UniKey API Reference for Delphi Language

UniKey API Reference

Find a UniKey dongle

API Prototype

function UniKey__Find(pHandle: pWord; pSetting1: pLongWord; pSetting2: pLongWord): DWORD; stdcall;

Description

Check if a specific UniKey is attached to the USB port. This is the first API used to start a UniKey session.

Parameters

Parameter	Description
pHandle	[out] Dongle handle
pSetting1	[in] Working mode (UniKey PRO only), useless for UniKey STD
	[out] Hardware ID
pSetting2	[in] Access mode (UniKey PRO only), useless for UniKey STD
	[out] Number of dongles attached, useless for UniKey STD

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NOT_FOUND	200	No UniKey dongle

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For UniKey PRO (Network UniKey), *pSetting specifies the working mode. If you do not specify the value in *lp1, the working mode will be read from the NetUniKey.ini.

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Find the Next UniKey dongle

API Prototype

function UniKey__Find_Next(pHandle: pWord; pSetting1: pLongWord; pSetting2: pLongWord): DWORD; stdcall;

Description

Check if another UniKey is attached to the USB port.

Parameters

Parameter	Description
pHandle	[out] Dongle handle
pSetting1	[in] Working Mode (UniKey PRO only), useless for UniKey STD
	[out] Hardware ID
pSetting2	[in] Access Mode (UniKey PRO only), useless for UniKey STD
	[out] Number of dongles attached , useless for UniKey STD

Return values

Result	Value	Meaning
SUCCESS	0	Success
ERROR_UNIKEY_NOMORE	214	No more dongles found
ERROR_UNIKEY_NEED_FIND	215	Find needs to be called before Find_Next

Log on to UniKey Dongle

API Prototype

function UniKey__User_Logon(pHandle: pWord; pPassword1: pWord; pPassword2: pWord): DWORD; stdcall;

For UniKey Drive, the API Prototype is

function UniKey__User_Logon(pHandle: pWord; pPassword1: pWord; pPassword2: pWord): DWORD; stdcall;

Description

Log in to a UniKey dongle with specified passwords. This API should be called in the commercial software in order to improve security.

Parameters

Parameter	Description
pHandle	[out] Dongle handle
pPassword1	[in] Password 1
pPassword2	[in] Password 2

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NOT_FOUND	200	No UniKey dongle
ERROR_UNIKEY_INVALID_PASSWORD	201	Found UniKey dongle, but basic passwords (password 1 and 2) are incorrect
ERROR_UNIKEY_INVALID_PASSWORD_OR_ID	202	Wrong password or UniKey HID

Log on to UniKey Dongle in vendor mode

API Prototype

function UniKey__Vender_Logon(pHandle: pWord; pPassword1: pWord; pPassword2: pWord; pPassword3: pWord; pPassword4: pWord): DWORD; stdcall;

For UniKey Drive, the API Prototype is

function UniKey__Vender_Logon(pHandle: pWord; pPassword1: pWord; pPassword2: pWord; pPassword3: pWord; pPassword4: pWord): DWORD; stdcall;

Description

Log in to a UniKey dongle in vendor mode with specified passwords. This API helps software vendors to log in to the UniKey dongle in vendor mode, and get full permissions to the UniKey dongle.

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We do NOT advise you to enclose this API in the final released software. This API is only for software vendor’s usage.

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If password 3 or 4 is wrong, while password 1 and 2 is correct, the dongle is then logged on in user mode automatically.

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Parameters

Parameter	Description
pHandle	[out] Dongle handle
pPassword1	[in] Password 1
pPassword2	[in] Password 2
pPassword3	[in] Password 3
pPassword4	[in] Password 4

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NOT_FOUND	200	No UniKey dongle
ERROR_UNIKEY_INVALID_PASSWORD	201	Found UniKey dongle, but basic passwords (password 1 and 2) are incorrect
ERROR_UNIKEY_INVALID_PASSWORD_OR_ID	202	Wrong password or UniKey HID

Log off the UniKey dongle

API Prototype

function UniKey__Logoff(pHandle: pWord): DWORD; stdcall;

Description

Log off a UniKey dongle with a specific handle; this API should be called at the end of a UniKey session.

Parameters

Parameter	Description
pHandle	[in] Dongle handle

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NOT_FOUND	200	No UniKey dongle
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running

Get the UniKey Dongle's Type

API Prototype

function UniKey__Get_Type(pHandle: pWord; type: pLongWord): DWORD; stdcall;

Description

UniKey__Get_Type can help you get the type of the UniKey dongle.
This functions return value will help to indicate the type of the UniKey dongle.

Type	Code
UNIKEY_TYPE_TIME	101
UNIKEY_TYPE_PRO	102
UNIKEY_TYPE_STD	103

Parameters

Parameter	Description
pHandle	[in] Dongle handle
type	[out] The value indicating the type of your UniKey dongle

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_GET_TYPE	256	UniKey Get Type Error

Read UniKey dongle memory

API Prototype

function UniKey__Read_Memory(pHandle: pWord; pStartAddress: pWord; pBufferLength: pWord; pBuffer: pByteArray): DWORD; stdcall;

Description

Read the contents of memory; this API needs to be called after logging in to a UniKey dongle.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pStartAddress	[in] Offset of Memory
pBufferLength	[in] Number of bytes to read
pBuffer	[out] Pointer to the buffer containing the data to be read

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	204	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_READ_MEMORY	207	Read Error
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running

Write to UniKey dongle memory

API Prototype

function UniKey__Write_Memory(pHandle: pWord; pStartAddress: pWord; pBufferLength: pWord; pBuffer: pByteArray): DWORD; stdcall;

Description

Write data into memory; this API needs to be called after logging on to a UniKey dongle.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pStartAddress	[in] Offset of the memory
pBufferLength	[in] Number of bytes to write
pBuffer	[in] Pointer to the buffer containing the data to be written

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	204	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_WRITE_MEMORY	207	Write Error
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_VERIFY_ADV_PASSWORD	223	Advanced passwords (password 3 and 4) not verified

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To write the last 2k memory (for 2048 – 4096), you need to verify all 4 passwords (vendor mode) to obtain the requisite permission.

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UniKey__Read_Memory and UniKey__Write_Memory provide basic reading and writing functions to the dongle. You can store general information via such functions. And various levels of security can be applied too.

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Generate a Random Number

API Prototype

function UniKey__Random(pHandle: pWord; pReturn1: pWord; pReturn2: pWord; pReturn3: pWord; pReturn4: pWord): DWORD; stdcall;

Description

Generates random numbers from the dongle.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pReturn1	[out] Random number
pReturn2	[out] Random number
pReturn3	[out] Random number
pReturn4	[out] Random number

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_RANDOM	209	Random number error
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running

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UniKey__Random is used to generate a random number inside the dongle. The UniKey dongle computation engine generates the number and the hardware of the dongle is the seed for the random number.

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Generate Seed Code Return Values

API Prototype

function UniKey__Seed(pHandle: pWord; pSeed: pLongWord; pReturn1: pWord; pReturn2: pWord; pReturn3: pWord; pReturn4: pWord): DWORD; stdcall;

Description

Get return codes from the input of a seed code; this API return for values which are related to pSeed and the UniKey dongle’s password.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pSeed	[in] Seed code
pReturn1	[out] Return code 1
pReturn2	[out] Return code 2
pReturn3	[out] Return code 3
pReturn4	[out] Return code 4

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_SEED	210	Seed code error
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running

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UniKey__Seed generate a set of seed codes; all of these seed codes are based on the password. providing another method to verify passwords and check if a dongle has been inserted. Apart from this, the seed codes can be used in other computations, for example, you can use the seed returned as a 64-bit encryption key.

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Write Software ID

API Prototype

function UniKey__Write_SoftID(pHandle: pWord; pSoftID: pLongWord): DWORD; stdcall;

Description

Write the vendor-defined software ID.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pSoftID	[in] Software ID

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_SET_SOFTID	203	Set software ID error
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running

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You need to verify all 4 passwords (vendor mode) to write the software ID to the dongle.

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Read Software ID

API Prototype

function UniKey__Read_SoftID(pHandle: pWord; pSoftID: pLongWord): DWORD; stdcall;

Description

Read the user-defined software ID.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pSoftID	[out] Software ID

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running

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UniKey__Write_SoftID and UniKey__Read_SoftID provide a means to make a soft (write-able) ID for each software. You can write different software ID for each software and call UNIKEY_READ_SOFTID to check if the software ID is correct.

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Set a UniKey License module

API Prototype

function UniKey__Set_Module(pHandle: pWord; pModule: pWord; pValue: pWord; pDecrease: pWord): DWORD; stdcall;

Description

To write a value to a specific UniKey license module and set the Decrement attribute.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] License module number
pValue	[in] License module unit value
pDecrease	[in] Decrement attribute (1 = allowed, 0 = not allowed)

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	202	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_MODULE	216	License module error

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A successful operation will result in license module unit number *pModule storing value *pValue, and the Decrement attribute set to "0" or "1".

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You need to verify all 4 passwords (vendor mode) to set a module value successfully.

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Get a UniKey License module

API Prototype

function UniKey__Get_Module(pHandle: pWord; pModule: pWord; pValue: pWord): DWORD; stdcall;

Description

Get a value from a specific UniKey license module.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] Module Number
pValue	[out] Return the value in module

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	202	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_MODULE	216	License module error

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You need to verify 2 passwords (user mode) to get a module value successfully.

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Check a UniKey License module

API Prototype

function UniKey__Check_Module(pHandle: pWord; pModule: pWord; pValues: pWord; pDecrease: pWord): DWORD; stdcalll;

Description

Read the attributes of a specific UniKey license module.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] License module number
pValue	[out] Validity (1 = license module value is not zero)
pDecrease	[out] Decrement attribute (1 = license module can be decreased)

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	202	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_MODULE	216	License module error

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A successful operation will result in *pValue having value from Validity (1 = license module value is not zero), and *pDecrease having value from the Decrement attribute (1 = license module can be decreased). The value of a license module cannot be read directly, and it is invisible to end users.

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UniKey__Set_Module and UniKey__Check_Module provide an easy way to implement software limitations. For example, if you want to set software to only be executed 3 times, you can call UniKey__Set_Module to set a license module (let us say license module 0) as 3. And, during each execution, we decrease the license module, if the license module is invalid (zero), we stop the software. Apart from this, we can implement a module-selling model with the help of license module functions. For example, the software has four function modules, A, B, C and D. And we can map the function modules to the license modules in the UniKey dongle. Let us say that function module A is mapped to license module 0, B to 1, C to 2 and D to 3. If a customer only buys function A and B, you only need to enable license module 0 and 1, and leave 2 and 3 as zero. So now only function module A and B can be executed. If the customer buys additional functions, you can use the UniKey Remote Updater tool to update the dongle as needed remotely.

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Write Arithmetic

API Prototype

function UniKey__Write_Arithmetic(pHandle: pWord; pStartAddress: pWord; pBuffer: pByteArray): DWORD; stdcall;

Description

Write user-defined mathematical algorithms.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pStartAddress	[in] Offset of first instruction
pBuffer	[in] Pointer to the algorithm command string

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	204	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_AR_BAD_COMMAND	217	Arithmetic instruction error
ERROR_UNIKEY_AR_UNKNOWN_OPCODE	218	Arithmetic operator error
ERROR_UNIKEY_AR_WRONG_BEGIN	219	Constant numbers can't be used on first arithmetic instruction
ERROR_UNIKEY_AR_WRONG_END	220	Constant numbers can't be used on last arithmetic instruction
ERROR_UNIKEY_AR_VALUE_OVERFLOW	221	Constant numbers > 63 will cause an overflow

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A successful operation will result in a user-defined algorithm containing the algorithm command string from the buffer.

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UniKey__Write_Arithmetic is called when you write a series of algorithms into the dongle. This function is only called on the software vendor side. For example, if you have a serial number generator algorithm, and you want to perform this algorithm inside the dongle, you need to call UniKey__Write_Arithmetic

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User-Defined Algorithm Calculate 1

API Prototype

function UniKey__Calculate1(pHandle: pWord; pStartAddress: pLongWord; pModule: pLongWord; pRegisterA: pWord; pRegisterB: pWord; pRegisterC: pWord; pRegisterD: pWord): DWORD; stdcall;

Description

Return the results of a calculation performed in the UniKey, using input provided by the developer and the CALCULATE1 function.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pStartAddress	[in] Start point of calculation
pModule	[in] License module number
pRegisterA	[in, out] Register A
pRegisterB	[in, out] Register B
pRegisterC	[in, out] Register C
pRegisterD	[in, out] Register D

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	204	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_AR_BAD_COMMAND	217	Arithmetic instruction error
ERROR_UNIKEY_AR_UNKNOWN_OPCODE	218	Arithmetic operator error
ERROR_UNIKEY_AR_WRONG_BEGIN	219	Constant numbers can't be used on first arithmetic instruction
ERROR_UNIKEY_AR_WRONG_END	220	Constant numbers can't be used on last arithmetic instruction
ERROR_UNIKEY_AR_VALUE_OVERFLOW	221	Constant numbers > 63 will cause an overflow

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When the calculation starts, the values of other internal registers are listed in the table below.
E and F is the bytewise reversed hardware ID. For example, if the hardware is 0x12345678 (in hex), then E will be 0x7856 and F will be 0x3412.

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Internal Register	Description
E	High-order byte of reversed hardware ID
F	Low-order byte of reversed hardware ID
G	Value stored in license module *pModule
H	Random number

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Examples:
If the internal algorithm is A = B + C, then the call result is *pRegA = *pRegB + *pRegC
The internal algorithm is A = A + G; if *pRegA = 0, then you may guess the result is the license module such that *pRegA = G = *pModule
Though you cannot read the content of modules directly, you can determine the content by an algorithm. If possible, it would be best to also check this content with an algorithm, and not only compare it in the program.

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User-Defined Algorithm Calculate 2

API Prototype

function UniKey__Calculate2(pHandle: pWord; pStartAddress: pLongWord; pSeed: pLongWord; pRegisterA: pWord; pRegisterB: pWord; pRegisterC: pWord; pRegisterD: pWord): DWORD; stdcall;

Description

Return the results of a calculation performed in the UniKey, using input provided by the developer and the CALCULATE2 function.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pStartAddress	[in] Start point of calculation
pSeed	[in] Seed code (32-bit)
pRegisterA	[in, out] Register A
pRegisterB	[in, out] Register B
pRegisterC	[in, out] Register C
pRegisterD	[in, out] Register D

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	204	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_AR_BAD_COMMAND	217	Arithmetic instruction error
ERROR_UNIKEY_AR_UNKNOWN_OPCODE	218	Arithmetic operator error
ERROR_UNIKEY_AR_WRON_GBEGIN	219	Constant numbers can't be used on first arithmetic instruction
ERROR_UNIKEY_AR_WRONG_END	220	Constant numbers can't be used on last arithmetic instruction
ERROR_UNIKEY_AR_VALUE_OVERFLOW	221	Constant numbers > 63 will cause an overflow

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When using calculate 2, the initial values of register E, F, G and H are the return values of seed code *pSeed, to make it simple, the UniKey calls function SEED with seed code *pSeed, and writes the return values to register E, F, G and H for the next operation.

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Internal Register	Description
E	Seed result 1
F	Seed result 2
G	Seed result 3
H	Seed result 4

User-Defined Algorithm Calculate 3

API Prototype

function UniKey__Calculate3(pHandle: pWord; pStartAddress: pLongWord; pModule: pLongWord; pRegisterA: pWord; pRegisterB: pWord; pRegisterC: pWord; pRegisterD: pWord): DWORD; stdcall;

Description

Return results of a calculation performed in the UniKey, using input provided by the developer and the CALCULATE3 function.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pStartAddress	[in] Start point of calculation
pModule	[in] License module number
pRegisterA	[in, out] Register A
pRegisterB	[in, out] Register B
pRegisterC	[in, out] Register C
pRegisterD	[in, out] Register D

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	204	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_AR_BAD_COMMAND	217	Arithmetic instruction error
ERROR_UNIKEY_AR_UNKNOWN_OPCODE	218	Arithmetic operator error
ERROR_UNIKEY_AR_WRON_GBEGIN	219	Constant numbers can't be used on first arithmetic instruction
ERROR_UNIKEY_AR_WRONG_END	220	Constant numbers can't be used on last arithmetic instruction
ERROR_UNIKEY_AR_VALUE_OVERFLOW	221	Constant numbers > 63 will cause an overflow

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When using calculate 3, the initial values of register E, F, G and H are the content of license module *lp2 and *lp2 + 1/2/3.

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Internal Register	Description
E	Value in license module *lp2
F	Value in license module (*lp2 + 1)
G	Value in license module (*lp2 + 2)
H	Value in license module (*lp2 + 3)

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Examples:
When calling calculation 3 with *pModule = 0, the initial values of register E, F, G and H are:
E = value of license module 0
F = value of license module 1
G = value of license module 2
F = value of license module 3
Note: The address will return to "0" when the license module address call exceeds 128. For example: Calculation 3 with *pModule = 126, the initial values of register E, F, G and H are:
E = value of license module 126
F = value of license module 127
G = value of license module 0
H = value of license module 1

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UniKey__Calculate is called when you want to perform the algorithm you have written inside the UniKey dongle. For example, you have written a formula into the dongle, you can call UniKey__Calculate to perform the algorithm and get the return value of the formula.

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Decrease a License Module

API Prototype

function UniKey__Module_Decrease(pHandle: pWord; pModule: pWord): DWORD; stdcall;

Description

Decrease the value in a specified UniKey license module by "1".

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] License module number

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	204	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_MODULE	216	License module error

---

Please call UniKey__Check_Module to check if the license module is valid first.

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Generate a New Password

API Prototype

function UniKey__Generate_New_Password(pHandle: pWord; pSeed: pLongWord; pPassword1: pWord; pPassword2: pWord; pPassword3: pWord; pPassword4: pWord): DWORD; stdcall;

Description

Generate a new password via a seed code; the mapping from the seed code to the password is a one-way function. Without the seed, you cannot generate the same password.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pSeed	[in] Seed code (32-bit)
pPassword1	[out] New password 1
pPassword2	[out] New password 2
pPassword3	[out] New password 3
pPassword4	[out] New password 4

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_VERIFY_ADV_PASSWORD	223	Advanced passwords (passwords 3 and 4) not verified
ERROR_UNIKEY_GENERATE_NEW_PASSWORD	225	Error generating new password

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A file recording the new seed and passwords will be created in the working path, helping the software vendor to record everything. The passwords can be distributed to ordinary developers!

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1. The dongle will automatically log off after a new set of passwords have been generated.
2. The dongle will be fully formatted when a new password is generated.
3. A file including the new passwords and seed will be created in the working directory.

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Generate a New Encryption Key

API Prototype

function UniKey__Generate_Key(pHandle: pWord; pKeyNumber: pLongWord): DWORD; stdcall;

Description

Generate a new key in the specific key storage.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pKeyNumber	[in] Key storage number

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_INVALID_KEY_STORE	224	Wrong key storage number

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1. This function will delete the original key in the key storage, and generate a new key.
2. The data encrypted by the old key cannot be decrypted by the new key.
3. Each key is 128-bits long.

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Generate a New Encryption Key via Seed

API Prototype

function UniKey__Generate_Key_Via_Seed (pHandle: pWord; pKeyNumber: pLongWord; pSeed1: pWord; pSeed2: pWord; pSeed3: pWord; pSeed4: pWord): DWORD; stdcall;

Description

Generate a new key in the specific key storage via a seed.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pKeyNumber	[in] Key storage number
pSeed1	[in] Seed 1
pSeed2	[in] Seed 2
pSeed3	[in] Seed 3
pSeed4	[in] Seed 4

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_INVALID_KEY_STORE	224	Wrong key storage number

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1. This function will delete the original key in the key storage, and generate a new key via seed.
2. The data encrypted by the old key cannot be decrypted by the new key.
3. Each key is 128-bit long.

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Encrypt the Buffer with a Specific Encryption Key

API Prototype

function UniKey__Encrypt(pHandle: pWord; pBufferLength: pLongWord; pKeyNumber: pLongWord; pBuffer: pByteArray): DWORD; stdcall;

Description

Encrypt an amount of memory with a key. The length of data must be a multiple of 8.

Parameters

Parameter	Meaning
pHandle	[in] Dongle handle
pBufferLength	[in] Number of bytes to encrypt
pKeyNumber	[in] Key storage number
pBuffer	[in] Pointer to the data to be encrypted
	[out] Pointer to the encrypted data

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_INVALID_KEY_STORE	224	Wrong key storage number
ERROR_UNIKEY_ENCRYPT_FAILED	228	Could not encrypt data

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This function only performs an encryption operation, no compression functions are involved.

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Decrypt the Buffer with a Specific Encryption Key

API Prototype

function UniKey__Decrypt(pHandle: pWord; pBufferLength: pLongWord; pKeyNumber: pLongWord; pBuffer: pByteArray): DWORD; stdcall;

Description

Encrypt an amount of memory with a key. The length of data must be a multiple of 8.

Parameters

Parameter	Meaning
pHandle	[in] Dongle handle
pBufferLength	[in] Number of bytes to encrypt
pKeyNumber	[in] Key storage number
pBuffer	[in] Pointer to the data to be decrypted
	[out] Pointer to the decrypted data

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_INVALID_KEY_STORE	224	Wrong key storage number
ERROR_UNIKEY_DECRYPT_FAILED	229	Could not decrypt data

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Please use the key that was used to encrypt the data to decrypt the data, otherwise you cannot properly decrypt the data.

---

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UniKey__Encrypt and UniKey__Decrypt offer a basic 128-bit encryption/decryption operation based on UniKey’s hardware. You can call these functions when an encryption or decryption operation is needed. For better security, you can encrypt a credential before saving it into the UniKey’s memory.

---

Make an MD5 Digest for Certain Content

API Prototype

function UniKey__MD5(pHandle: pWord; pBufferLength: pLongWord; pBuffer: pByteArray): DWORD; stdcall;

Description

Make an MD5 digest of content or data.

Parameters

Parameter	Meaning
pHandle	[in] Dongle handle
pBufferLength	[in] Number of bytes to MD5
pBuffer	[in] Pointer to the data to be digested
	[out] Pointer to the digested data

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running

Read UpdateTag

API Prototype

function UniKey__Read_UpdateTag(pHandle: pWord; pUpdateTag: pLongWord): DWORD; stdcall;

Description

Read UpdateTag from a specific dongle

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pUpdateTag	[out] UpdateTag

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_READ_UPDATETAG	226	Read UpdateTag error

Write UpdateTag

API Prototype

function UniKey__Write_UpdateTag(pHandle: pWord; pUpdateTag: pLongWord): DWORD; stdcall;

Description

Write UpdateTag into a specific dongle.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pUpdateTag	[in] UpdateTag

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_WRITE_UPDATETAG	227	Write UpdateTag error

---

UniKey__Read_UpdateTag APIs give software vendors an easy method to identify if the UniKey dongle needs to be updated. When distributing software, software vendors may use the UpdateTag as an ID which shows if the dongle needs to be updated or has been updated. You can also use this tag as a tracking ID for each update.

---

Get UniKey Library Version

API Prototype

function UniKey__Get_Version(pHandle: pWord; pVersion: pLongWord): DWORD; stdcall;

Description

Get the current UniKey library version.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pVersion	[out] UniKey library version

UniKey Time API Reference

Get UniKey Time

API Prototype

function UniKey__Get_Time(pHandle: pWord; pYear: pLongWord; pMonth: pLongWord; pDay: pWord; pHour: pWord; pMinute: pWord; pSecond: pWord): DWORD; stdcall;

Description

Get the time from the UniKey Time’s real-time clock.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pYear	[out] Year (input or output is 10, which refers to 2010)
pMonth	[out] Month
pDay	[out] Day
pHour	[out] Hour
pMinute	[out] Minute
pSecond	[out] Second

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_READ_TIME	230	Get UniKey time error

---

Calling UniKey__Check_Time can check if the dongle is a UniKey Time model. If ERROR_UNIKEY_READ_TIME is returned, then the dongle is not a UniKey Time.

---

Set UniKey Time

API Prototype

function UniKey__Set_Time(pHandle: pWord; pYear: pLongWord; pMonth: pLongWord; pDay: pWord; pHour: pWord; pMinute: pWord; pSecond: pWord): DWORD; stdcall;

Description

Set the time on the UniKey Time’s clock.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pYear	[in] Year (input or output is 10, which refers to 2010)
pMonth	[in] Month
pDay	[in] Day
pHour	[in] Hour
pMinute	[in] Minute
pSecond	[in] Second

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_READ_TIME	230	Get UniKey time error

---

You need to verify all 4 passwords (vendor mode) to set the time of the UniKey Time's internal clock.

---

Set UniKey Time by Host’s Clock

API Prototype

function UniKey__Set_Time_Now(pHandle: pWord): DWORD; stdcall;

Description

Set the time of the UniKey Time’s real-time clock to the host computer’s clock.

Parameters

Parameter	Description
pHandle	[in] Dongle handle

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_WRITE_TIME	231	Set UniKey time error

Erase Real Time Module

API Prototype

function UniKey__Erase_Time_Module(pHandle: pWord; pModule: pLongWord): DWORD; stdcall;

Description

Erase/Reset a real-time module, and all the information in the module will be erased including start, and end or duration.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] Real-time module number (0-15)

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_WRITE_TIME	231	Set UniKey time error

---

You need to verify all 4 passwords (vendor mode) to reset a module. If a real-time module’s write-once flag is enabled, only the first START_TIME call works. Successive START_TIME calls will return an error until this module is reset.

---

Set a Real Time Module’s Start Time

API Prototype

function UniKey__Set_Time_Module_Start_Time(pHandle: pWord; pModule: pLongWord; pYear: pWord; pMonth: pWord; pDay: pWord; pHour: pWord): DWORD; stdcall;

Description

Set a real-time module’s start time.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] Real-time module number (0-15)
pYear	[in] Year (input or output is 10, which refers to 2010)
pMonth	[in] Month
pDay	[in] Day
pHour	[in] Hour

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_WRITE_TIME_MODULE	231	Set UniKey time error
ERROR_UNIKEY_TIME_MODULE_NOT_NULL	234	The real-time module is not null, this error is returned when the 'write once' flag is set

---

The write-once flag is very useful for setting the start for a real-time module. If the write-once flag is set, only the first START_TIME call can set the start time for a module; all successive START_TIME calls will not work and return an ERROR_UNIKEY_TIME_MODULE_NOT_NULL. Software vendors may use this flag when the start for a module is not clear.

---

Set a Real Time Module’s Start Time by the UniKey's Internal Clock

API Prototype

function UniKey__Set_Time_Module_Start_Time_Now(pHandle: pWord; pModule: pLongWord): DWORD; stdcall;

Description

Set a real-time module’s start time as the current time in the UniKey's internal clock.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] Real-time module number (0-15)

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_WRITE_TIME_MODULE	231	Set UniKey time error
ERROR_UNIKEY_TIME_MODULE_NOT_NULL	234	The real-time module is not null, this error is returned when the 'write once' flag is set

Set a Real Time Module’s Start Time by Host’s Clock

API Prototype

function UniKey__Set_Time_Module_Start_Time_Now_PC(pHandle: pWord; pModule: pLongWord): DWORD; stdcall;

Description

Set a real time module’s start time as the current time of the host computer.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] Real-time module number (0-15)

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_WRITE_TIME_MODULE	231	Set UniKey time error
ERROR_UNIKEY_TIME_MODULE_NOT_NULL	234	The real-time module is not null, this error is returned when the 'write once' flag is set

Set a Real Time Module’s End Time

API Prototype

function UniKey__Set_Time_Module_End_Time(pHandle: pWord; pModule: pLongWord; pYear: pWord; pMonth: pWord; pDay: pWord; pHour: pWord): DWORD; stdcall;

Description

Set a real-time module’s end time.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] Real-time module number (0-15)
pYear	[in] Year (input or output is 10, which refers to 2010)
pMonth	[in] Month
pDay	[in] Day
pHour	[in] Hour

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_WRITE_TIME_MODULE	231	Set UniKey time error

Set a Real Time Module’s Duration

API Prototype

function UniKey__Set_Time_Module_Duration(pHandle: pWord; pModule: pLongWord; pDay: pLongWord; pHour: pWord): DWORD; stdcall;

Description

Set the duration for a specific real-time module. The total duration is (*pDay) * 24 + (*pHour) in hours.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] Real-time module number (0-15)
pDay	[in] Number of days
pHour	[in] Number of hours

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_WRITE_TIME_MODULE	231	Set UniKey time error

---

You need to verify all 4 passwords (vendor mode) to set the duration for a real-time module.

---

Check a UniKey Time License module

API Prototype

function UniKey__Check_Time_Module(pHandle: pWord; pModule: pLongWord; pRemainDays: pLongWord; pYear: pWord; pMonth: pWord; pDay: pWord; pHour: pWord): DWORD; stdcall;

Description

Read the attributes of a specific UniKey Time license module.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] License module Number
pRemainDays	[out] Days remaining
pYear	[in] Year (input or output is 10, which refers to 2010)
pMonth	[in] Month
pDay	[in] Day
pHour	[in] Hour

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	204	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_MODULE	216	License module error

---

A successful operation will result in *pValue having value from the validity of a license module (1 = license module value is not zero).

The value of a license module cannot be read out directly and it is invisible to end users.

---

Check a UniKey Time License Module Now

API Prototype

function UniKey__Check_Time_Module_Now(pHandle: pWord; pModule: pLongWord; pRemainDays: pLongWord; pRemainHours: pWord): DWORD; stdcall;

Description

Read the attributes of a specific UniKey Time license module Now.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] License module number
pRemainDays	[out] Days remaining
pRemainHours	[out] Hours remaining

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	204	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_MODULE	216	License module error

---

A successful operation will result in *pValue having value from the validity (1 = license module value is not zero).

The value of a license module cannot be read out directly and it is invisible to end users.

---

Check a UniKey Time License Module Now PC

API Prototype

function UniKey__Check_Time_Module_Now_PC(pHandle: pWord; pModule: pLongWord; pRemainDays: pLongWord; pRemainHours: pWord): DWORD; stdcall;

Description

Read the attributes of a specific UniKey Time license module Now PC.

Parameters

Parameter	Description
pHandle	[in] Dongle handle
pModule	[in] License module number
pRemainDays	[out] Days remaining
pRemainHours	[out] Hours remaining

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_ADDR_OR_SIZE	204	Read/Write address is incorrect or invalid length
ERROR_UNIKEY_NEED_OPEN	212	Need to log on to a dongle before running
ERROR_UNIKEY_MODULE	216	License module error

---

A successful operation will result in *pValue having value from the validity (1 = license module value is not zero).

The value of a license module cannot be read out directly and it is invisible to end users.

---

UniKey Drive API Reference

Initialize File System

API Prototype

function UniKey_FS_Init(pHandle: pWord; PW1: pLongWord; PW2: pLongWord; PW3: pLongWord; PW4: pLongWord): DWORD; stdcall;

Description

The user needs to call this function to initialize the file system before calling other file system related functions. The default password of the file system is "12345678", without quotations.

Parameters

Parameter	Description
pHandle	[in] Device handle
PW1	[in] Password 1
PW2	[in] Password 2
PW3	[in] Password 3
PW4	[in] Password 4

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_PASSWORD_OR_ID	202	Wrong password or UniKey HID

Format the File System

API Prototype

function UniKey_FS_Format(pHandle: pWord): DWORD; stdcall;

Description

Format the file system.

Parameters

Parameter	Description
pHandle	[in] Device handle

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_FS_FILE_EXIST	245	File already exists

---

Note: The user needs to initialize the file system successfully before calling other file system related functions.

---

Create Files

API Prototype

function UniKey_FS_CreateFile(pHandle: pWord; filename: pByteArray): DWORD; stdcall;

Description

Create files.

Parameters

Parameter	Description
pHandle	[in] Device handle
filename	[in/out] Input/Output file name

---

Note: a single backslash ("\") should be added before the name of the file.

---

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_FS_FILE_NAME	240	Wrong or invalid filename
ERROR_UNIKEY_FS_FILE_EXIST	245	File already exists
ERROR_UNIKEY_FS_ERR_SYS_UNINIT	246	The file system is not initialized

Delete Files

API Prototype

function UniKey_FS_DeleteFile(pHandle: pWord; filename: pByteArray): DWORD; stdcall;

Description

Delete files.

Parameters

Parameter	Description
pHandle	[in] Device handle
filename	[in/out] Input/Output file name

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_FS_NO_FILE	241	No such filename
ERROR_UNIKEY_FS_ERR_SYS_UNINIT	246	The file system is not initialized

Open Files

API Prototype

function UniKey_FS_File_Open(pHandle: pWord; filename: pChar): DWORD; stdcall;

Description

Open files.

Parameters

Parameter	Description
pHandle	[in] Device handle
filename	[in] Input/Output file name

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_FS_NO_FILE	241	No such filename

Get System Space

API Prototype

function UniKey_FS_Get_Free_Size(pHandle: pWord; usedsize: pLongWord; freesize: pLongWord): DWORD; stdcall;

Description

Get occupied and free system space.

Parameters

Parameter	Description
pHandle	[in] Device handle
usedsize	[out] System memory that is in use
freesize	[out] Free system memory

Return values

Result	Value	Description
SUCCESS	0	Success

Modify File Data

API Prototype

function UniKey_FS_File_Modify_Data(pHandle: pWord; offset: pLongWord; len: pLongWord; buffer: pByteArray): DWORD; stdcall;

Description

Modify file data.

Parameters

Parameter	Description
pHandle	[in] Device handle
offset	[in] Address to be modified
len	[in] Length of data to be modified
buffer	[in] Modified data

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_FS_FILE_OFFSET	242	File offset error
ERROR_UNIKEY_FS_ERR_OPEN_FILE	247	Failed to open file

Append Data to the End-Of-File

API Prototype

function UniKey_FS_File_Append_Data(pHandle: pWord; len: pLongWord; buffer: pByteArray): DWORD; stdcall;

Description

Append data to the end-of-file.

Parameters

Parameter	Meaning
pHandle	[in] Device handle
len	[in] The length of the data to be appended
buffer	[in] Data to append

Return values

Result	Value	Meaning
SUCCESS	0	Success
ERROR_UNIKEY_FS_NO_MEMORY	244	Not enough free memory

Read File Data

API Prototype

function UniKey_FS_File_Read_Data(pHandle: pWord; offset: pLongWord; len: pLongWord; buffer: pByteArray): DWORD; stdcall;

Description

Read file data.

Parameters

Parameter	Description
pHandle	[in] Device handle
offset	[in] Read address
len	[in] Length of data to be read
buffer	[out] Read data

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_FS_FILE_OFFSET	242	File offset error
ERROR_UNIKEY_FS_ERR_OPEN_FILE	247	Failed to open file

Close Files

API Prototype

function UniKey_FS_File_Close(pHandle: pWord; filename: pByteArray): DWORD; stdcall;

Description

Close files.

Parameters

Parameter	Description
pHandle	[in] Device handle
filename	[in] Filename

Return values

Result	Value	Description
SUCCESS	0	Success

Get File List

API Prototype

function UniKey_FS_File_Get_List(pHandle: pWord; filecount: pLongWord; filelist: pByteArray): DWORD; stdcall;

Description

Get list of files on the UniKey Drive.

Parameters

Parameter	Description
pHandle	[in] Device handle
filecount	[out] The number of files
filelist	[out] File list

Return values

Result	Value	Description
SUCCESS	0	Success

Get File Size

API Prototype

function UniKey_FS_File_Get_Size(pHandle: pWord; filesize: pLongWord): DWORD; stdcall;

Description

Get the file size.

Parameters

Parameter	Description
pHandle	[in] Device handle
filesize	[out] The size of the file

Return values

Result	Value	Description
SUCCESS	0	Success

User Reset File System Password

API Prototype

function UniKey_FS_Set_Password(pHandle: pWord; PW1: pLongWord; PW2: pLongWord; PW3: pLongWord; PW4: pLongWord): DWORD; stdcall;

Description

Allows a user to reset the file system password.

Parameters

Parameter	Description
pHandle	[in] Device handle
PW1	[in] Password 1
PW2	[in] Password 2
PW3	[in] Password 3
PW4	[in] Password 4

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_GENERATE_NEW_PASSWORD	225	Error generating new password

---

A password reset can only be successfully done after initializing the file system.

---

Generate RSA Key

API Prototype

function UniKey_RSA_Generate_Key(pHandle: pWord; KeyIndex: pWord): DWORD; stdcall;

Description

UniKey Drive has encryption and decryption modules with 1024-bit RSA keys. Calling this function can generate a 1024-bit RSA key.

Parameters

Parameter	Description
pHandle	[in] Device handle
KeyIndex	[out] Return the handle generated key

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_KEY_INDEX	239	The handle of the key is invalid

Generate a DES Key

API Prototype

function UniKey_DES_Generate_Key(pHandle: pWord; KeyIndex: pWord): DWORD; stdcall;

Description

Calling this function can generate a DES key.

Parameters

Parameter	Description
pHandle	[in] Device handle
KeyIndex	[out] Return the handle generated key

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_KEY_INDEX	239	The handle of the key is invalid

RSA Get Number of Generated Keys

API Prototype

function UniKey_RSA_Get_Key_Counts(pHandle: pWord; KeyIndex: pLongWord): DWORD; stdcall;

Description

Get the number of RSA keys that are generated.

Parameters

Parameter	Description
pHandle	[in] Device handle
KeyIndex	[out] Key count

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_KEY_INDEX	239	The handle of the key is invalid

DES Get Number of Generated Keys

API Prototype

function UniKey_DES_Get_Key_Counts(pHandle: pWord; KeyIndex: pLongWord): DWORD; stdcall;

Description

Get the number of DES keys that are generated.

Parameters

Parameter	Description
pHandle	[in] Device handle
KeyIndex	[out] Key count

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_KEY_INDEX	239	The handle of the key is invalid

RSA Encryption

API Prototype

function UniKey_RSA_Encrypt(pHandle: pWord; KeyIndex: pWord; Encrypt_Len: pLongWord; Buffer: pByteArray): DWORD; stdcall;

Description

Encrypt data using RSA.

Parameters

Parameter	Description
pHandle	[in] Device handle
KeyIndex	[in] Encrypt and decrypt using the key handle
Encrypt_Len	[in] Data length to be encrypted
Buffer	[in/out] Input plain text and output encrypted text

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_ENCRYPT_FAILED	228	Could not encrypt data

RSA Decryption

API Prototype

function UniKey_RSA_Decrypt(pHandle: pWord; KeyIndex: pWord; Encrypt_Len: pLongWord; Buffer: pByteArray): DWORD; stdcall;

Description

Decrypt data using RSA.

Parameters

Parameter	Description
pHandle	[in]Device handle
KeyIndex	[in] Encrypt and decrypt using the key handle
Decrypt_Len	[in] Length of data to be decrypted
Buffer	[in/out] Input encrypted text and output plain text.

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_DECRYPT_FAILED	229	Could not decrypt data
ERROR_UNIKEY_KEY_INDEX	239	The key handle is invalid

DES Encryption

API Prototype

function UniKey_DES1_Encrypt(pHandle: pWord; EncryptMode: pWord; KeyIndex: pWord; Len: pLongWord; Buffer: pByteArray): DWORD; stdcall;

function UniKey_DES2_Encrypt(pHandle: pWord; EncryptMode: pWord; KeyIndex: pWord; Len: pLongWord; Buffer: pByteArray): DWORD; stdcall;

function UniKey_DES3_Encrypt(pHandle: pWord; EncryptMode: pWord; KeyIndex: pWord; Len: pLongWord; Buffer: pByteArray): DWORD; stdcall;

Description

Encrypt data using DES.

Parameters

Parameter	Description
pHandle	[in] Device handle
EncryptMode	[in] Block cipher mode of operation
KeyIndex	[in] Encrypt and decrypt using the key handle
Len	[in] Length of data to be encrypted
Buffer	[in/out] Input plain text and output encrypted text.

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_ENCRYPT_FAILED	228	Could not encrypt data
ERROR_UNIKEY_KEY_INDEX	239	The key handle is invalid

DES Decryption

API Prototype

function UniKey_DES1_Decrypt(pHandle: pWord; EncryptMode: pWord; KeyIndex: pWord; Len: pLongWord; Buffer: pByteArray): DWORD; stdcall;

function UniKey_DES2_Decrypt(pHandle: pWord; EncryptMode: pWord; KeyIndex: pWord; Len: pLongWord; Buffer: pByteArray): DWORD; stdcall;

function UniKey_DES3_Decrypt(pHandle: pWord; EncryptMode: pWord; KeyIndex: pWord; Len: pLongWord; Buffer: pByteArray): DWORD; stdcall;

Description

Encrypt data using DES.

Parameters

Parameter	Description
pHandle	[in] Device handle
DecryptMode	[in] Block cipher mode of operation
KeyIndex	[in] Encrypt and decrypt using the key handle
Len	[in] Length of data to be decrypted
Buffer	[in/out] Input encrypted text and output plain text.

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_DECRYPT_FAILED	229	Could not decrypt data
ERROR_UNIKEY_KEY_INDEX	239	The key handle is invalid

Delete RSA Key

API Prototype

function UniKey_RSA_Del_Key(pHandle: pWord; KeyIndex: pWord): DWORD; stdcall;

Description

Delete a RSA key.

Parameters

Parameter	Description
pHandle	[in] Device handle
KeyIndex	[in] The handle to be deleted

Return values

Result	Value	Meaning
SUCCESS	0	Success
ERROR_UNIKEY_KEY_INDEX	239	The handle of the key is invalid 0 > KeyIndex > 3

Delete DES Key

API Prototype

function UniKey_DES_Del_Key(pHandle: pWord; KeyIndex: pWord): DWORD; stdcall;

Description

Delete a DES key.

Parameters

Parameter	Description
pHandle	[in] Device handle
KeyIndex	[in] Key handle to be deleted

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_KEY_INDEX	239	The handle of the key is invalid 0 > KeyIndex > 14

Get User Counts

API Prototype

function UniKey_Get_UserCount(pHandle: pWord; Count: pWord): DWORD; stdcall;

Description

UniKey Drive can enable 32 concurrent users to log in. This function can be called to get the number of users logged in.

Parameters

Parameter	Description
pHandle	[in] Device handle
Count	[out] Number of users logged in

Return values

Result	Value	Description
SUCCESS	0	Success

Only Allow One User to Log in

API Prototype

function Unikey_Logon_Single(pHandle: pWord; pPassword1: pLongWord; pPassword2: pLongWord; pPassword3: pLongWord; pPassword4: pLongWord): DWORD; stdcall;

Description

After calling this function, the UniKey Drive will only allow the active user to log in, other users will not be allowed to log in.

Parameters

Parameter	Description
pHandle	[in] Device handle
pPassword1	[in] Password 1
pPassword2	[in] Password 2
pPassword3	[in] Password 3
pPassword4	[in] Password 4

Return values

Result	Value	Description
SUCCESS	0	Success
ERROR_UNIKEY_INVALID_PASSWORD_OR_ID	202	Wrong password or UniKey HID

Log off the Active User

API Prototype

function UniKey_Logoff(pHandle: pWord):DWORD; stdcall;

Description

After calling this function, the active user will be logged out, does not affect other users’ login status.

Parameters

Parameter	Description
pHandle	[in] Device handle

Return values

Result	Value	Description
SUCCESS	0	Success

Log off all Users

API Prototype

function UniKey_Logoff_All(pHandle: pWord): DWORD; stdcall;

Description

After calling this function, all users will be logged off.

Parameters

Parameter	Description
pHandle	[in] Device handle

Return values

Result	Value	Description
SUCCESS	0	Success