RED SCM Script User Manual

Transcription

1 RED SCM Script User Manual Rev

2 Contents 1 Revision History Introduction Script Editor Script Editor Overview Build RCP Only Build RCP with Array Run Script Keyword Keyword Asssistor Detail of Registerd Keyword Address Information of 20

3 1 Revision History Version Date Description Initial Release Added Some Script Keyword Modified Some Script Key word Modified Some Image Added Some Script Keyword 3 of 20

4 2 Introduction This document describes how to use the Script Editor of RED utility or later in Detail. 4 of 20

5 3 Script Editor 3.1 Script Editor Overview Click Figure 1 RED Utility and Script Editor. To Run the Script Editor, Click the Icon that indicated by the Red rectangle in Figure 1 5 of 20

6 3 1 2 Figure 2 Script Editor Function The Script Editor Interprets Script Keyword as RCP Command and Generates. Generated RCP Command will be saved to RED Utility v2.0.0\script\gen Figure 3 6 of 20

7 3.2 Build RCP Only To build RCP Only, Build -> Build RCP -> Build RCP Only that indicated by the red rectangle in Figure2 Figure 4 Build RCP results 3.3 Build RCP with Array To build RCP like array in C Language, Build -> Build RCP -> Build RCP with Array that indicated by the red rectangle in Figure2 Figure 5 Build RCP with array results 7 of 20

8 3.4 Run To run Script keyword, Build -> Run that indicated by the red rectangle in Figure2 Figure 6 8 of 20

9 4 Script Keyword 4.1 Keyword Asssistor Figure 7 Each keyword has their own keyword Assistor. To activate keyword assistor, just type comma (,) following any keyword. 9 of 20

10 4.2 Detail of Registerd Keyword The defined keyword and following arguments are represented as below Set Reader Power Control Set sleep mode to reader. Example) Sleep Set deep sleep mode to reader Example) Deep Sleep Get Reader Information Get basic information from the reader. Set Reader Power Control Sleep None Set Reader Power Control Deep Sleep None Get Reader Information Get Reader Info Described below Argument: Information(model,s/n,manufacturer,frequency) Example) Get Reader Info,model Get Region Get the current region. PR9200 uses individual channel table that depends on region. Example) Get Region Get Region Get Region None Set Region Set the current region. PR9200 uses individual channel table that depends on region. Argument: region(korea, us, us2, Europe, japan, china2) Example) Set Region,korea Set Region Set Region region 10 of 20

11 4.2.5 Set System Reset Set the system level reset. Set System Reset Reset None Example) Reset Get Type C A/I Select Parameters Get C air interface protocol command Select parameters. Example) Get Select Get Type C A/I Select Parameters Get Select None Set Type C A/I Select Parameters Set C air interface protocol command Select parameters. Set Type C A/I Select Parameters Set Select Described below Argument: Target (s0, s1, s2, sl), Action (000, 001, 010, 011, 100, 101, 100,111), Memory Bank (filetype, epc, tid, file_0), Pointer (hex value), Length, (hex value) Mask (hex value) Example) Set Select,s0,000,epc,00,00, Get Type C A/I Query Related Parameters Get C air interface protocol command Query parameters. Example) Get Query Get Type C A/I Query Related Parameters Get Query None Set Type C A/I Query Related Parameters Set C air interface protocol command Query parameters. Set Type C A/I Query Related Parameters Set Query Described below Argument: DR (8, 64/3) M (m1, m2, m4, m8), TRext (enable, disable), Sel (all, ~sl, sl), Session (s0, s1, s2, s3) Target (a, b), Q(hex value) 11 of 20

12 Example) Set Query,64/3,M8,disable,all,s0,a, Get current RF Channel Get RF channel.. Example) Get Channel Set current RF Channel Set RF channel. Argument: Channel Example) Set Channel, Get FH and LBT Parameters Get FH and LBT control Example) Get FH LBT Set FH and LBT Parameters Set FH and LBT Parameters Get Current RF Channel Get Channel None Set Current RF Channel Set Channel Described blow Get FH and LBT Parameters Get FH LBt None Set FH and LBT Parameters setfhlbt Described below Argument: Read Time (ms) (decimal value) Idle Time (ms) (decimal value) CW Sense Time (ms) (decimal value) Target RSSI(dBm) (decimal value) FH(enable, disable) LBT(enable, disable) CW(enable, disable) Example) Set FH LBT,400,100,5,-74,enable,disable,disable Get Tx Power Level Get current Tx power level. Example) Get Pwr Get Tx Power Level Get Pwr none 12 of 20

13 Set Tx Power Level Set current Tx power level. Argument: power(dbm)(decimal Value) Example) Set Pwr,25 Set Tx Power Level Set Pwr Described below RF CW signal control Turn the Continuous Wave (CW) signal on/off. This command packet is only valid for idle mode. Argument: on,off Example) CW Ctrl,on Read Type C Tag Data Read a EPC Block (PC + EPC) Example) Read Type C RF CW signal control CW Ctrl Described below Read Type C Tag Data Read Type C none Read Type C UII TID Start an automatic tag read operation, tag IDs with TID are sent back to user though notification packet. Argument: Cycle (Decimal value) Example) Start Read TID, Get Session Get Current Session Example) Get Session Set Session Set Current Session Argument: Session (S0, S1, S2, S3, Dev) Example) Set Session,S1 Read Type C UII TID Start Read TID Described below Get Session Get Session none Set Session Set Session Described below 13 of 20

14 Get Frequency Hopping Table Get current frequency hopping table. Example) Get FH Table Get Frequency Hopping Table Get FH Table none Set Frequency Hopping Table Set current frequency hopping table. Argument: channel Set Frequency Hopping Table Set FH Table Described below Example) Set FH Table,1,2,3,4,5,6,7,8,9, Get Modulation Mode Get current modulation mode. The modulation mode is combination Rx modulation type and BLF Example) Get Modulation Get Modulation Mode Get Modulation None Set Modulation Mode Set current modulation mode. The modulation mode is combination of Rx modulation type and BLF Argument: BLF(kHz)(160, 250) RXMod(FM0, M2, M4, M8), DR(8, 64/3) Example) Set Modulation,250,m8,64/ Get Anti-Collision Mode Get Anti-collision algorithm Example) Get AntiCol Set Anti-Collision Mode Set Anti-collision algorithm Set Modulation Mode Set Modulation Described below Get Anti-Collision Mode Get AntiCol None Set Anti-Collision Mode Set AntiCol Described below 14 of 20

15 Argument: Anti-Collision Mode(Dynamic, Fix) Start Q Maximum Q Minimum Q Example) Set AntiCol,Dynamic,4,7, Start Auto Read2 Start an automatic tag read operation, tag IDs are sent back to user though notification packet. Argument: Cycle (Decimal value) Example) Start Read, Stop Auto Read2 Stop an automatic read2 operation. Example) Stop Read BlockPermaLock Type C Tag BlockPermalock type C tag. Start Auto Read2 Start Read Described below Stop Auto Read2 Stop Read None BlockPermalock Type C Blcok Permlock Described below Argument: Access Password(Hex) EPC RFU(0x00) Read/Lock bit;0x00 Read, 0x01 Permalock Target Memory Bank; 0x00 Reserved, 0x01 EPC, 0x02 TID, 0x03 User BP; Mask Starting Address (Hex) BR; Mask Range (Hex) Mask; Mask value (Hex) Ex) Block Permlock, ,E B ,00,01,03,0000,01,FFFF Kill Type C Tag Kill a Tag Kill Type C Tag Kill Type C Described below Argument: Kill Password (Hex Value) EPC (Hex Value) Example) Kill Type C,AAAAAAAA,E B Lock Type C Tag Lock an indicated memory bank in the tag. Lock Type C Tag Lock Type C Described below 15 of 20

16 Argument: Access Password(Hex) EPC(Hex) Lock Mask and Action Flags Example) Lock Type C,AAAAAAAA,E B ,0x08,0x08,02 16 of 20

17 Get Temperature Get current temperature Example) Temperature Get RSSI Get RSSI level Example) Get RSSI Update Registry Sets Registry Update function Example) Update Registry Get Registry Item Gets Registry items Get Temperature Temperature None Get RSSI Get RSSI None Update Registry Update Registry None Get Registry Item Get Registry Described below Argument: Registry Item (registryversion, firmwaredate, band, txpower, fh/lbt, modulationmode,query, frequencyhoppingtable, txpoweridle) Example) Get Registry,registryversion Script Sleep Set the interval of each Keyword Argument: number(ms) Example) Script Sleep, Set Optimum Frequency Hopping Table Set Optimum Frequency Hopping Table - Script Sleep Described below Set Optimum Frequency Hopping Table Set Opt FH Tbl None 17 of 20

18 Example) Set Opt FH Tbl Get Frequency Hopping Mode Get Optimum Frequency Hopping Mode Example) Get FH Mode Get Frequency Hopping Mode Get FH Mode None Set Frequency Hopping Mode Set Optimum Frequency Hopping Table Set Frequency Hopping Mode Set FH Mode Described below Argument: 0 or 1( 0: Normal Mode, 1: Optimum Mode) Example) Set FH Mode, Get Tx Leakage RSSI Level for Smart hopping Mode Get Tx Leakage RSSI Level for Smart hopping Mode Get Tx leakage RSSI Level for Smart hopping mode Get RSSI of Smart hopping None Example) Get RSSI of Smart hopping Set Tx Leakage RSSI Level for Smart hopping Mode Set Tx Leakage RSSI Level for Smart hopping Mode Set Tx leakage RSSI Level for Smart hopping mode Set RSSI of Smart hopping Described below Argument: Reference level (Decimal, 1~255) Example) Set RSSI of Smart hopping, Read Type C Tag Data Read Type C tag data from specified memory bank. Read Type C Tag Data Read Memory Described below Argument: Access Password (Hex) Memory Bank; RFU, EPC, TID, User Starting Address word Pointer (Dec) Data Length (Dec) Example) Ex) Read Memory, ,E B , EPC,0, Write Type C Tag Data Write Type C tag data 18 of 20

19 Write Type C Tag Data Write Memory Described below Argument: Access Password(Hex) EPC Memory Bank; RFU, EPC, TID, User Starting Address word Pointer (Dec) Data (Hex) Ex) Write Memory, ,E B , EPC,0, BlockWrite Type C Tag Data Blockwrite type C tag data. BlcokWrite Type C Tag Data Block Write Described below Argument: Access Password(Hex) EPC Memory Bank; RFU, EPC, TID, User Starting Address word Pointer (Dec) Data (Hex) Ex) Block Write, ,E B , EPC,0, BlockErase Type C Tag Data Block erases type C tag data BlcokErase Type C Tag Data Block Erase Described below Argument: Access Password (Hex) Memory Bank; RFU, EPC, TID, User Starting Address word Pointer (Dec) Data Length (Dec) Example) Ex) Block Erase, ,E B , EPC,0,0 19 of 20

20 5 Address Information PHYCHIPS Inc. #104, 187 Techno 2-ro, Yuseong-gu, Daejeon, Korea (Yongsan-dong, Migun Technoworld 2) Disclaimer: PHYCHIPS reserves the right to make changes to the information in this document without prior notice. The purchase of PHYCHIPS products does not convey any license under patent rights owned by PHYCHIPS or others. PHYCHIPS does not assume any responsibility for the use of this product. It is the customer s responsibility to make sure that the system complies with regulations PHYCHIPS, Inc. All rights reserved. The reproduction of this document is NOT allowed without approval of PHYCHIPS Inc. 20 of 20