Welcome TO YOWO RFID Reader For Web SDK

HF RFID Reader works on web,support IE,Chrome,Firefox,Safari,Opera etc.

We have provided web sdk based on ocx technology which rfid reader can work on web, but ocx only can work at IE. For rfid reader can work at all browsers, YOWO RFID provide rfid reader cloud service. it can work at IE,Chrome,Firefox,Safari, Opera etc. Software engineer can control rfid reader by java script on web and read/write rfid tag on web.

There are two methods to work on web, you can see as below:

Mothod	OCX	RFID reader Cloud Service
Browser supprted	IE	IE,Chrome,Firefox,Safari,Opera
setup on client	ocx activex control	rfid reader cloud service program
down address	yw60x.ocx	yowo rfid reader cloud service setup
test addess	client example for yw60x.ocx	client example for rfid reader cloud service
rfid reader supported	YW-605HA,YW-607	YW-605HA,YW-607
get rfid reader sample	YW-605HA,YW-607	YW-605HA,YW-607

YOWO RFID reader cloud service can work on web in Lan,Internet,pc. Client pc need setup YOWO RFID Reader cloud service and open the web. and client pc need setup net frame3.5.1.

Browser supported as below:
google Chrome V4.0 or up
Firefox V4.0 or up
IE V10.0 or up
Opera V10.0 or up
Safari V5.0 or up

Down YOWO RFID reader cloud service,the last version V2.0.1.0

For new updated Google Chrome, please set as below:
type in address: chrome://flags/#block-insecure-private-network-requests
find item : Block insecure private network requests.
set it from default to disabled.

set default to disabled , as below:

WEB SDK for YOWO RFID Reader Cloud service Web Samples

Include js file first

Create a object of class YOWORFIDReader, the code as below

try
{
var rfidreader=YOWORFIDReader.createNew();
}
catch(e)
{
alert("Create object of YOWORFID Reader fail, please down and setup first");
top.location = "http://www.yoworfid.com/CloudReader/YOWORFIDReaderCloudForWeb.exe";
}
if(!rfidreader.TryConnect())
{
alert("The Browser did no supported");
}

then you can write the read/write rfid tag cde

Property of YOWORFIDReader:

Property Name	type	default value	name	memo
Connneted	bool	false	Connected or not	Connected cloud service or not
Version	string	“”	version	cloud service version
ReaderID	int	1	reader id	reader id can be ingore on usb rfid reader
UID	int	0	id number self-defined	UID is a self-defined number when run the api, and it will return the same uid on callback api.
RequestActive	int	1	request mode 0: request all rfid tag 1:request rfid tag which active	some rfid tag can be sleep by run api yw_halt, once it is sleep, it can not request by RequestActive=1
KeyMode	int	0	key mode 0:key A 1:key B	m1 rfid tag has 2 key mode, a and b
KeyString	string	"FFFFFFFFFFFF"	key string	if it is the hex string, it need 6 bytes hex string. if it is ascii string, it will trim 6 chars. and it will fill \0 at the end when the length less than 6.
KeyStringMode	int	0	mode of keystring 0:hex string 1:ascii string
Repeat	int	0	flag of repeat 0:only run once 1:repeat run	if Repeat=0, call back will run after run api. if Repeat=1, call back will run only after success run api.
BeepOnSuccess	int	1	beep times when api success run
BeepOnFail	int	0	beep times when api fail run
HaltAfterSuccess	int	0	sleep or not after api success run

call back function of YOWORFIDReader:onResult

it can run as below:

rfidreader.onResult(function(resultdata)
{
}

resultdata is a structure, the data as below:

FunctionID: int , a number which delegate a function api
Result:int, Result<0 show fail run api, Result>0 show success run.
UID: int, self-defined by software engineer.
ReaderID: int ,reader id, igored on usb rfid reader.
CardNo: string, the rfid tag card no. it is a hex string.
strData: string, the string result data for success run api.
ValData: int, the int result data for success run api.

Function of YOWORFIDReader:

1. Requst card No. include M1 Card No.

RequestTypeACardNo(FormatID, OrderID)

Parameter:FormatID, Card No. format returned,,0:8HEX, 1:10DEC.
OrderID: the oder of the card No., 0: the normal order, 1: the revert order.

call back returned:

FunctionID=0,
Result: returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData: rfid tag card no. by parameter formatid and orderid.

2. Get china id card no.

RequestChinaIDCardNo()

Parameter: None

call back returned:

FunctionID=3,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData: rfid tag card no. hex string.

3. Get ISO15693 RFID tag Card No., Card UID

Request15693CardUID()

Parameter: None

call back returned:

FunctionID=2,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData:iso15693 rfid tag uid

4.M1 card read block

M1ReadBlock(blockIndex, FormatID)

Parameter: blockIndex, block number, begins with 0

FormatID,data returned format, 0: hex string, 1: ascii string.

call back returned:

FunctionID=5,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData: block data

5.M1 Card write block

M1WriteBlock(blockindex,blockdata,FormatID

Parameter: blockIndex, block number, begins with 0

blockdata: string ready to write. the data can be hex string or ascii string due to parameter FormatID, 16bytes per block.

FormatID,block data format, 0: hex string, 1:ascii string.

call back returned:

FunctionID=6,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData :the hex string written

6.M1 Card Read Sector

M1ReadSector(sectorindex, FormatID)

Parameter: blockIndex, block number, begins with 0

FormatID,data returned format, 0: hex string, 1: ascii string.

call back returned:

FunctionID=7,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData: sector data string

7.M1 Card Write Sector

M1WriteSectorn(blockindex,blockdata,FormatID)

Parameter: blockIndex, block number, begins with 0

blockdata: sector data, 4 blocks or 16 blocks per sector, so you need check the blockdata byte number, 48bytes or 240bytes.

FormatID,data returned format, 0: hex string, 1: ascii string.

call back returned:

FunctionID=8,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData:the hex string written

8.M1 Card Value Initial

M1IntialValue(blockIndex,value)

Parameter: blockIndex, block number, begins with 0

value:the Initial Value

call back returned:

FunctionID=9,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData:the initialed value.
ValData:the balance of the value,

9.M1 Card get value

M1GetValue(blockIndex)

Parameter: blockIndex, block number, begins with 0

call back returned:

FunctionID=10,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData:the balance value
ValData:he balance value

10.M1 Card Increase Value

M1IncreaseValue(blockIndex,value)

Parameter: blockIndex, block number, begins with 0

value:the value want increase

call back returned:

FunctionID=11,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData:the value want increase.
ValData:the balance value after increase

11.M1 Card Decrese value

M1DecreaseValue(blockIndex,value)

Parameter: blockIndex, block number, begins with 0

value:the value want decrease

call back returned:

FunctionID=12,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData:the value want decrease
ValData:the banlance after decrease.

12.Beep

Beep(TimeOn,TimeOff,Times)

Parameter:TimeOn,On Time(*100ms)

TimeOff,:OFF time(*100ms)

Times,:repeat times

the beep can be configed by property, so you need not run this api.

call back returned:

FunctionID=13,
Result:returned value, show success run or not
UID: number self-defined.

13.Get RFID Reader cloud version

Ver()

Parameter:None

call back returned:

FunctionID=14,
Result:returned value, show success run or not
UID: number self-defined.
strData:Version,

14.Disconnect with rfid reader cloud service

Disconnect()

Parameter:None

you can run Disconnect on the event page unload.

15.CPU Card Reset

ACPUReset()

Parameter:None

call back returned:

FunctionID=17,
Result:returned value, show success run or not
UID: number self-defined.
CardNo: rfid tag card no. hex string.
strData:hex string of reset infomation.
ValData:None

16.CPU Excute COS

CPUCOS(COSHexString)

Parameter:COSHexString:the hex string of COS.

call back returned:

FunctionID=19,
Result:returned value, show success run or not
UID: number self-defined.
CardNo:无
strData:hex string of returned
ValData:the status code of execute,for example 36864=0x9000.

any question contact: coodor@126.com

YOWO RFID