URL
https://opencores.org/ocsvn/or1k/or1k/trunk
Subversion Repositories or1k
[/] [or1k/] [trunk/] [mp3/] [bench/] [models/] [28f016s3/] [test_bad.v] - Rev 1774
Go to most recent revision | Compare with Previous | Blame | View Log
/* INTEL DEVELOPER'S SOFTWARE LICENSE AGREEMENT BY USING THIS SOFTWARE, YOU ARE AGREEING TO BE BOUND BY THE TERMS OF THIS AGREEMENT. DO NOT USE THE SOFTWARE UNTIL YOU HAVE CAREFULLY READ AND AGREED TO THE FOLLOWING TERMS AND CONDITIONS. IF YOU DO NOT AGREE TO THE TERMS OF THIS AGREEMENT, PROMPTLY RETURN THE SOFTWARE PACKAGE AND ANY ACCOMPANYING ITEMS. IF YOU USE THIS SOFTWARE, YOU WILL BE BOUND BY THE TERMS OF THIS AGREEMENT LICENSE: Intel Corporation ("Intel") grants you the non-exclusive right to use the enclosed software program ("Software"). You will not use, copy, modify, rent, sell or transfer the Software or any portion thereof, except as provided in this Agreement. System OEM Developers may: 1. Copy the Software for support, backup or archival purposes; 2. Install, use, or distribute Intel owned Software in object code only; 3. Modify and/or use Software source code that Intel directly makes available to you as an OEM Developer; 4. Install, use, modify, distribute, and/or make or have made derivatives ("Derivatives") of Intel owned Software under the terms and conditions in this Agreement, ONLY if you are a System OEM Developer and NOT an end-user. RESTRICTIONS: YOU WILL NOT: 1. Copy the Software, in whole or in part, except as provided for in this Agreement; 2. Decompile or reverse engineer any Software provided in object code format; 3. Distribute any Software or Derivative code to any end-users, unless approved by Intel in a prior writing. TRANSFER: You may transfer the Software to another OEM Developer if the receiving party agrees to the terms of this Agreement at the sole risk of any receiving party. OWNERSHIP AND COPYRIGHT OF SOFTWARE: Title to the Software and all copies thereof remain with Intel or its vendors. The Software is copyrighted and is protected by United States and international copyright laws. You will not remove the copyright notice from the Software. You agree to prevent any unauthorized copying of the Software. DERIVATIVE WORK: OEM Developers that make or have made Derivatives will not be required to provide Intel with a copy of the source or object code. OEM Developers shall be authorized to use, market, sell, and/or distribute Derivatives to other OEM Developers at their own risk and expense. Title to Derivatives and all copies thereof shall be in the particular OEM Developer creating the Derivative. Such OEMs shall remove the Intel copyright notice from all Derivatives if such notice is contained in the Software source code. DUAL MEDIA SOFTWARE: If the Software package contains multiple media, you may only use the medium appropriate for your system. WARRANTY: Intel warrants that it has the right to license you to use, modify, or distribute the Software as provided in this Agreement. The Software is provided "AS IS". Intel makes no representations to upgrade, maintain, or support the Software at any time. Intel warrants that the media on which the Software is furnished will be free from defects in material and workmanship for a period of one (1) year from the date of purchase. Upon return of such defective media, Intel's entire liability and your exclusive remedy shall be the replacement of the Software. THE ABOVE WARRANTIES ARE THE ONLY WARRANTIES OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING WARRANTIES OF MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE. LIMITATION OF LIABILITY: NEITHER INTEL NOR ITS VENDORS OR AGENTS SHALL BE LIABLE FOR ANY LOSS OF PROFITS, LOSS OF USE, LOSS OF DATA, INTERRUPTION OF BUSINESS, NOR FOR INDIRECT, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES OF ANY KIND WHETHER UNDER THIS AGREEMENT OR OTHERWISE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. TERMINATION OF THIS LICENSE: Intel reserves the right to conduct or have conducted audits to verify your compliance with this Agreement. Intel may terminate this Agreement at any time if you are in breach of any of its terms and conditions. Upon termination, you will immediately destroy, and certify in writing the destruction of, the Software or return all copies of the Software and documentation to Intel. U.S. GOVERNMENT RESTRICTED RIGHTS: The Software and documentation were developed at private expense and are provided with "RESTRICTED RIGHTS". Use, duplication or disclosure by the Government is subject to restrictions as set forth in FAR52.227-14 and DFAR252.227-7013 et seq. or its successor. EXPORT LAWS: You agree that the distribution and export/re-export of the Software is in compliance with the laws, regulations, orders or other restrictions of the U.S. Export Administration Regulations. APPLICABLE LAW: This Agreement is governed by the laws of the State of California and the United States, including patent and copyright laws. Any claim arising out of this Agreement will be brought in Santa Clara County, California. */ `timescale 1ns/1ns module test28F016SC(); reg [`AddrSize-1:0] address; reg [31:0] vcc, vpp; reg ceb, oeb, web, rpb; wire ryby; reg [1:0] rpblevel; // 00 = VIL // 01 = VIH // 10 = VHH reg [`MaxOutputs-1:0] dq_reg; wire [`MaxOutputs-1:0] dq = dq_reg; IntelSVFF IFlash (dq, address, ceb, oeb, web, rpb, ryby, vpp, vcc, rpblevel); initial begin // $dumpfile("f008sc.dmp"); // $dumpoff; // $dumpvars(???,dq,address,ceb,oeb,web,rpb); dq_reg = `MaxOutputs'hz; rpblevel = `rpb_vil; powerup; ReadID; #100 oeb = `VIH; ProgramData(`AddrSize'h2FFFF, `MaxOutputs'hAA); ProgramData(`AddrSize'h60000, `MaxOutputs'h06); begin: WriteTest $display("rdARRAY DURING WRITE TEST"); #100 StartProgram(`AddrSize'h00000, `MaxOutputs'h00); #150 oeb = `VIH; #100 oeb = `VIL; #100 oeb = `VIH; #(((`AC_ProgramTime_Byte_50_12/2)*`TimerPeriod_)-1000) SetReadMode; #100 ReadData(`AddrSize'h2FFFF); #100 oeb = `VIH; #100 oeb = `VIL; #((`AC_ProgramTime_Byte_50_12/2)*`TimerPeriod_) begin: Poll forever begin oeb = `VIH; #500 oeb = `VIL; #500 if (dq[7] == `VIH) disable Poll; end end #300 SetReadMode; #100 ReadData(`AddrSize'h00000); #100 ReadData(`AddrSize'h2FFFF); #100 oeb = `VIH; end //WriteTest begin: WriteSuspend $display("WRITE SUSPEND TEST"); #100 StartProgram(`AddrSize'h10000, `MaxOutputs'h01); #150 oeb = `VIH; #100 oeb = `VIL; #100 oeb = `VIH; #(((`AC_ProgramTime_Byte_50_12/2)*`TimerPeriod_)-1000) Suspend; #100 ClearCSRMode; #100 ReadCSRMode; #100 oeb = `VIH; #300 Resume; #100 oeb = `VIL; #((`AC_ProgramTime_Byte_50_12/2)*`TimerPeriod_) begin: Poll forever begin oeb = `VIH; #500 oeb = `VIL; #500 if (dq[7] == `VIH) disable Poll; end end #300 SetReadMode; #100 ReadData(`AddrSize'h10000); #100 oeb = `VIH; end //WriteSuspend $display("SET BLOCK LOCK-BITS"); #100 SetBlockLockBit(`AddrSize'h75000); #100 oeb = `VIH; $display("ERASE BLOCK"); #100 EraseBlock(`AddrSize'h7000F); $display("READ DATA, Loose Timing, Toggle Addr"); #100 SetReadMode; #100 oeb = `VIL; #100 address = `AddrSize'h70000; #100 address = `AddrSize'h7FFFF; #100 oeb = `VIH; begin: BadErase $display("BAD ERASE TEST"); #100 address = `AddrSize'h60000; #100 dq_reg = `EraseBlockCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `ReadArrayCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; #100 oeb = `VIL; #1000 begin: Poll forever begin oeb = `VIH; #1000 oeb = `VIL; #1000 if (dq[7] == `VIH) disable Poll; end end end //BadErase #200 ReadCSRMode; #200 ClearCSRMode; #200 ReadCSRMode; #200 SetReadMode; #100 ReadData(`AddrSize'h60000); #100 oeb = `VIH; begin : BadLockBit $display("BAD LOCK-BIT SEQUENCE TEST"); #100 address = `AddrSize'h40000; #100 dq_reg = `LBSetupCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'h55; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; #100 oeb = `VIL; #((`AC_Set_LockBit_50_12*`TimerPeriod_)-5000); begin : Poll forever begin oeb = `VIH; #1000 oeb = `VIL; #1000 if (dq[7] == `VIH) disable Poll; end //forever end //Poll #300 ClearCSRMode; end $display("LOW Vpp OPERATION TEST"); #100 vpp =1300; #100 ProgramData(`AddrSize'h33333, `MaxOutputs'h33); #100 EraseBlock(`AddrSize'h6F000); #100 vpp = 12000; #100 SetReadMode; #100 ReadData(`AddrSize'h33333); #100 address = `AddrSize'h60000; #100 oeb = `VIH; #1000 powerdown; #1000 $finish; end always @(dq or address or ceb or rpb or oeb or web or vcc or vpp or rpblevel) begin $display( "%d Addr = %h, Data = %h, CEb=%b, RPb=%b, OEb=%b, WEb=%d, vcc=%d, vpp = %d", $time, address, dq, ceb, rpb, oeb, web, vcc, vpp); end task powerup; begin $display(" POWERUP TASK"); rpb = `VIL; //reset #100 address = 0; #100 web = `VIH; //write enable high #100 oeb = `VIH; //output ts #100 ceb = `VIH; //disabled #100 vcc = 5000; //power up vcc #5000 vpp = 12000; //ramp up vpp #5000 rpb = `VIH; //out of reset rpblevel = `rpb_vih; #100 oeb = `VIL; //enable outputs #100 ceb = `VIL; //enable chip end endtask task powerdown; begin $display(" POWERDOWN TASK"); address = 0; #100 rpb = `VIL; //reset #100 oeb = `VIH; //output ts #100 web = `VIH; //we high #100 ceb = `VIH; //disabled #100 vpp = 0; //power down vpp #5000 vcc = 0; //ramp down vcc end endtask task ReadData; input [`AddrSize-1:0] addr; begin $display(" READDATA TASK"); oeb = `VIH; #100 address = addr; #100 oeb = `VIL; end endtask task SetReadMode; begin $display(" SETREADMODE TASK"); oeb = `VIH; #100 dq_reg[`Byte] = `ReadArrayCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; end endtask task ReadID; begin $display(" READID TASK"); oeb = `VIH; #100 address = `AddrSize'h0; #100 dq_reg[`Byte] = `ReadIDCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; #100 oeb = `VIL; #100 address = `AddrSize'h1; #100 address = `AddrSize'h3; #100 address = `AddrSize'h2; #100 address = `AddrSize'h10002; end endtask task ReadCSRMode; begin $display(" READCSR MODE TASK"); oeb = `VIH; #100 dq_reg[`Byte] = `ReadCSRCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; #100 oeb = `VIL; end endtask task ClearCSRMode; begin $display(" CLEARCSRMODE TASK"); oeb = `VIH; #100 dq_reg[`Byte] = `ClearCSRCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; end endtask task StartProgram; input [`AddrSize-1:0] addr; input [`MaxOutputs-1:0] data; begin $display(" STARTPROGRAM TASK"); #100 address = addr; #100 dq_reg[`Byte] = `Program2Cmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg[`Byte] = data; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; end endtask task ProgramData; input [`AddrSize-1:0] addr; input [`MaxOutputs-1:0] data; begin $display(" PROGRAMDATA TASK"); StartProgram(addr, data); #100 oeb = `VIL; #((`AC_ProgramTime_Byte_50_12*`TimerPeriod_)-500) begin: Poll forever begin oeb = `VIH; #100 oeb = `VIL; #100 if (dq[7] == `VIH) disable Poll; end //forever end //Poll #300 ClearCSRMode; end endtask task StartProgram2; input [`AddrSize-1:0] addr; input [`MaxOutputs-1:0] data; begin $display(" STARTPROGRAM2 TASK"); #100 address = addr; #100 dq_reg[`Byte] = `Program2Cmd; #100 web = `VIL; #5 ceb = `VIL; #100 ceb = `VIH; #5 web = `VIH; #100 dq_reg[`Byte] = data; #100 web = `VIL; #5 ceb = `VIL; #100 ceb = `VIH; #5 web = `VIH; #100 ceb = `VIL; dq_reg = `MaxOutputs'hz; end endtask task ProgramData2; input [`AddrSize-1:0] addr; input [`MaxOutputs-1:0] data; begin $display(" PROGRAMDATA2 TASK"); ceb = `VIH; StartProgram2(addr, data); #100 oeb = `VIL; #((`AC_ProgramTime_Byte_50_12*`TimerPeriod_)-500) begin: Poll forever begin oeb = `VIH; #100 oeb = `VIL; #100 if (dq[7] == `VIH) disable Poll; end //forever end //Poll #300 ClearCSRMode; end endtask task StartErase; input [`AddrSize-1:0] BlockAddr; begin $display(" STARTERASE TASK"); #100 address = BlockAddr; #100 dq_reg = `EraseBlockCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `ConfirmCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; end endtask task EraseBlock; input [`AddrSize-1:0] BlockAddr; time EraseTime; begin $display(" ERASEBLOCK TASK"); StartErase(BlockAddr); #100 oeb = `VIL; EraseTime = ((`AC_EraseTime_Block_50_12*`TimerPeriod_)-5000); #EraseTime begin: Poll forever begin oeb = `VIH; #1000 oeb = `VIL; #1000 if (dq[7] == `VIH) disable Poll; end end #300 ClearCSRMode; end endtask task StartLockBit; input [`AddrSize-1:0] BlockAddr; begin $display(" STARTLOCKBIT TASK"); #100 address = BlockAddr; #100 dq_reg = `LBSetupCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `SetBlockLBCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; end endtask task SetBlockLockBit; input [`AddrSize-1:0] BlockAddr; time LockBitTime; begin $display(" SETBLOCKLOCKBIT TASK"); StartLockBit(BlockAddr); #100 oeb = `VIL; LockBitTime = ((`AC_Set_LockBit_50_12*`TimerPeriod_)-5000); #LockBitTime begin : Poll forever begin oeb = `VIH; #1000 oeb = `VIL; #1000 if (dq[7] == `VIH) disable Poll; end //forever end //Poll #300 ClearCSRMode; end endtask task StartClearBit; begin $display(" STARTCLEARBIT TASK"); #100 dq_reg = `LBSetupCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `ClearLBCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; end endtask task ClearBlockLockBit; time ClearBitTime; begin $display(" CLEARBLOCKLOCKBIT TASK"); StartClearBit; #100 oeb = `VIL; ClearBitTime = ((`AC_Clear_LockBit_50_12*`TimerPeriod_)-5000); #ClearBitTime begin : Poll forever begin oeb = `VIH; #1000 oeb = `VIL; #1000 if (dq[7] == `VIH) disable Poll; end //forever end //Poll #300 ClearCSRMode; end endtask task SetMasterLockBit; input [`AddrSize-1:0] DeviceAddr; time LockBitTime; begin $display(" SETMASTERLOCKBIT TASK"); #100 address = DeviceAddr; #100 dq_reg = `LBSetupCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `SetMasterLBCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; #100 oeb = `VIL; LockBitTime = ((`AC_Set_LockBit_50_12*`TimerPeriod_)-5000); #LockBitTime begin : Poll forever begin oeb = `VIH; #1000 oeb = `VIL; #1000 if (dq[7] == `VIH) disable Poll; end //forever end //Poll #300 ClearCSRMode; end endtask task Suspend; begin $display(" SUSPEND TASK"); #100 dq_reg = `SuspendCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; #100 oeb = `VIL; #500 begin: Poll forever begin oeb = `VIH; #100 oeb = `VIL; #100 if (dq[7] == `VIH) disable Poll; end end end endtask task Resume; begin $display(" RESUME TASK"); #100 dq_reg = `ResumeCmd; #100 web = `VIL; #100 web = `VIH; #100 dq_reg = `MaxOutputs'hz; end endtask endmodule
Go to most recent revision | Compare with Previous | Blame | View Log