Hi, I'm a server developer working on an iOS app, and I've encountered an interesting case that I'd like to understand better. We received a user report indicating that they were able to successfully start a subscription without any charge being processed on their payment method. The subscription appears to be active in our system and we can verify the receipt with Apple's server, but the user claims no payment was deducted from their account. I'm curious to know: Are there any known scenarios where a subscription might activate without an immediate payment charge? What would be the recommended way to handle such cases from the developer's perspective? Could this be related to any specific subscription states or edge cases in the IAP system? Any insights or documentation references would be greatly appreciated. I want to ensure we're handling our subscription logic correctly and providing the best experience for our users. Thank you in advance for your help!

Does anyone know why I set the offer code in Apple Store Connect, but when I call SKPaymentQueue.default().presentCodeRedemptionSheet() in the app, the app icon does not appear and I cannot find the offer code? THX

I ran into a problem. When using Storekit1 to purchase an SKU, the user payment was successful, but StoreKit1 did return paymentCancelled to my App. I would like to know under what circumstances this problem may occur? How do I fix it? Thank you

Hello Apple Developer Team, We're experiencing consistent IAP approval rejections under Guideline 2.1, despite successful TestFlight verification. Here's our detailed situation: Environment StoreKit 1 implementation Tested on iOS 18.5 or 18.6 devices Sandbox environment works perfectly Verification Steps Taken ✅ Confirmed all Product IDs match App Store Connect exactly ✅ Validated 10+ successful TestFlight transactions (attached screenshot samples) ✅ Verified banking/tax agreements are active Objective-C Code (StoreKit1 Implementation) - (void)buyProductId:(NSString *)pid AndSetGameOrderID:(NSString *)orderID{ if([SKPaymentQueue canMakePayments]){ if (!hasAddObserver) { [[SKPaymentQueue defaultQueue] addTransactionObserver:_neo]; hasAddObserver = YES; } self.neoOrderID = orderID; [[NSUserDefaults standardUserDefaults] setValue:orderID forKey:Pay_OrderId_Key]; self.productID = pid; NSArray * product = [[NSArray alloc]initWithObjects:self.productID, nil]; NSSet * nsset = [NSSet setWithArray:product]; SKProductsRequest * request = [[SKProductsRequest alloc]initWithProductIdentifiers:nsset]; request.delegate = self; [request start]; }else{ NSString * Err = @"Pembelian tidak diizinkan. Silakan aktifkan perizinan di pengaturan"; // UnitySendMessage("GameManager", "IAPPurchaseFailed", [Err UTF8String]); return; } } - (void)productsRequest:(SKProductsRequest *)request didReceiveResponse:(SKProductsResponse *)response { NSArray * product = response.products; if ([product count] == 0) { [[SKPaymentQueue defaultQueue]removeTransactionObserver:_neo]; hasAddObserver = NO; NSString * Err = [NSString stringWithFormat:@"Err = 01, Item tidak ditemukan %@",self.productID]; // UnitySendMessage("GameManager", "IAPPurchaseFailed", [Err UTF8String]); return; } SKProduct * p = nil; for (SKProduct * pro in product) { if ([pro.productIdentifier isEqualToString:self.productID]){ p = pro; }else{ [request cancel]; [[SKPaymentQueue defaultQueue]removeTransactionObserver:_neo]; hasAddObserver = NO; NSString * Err = [NSString stringWithFormat:@"Err = 02, %@",self.productID]; // UnitySendMessage("GameManager", "IAPPurchaseFailed", [Err UTF8String]); return; } } SKMutablePayment * mPayment = [SKMutablePayment paymentWithProduct:p]; mPayment.applicationUsername = [NSString stringWithFormat:@"%@",self.neoOrderID]; if(!hasAddObserver){ [[SKPaymentQueue defaultQueue] addTransactionObserver:_neo]; hasAddObserver = YES; } [[SKPaymentQueue defaultQueue] addPayment:mPayment]; } - (void)request:(SKRequest *)request didFailWithError:(NSError *)error{ [[SKPaymentQueue defaultQueue]removeTransactionObserver:_neo]; hasAddObserver = NO; NSString * Err = [NSString stringWithFormat:@"Err = 0%ld %@", (long)error.code, self.productID]; // UnitySendMessage("GameManager", "IAPPurchaseFailed", [Err UTF8String]); } - (void)requestDidFinish:(SKRequest *)request{ } - (void)paymentQueue:(SKPaymentQueue *)queue updatedTransactions:(NSArray *)transaction{ for(SKPaymentTransaction *tran in transaction){ if (SKPaymentTransactionStatePurchased == tran.transactionState){ [self completeTransaction:tran]; }else if(SKPaymentTransactionStateFailed == tran.transactionState){ [self failedTransaction:tran]; } } } - (void)failedTransaction: (SKPaymentTransaction *)transaction { NSString * detail = [NSString stringWithFormat:@"%ld",(long)transaction.error.code]; // UnitySendMessage("GameManager", "IAPPurchaseFailed", [detail UTF8String]); [[SKPaymentQueue defaultQueue]removeTransactionObserver:_neo]; hasAddObserver = NO; [[SKPaymentQueue defaultQueue] finishTransaction: transaction]; } - (void)completeTransaction:(SKPaymentTransaction *)transaction{ NSMutableDictionary * mdic = [NSMutableDictionary dictionary]; NSString * productIdentifier = transaction.payment.productIdentifier; NSData * _recep = nil; NSString * _receipt = @""; if (floor(NSFoundationVersionNumber) <= NSFoundationVersionNumber_iOS_6_1) { _recep = transaction.transactionReceipt; _receipt = [[NSString alloc]initWithData:_recep encoding:NSUTF8StringEncoding]; } else { _recep = [NSData dataWithContentsOfURL:[[NSBundle mainBundle] appStoreReceiptURL]]; _receipt = [_recep base64EncodedStringWithOptions:NSDataBase64EncodingEndLineWithLineFeed]; } NSString * gameOrderid = [transaction payment].applicationUsername; if (gameOrderid == nil) { gameOrderid = [[NSUserDefaults standardUserDefaults] objectForKey:Pay_OrderId_Key]; } if(_receipt != nil && gameOrderid != nil){ mdic[@"orderid"] = gameOrderid; mdic[@"productid"] = productIdentifier; mdic[@"receipt"] = _receipt; }else{ [[SKPaymentQueue defaultQueue] finishTransaction:transaction]; return; } NSData * data = [NSJSONSerialization dataWithJSONObject:mdic options:kNilOptions error:nil]; NSString * jsonString = [[NSString alloc]initWithData:data encoding:NSUTF8StringEncoding]; if (hasAddObserver) { [[SKPaymentQueue defaultQueue] removeTransactionObserver:_neo]; hasAddObserver = NO; } // UnitySendMessage("GameManager", "IAPPurchaseSuecess", [jsonString UTF8String]); [self verifyReceipt:_recep completion:^(BOOL success, NSDictionary *response) { if (success) { NSLog(@"verify success"); // [[SKPaymentQueue defaultQueue] finishTransaction:transaction]; [self verifySuecessDelTransactions]; } }]; } - (void)paymentQueueRestoreCompletedTransactionsFinished:(SKPaymentQueue *)queue { for(SKPaymentTransaction *tran in queue.transactions){ if (SKPaymentTransactionStatePurchased == tran.transactionState){ [self completeTransaction:tran]; } } } - (void)verifySuecessDelTransactions{ SKPaymentQueue *paymentQueue = [SKPaymentQueue defaultQueue]; NSArray<SKPaymentTransaction *> *transactions = paymentQueue.transactions; if (transactions.count == 0) { return; } for (SKPaymentTransaction *transaction in transactions) { if (transaction.transactionState == SKPaymentTransactionStatePurchased || transaction.transactionState == SKPaymentTransactionStateRestored) { [paymentQueue finishTransaction:transaction]; } } }

users download app with Streamlined Purchasing ,but the logic of checking subscription doesn't work. there the code: func checkSubscriptionStatus() async { for await entitlement in Transaction.currentEntitlements { guard case .verified(let transaction) = entitlement else { continue } if transaction.productID == monthlyProductID || transaction.productID == yearlyProductID { if transaction.revocationDate == nil && !transaction.isUpgraded { let activeSubscribed = transaction.expirationDate ?? .distantFuture > .now if activeSubscribed { hasActiveSubscription = activeSubscribed // other operation } } } } }

Dear Apple Support, We are currently in the process of migrating from Apple Server Notifications v1 to v2. As you know, once we switch from v1 to v2 in App Store Connect, this change is irreversible. Our team needs to ensure that our backend environment, developed in Python with Django and using the app-store-server-library==1.5.0, is fully prepared to handle all possible notification types before making that final switch. While we can receive a basic test notification from Apple, it doesn’t provide the range of data or scenarios (e.g., INITIAL_BUY, RENEWAL, GRACE_PERIOD, etc.) that our code must be able to process, store in our database, and respond to accordingly. Without comprehensive, example-rich raw notification data, we are left guessing the structure and full scope of incoming v2 notifications. Could you please provide us with a set of raw, fully representative notification payloads for every notification type supported in v2? With these examples, we can simulate the entire lifecycle of subscription events, verify our logic, and confidently complete our migration. Thank you very much for your assistance.

We use Transaction.currentEntitlements in StokeKit 2 to unlock functionality based on a Non-Consumable IAP but we have a case involving a refund that seems wrong and I am trying to understand the interation between transactionId, originalTransactionId & revocationReason. The Context: We have a universal App on macOS and iOS that offers a shared Non-Consumable IAP. For this example I have named it "app.lifetime" On macOS we use StoreKit 2 and I am calling the Transaction.currentEntitlements and Transaction.all functions. On iOS we are still using StoreKit 1. This example customer: Originally purchased "app.lifetime" on 2024-10-27 Was refunded by Apple for "app.lifetime" on 2024-10-29 Re-purchased "app.lifetime on 2025-02-24 (I have seen an email receipt of this transaction but it never shows up in Transaction data) (all the above happened on the mac via StoreKit 2) The Transactions (all lightly redacted for privacy): on macOS the following is returned from Transaction.currentEntitlements... { "appTransactionId" : "...8123", "bundleId" : "app", "currency" : "USD", "deviceVerification" : "...", "deviceVerificationNonce" : "...", "environment" : "Production", "inAppOwnershipType" : "PURCHASED", "originalPurchaseDate" : 1729997808000, "originalTransactionId" : "...9955", "price" : 1, "productId" : "app.lifetime", "purchaseDate" : 1729997808000, "quantity" : 1, "signedDate" : 1740416289102, "storefront" : "USA", "storefrontId" : "143441", "transactionId" : "...7511", "transactionReason" : "PURCHASE", "type" : "Non-Consumable" } Note in the above example the originalTransactionId & transactionId are different. Transaction.all however returns both transactions: [ { "appTransactionId" : "...8123", "bundleId" : "app", "currency" : "USD", "deviceVerification" : "...", "deviceVerificationNonce" : "...", "environment" : "Production", "inAppOwnershipType" : "PURCHASED", "originalPurchaseDate" : 1729997808000, "originalTransactionId" : "...9955", "price" : 1, "productId" : "app.lifetime", "purchaseDate" : 1729997808000, "quantity" : 1, "revocationDate" : 1730224102000, "revocationReason" : 0, "signedDate" : 1740415969925, "storefront" : "USA", "storefrontId" : "143441", "transactionId" : "...9955", "transactionReason" : "PURCHASE", "type" : "Non-Consumable" }, { "appTransactionId" : "...8123", "bundleId" : "app", "currency" : "USD", "deviceVerification" : "...", "deviceVerificationNonce" : "...", "environment" : "Production", "inAppOwnershipType" : "PURCHASED", "originalPurchaseDate" : 1729997808000, "originalTransactionId" : "...9955", "price" : 1, "productId" : "app.lifetime", "purchaseDate" : 1729997808000, "quantity" : 1, "signedDate" : 1740416289102, "storefront" : "USA", "storefrontId" : "143441", "transactionId" : "...7511", "transactionReason" : "PURCHASE", "type" : "Non-Consumable" } ] Note here that the original transaction ("...9955") includes a revocationDate and revocationReason that match the expected refund but the secondary transaction that seems to match on all other details is missing the revocation info. Looking at the iOS SK1 receipt data to compare, after a receipt refresh I see only a single transaction "...9955" which includes the cancellation info and transaction "...7511" is not present at all. The impact of this is that on iOS we are considering the purchase void but on macOS we are following currentEntitlements and consdering it still valid. Calling the inApps/v1/history/... server API with the "...7511" transactionId that is shown in the currentEntitlements response returns the "...9955" transaction with the correct revocation status but "...7511" is no returned at all. To Summarise: currentEntitlements on macOS shows transaction "...7511" as active and with an originalTransactionId of "...9955" all on macOS includes both "...7511" as active and "...9955" as revoked iOS reciept data shows only "...9955" as revoked Server API shows only "...9955" as revoked event when explicitly called with "...7511" Neither of them show a more recent purchase the same customer made for the same IAP product. My questions are: Is this a StoreKit bug or am I mis-understanding something? If it's a bug how can I work around it to ensure revoked purchases aren't still appearing in currentEntitlements? Under what conditions can StoreKit generate multiple transactionIds for the same underlying originalTransactionId? I had assumed (and the docs suggest) this only happens for subscriptions but here it is happening for a Non-Consumable IAP. Why would transactionId "...7511" only be present on macOS/SK2 and not visible at all on iOS/SK1 or API? I don't understand why the latest IAP from 2025-02-24 that the customer assures me they made (and has shown me the receipt for is not showing up in the Transactions history at all. Any ideas?

FB19376771 Transactions monitoring. If I only have subscriptions, do I really need to "bother" with any sort of monitorTransactions() or just rely on subscription status (subscribed, revoked, cancelled ...) ? This is in line with Apple SKDemo and recommendation: // Only handle consumables and non consumables here. Check the subscription status each time // before unlocking a premium subscription feature. switch transaction.productType { ref: [https://developer.apple.com/documentation/storekit/implementing-a-store-in-your-app-using-the-storekit-api) The "Only handle consumables and non consumables here" recommendation by Apple in ref to the process transaction code above is nuanced and confusing if we know what was with other external experts recommendation saying when using only SK2 Views : "This is where most developers trip up in trying to get an experience that App Review is happy" ... continuing : "Be careful: that Purchase View code alone isn’t enough, because one of the possible completion status is .pending: the purchase is in the process of happening but hasn’t completed yet, so you still need to watch the transaction queue manually to be absolutely sure of handling the process completely." Does this holds true for the new SubscriptionStoreView ? We are not sure with quite obscure Apple documentation what SubscriptionStoreView handles, other than purchase (and now subscribe) function, and we do not know what diverse type of error handling messages it can return. Moreover, Apple documents: "Only handle consumables and non consumables here" ? @Apple can you please share more insights on Purchase button on SubscriptionStoreView e.g A) does it close ( finish). the purchase transaction ? B) What error results can it return ? C) What .onInAppPurchaseCompletion can handle as result ?

User Initiated a Single Consumable Purchase but Was Charged Twice A user initiated a single in-app purchase for a consumable item, but they were charged twice. Both transactions have the same purchase token. Additional details: After the user successfully completed the in-app purchase, the completeTransactions callback was triggered again. This was called at app launch using SwiftyStoreKit.completeTransactions to finish any pending transactions. Could this be causing the duplicate charge? Any insights would be appreciated.

In the sandbox environment, when I quickly and repeatedly purchase an item, Transaction.id will be repeated. Will there be duplication in the production environment? func pay(productId: String, orderId: String) async { guard !productId.isEmpty, !orderId.isEmpty else { return } let orderObj = ApplePayOrderModel.init(orderId: orderId, productId: productId) do { let result = try await Product.products(for: [productId]) guard let product = result.first else { return } let purchaseResult = try await product.purchase() switch purchaseResult { case .success(let verification): switch verification { case .verified(let transaction): orderObj.transactionId = String(transaction.id) await transaction.finish() case .unverified(let transaction, let error): await transaction.finish() } case .userCancelled: break case .pending: break @unknown default: break } } catch { print("error \(error.localizedDescription)") } }

Hi, I have developed an app which has two in-app purchase subscriptions. During the test, the app can successfully get the status of the subscriptions. After it's released, I downloaded it from app store and subscribed it with my apple account. I found that in most cases, the app can identify that I have subscribed it and I can use its all functions. But yesterday, when I launched it again, it showed the warning that I haven't subscribed it. I checked my subscription in my account and the subscription status hasn't been changed, that is, I have subscribed it. And after one hour, I launched it again. This time the app identified that I have subscribed it. Why? The following is the code about listening to the subscription status. Is there any wrong about it? HomeView() .onAppear(){ Task { await getSubscriptionStatus() } } func getSubscriptionStatus() async { var storeProducts = [Product]() do { let productIds = ["6740017137","6740017138"] storeProducts = try await Product.products(for: productIds) } catch { print("Failed product request: \(error)") } guard let subscription1 = storeProducts.first?.subscription else { // Not a subscription return } do { let statuses = try await subscription1.status for status in statuses { let info = try checkVerified(status.renewalInfo) switch status.state { case .subscribed: if info.willAutoRenew { purchaseStatus1 = true debugPrint("getSubscriptionStatus user subscription is active.") } else { purchaseStatus1 = false debugPrint("getSubscriptionStatus user subscription is expiring.") } case .inBillingRetryPeriod: debugPrint("getSubscriptionStatus user subscription is in billing retry period.") purchaseStatus1 = false case .inGracePeriod: debugPrint("getSubscriptionStatus user subscription is in grace period.") purchaseStatus1 = false case .expired: debugPrint("getSubscriptionStatus user subscription is expired.") purchaseStatus1 = false case .revoked: debugPrint("getSubscriptionStatus user subscription was revoked.") purchaseStatus1 = false default: fatalError("getSubscriptionStatus WARNING STATE NOT CONSIDERED.") } } } catch { // do nothing } guard let subscription2 = storeProducts.last?.subscription else { // Not a subscription return } do { let statuses = try await subscription2.status for status in statuses { let info = try checkVerified(status.renewalInfo) switch status.state { case .subscribed: if info.willAutoRenew { purchaseStatus2 = true debugPrint("getSubscriptionStatus user subscription is active.") } else { purchaseStatus2 = false debugPrint("getSubscriptionStatus user subscription is expiring.") } case .inBillingRetryPeriod: debugPrint("getSubscriptionStatus user subscription is in billing retry period.") purchaseStatus2 = false case .inGracePeriod: debugPrint("getSubscriptionStatus user subscription is in grace period.") purchaseStatus2 = false case .expired: debugPrint("getSubscriptionStatus user subscription is expired.") purchaseStatus2 = false case .revoked: debugPrint("getSubscriptionStatus user subscription was revoked.") purchaseStatus2 = false default: fatalError("getSubscriptionStatus WARNING STATE NOT CONSIDERED.") } } } catch { // do nothing } if purchaseStatus1 == true || purchaseStatus2 == true { purchaseStatus = true } else if purchaseStatus1 == false && purchaseStatus2 == false { purchaseStatus = false } return }

I am looking to move from paid app to fremium without upsetting my existing users. I see WWDC2022 session where new fields introduced in iOS 16 are used to extract original application version user used to purchase the app. While my app supports iOS 14 and above, I am willing to sacrifice iOS 14 and go iOS 15 and above as StoreKit2 requires iOS 15 at the minimum. The code below is however only valid for iOS 16. I need to know what is the best way out for iOS 15 devices if I am using StoreKit2? If it is not possible in StoreKit2, then how much is the work involved in original StoreKit API(because in that case I can handle for iOS 14 as well)?

Hi All, We are trying to integrate Promotional Offer in our app, We have a React Native app and are using react-native-iap for handling our in app purchases, as per the documentation we are generating signature in our BE and passing the proper details to the function as well, but for subscription request which have offer applied we are getting the apple pop up properly as well with offer details but when trying to subscribe it gives us SKErrroDomain: 12, for subscription without applying offer the subscription goes through but when we apply the offer we get the above error. Our app is currently in Development Stages and has not been sent for review sam for our subscription plans as well. Please let me know what could be the probable cause for this and help us resolve the issue. This is the code snippet of ours for the front end : export const buySubscription = async (subscriptionData: any) => { try { if (subscriptionData.offer_id) { const response = await getSubscriptionSignature( subscriptionData.productId, subscriptionData.offer_id, ); const offerData = response?.data; const offer = { identifier: offerData?.offer_id, keyIdentifier: offerData?.key_id, nonce: offerData?.nonce, signature: offerData?.signature, timestamp: Number(offerData?.timestamp), }; await requestSubscription({ sku: subscriptionData.productId, withOffer: offer, }); } else { await requestSubscription({ sku: subscriptionData.productId }); } } catch (err) { logger.error('Subscription error: ' + JSON.stringify(err)); throw err; } }; and 
from my python Backend which generates the signature:

def generate_signature(self, product_id: str, offer_id: str) -> dict: """ Generate signature for Apple StoreKit promotional offers. Args: product_id: The product identifier from App Store Connect offer_id: The promotional offer identifier Returns: dict: Contains signature and required metadata Reference: https://developer.apple.com/documentation/storekit/in-app_purchase/original_api_for_in-app_purchase/subscriptions_and_offers/implementing_promotional_offers_in_your_app """ try: # Generate UUID without dashes and use as nonce nonce = str(uuid.uuid4()) timestamp = get_current_time_ms() # milliseconds # Create the payload string in exact order required by Apple payload_components = [ self.bundle_id, # App Bundle ID self.key_id, # Key ID from App Store Connect product_id, # Product identifier offer_id, # Promotional offer identifier nonce, # UUID without dashes str(timestamp) # Current timestamp in milliseconds ] payload_str = "\u2063".join(payload_components) # Use Unicode separator logger.debug(f"Signing payload: {payload_str}") # Create SHA256 hash of the payload digest = hashes.Hash(hashes.SHA256()) digest.update(payload_str.encode('utf-8')) payload_hash = digest.finalize() # Sign the hash using ES256 (ECDSA with SHA-256) signature = self.private_key.sign( data=payload_hash, signature_algorithm=ec.ECDSA(hashes.SHA256()) ) # Encode signature in base64 signature_b64 = base64.b64encode(signature).decode('utf-8') logger.info(f"Generated signature for product {product_id} and offer {offer_id}") return { "key_id": self.key_id, # Changed to match Apple's naming "nonce": nonce, # UUID without dashes "timestamp": timestamp, # As integer "signature": signature_b64, # Base64 encoded signature "product_id": product_id, # Changed to match Apple's naming "offer_id": offer_id # Changed to match Apple's naming } except Exception as e: logger.error(f"Failed to generate signature: {str(e)}") raise HTTPException( status_code=500, detail=f"Failed to generate signature: {str(e)}" )

Hi all, I've received emails from other apps after making a purchase, with content like: You have purchased {App Name} on {Date & Time} and acknowledged that if you download or use this in-App Purchase within fourteen days of buying it, you will no longer be eligible to cancel this purchase. Do anyone know under what circumstances Apple sends a Purchase Confirmation Letter to the user's email after they purchase our digital products via IAP? Is this something developers can control? Additionally, I've seen pop-up reminders before making a payment in apps, with content similar to the above message. Are these reminders provided by Apple, or can developers create their own guidance to help users avoid accidental purchases? Kindly, Vanto

Hello everyone, I have some questions regarding the behavior of the offerIdentifier property in the TransactionPayload from App Store Server Notifications. When a user redeems an Offer Code, the offerIdentifier field is populated with the respective identifier. However, I am unsure how this field behaves in different scenarios, and I would appreciate any insights or clarification: Does the offerIdentifier persist throughout the subscription lifecycle (from the initial purchase to expiration)? Does it become null once the Offer Code benefits expire? Is it only present at the time of purchase and omitted in subsequent notifications? Additionally, I would like to understand the behavior of the offerIdentifier in the following scenario: A user purchases a lower-tier subscription using an Offer Code. Later, they upgrade to a higher-tier plan, causing the Offer Code benefits to effectively expire. What happens to the offerIdentifier in the transaction for the upgrade? Will it still appear in transactions after the upgrade, or will it be null? I couldn't find explicit details about these situations in the official documentation, so I hope someone here might have experience or knowledge to share. Thank you in advance for your help!

FB19377002 I am looking to improve and review my subscription purchase handling logic, for the best user experience. Considering that StoreKit2 caches local raw transactions (in case user is offline), is it really necessary to persist "unlocked status" in UserDefaults or SwiftData Model or AppStorage? Are there significant delays when reading Transaction.currentEntitlements from locally stored cache, versus reading it from UserDefaults; or, as in the latest SKDemo example, even reading it from stored in SwiftData ? https://developer.apple.com/forums/thread/706450 I only have subscriptions ( I don't have noncosumable or consubale products). Do I still need to persist subscription status?

Hi all, I have a simple prototype subscription for a recurring monthly for $0.29 cheap! And it works great! But it only works great at sub time. It's stuck in the sandbox, constantly giving me "currently subscribed" status even though I’ve done a bunch of things: Force-quit the app. Deleted and re-installed it. Rebooted my phone. Signed out of media purchases. Looked on AppStore connect to try to find anything that seems like it’d let me fix this All efforts in vain. I'm trying to avoid fully logging out of my iCloud account on my phone. Any other thoughts?

Hi all, I’m testing Subscription in my Flutter app on a real iOS device (iPhone 16 Pro with iOS 18) via TestFlight. I’ve set everything up as required, but I still get this error: flutter: Found products: [] If everything works perfectly when StoreKit configuration is used in Xcode, but not via TestFlight. All my Subscriptions are approved with the same ID.

Hi! I’m new in programming apps for Apple Store and I’m creating my first app. I already send my for review but I get an answer of problems with the subs flow. If there’s anyone who can help me fix this problem and implement my subscriptions in my app and test it out I would be thankful, I want the flow work like in the image!

My Mac app fails to open for some users with the error: "ABC.app does not support the latest receipt validation requirements." I assume this is due to the update of the App Store receipt signing intermediate certificate with one that uses the SHA-256 algorithm. I cannot reproduce this myself and I have trouble figuring out how to address this issue. Below is the code that decrypts the receipt and verifies its signature. How does this code need to be updated to support the new signing certificate? Thanks a lot in advance! inline static void CheckBundleSignature(void) { NSURL *bundleURL = [[NSBundle mainBundle] bundleURL]; SecStaticCodeRef staticCode = NULL; OSStatus status = SecStaticCodeCreateWithPath((__bridge CFURLRef)bundleURL, kSecCSDefaultFlags, &amp;staticCode); if (status != errSecSuccess) { [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to validate bundle signature: Create a static code", nil]; } NSString *requirementText = @"anchor apple generic"; SecRequirementRef requirement = NULL; status = SecRequirementCreateWithString((__bridge CFStringRef)requirementText, kSecCSDefaultFlags, &amp;requirement); if (status != errSecSuccess) { if (staticCode) CFRelease(staticCode); [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to validate bundle signature: Create a requirement", nil]; } status = SecStaticCodeCheckValidity(staticCode, kSecCSDefaultFlags, requirement); if (status != errSecSuccess) { if (staticCode) CFRelease(staticCode); if (requirement) CFRelease(requirement); [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to validate bundle signature: Check the static code validity", nil]; } if (staticCode) CFRelease(staticCode); if (requirement) CFRelease(requirement); } static NSData *DecodeReceiptData(NSData *receiptData) { CMSDecoderRef decoder = NULL; SecPolicyRef policyRef = NULL; SecTrustRef trustRef = NULL; @try { OSStatus status = CMSDecoderCreate(&amp;decoder); if (status) { [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to decode receipt data: Create a decoder", nil]; } status = CMSDecoderUpdateMessage(decoder, receiptData.bytes, receiptData.length); if (status) { [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to decode receipt data: Update message", nil]; } status = CMSDecoderFinalizeMessage(decoder); if (status) { [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to decode receipt data: Finalize message", nil]; } NSData *ret = nil; CFDataRef dataRef = NULL; status = CMSDecoderCopyContent(decoder, &amp;dataRef); if (status) { [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to decode receipt data: Get decrypted content", nil]; } ret = [NSData dataWithData:(__bridge NSData *)dataRef]; CFRelease(dataRef); size_t numSigners; status = CMSDecoderGetNumSigners(decoder, &amp;numSigners); if (status) { [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to check receipt signature: Get singer count", nil]; } if (numSigners == 0) { [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to check receipt signature: No signer found", nil]; } policyRef = SecPolicyCreateBasicX509(); CMSSignerStatus signerStatus; OSStatus certVerifyResult; status = CMSDecoderCopySignerStatus(decoder, 0, policyRef, TRUE, &amp;signerStatus, &amp;trustRef, &amp;certVerifyResult); if (status) { [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to check receipt signature: Get signer status", nil]; } if (signerStatus != kCMSSignerValid) { [NSException raise:@"MacAppStore Receipt Validation Error" format:@"Failed to check receipt signature: No valid signer", nil]; } return ret; } @catch (NSException *e) { @throw e; } @finally { if (policyRef) CFRelease(policyRef); if (trustRef) CFRelease(trustRef); if (decoder) CFRelease(decoder); } }