*
*
* Parameter description ***
Command *
Authorisation *
Debit *
Credit *
AutohorisationReversal *
Void*
GetData*
Cancel*
GetHMAC*
GetSystemInfo*
Parameter*
In*
Out*
In*
Out*
In*
Out*
In*
Out*
In*
Out*
In*
Out*
In*
Out*
In*
Out*
In*
Out*
Description*
AcquirerCode
O
O
O
O
O
The Acquirer ISO code returned for this transaction. Note that the success or failure of this transaction MUST be determined by the Result Code and NOT by the AcquirerCode nor the AcquirerDescription. This is only made available as extra information and may not exist in all response.
AcquirerDescription
O
O
O
O
O
The Acquirer ISO description returned for this transaction. Note that the success or failure of this transaction MUST be determined by the Result Code and NOT by the AcquirerCode nor the AcquirerDescription
Example Message Format *
**
Network Topology**
The generic solution is premised on the following network topologies and depends on whether or not the Indigo Server and/or the POS Server, if it exists, are located inside or outside of the merchant’s location.
At the point that a payment by the customer must be made the POS Till or POS Server will, using the protocol described in this document, contact the Indigo Server which will control the appropriate device to prompt for payment from the cardholder. Once the required card details have been collected on the device the Indigo server will process the transaction to the iVeri Gateway before returning a response to the POS Till or POS Server which will then be able to close the invoice created and indicate to the cashier at the POS Till that the invoice has been paid.
I
How to measure the network performance *
**
The following commands should be executed on the Indigo server and the destination should be the connected Devices. If there is any variation from a network point of view between the location of the various devices connecting to an Indigo Server, then they should be tested separately.
Windows
PS C:\Users\roland> ping -n 1000 -l 512 192.168.128.14
Pinging 192.168.128.14 with 512 bytes of data:
Reply from 192.168.128.14: bytes=512 time=1ms TTL=63
Reply from 192.168.128.14: bytes=512 time<1ms TTL=63
Reply from 192.168.128.14: bytes=512 time<1ms TTL=63
Reply from 192.168.128.14: bytes=512 time<1ms TTL=63
.
.
.
Reply from 192.168.128.14: bytes=512 time<1ms TTL=63
Reply from 192.168.128.14: bytes=512 time<1ms TTL=63
Reply from 192.168.128.14: bytes=512
JSON Request *
**
{
"Command": "Authorisation",
"DeviceSerialNumber": "81546628",
"MerchantReference": "Roland20190212.1",
"Currency”: “ZAR”,
"Amount": 1001,
"BudgetPeriod" : 0,
"CashAmount": 0,
"Terminal" : "Roland"
}
JSON Request *
**
{
"Command": "Debit",
"DeviceSerialNumber": "81546628",
"MerchantReference": "Roland20190212.2",
"Currency”: “ZAR”,
"Amount": 1002,
"BudgetPeriod" : 0,
"CashAmount": 0,
"Terminal" : "Roland"
}