano()),
		SquarePayID:     "sqp_" + paymentID,
		Fees:            fees,
		BuyerEmail:      req.BuyerEmail,
		CustomerID:      req.CustomerID,
		LocationID:      locationID,
		CreatedAt:       now.Format(time.RFC3339),
		UpdatedAt:       now.Format(time.RFC3339),
		ReferenceID:     req.ReferenceID,
	}
	m.payments[paymentID] = result
	m.payments[result.SquarePayID] = result
	if req.IdempotencyKey != "" {
		m.paymentByKey[req.IdempotencyKey] = result
	}
	log.Printf("[SQUARE-MOCK] Payment created: id=%s, status=%s, amount=%d, fees=%d", paymentID, status, amount, fees)
	return result, nil
}

func (m *MockClient) CreateCheckout(ctx context.Context, req CreateCheckoutReq) (*CheckoutResult, error) {
	if m.FailCreateCheckout {
		return nil, fmt.Errorf("mock: checkout creation failed (simulated failure)")
	}
	log.Printf("[SQUARE-MOCK] CreateCheckout: amount=%d, allowTipping=%v, reference=%s", req.Amount, req.AllowTipping, req.ReferenceID)

	now := clock.Now().UTC()
	checkoutID := fmt.Sprintf("chk_mock_%d", now.UnixNano())

	result := &CheckoutResult{
		ID:          checkoutID,
		Status:      "PENDING",
		AmountMoney: req.Amount,
		Currency:    req.Currency,
		ReferenceID: req.ReferenceID,
		Note:        req.Note,
		CreatedAt:   now.Format(time.RFC3339),
		UpdatedAt:   now.Format(time.RFC3339),
		Deadline:    "PT5M", // deadline_duration wire format: RFC 3339 duration, not a timestamp
	}

	m.mu.Lock()
	m.checkouts[checkoutID] = result
	m.mu.Unlock()

	// Copy the result before spawning the goroutine to avoid data races.
	// The caller gets this copy; the goroutine modifies the map-stored original.
	resultCopy := *result

	if !m.HoldCheckouts {
		go func() {
			defer func() {
				if r := recover(); r != nil {
					log.Printf("Panic recovered in Square mock payment processing: %v", r)
				}
			}()
			mockSleep(3 * time.Second)

			m.mu.Lock()
			defer m.mu.Unlock()

			payNow := clock.Now().UTC()
			paymentID := fmt.Sprintf("pay_mock_%d", payNow.UnixNano())
			amount := req.Amount
			tipAmount := int64(0)
			if req.AllowTipping {
				tipAmount = 500
				amount += tipAmount
			}
			fees := amount * 175 / 10000 // in-person rate: 1.75%

			expMonth := 12
			expYear := 2030

			paymentResult := &PaymentResult{
				ID:              paymentID,
				Status:          "COMPLETED",
				Amount:          amount,
				CardBrand:       "VISA",
				CardLast4:       "4242",
				CardFingerprint: fmt.Sprintf("sqfp_mock_%d", payNow.UnixNano()),
				ExpMonth:        &expMonth,
				ExpYear:         &expYear,
				EntryMethod:     "EMV",
				CVVStatus:       "CVV_ACCEPTED",
				AVSStatus:       "AVS_ACCEPTED",
				TipAmount:       tipAmount,
				ReceiptURL:      "https://squareup.com/receipt/" + paymentID,
				ReceiptNumber:   fmt.Sprintf("RCPT_mock_%d", payNow.UnixNano()),
				SquarePayID:     "sqp_" + paymentID,
				Fees:            fees,
				CustomerID:      req.CustomerID,
				LocationID:      "L_MOCK",
				CreatedAt:       payNow.Format(time.RFC3339),
				UpdatedAt:       payNow.Format(time.RFC3339),
				ReferenceID:     req.ReferenceID,
			}
			m.completed[checkoutID] = paymentResult
			m.checkouts[checkoutID].Status = "COMPLETED"
			m.checkouts[checkoutID].UpdatedAt = payNow.Format(time.RFC3339)
			m.checkouts[checkoutID].PaymentIDs = []string{paymentID}
			log.Printf("[SQUARE-MOCK] Checkout completed: id=%s, amount=%d, tip=%d", checkoutID, amount, tipAmount)
		}()
	}

	return &resultCopy, nil
}

func (m *MockClient) GetCheckout(ctx context.Context, checkoutID string) (*PaymentResult, error) {
	log.Printf("[SQUARE-MOCK] GetCheckout: id=%s", checkoutID)

	m.mu.RLock()
	defer m.mu.RUnlock()

	checkout, ok := m.checkouts[checkoutID]
	if !ok {
		return nil, fmt.Errorf("checkout not found: %s", checkoutID)
	}

	if checkout.Status == "PENDING" {
		return nil, ErrCheckoutPending
	}

	result, ok := m.completed[checkoutID]
	if !ok {
		return nil, fmt.Errorf("checkout result not found: %s", checkoutID)
	}

	return result, nil
}

func (m *MockClient) GetPayment(ctx context.Context, paymentID string) (*PaymentResult, error) {
	log.Printf("[SQUARE-MOCK] GetPayment: id=%s", paymentID)

	m.mu.RLock()
	defer m.mu.RUnlock()

	payment, ok := m.payments[paymentID]
	if !ok {
		return nil, fmt.Errorf("payment not found: %s", paymentID)
	}
	return payment, nil
}

func (m *MockClient) RefundPayment(ctx context.Context, req RefundPaymentReq) (*RefundResult, error) {
	if m.ShouldFail {
		return nil, fmt.Errorf("%w: refund declined (simulated failure)", ErrRefundDeclined)
	}
	if m.FailRefundCode != "" {
		switch m.FailRefundCode {
		case "PAYMENT_ALREADY_REFUNDED":
			return nil, fmt.Errorf("%w: payment already fully refunded (simulated)", ErrRefundAlreadyProcessed)
		default:
			return nil, fmt.Errorf("%w: %s (simulated failure)", ErrRefundDeclined, m.FailRefundCode)
		}
	}
	log.Printf("[SQUARE-MOCK] RefundPayment: payment=%s, amount=%d", req.PaymentID, req.Amount)
	mockSleep(1 * time.Second)

	m.mu.Lock()
	defer m.mu.Unlock()

	// Real Square dedups on idempotency key: a retry with the same key returns
	// the original refund rather than issuing a second refund. The mock mirrors
	// this so dev/testing behaves like production (and the pending-refund
	// resume path can rely on it).
	if req.IdempotencyKey != "" {
		if existing, ok := m.refundByKey[req.IdempotencyKey]; ok {
			log.Printf("[SQUARE-MOCK] RefundPayment dedup hit: key=%s → id=%s", req.IdempotencyKey, existing.ID)
			return existing, nil
		}
	}

	now := clock.Now().UTC()
	refundID := fmt.Sprintf("ref_mock_%d", now.UnixNano())

	payment, ok := m.payments[req.PaymentID]
	if !ok {
		if req.Amount == 0 {
			// A £0 refund resolves to a full refund only when the payment is
			// known; against an unknown payment there is nothing to size it
			// from. The real DB has a CHECK (amount > 0), so an empty refund
			// must fail rather than silently record £0.
			return nil, fmt.Errorf("square: refund amount must be positive (payment %s not found, cannot resolve full refund)", req.PaymentID)
		}
		// Payment not in mock map — this happens when integration tests
		// create payments via DB fixture with a square_payment_id, bypassing
		// the mock. Process the refund without full payment data.
		log.Printf("[SQUARE-MOCK] RefundPayment: payment %s not in mock map — proceeding without full payment data", req.PaymentID)
	}

	amount := req.Amount
	if amount == 0 && ok {
		amount = payment.Amount
	}

	locationID := req.LocationID
	if locationID == "" {
		locationID = "L_MOCK"
	}

	status := "COMPLETED"
	if m.ForceRefundPending {
		status = "PENDING"
	}

	result := &RefundResult{
		ID:         refundID,
		Status:     status,
		Amount:     amount,
		PaymentID:  req.PaymentID,
		LocationID: locationID,
		Reason:     req.Reason,
		CreatedAt:  now.Format(time.RFC3339),
	}
	m.refunds[refundID] = result
	if req.IdempotencyKey != "" {
		m.refundByKey[req.IdempotencyKey] = result
	}
	log.Printf("[SQUARE-MOCK] Refund completed: id=%s, payment=%s, amount=%d", refundID, req.PaymentID, amount)
	return result, nil
}

// RefundKeyCount returns the number of distinct idempotency keys this mock has
// recorded refunds against (the refundByKey dedup map). Test accessor for
// asserting that same-key retries issue exactly ONE Square refund, never a
// second.
func (m *MockClient) RefundKeyCount() int {
	m.mu.RLock()
	defer m.mu.RUnlock()
	return len(m.refundByKey)
}

func (m *MockClient) CreateCardOnFile(ctx context.Context, userID, cardToken, customerID string) (*CardOnFile, error) {
	log.Printf("[SQUARE-MOCK] CreateCardOnFile: user=%s", userID)

	// Match the real Square API: source_id must be a token (cnon:xxx nonce or
	// ccof:xxx card ID). Raw PANs are rejected exactly as Square would, so the
	// mock behaves identically to production.
	if !isTokenLike(cardToken) {
		return nil, fmt.Errorf("invalid source_id: %s — use a card nonce (cnon:xxx) or card ID (ccof:xxx)", tokenPrefix(cardToken))
	}

	// Square's POST /v2/cards rejects a card without card.customer_id at
	// runtime (confirmed by Square's own SDK maintainer). The production client
	// omits an empty customer_id via omitempty and every production caller
	// provisions a Square customer first, so the gate is enforced upstream — the
	// mock must mirror it (same structured INVALID_REQUEST_ERROR as the ccof:
	// CreatePayment gate above) so sandbox/dev tests exercise the same rejection.
	if customerID == "" {
		return nil, &squareAPIError{
			Code:       "INVALID_REQUEST_ERROR",
			Detail:     "customer_id is required to create a card on file",
			StatusCode: http.StatusBadRequest,
			err:        errors.New("square: customer_id is required to create a card on file"),
		}
	}

	m.mu.Lock()
	defer m.mu.Unlock()

	if m.cards[userID] == nil {
		m.cards[userID] = make(map[string]*CardOnFile)
	}

	now := clock.Now().UTC()
	cardID := fmt.Sprintf("mock_card_%d", now.UnixNano())
	brand, last4 := detectCardInfo(cardToken)
	card := &CardOnFile{
		ID:             cardID,
		// Prefix "ccof:" so the mock's own entry-method detection (and any
		// consumer checking the prefix) sees ON_FILE, matching production where
		// saved-card tokens are "ccof:xxx". An "ccof_mock_" id would silently
		// exercise the KEYED path in tests while prod runs ON_FILE.
		CardID:         fmt.Sprintf("ccof:mock_%d", now.UnixNano()),
		Brand:          brand,
		Last4:          last4,
		ExpMonth:       12,
		ExpYear:        2030,
		Fingerprint:    fmt.Sprintf("sqfp_mock_%d", now.UnixNano()),
		CardholderName: "John Doe",
		ReferenceID:    userID,
		Enabled:        true,
		IsDefault:      len(m.cards[userID]) == 0,
		Version:        1,
		CreatedAt:      now.Format(time.RFC3339),
	}
	m.cards[userID][cardID] = card
	log.Printf("[SQUARE-MOCK] Card created: id=%s, brand=%s, last4=%s", cardID, card.Brand, card.Last4)
	return card, nil
}

func (m *MockClient) GetCardsOnFile(ctx context.Context, userID string) ([]CardOnFile, error) {
	log.Printf("[SQUARE-MOCK] GetCardsOnFile: user=%s", userID)

	m.mu.RLock()
	defer m.mu.RUnlock()

	userCards, ok := m.cards[userID]
	if !ok {
		return []CardOnFile{}, nil
	}

	var cards []CardOnFile
	for _, card := range userCards {
		cards = append(cards, *card)
	}
	return cards, nil
}

func (m *MockClient) DeleteCardOnFile(ctx context.Context, cardID string) error {
	log.Printf("[SQUARE-MOCK] DeleteCardOnFile: id=%s", cardID)

	m.mu.Lock()
	defer m.mu.Unlock()

	for userID, cards := range m.cards {
		if card, ok := cards[cardID]; ok {
			card.Enabled = false
			log.Printf("[SQUARE-MOCK] Card disabled: id=%s (user=%s)", cardID, userID)
			return nil
		}
	}
	return fmt.Errorf("card not found: %s", cardID)
}

func (m *MockClient) ListPaymentRefunds(ctx context.Context, paymentID string, beginTime time.Time) ([]RefundResult, error) {
	log.Printf("[SQUARE-MOCK] ListPaymentRefunds: payment=%s, begin=%s", paymentID, beginTime.UTC().Format(time.RFC3339))

	m.mu.RLock()
	defer m.mu.RUnlock()

	out := []RefundResult{}
	for _, r := range m.refunds {
		if r.PaymentID != paymentID {
			continue
		}
		createdAt, err := time.Parse(time.RFC3339, r.CreatedAt)
		if err == nil && createdAt.Before(beginTime) {
			continue
		}
		out = append(out, *r)
	}
	return out, nil
}

// redactedEmail masks a customer email for dev logs (PII, S-2 convention):
// only the first two characters of the local part plus the domain are shown,
// e.g. "ja***@example.com". Malformed addresses fall back to "[redacted]".
func redactedEmail(email string) string {
	at := strings.Index(email, "@")
	if at < 2 || at+1 >= len(email) {
		return "[redacted]"
	}
	return email[:2] + "***@" + email[at+1:]
}

func (m *MockClient) CreateCustomer(ctx context.Context, name, email string) (*CustomerResult, error) {
	log.Printf("[SQUARE-MOCK] CreateCustomer: name=%s, email=%s", name, redactedEmail(email))

	if email == "" {
		return nil, fmt.Errorf("mock: customer email is required")
	}

	m.mu.Lock()
	defer m.mu.Unlock()

	// Real Square dedups on the idempotency key (derived from the email);
	// the mock mirrors this by deduping on email so a retry returns the
	// original customer rather than creating a duplicate.
	if existing, ok := m.customers[email]; ok {
		log.Printf("[SQUARE-MOCK] CreateCustomer dedup hit: email=%s → id=%s", redactedEmail(email), tokenPrefix(existing.ID))
		return existing, nil
	}

	sum := sha256.Sum256([]byte(email))
	customer := &CustomerResult{
		ID:        "cus_mock_" + fmt.Sprintf("%x", sum)[:12],
		Email:     email,
		CreatedAt: clock.Now().UTC().Format(time.RFC3339),
	}
	m.customers[email] = customer
	log.Printf("[SQUARE-MOCK] Customer created: id=%s, email=%s", tokenPrefix(customer.ID), redactedEmail(email))
	return customer, nil
}

func (m *MockClient) DeleteCustomer(ctx context.Context, customerID string) error {
	log.Printf("[SQUARE-MOCK] DeleteCustomer: id=%s", tokenPrefix(customerID))

	m.mu.Lock()
	defer m.mu.Unlock()

	for email, customer := range m.customers {
		if customer.ID == customerID {
			delete(m.customers, email)
			log.Printf("[SQUARE-MOCK] Customer deleted: id=%s", tokenPrefix(customerID))
			return nil
		}
	}
	// Real Square returns 404 / NOT_FOUND for an already-deleted customer —
	// mirror the prod semantics of idempotent re-deletion as a no-op.
	return nil
}

func (m *MockClient) CancelCheckout(ctx context.Context, checkoutID string) error {
	log.Printf("[SQUARE-MOCK] CancelCheckout: id=%s", checkoutID)

	m.mu.Lock()
	defer m.mu.Unlock()

	// Real Square cancels only pending/in-progress checkouts; a completed or
	// missing checkout is a no-op (Square returns 404/NOT_FOUND in prod).
	if checkout, ok := m.checkouts[checkoutID]; ok {
		if checkout.Status == "PENDING" || checkout.Status == "IN_PROGRESS" {
			checkout.Status = "CANCELED"
			checkout.UpdatedAt = clock.Now().UTC().Format(time.RFC3339)
		}
	}
	return nil
}

func realBaseURL(env string) string {
	if env == "production" {
		return squareProductionURL
	}
	return squareSandboxURL
}