Answers Database

CONCEPT: Sample CONCEPT2XNF.PROP file from 9504 Cadence release


Record #1655

Product Family:  Software

Product Line:  Cadence

Problem Title:
CONCEPT:  Sample CONCEPT2XNF.PROP file from 9504 Cadence release


Problem Description:
Keywords:  concept, concept2xnf.prop

Urgency:  standard

General description:  The CONCEPT2XNF.PROP file lists all properties in a
Concept schematic that will be recognized and written out to an XNF file
by the CONCEPT2XNF netlister.  If a schematic property does not have
a corresponding entry in the the CONCEPT2XNF.PROP file, it will be ignored
by the CONCEPT2XNF netlister.

To support user-defined properties (e.g., user-defined TIMEGRPs), you
must copy the concept2xnf.prop file from $CDS/share/library/xilinx/data
to your working directory, and add an entry for each new property to
this local concept2xnf.prop file.  Each entry is a Name/Value pair, where
the first column corresponds to the name you must specify for the property
when you enter it (without the ":").  The second column represents the
string CONCEPT2XNF must prepend to the property value when it writes out
the XNF file.

-------------------------------------
FILE_TYPE=XNFPARMS;


{ Appearance of parameter name in xnf file.}
{ Left side is the concept name and right side is the xilinx name.}

{ Properties allowed on a symbol }
$SYM_PROP

PART_TYPE:	  ;
INTERNAL:	  BOOLEAN;
BLKNM:		  BLKNM=;
DECODE: 	  BOOLEAN;
FILE:		  FILE=;
INIT:		  INIT=;
LOC:		  LOC=;
NODELAY:	  BOOLEAN;
PROHLOC:	  LOC<>;
MAP:		  MAP=;
SLEW_RATE:	  ;			{ FAST MED }
RLOC:		  RLOC=;		{ Symbol }
U_SET:		  U_SET=;		{ Symbol }
HU_SET: 	  HU_SET=;		{ Symbol }
LOCS:		  ;			{ Symbol }
HBLKNM: 	  HBLKNM=;
LOGIC_LEVEL:	  ; { cmos, ttl }
OUTPUT_MODE:	  ; { RES, CAP }
DOUBLE: 	  BOOLEAN;
TNM:		  TNM=; 		{ Symbol, Net, Pin }
GRP01:		  =GRP01=;		{ Only timegroup symbol }
GRP02:		  =GRP02=;		{ Only timegroup symbol }
GRP03:		  =GRP03=;		{ Only timegroup symbol }
GRP04:		  =GRP04=;		{ Only timegroup symbol }
GRP05:		  =GRP05=;		{ Only timegroup symbol }
GRP06:		  =GRP06=;		{ Only timegroup symbol }
GRP07:		  =GRP07=;		{ Only timegroup symbol }
GRP08:		  =GRP08=;		{ Only timegroup symbol }
GRP09:		  =GRP09=;		{ Only timegroup symbol }
GRP10:		  =GRP10=;		{ Only timegroup symbol }
TS01:		  =TS01=;		{ Timespec properties }
TS02:		  =TS02=;
TS03:		  =TS03=;
TS04:		  =TS04=;
TS05:		  =TS05=;
TS06:		  =TS06=;
TS07:		  =TS07=;
TS08:		  =TS08=;
TS09:		  =TS09=;
TS10:		  =TS10=;
KN:		  BOOLEAN;		{ Xblox }
A_ENCODING:	  =A_ENCODING=; 	{ Xblox }
B_ENCODING:	  =B_ENCODING=; 	{ Xblox }
B_BOUNDS:	  =B_BOUNDS=;		{ Xblox }
A_BOUNDS:	  =A_BOUNDS=;		{ Xblox }
INC_BY: 	  =INC_BY=;		{ Xblox }
PADNAME:	  =PADNAME=;		{ Xblox }
USE_RLOC:	  USE_RLOC=;
COUNT_TO:	  =COUNT_TO=;		{ Xblox }
RLOC_ORIGIN:	  RLOC_ORIGIN=;
RLOC_RANGE:	  RLOC_RANGE=;
ASYNC_VAL:	  =ASYNC_VAL=;		{ Xblox }
SYNC_VAL:	  =SYNC_VAL=;		{ Xblox }
STYLE:		  =STYLE=;		{ Xblox }
DIVIDE_BY:	  =DIVIDE_BY=;		{ Xblox }
DIVIDE1_BY:	  DIVIDE1_BY=;
DIVIDE2_BY:	  DIVIDE2_BY=;
OSC:		  OSC=;
DUTY_CYCLE:	  =DUTY_CYCLE=; 	{ Xblox }
ELEM:		  =ELEM=;		{ Xblox }
ENCODING:	  =ENCODING=;		{ Xblox }
BOUNDS: 	  =BOUNDS=;		{ Xblox }
FLOAT_VAL:	  =FLOAT_VAL=;		{ Xblox }
DEPTH:		  =DEPTH=;		{ Xblox }
SLICE:		  =SLICE=;		{ Xblox }
SUB:		  =SUB=;		{ Xblox }
SUB_STARTS_AT:	  =SUB_STARTS_AT=;	{ Xblox }
MEMFILE:	  =MEMFILE=;		{ Xblox }
VALUE:		  =VALUE=;		{ Xblox }
INVMASK:	  =INVMASK=;		{ Xblox }
DECODEMASK:	  =DECODEMASK=; 	{ Xblox }
DEF:		  DEF=; 		{ Internal }
SCHNM:		  SCHNM=;		{ Internal }
CYMODE: 	  CYMODE=;		{ Internal }
LIBVER: 	  LIBVER=;		{ Internal }
LOGIC_OPT:	  =LOGIC_OPT=;		{ EPLD }
OPT:		  =OPT=;		{ EPLD }
PLD:		  =PLD=;		{ EPLD }
LOWPWR: 	  =LOWPWR=;		{ EPLD }
MRINPUT:	  =MRINPUT=;		{ EPLD }
MINIMIZE:	  =MINIMIZE=;		{ EPLD }
UIM_OPT:	  =UIM_OPT=;		{ EPLD }
FOE_OPT:	  =FOE_OPT=;		{ EPLD }
CLOCK_OPT:	  =CLOCK_OPT=;		{ EPLD }
REG_OPT:	  =REG_OPT=;		{ EPLD }
PRELOAD_OPT:	  =PRELOAD_OPT=;	{ EPLD }
EQN:		  EQN=; 		{ Obsolete }
IOB_TYPE:	  ;			{ Obsolete }
PAD_TYPE:	  ;			{ Obsolete }
TRANS_TIME:	  ;			{ Obsolete }
LOGIC_TYPE:	  ;			{ Obsolete }
MODE:		  MODE=;		{ Obsolete }
EQUATE_H:	  CFG,EQUATE H=;	{ Obsolete }
POWER_OPT:	  ;			{ Obsolete }
FREQ:		  FREQ=;		{ Obsolete }
PERIOD: 	  PERIOD=;		{ Obsolete }
THI:		  THI=; 		{ Obsolete }
TLO:		  TLO=; 		{ Obsolete }
PL_GROUP:	  GROUP=;		{ Obsolete }
PL_SIZE:	  SIZE=;		{ Obsolete }
$END.

{ Properties allow in a pin }
$PIN_PROP
{---------------------------------------------}

INPUT_LOAD:	  =INPUT_LOAD=; 	{ Internal property use by xcdsprep }
OUTPUT_LOAD:	  =OUTPUT_LOAD=;	{ Internal property use by xcdsprep }
PARAM:		  ;			{ Net, Pin }
PIN:		  PIN=; 		{ Used by xnfmerge }
PIN_INV:	  ;			{ Obsolete }
PR_PARAMS:	  ;			{ Place and Route params, Net, Pin }
DS:		  DS-;			{ Obsolete }
DE:		  DE-;			{ Obsolete }
TNM:		  TNM=; 		{ Symbol, Net, Pin }
TSPEC:		  ;
$END.

$NET_PROP
{---------------------------------------------}

APR:		  ;			{ Obsolete }
BLKNM:		  BLKNM=;
CLOCK_PIN:	  ;			{ Obsolete }
HBLKNM: 	  HBLKNM=;
INPUT_LOAD:	  =INPUT_LOAD=; 	{ Internal property use by xcdsprep }
INTERNAL:	  BOOLEAN;
LOC:		  LOC=;
NODELAY:	  BOOLEAN;
OUTPUT_LOAD:	  =OUTPUT_LOAD=;	{ Internal property use by xcdsprep }
OUTPUT_MODE:	  ;			{ RES, CAP }
PIN:		  PIN=; 		{ Used by xnfmerge }
PR_PARAMS:	  ;			{ Place and Route params, Net, Pin }
PROHLOC:	  LOC<>;
SLEW_RATE:	  ;			{ FAST MED }
TSPEC:		  ;
TNM:		  TNM=; 		{ Symbol, Net, Pin }
VHDL_MODE:	  =;			{ Internal property use by xcdsprep }

$END.

$REC_PROP
{---------------------------------------------}
BASE:		  CFG,BASE ;		{ This requires a new record }
CONFIG: 	  CFG,CONFIG ;
EQUATE_F:	  CFG,EQUATE F=;	{ This requires a new record }
EQUATE_G:	  CFG,EQUATE G=;	{ This requires a new record }
$END.




Solution 1:





End of Record #1655