Update to take advantage of changes to ipUnidig and dac128v

iocBoot/iocxxx/examples/dac128V.cmd

-
-# BEGIN dac128V.cmd -----------------------------------------------------------
-
-# Initialize Systran DAC
-# initDAC128V(char *portName, int carrier, int slot)
-# portName  = name to give this asyn port
-# carrier     = IPAC carrier number (0, 1, etc.)
-# slot        = IPAC slot (0,1,2,3, etc.)
-initDAC128V("DAC1", 0, 3)
-
-dbLoadTemplate("substitutions/dac128V.substitutions", "P=$(PREFIX)")
-
-# END dac128V.cmd -------------------------------------------------------------

iocBoot/iocxxx/examples/industryPack.cmd

@@ -70,18 +70,17 @@ iocshLoad("$(IP)/iocsh/loadSerialComm.iocsh", "PREFIX=$(PREFIX), PORT=serial0:,
 #Loads asyn records for serial2:0 through serial2:7, calls them asyn_9 through asyn_16 for user compatibility
 #iocshLoad("$(IP)/iocsh/loadSerialComm.iocsh", "PREFIX=$(PREFIX), PORT=serial1:, INSTANCE0=asyn_9, INSTANCE1=asyn_10, INSTANCE2=asyn_11, INSTANCE3=asyn_12, INSTANCE4=asyn_13, INSTANCE5=asyn_14, INSTANCE6=asyn_15, INSTANCE7=asyn_16")
 
+# SBS IpUnidig digital I/O
+#iocshLoad("$(IPUNIDIG)/iocsh/ipUnidig.iocsh", "PREFIX=$(PREFIX), PORT=Unidig1, CARRIER=0, SLOT=1, INT_VEC=116, RISE_MASK=0xfffffb, FALL_MASK=0xfffffb, SCAN_POLL=2000, SUB=substitutions/ipUnidig.substitutions")
 
 # user programmable glue electronics (requires Acromag IP-EP20x)
 #< softGlue.iocsh
 
-# Systran DAC128V
-#< dac128V.cmd
-
 # Analog I/O (Acromag IP330 ADC)
 #< ip330.cmd
 
-# SBS IpUnidig digital I/O
-#< ipUnidig.cmd
+# Systran DAC128V
+#iocshLoad("$(DAC128V)/iocsh/dac128V.iocsh", "PREFIX=$(PREFIX), PORT=DAC1, CARRIER=0, SLOT=3, SUB=substitutions/dac128V.substitutions")
 
 # gpib support
 #< gpib.cmd

iocBoot/iocxxx/examples/ipUnidig.cmd

-
-# BEGIN ipUnidig.cmd ----------------------------------------------------------
-
-# Initialize Greenspring IP-Unidig
-# initIpUnidig(char *portName,
-#              int carrier,
-#              int slot,
-#              int msecPoll,
-#              int intVec,
-#              int risingMask,
-#              int fallingMask)
-# portName  = name to give this asyn port
-# carrier     = IPAC carrier number (0, 1, etc.)
-# slot        = IPAC slot (0,1,2,3, etc.)
-# msecPoll    = polling time for input bits that don't use interrupts in msec.
-# intVec      = interrupt vector
-# risingMask  = mask of bits to generate interrupts on low to high (24 bits)
-# fallingMask = mask of bits to generate interrupts on high to low (24 bits)
-
-# Note: We have the quadEM connected to channel 3 (starting from 1).  Its driver will
-# enable interrupts on one edge of the pulses, so we don't need to do it here.  All other
-# inputs generate interrupts on both rising and falling edge
-initIpUnidig("Unidig1", 0, 1, 2000, 116, 0xfffffb, 0xfffffb)
-
-# IP-Unidig binary I/O
-dbLoadTemplate("substitutions/ipUnidig.substitutions", "P=$(PREFIX), PORT=Unidig1")
-
-# END ipUnidig.cmd ------------------------------------------------------------

iocBoot/iocxxx/substitutions/dac128V.substitutions

 file "$(DAC128V)/dac128VApp/Db/singleDAC.db"
 {pattern
-{D, N, S, PORT,   EGUL,  EGUF, DRVL, DRVH, LOPR, HOPR, PREC,     LINR, VAL}
+{N, S, EGUL,  EGUF, DRVL, DRVH, LOPR, HOPR, PREC,     LINR, VAL}
 # Channel 1 is in volts, -10 to 10, with drive limits full range
-{3, 1, 0, DAC1,    -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
+{1, 0, -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
 # Channel 2 is in volts, -10 to 10, but only allow driving 0 to 10
-{3, 2, 1, DAC1,    -10,    10,   0,  10,     0,  10,   3,    "LINEAR", 0}
+{2, 1, -10,    10,   0,  10,     0,  10,   3,    "LINEAR", 0}
 # Channel 3 is in percent of full scale, only allow driving 0 to 100%
-{3, 3, 2, DAC1,   -100,   100,   0, 100,     0, 100,   3,    "LINEAR", 0}
+{3, 2, -100,   100,   0, 100,     0, 100,   3,    "LINEAR", 0}
 # Remaing channels are in volts
-{3, 4, 3, DAC1,    -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
-{3, 5, 4, DAC1,    -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
-{3, 6, 5, DAC1,    -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
-{3, 7, 6, DAC1,    -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
-{3, 8, 7, DAC1,    -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
+{4, 3, -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
+{5, 4, -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
+{6, 5, -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
+{7, 6, -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
+{8, 7, -10,    10, -10,  10,   -10,  10,   3,    "LINEAR", 0}
 }