Payment service sdk
Author: a | 2025-04-25
Amazon Payment Services .NET SDK. Amazon Payment Services SDK offers seamless payments for Microsoft.NET platform merchants. sdk payment payments android-application payment-methods visa payment-gateway payment-integration payment-processing payment-request in-app sdk-android payment-service payment-module merchants cybersource cybersource-android-sdk inapp-sdk
Payment Service SDK - coinify.readme.io
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Secure Payment: All orders are through vendor's ultra secure payment gates. Since we do not store any personal data, we also do not (and cannot) sell your data nor do we purchase data from other parties. We respect your privacy and are fully GDPR compliant.. Amazon Payment Services .NET SDK. Amazon Payment Services SDK offers seamless payments for Microsoft.NET platform merchants. sdk payment payments android-application payment-methods visa payment-gateway payment-integration payment-processing payment-request in-app sdk-android payment-service payment-module merchants cybersource cybersource-android-sdk inapp-sdk Payment SDK. No matter what sector your business is in, we provide a payment SDK for in-store, online, mobile and self-service payments. If you are considering integrating payment services java sdk payment payments java-sdk payment-methods visa payment-gateway payment-integration payment-processing payment-request payment-service payment-module merchants cybersource Updated A payment API is a type of API that enables your website or app to interact with a payment service provider (PSP) that handles the actual payment processing. A payment SDK is a type of SDK For more information, see Customize the Payment Entry Form.ImportantThe card entry form should always be displayed in a UINavigationController. For example, let nc = OrderNavigationController(rootViewController: orderViewController), where the orderViewController renders the In-App Payments card entry form.@import SquareInAppPaymentsSDK;@interface #YourViewController #>() @end@implementation #YourViewController #> - (void)showCardEntryForm;{ SQIPTheme *theme = [[SQIPTheme alloc] init]; theme.tintColor = UIColor.greenColor; theme.saveButtonTitle = @"Submit"; SQIPCardEntryViewController *cardEntryForm = [[SQIPCardEntryViewController alloc] initWithTheme:theme]; cardEntryForm.delegate = self; UINavigationController *navigationController = [[UINavigationController alloc] initWithRootViewController:cardEntryForm]; [self presentViewController:navigationController animated:YES completion:nil];}#pragma mark - SQIPCardEntryViewControllerDelegate- (void)cardEntryViewController:(nonnull SQIPCardEntryViewController *)cardEntryViewController didCompleteWithStatus:(SQIPCardEntryCompletionStatus)status;{ }- (void)cardEntryViewController:(nonnull SQIPCardEntryViewController *)cardEntryViewController didObtainCardDetails:(nonnull SQIPCardDetails *)cardDetails completionHandler:(void (^_Nonnull)(NSError *_Nullable))completionHandler;{ }@endLink to section4. Implement SQIPCardEntryViewControllerDelegate methodsThis build guide has shown you how to:Configure your application for the SDK (step 1).Set the card entry form orientation (step 2).Show the card entry form in your view controller (step 3).Create a stub function to handle card entry results (step 3).In this step, you learn how to handle the result of the card entry by getting the one-time-use secure payment token from the card entry form and sending the token to your backend to be processed as a payment. You add code to the stubbed card entry response delegates from step 3 to get the payment token and send it to your backend.Your application must take two actions after the payment token is returned:Send the token to your backend for payment processing.Handle the buyer's action of the card entry completion or cancellation.Link to sectionSend the payment token to your backendGuidance for :didObtainCardDetails:completionHandler:Use the card entry view controller delegate methods to complete the payment processing after a buyer provides a payment card by submitting the payment token to your backend, awaiting a response, and then updating the mobile application with the results.Submit the payment token to your backend - The handler is invoked after the buyer submits a payment card. Your code should send the provided card details to your backend to perform any additional work, such as charging the card. After your backend processes the card, notify the card entry view controller of the result so it can be displayed to the buyer.Handle backend results - If your backend processes the card with no error, call the completion handler with a single nil argument. A success animation is shown to the buyer and cardEntryViewController:didCompleteWithStatus: is called. At this point, you should dismiss the card entry view controller.Handle card processing errors - If your backend returns an error while processing the card, call the completion handler with the error. The localizedDescription error is shown in the card entry view controller. The buyer can read the error text, edit the entered card information, and then resubmit the payment.Link to sectionServer-side payment completionThe following mobile client example code assumes that you've created a backend service for your application to process the payment token received from the In-App Payments SDK. The backend service calls the Payments API to create a payment that charges the card input by a buyer in your mobile client. For more information about taking a payment, see Take Payments.#pragma mark - SQIPCardEntryViewControllerDelegate-Comments
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2025-04-15For more information, see Customize the Payment Entry Form.ImportantThe card entry form should always be displayed in a UINavigationController. For example, let nc = OrderNavigationController(rootViewController: orderViewController), where the orderViewController renders the In-App Payments card entry form.@import SquareInAppPaymentsSDK;@interface #YourViewController #>() @end@implementation #YourViewController #> - (void)showCardEntryForm;{ SQIPTheme *theme = [[SQIPTheme alloc] init]; theme.tintColor = UIColor.greenColor; theme.saveButtonTitle = @"Submit"; SQIPCardEntryViewController *cardEntryForm = [[SQIPCardEntryViewController alloc] initWithTheme:theme]; cardEntryForm.delegate = self; UINavigationController *navigationController = [[UINavigationController alloc] initWithRootViewController:cardEntryForm]; [self presentViewController:navigationController animated:YES completion:nil];}#pragma mark - SQIPCardEntryViewControllerDelegate- (void)cardEntryViewController:(nonnull SQIPCardEntryViewController *)cardEntryViewController didCompleteWithStatus:(SQIPCardEntryCompletionStatus)status;{ }- (void)cardEntryViewController:(nonnull SQIPCardEntryViewController *)cardEntryViewController didObtainCardDetails:(nonnull SQIPCardDetails *)cardDetails completionHandler:(void (^_Nonnull)(NSError *_Nullable))completionHandler;{ }@endLink to section4. Implement SQIPCardEntryViewControllerDelegate methodsThis build guide has shown you how to:Configure your application for the SDK (step 1).Set the card entry form orientation (step 2).Show the card entry form in your view controller (step 3).Create a stub function to handle card entry results (step 3).In this step, you learn how to handle the result of the card entry by getting the one-time-use secure payment token from the card entry form and sending the token to your backend to be processed as a payment. You add code to the stubbed card entry response delegates from step 3 to get the payment token and send it to your backend.Your application must take two actions after the payment token is returned:Send the token to your backend for payment processing.Handle the buyer's action of the card entry completion or cancellation.Link to sectionSend the payment token to your backendGuidance for :didObtainCardDetails:completionHandler:Use the card entry view controller delegate methods to complete the payment processing after a buyer provides a payment card by submitting the payment token to your backend, awaiting a response, and then updating the mobile application with the results.Submit the payment token to your backend - The handler is invoked after the buyer submits a payment card. Your code should send the provided card details to your backend to perform any additional work, such as charging the card. After your backend processes the card, notify the card entry view controller of the result so it can be displayed to the buyer.Handle backend results - If your backend processes the card with no error, call the completion handler with a single nil argument. A success animation is shown to the buyer and cardEntryViewController:didCompleteWithStatus: is called. At this point, you should dismiss the card entry view controller.Handle card processing errors - If your backend returns an error while processing the card, call the completion handler with the error. The localizedDescription error is shown in the card entry view controller. The buyer can read the error text, edit the entered card information, and then resubmit the payment.Link to sectionServer-side payment completionThe following mobile client example code assumes that you've created a backend service for your application to process the payment token received from the In-App Payments SDK. The backend service calls the Payments API to create a payment that charges the card input by a buyer in your mobile client. For more information about taking a payment, see Take Payments.#pragma mark - SQIPCardEntryViewControllerDelegate-
2025-04-01As instant payments increase in popularity. Seamless integration into existing infrastructure since these systems are designed to be compatible with banking platforms. Complete control over how you integrate and deliver your services to a channel or platform using APIs, SDK widgets, and SSO interfaces. Easy access to global markets with quick and secure international and domestic payments. Mobility and convenience for your customers because they can make fast transfers on their device from any location. Modern digital bill presentation, payment, and money management, which can be offered as stand-alone services, dashboard tiles that are seamlessly incorporated into your proprietary app, or integrated capabilities in the same way. Connection to billers and money sources (i.e., banks, credit unions, debit cards, credit cards, and digital mobile wallets) to enable real-time payment transactions and confirmation. Ability to track payment status, receive payment reminders, and set up automatic recurring payments. Opportunities for future digital payment choices such as bill presentation, bill payment, peer-to-peer transfers, external account transfers, loan repayments, small company invoices, and billing payments. Better customer engagement and insights into customer payment behavior.Get the Instant Payment Capabilities You NeedWhen you're ready for a seamless conversion, we've got you covered. Enjoy the same flexibility, services, and simplicity that Clarity Payment Hub has delivered to so many consumers. Steps to Make an Instant PaymentInstant payments are different from "faster" payments. Faster payments are, as the name implies, faster transactions...but not instant. When making an instant payment, here are the steps to go through.Step 1: Select Your Service ProviderSelect your service provider based on cost, customer reviews, ease of use, and security features. Once you've determined the option for your needs, you can create an account and start using their services for payments. Make sure to keep all the information associated with the account secure so that no one unauthorized can access it or view your transactions.Step 2: Fund Your AccountNext, you'll need to fund your account or connect it to a bank account, debit card, or credit card. Which of these is available will depend on the service provider you selected. Funds are typically available
2025-04-23Worldnet Payments Enhances Unattended Payments with NEW VP3300 CertificationID TECH, a world-recognized leader in the design and manufacture of secure payment solutions, is announcing a collaboration with Worldnet Payments, a leading provider of frictionless payment solutions for ISVs, in completing the EMV certification of the ID TECH VP3300 to First Data and TSYS.The VP3300 is a compact payment peripheral that can be integrated into enclosures, used as a device that pairs with a consumer device or POS terminal payment device. When incorporated with Worldnets GoChip SDK, ISVs and merchants have a pre-certified payment solution. Currently, the VP3300 has successfully been integrated into tablets and multiple mobile reading devices.The GoChip EMV SDK toolkit has incorporated ID TECHs EMV certified hardware and is designed for any third party POS solution to easily integrate to, providing a fast path to EMV compliance. GoChip is a pre-certified EMV solution, providing POS partners with a frictionless path to EMV compliance in the Unattended sector. GoChip supports traditional POS as well as iOS and Android operating systems for tablet POS merchants. Quickchip and Contactless support comes as standard, providing the fastest payment processing times, as well as support for ApplePay and GooglePay.ID TECH has decades of industry experience and is always on the cutting edge of creating and providing Contactless and NFC technology. Correspondingly, Worldnets promise is to support end to end solutions for rollout and merchant migration, while ensuring a truly frictionless integration experience for customers. Therefore, both companies working closely results in the seamless implementation of First Datas server and TSYSs certification into the VP3300 and in the future, other ID TECH products.More about Worldnet PaymentsWorldnet Payments develops frictionless payments solutions for independent software vendors. The companys omni-channel platform is used to deliver expert solutions in industries such as unattended retail, transportation and services. Worldnets flexible approach enables businesses to deliver a customized payment experience to their customers. For more information about Worldnet Payments, please call (470) 372-1601 or visit www.worldnettps.com.More about ID TECHFor more than 30 years, ID TECH has built a reputation based on technical excellence, innovation, and a commitment to superior customer service. Headquartered in Cypress, California, ID TECH is an industry leader in delivering payment solutions across the globe with innovative secure payment solutions ranging from PCI-certified PIN-entry devices, state-of-the-art contactless/NFC payment devices to EMV and Magstripe readers. For more information on ID TECH and its contactless product line, please
2025-04-06Provided by Google LLC, which provides ads for mobile apps. For information on how Google Mobile Ads SDK collects, uses and shares your data, please visit this page: You can opt-out from the AdMob by Google service by following the instructions described by Google: For more information on how Google Admob uses the collected information, please visit the Google Ads Data Processing Terms. For more information on how Google uses the collected information, please visit the "How Google uses data when you use our partners' sites or app" page: or visit the Privacy Policy of Google: For more information on the privacy practices of Google, please visit the Google Privacy & Terms web page: Payments We may provide paid products and/or services within the Service. In that case, we may use third-party services for payment processing (e.g. payment processors). We will not store or collect your payment card details. That information is provided directly to Our third-party payment processors whose use of your information is governed by their Privacy Policy. These payment processors adhere to the standards set by PCI-DSS as managed by the PCI Security Standards Council, which is a joint effort of brands like Visa, Mastercard, American Express and Discover. PCI-DSS requirements help ensure the secure handling of payment information. • Apple Store In-App Payments Their Privacy Policy can be viewed at When You use Our Service to pay for a product and/or service via bank transfer, We may ask You to provide information to facilitate this transaction and to verify your identity. Except the following cases, we will not share your information with any other third parties without your consent unless the following situations: To fulfill legal obligations, disclose to the authorities; To prevent you from being exposed to significant danger or disadvantages while not possible to get your authorization in time; the disclosure is anonymized and cannot be directed to you personally; and in other cases permitted by laws and regulations. 4. How do We use the information? We use the information We collect about You to provide you with a personalized experience, including healthy tips,
2025-04-20Applies to: In-App Payments SDK - iOS | Payments API | Customers APILearn how to build with the In-App Payments SDK on iOS to provide a secure, managed payments client.While the In-App Payments SDK supports payments for physical and digital sales, using the In-App Payments SDK to process digital sales might not be allowed by some mobile application distribution services (such as App Store and Google Play) and might result in your application being removed. Examples of digital sales include intangible goods (such as in-game assets), online services (such as upgrades in application functionality), and digital subscriptions (such as cloud or streaming services).To avoid the potential removal from application distribution platforms, the In-App Payments SDK should only be used to process sales of goods or services that are consumed outside the application. You should review the terms of service for the respective mobile application distribution services you use to ensure that you're compliant with their guidelines.Link to sectionRequirements and limitationsYour application ID - Find your application ID on the Credentials page of your Square application in the Developer Console.You need an active location ID - Copy a developer account location ID from the Locations page of your Square application in the Developer Console or set the Developer Console to Sandbox mode and then copy a Sandbox location ID.The deployment target for your application is iOS 12.0 or later.You've added the In-App-Payments SDK to your iOS project. For more information, see Install the In-App-Payments SDK.You have a Square account enabled for payment processing. If you haven't enabled payment processing on your account (or you're not sure), visit squareup.com/activate.You're generally familiar with developing applications on iOS. If you're new to iOS development, you should read The Basics at Swift.org.You're using Xcode 15+.Link to section1. Set your Square application ID in your application delegateUpdate REPLACE_ME in the following code with your Square application ID. If you don't set your Square application ID before initializing SQIPCardEntryViewController, your application terminates with an uncaught exception.ImportantTo test an application in the Square Sandbox, set the Developer Console to Sandbox mode before completing the following instructions in this step.@import SquareInAppPaymentsSDK;- (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions { [SQIPInAppPaymentsSDK setSquareApplicationID:@""]; return YES;}Replace with your application ID. For example, the application ID sq0ids-KHbh5gEaJuH7GEi1lgGMBQ replaces the placeholder as shown in the following code:[SQIPInAppPaymentsSDK setSquareApplicationID:@"sq0ids-KHbh5gEaJuH7GEi1lgGMBQ"];NoteWhen testing your application in the Square Sandbox, be sure to use Sandbox test values to enter card information.Link to section2. Set supported orientations for the card entry formThe In-App Payments SDK supports all orientations on the iPad, but only supports portrait orientations on the iPhone.If your application supports landscape on the iPhone, you should conform to UINavigationControllerDelegate and override the supported interface orientations.@interface #YourViewController #>() UINavigationControllerDelegate> @end@implementation #YourViewController #> - (UIInterfaceOrientationMask)navigationControllerSupportedInterfaceOrientations : ( UINavigationController *)navigationController;{ return UIInterfaceOrientationMaskPortrait; }@endLink to section3. Create and display the card entry form to collect card informationInitialize a SQIPCardEntryViewController with a SQIPTheme instance and present the view controller as a modal. You can customize the appearance of the card entry form by setting SQIPTheme properties.
2025-03-28