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Multi Bank Virtual POS
Multi Bank Virtual POS
Sales Transaction General Description
The sales transaction allows you to receive payment via Tami, either as a single payment or in installments. Payment is collected using the card details you provide in the request, and once the transaction is processed, Tami informs you in the response whether the sale was successful or unsuccessful.
Tami Test/Prod Portal Information
Before going live with your integration, you can use the Tami Test Portal to test without creating any real money movement.
Test Portal address: https://sandbox-portal.tami.com.tr
If you would like to log in to the test portal to view your transactions and perform cancellations/refunds when needed, a dedicated test portal user must be defined for you. You can reach our support team for this at TeknikDestek@tami.com.tr.
Prod Portal address: https://portal.tami.com.tr
For your production environment credentials, you can register via this address or contact our ecommerce support team.
Tami Test / Prod API Users
Two different environments are used when integrating with Tami’s APIs: Sandbox (Test) and Prod (Production).
- Test (Sandbox) Environment
This lets you test your integration without creating any real money movement. Your requests are sent to the test endpoints and can be tracked via the Tami Test Portal above.
Below are the credentials you can use to send a test request via the API in the sandbox environment:
| Field | Value |
|---|---|
| Merchant Number | 77006950 |
| Terminal Number | 84006953 |
| Secret Key | 0edad05a-7ea7-40f1-a80c-d600121ca51b |
- Prod (Production) Environment
This is the environment where live transactions take place and real payments are collected.
For your production environment credentials, you can register via https://portal.tami.com.tr or contact our e-commerce support team.
Generating the PG Auth Token
For requests sent to Virtual POS services, the PG-Auth-Token field must be included in the header.
The PG-Auth-Token is generated in the following format:
MerchantNumber:TerminalNumber:Hash
The Hash value is generated by concatenating your Merchant Number, Terminal Number, and Secret Key (in that order), hashing the result with the SHA-256 algorithm, and converting the result to Base64 format.
Below is a sample Java code block demonstrating this calculation:
public class SHA256Example {\n public static String sha256(Long merchantNumber, Long terminalNumber, String secretKey) {\n String text = merchantNumber.toString() + terminalNumber.toString() + secretKey;\n try {\n MessageDigest digest = MessageDigest.getInstance(\"SHA-256\");\n byte[] hash = digest.digest(text.getBytes(StandardCharsets.UTF_8));\n String sha256Hex = DatatypeConverter.printBase64Binary(hash);\n return sha256Hex;\n } catch (NoSuchAlgorithmException e) {\n e.printStackTrace();\n return null;\n }\n }\n}\n
You can generate the PG-Auth-Token header value by combining the Hash value you generated with your Merchant Number and Terminal Number in the format above.
Sales Transaction API Information
The endpoint information to be used for the sales transaction is below:
| Environment | Endpoint |
|---|---|
| Test (Sandbox) | https://sandbox-paymentapi.tami.com.tr/api/v0/payment/auth |
| Production (Prod) | https://paymentapi.tami.com.tr/api/v0/payment/auth |
You must send your requests using the POST method to the endpoint appropriate for the environment you are working in (test/production).
How the Sales Request Is Sent
For non-3D Virtual POS transactions, the values in the body of the request sent are not expected to be transmitted in plain form; instead, a single signed and encrypted value is expected. This value is sent in the signedRequest field.
The response returned by Tami is likewise signed and encrypted, and is delivered in the signedResponse field. Detailed information on how to decode the signedResponse value is provided in the headings below.
In addition, the following information must also be sent in the header:
- PG-Auth-Token: How this is calculated is explained above under “Generating the PG Auth Token.”
- CorrelationId: A variable value that must be unique for each request.
- PG-Api-Version: Must be sent as v4.
Parameters to Be Signed and Encrypted, with Descriptions
For non-3D Cash/Installment Sales transactions on the Virtual POS, the values in the request body are not sent in plain form; the encrypted value is sent in the signedRequest field.
The signedRequest value is obtained by encrypting a request constructed from the fields listed in the tables below. If any field marked as mandatory (M) is missing or sent incorrectly, the transaction will result in an error.
The fields to be included in signedRequest, along with their rules, are specified in the tables below. Abbreviations: (O) Optional, (M) Mandatory, (C) Conditional.
Main parameters
| Parameter Name | Format | Length | O/M/C | Description |
|---|---|---|---|---|
| orderId | String | (2-36) | M | A unique communication identifier used in the communication between Tami and the customer for the payment request. This value must be unique for the merchant and POS pair. The orderId field may contain alphanumeric characters along with only the ‘-’ and ‘’ characters. However, it must not contain consecutive ‘-’ or ‘’ characters. |
| amount | Decimal | M | The transaction amount. The decimal separator must be a period (.). | |
| currency | String | 3 | M | Indicates the currency code of the transaction. Example: TRY must be sent for Turkish Lira. |
| installmentCount | Number | M | The installment information for the transaction to be made. For a single-payment transaction, 1 must be sent. Sending 0 is not accepted. | |
| paymentGroup | String | M | Payment group; default is PRODUCT. | |
| paymentChannel | enum | O | Payment channel. Valid values are provided within the enum: WEB, MOBILE, MOBILE_WEB, MOBILE_IOS, MOBILE_ANDROID, MOBILE_WINDOWS, MOBILE_TABLET, MOBILE_PHONE | |
| callbackUrl | String | C | Mandatory if the transaction is to be performed as 3D. This is the address to which the 3D authentication result will be returned. It must be an address belonging to the merchant. | |
| card | Object | M | Contains the details of the card used for the payment (cardholder name, card number, expiry month/year, and CVV). | |
| billingAddress | Object | O | Contains the billing address details. If provided, it is stored as the billing address in the transaction record. | |
| shippingAddress | Object | O | Contains the delivery address details. It is recommended to send this field for orders that require physical delivery. | |
| buyer | Object | M | Contains information about the buyer on the merchant side. | |
| basket | Object | O | Contains the basket details of the order, namely the list of purchased items and their details. |
card
| Parameter Name | Format | Length | O/M/C | Description |
|---|---|---|---|---|
| cvv | String | M | The security code of the card from which payment will be collected. | |
| expireMonth | Number | (1-12) | M | The expiration month of the card from which payment will be collected. |
| expireYear | Number | 4 | M | The expiration year of the card from which payment will be collected. |
| holderName | String | 30 | M | The name and surname of the cardholder of the card from which payment will be collected. |
| number | String | (5-35) | M | The number of the card from which payment will be collected. |
billingAddress
| Parameter Name | Format | Length | O/M/C | Description |
|---|---|---|---|---|
| address | String | 400 | O | The merchant’s billing address information. |
| emailAddress | String | O | The merchant’s email information | |
| city | String | 30 | O | The city information for the merchant’s billing address. |
| companyName | String | 100 | O | The merchant’s trade name information. |
| country | String | 50 | O | The country information for the merchant’s billing address. |
| contactName | String | 30 | O | The name and surname information for the merchant’s billing address. |
| phone | String | O | The mobile number of the recipient on the merchant side. | |
| zipCode | String | 15 | O | The postal code of the merchant’s billing address. |
| district | String | 50 | O | The district information of the merchant’s billing address. |
shippingAddress
| Parameter Name | Format | Length | O/M/C | Description |
|---|---|---|---|---|
| address | String | 400 | O | The merchant’s shipping address information. |
| emailAddress | String | O | The merchant’s email information | |
| city | String | 30 | O | The city information for the merchant’s shipping address. |
| country | String | 50 | O | The country information for the merchant’s shipping address. |
| contactName | String | 30 | O | The name and surname information for the merchant’s shipping address. |
| zipCode | String | 15 | O | The postal code information of the merchant’s shipping address. |
| district | String | 50 | O | The district information of the merchant’s shipping address. |
buyer
| Parameter Name | Format | Length | O/M/C | Description |
|---|---|---|---|---|
| ipAddress | String | M | The IP address of the buyer on the merchant side. The buyer’s actual IP address must be transmitted. | |
| buyerId | String | 50 | M | The buyer’s ID information on the merchant side. |
| name | String | 30 | M | The buyer’s first name information on the merchant side. |
| surName | String | 30 | M | The buyer’s surname information on the merchant side. |
| identityNumber | String | 11 | O | The buyer’s identity (national ID) number on the merchant side. |
| city | String | 50 | O | The buyer’s city information on the merchant side. |
| country | String | 50 | O | The buyer’s country information on the merchant side. |
| emailAddress | String | M | The buyer’s email information on the merchant side. The email address must be a valid and reachable address belonging to the buyer. | |
| phoneNumber | String | M | The buyer’s mobile number on the merchant side | |
| registrationAddress | String | 400 | O | The buyer’s registration address on the merchant side. |
| zipCode | String | 15 | O | The buyer’s postal code on the merchant side. |
| registrationDate | Date | O | The buyer’s registration date on the merchant side. The date format must be in the form 2015-09-17 23:45:06. | |
| lastLoginDate | Date | O | The buyer’s last login date on the merchant side. The date format must be in the form 2015-09-17 23:45:06. |
basket
| Parameter Name | Format | Length | O/M/C | Description |
|---|---|---|---|---|
| basketId | String | 50 | C | The ID of the basket on the merchant side. If an item is sent within the basket, sending basketId becomes mandatory. |
basket/basketItems
| Parameter Name | Format | Length | O/M/C | Description |
|---|---|---|---|---|
| itemId | String | 50 | C | The ID of the item in the basket on the merchant side. If an item is sent within the basket, sending itemId becomes mandatory. |
| itemType | String | 50 | C | The type of the item in the basket on the merchant side. Valid enum values: PHYSICAL and VIRTUAL. If an item is sent within the basket, sending itemType becomes mandatory. |
| name | String | 50 | C | The name of the item in the basket on the merchant side. If an item is sent within the basket, sending name becomes mandatory. |
| category | String | 50 | O | The category of the item in the basket on the merchant side. |
| subCategory | String | 100 | O | The subcategory of the item in the basket on the merchant side. |
| unitPrice | Decimal | min 0.0 | O | The unit price of the item in the basket on the merchant side. |
| totalPrice | Decimal | min 0.0 | C | The total price of the item in the basket on the merchant side. It cannot be 0 or less than 0; the sum of the amounts must equal the basket amount (amount). UnitPrice * numberOfProducts must equal totalPrice. If an item is sent within the basket object, sending totalPrice becomes mandatory. |
| numberOfProducts | Number | 1-99999 | O | The quantity of the item in the basket on the merchant side. |
Generating the Request Token (signedRequest)
For security purposes, information in requests sent by merchants is not sent in plain form. Instead, the request body is expected to contain the signedRequest value, which is generated by signing and encrypting a request built according to the fields requested by Tami.
For a detailed explanation of the signedRequest generation steps and code samples, please see the Generating the Request Token (signedRequest) page.
API Request Example
{\n\"signedRequest\":\n\"eyJjdHkiOiJKV1QiLCJlbmMiOiJBMjU4R0NNIiwiYWxnIjoiZGlyIn0..7DhNYThZtquawbuf.7safki-ZefDRAL_H5pCvskWxaBUFrYx6XQKnEJUuHc-s5LJSmL-EgZz2KejyIWicjzbTBuyCkEUpu1ckRWHicpLTY5XqPm_CuZz6wkwddXgjKLMFt2MO7aL7EdjZAlXdT8A3UfKFO2sIPD2F9X-VehraeVzh9NE8FamNq3LTSolm0m5ciDUtraq4qi...\"\n}
The signedRequest value above has been shortened for example/test purposes. A real request contains a much longer JWE (encrypted token) value.
API Response Example
Response for a successful transaction:
{\n\"signedResponse\":\n\"eyJraWQiOiIxNTAxZTI1MMS2ODkgUqoUuUjBmUiIiwidGKGGKSIjp7InN1Y1Y2VdWiZ1ZXQiOiI3InZuIiwiYWxnIjoiZGly...\"\n}
Response Parameters and Descriptions
When the transaction is successful, the response delivered by Tami contains only the signedResponse field. All other fields listed in the table below (success, systemTime, correlationId, orderId, amount, card information, etc.) are not present in plain form in this case; all of them are carried in encrypted form inside the signedResponse field. You can only access these fields once the signedResponse value has been decoded. The decoding steps are described in the next heading.
When the transaction is unsuccessful, signedResponse is not returned at all; in this case success, systemTime, correlationId, errorCode, errorMessage, and errorGroup fields are returned directly in plain form.
| Parameter Name | Format | Where It Appears | Description |
|---|---|---|---|
| success | String | Inside signedResponse (plain if transaction unsuccessful) | If true, the sale was successful; if false, an error was received. Error details will be shared in the error code and error message fields. |
| systemTime | dateTime | Inside signedResponse (plain if transaction unsuccessful) | Indicates the date and time the response was generated by Tami. |
| correlationId | String | Inside signedResponse (plain if transaction unsuccessful) | Transaction number |
| orderId | String | Inside signedResponse | Order number |
| transactionDate | dateTime | Inside signedResponse | Indicates the date and time the transaction took place. |
| amount | Number | Inside signedResponse | Transaction amount |
| currency | String | Inside signedResponse | Transaction currency |
| card/binNumber | String | Inside signedResponse | First 8 digits of the card |
| card/maskedNumber | String | Inside signedResponse | Masked card number |
| card/cardBrand | String | Inside signedResponse | Card brand |
| card/cardOrganization | String | Inside signedResponse | Card organization |
| card/cardType | String | Inside signedResponse | Card type |
| errorCode | String | Plain (only when success:false) | Error code |
| errorMessage | String | Plain (only when success:false) | Error message |
| bankAuthCode | String | Inside signedResponse | Bank authorization code |
| bankReferenceNumber | String | Inside signedResponse | Retrieval reference number (RetRef) for the transaction |
| errorGroup | String | Plain (only when success:false) | Indicates the group of the relevant error. Merchants can manage their own rules by making use of the error code and error groups. |
Decoding the Response Token (signedResponse)
The steps required to decode the value delivered in the signedResponse field in order to access the parameters above will be provided in this section.
For a detailed explanation of the decoding steps and code samples, please see the Decoding the Response Token (signedResponse) page.
Code Examples
Below are links to code samples written in various programming languages. Through the link for your preferred programming language, you can examine in detail code written with pre-defined example values.
These samples contain code covering the relevant transaction type, and since they are written in different languages, it is also possible to observe various approaches and practices. This gives you the opportunity to work with clearer and more authentic examples suited to your preferred programming language.
- For C# Code Samples, click here.
- For VB.Net Code Samples, click here.
- For Java Code Samples, click here.
- For PHP Code Samples, click here.
- For NodeJS Code Samples, click here.
Please note that these samples are written with pre-defined values, and the necessary adaptation and security measures may need to be taken for their use in real projects.
Error Codes
You can access the list of error codees on this page.
Test Cards
You can access the list of test cards on this page.
Frequently Asked Questions
1- Which fields should I pass in the header when sending requests to services?
| Key | Value |
|---|---|
| CorrelationId | Correlation{{randomNumber}} |
| PG-Auth-Token | {{merchantNumber}}:{{terminalNumber}}:{{hash}} |
| PG-Api-Version | v4 |
In the header section, correlationId and PG-Auth-Token parameters are expected to be transmitted. correlationId must be transmitted as a string unique value for each transaction. PG-Auth-Token parameter consists of merchantNumber, terminalNumber and hash information of the merchant as stated in the table. For hash information, merchantNumber, terminalNumber and secretKey information of the merchant is obtained by hashing with sha256 and converting it to string.
2- What should we do when we receive the error message "The hash value sent in the header is inconsistent" in the ErrorMessage tag in the sales process?
Response
{
"errorCode": 4003,
"errorMessage": " Inconsistent hash value sent in header",
"success": false,
"systemTime": "2024-03-30T12:08:40.526596076",
"correlationId": "correlation9975"
}
"PG-Auth-Token" parameter should be passed in the header in all sales, cancellation/refund, pre-authorization, pre-authorization closure, 3D sales and 3D sales completion requests.
This information consists of "merchantNumber:TerminalNumber:Hash" information of the merchant. The hash information is expected to be calculated according to the requested values and added to the PG-Auth-Token parameter.
