Data Modeling mapper

The following is a hands-on example of asn2dataModel usage:

AVALON:~/ASSERT$ asn2dataModel
Usage: asn2dataModel <options> input1.asn1 [input2.asn1]...
Where options are:
        -verbose                Increase verbosity of output
        -lexonly                Perform only lexical analysis
        -ignoreINTEGERranges    Don't check INTEGERs for mandatory constraints
        -ignoreREALranges       Don't check REALs for mandatory constraints
        -o dirname              Directory to place generated files
And one of:
        -toAda (for Ada)
        -toC (for C)
        -toOG (for SDL)
        -toSCADE5 (for SCADE5)
        -toSCADE6 (for SCADE6)
        -toSIMULINK (for Simulink)

AVALON:~/ASSERT$ ls -l
total 12
-rw-r--r-- 1 root root 716 2007-02-21 13:29 PosData.asn1

AVALON:~/ASSERT$ asn2dataModel -toSIMULINK PosData.asn1

AVALON:~/ASSERT$ ls -l
total 16
-rw-r--r--  1 root root    716 2008-07-29 13:29 PosData.asn1
-rw-r--r--  1 root root  10289 2008-07-29 16:17 Simulink.PosData.asn1.m

AVALON:~/ASSERT$ cat Simulink.PosData.asn1.m
WorldCoordinate = Simulink.AliasType;
WorldCoordinate.BaseType = 'uint8';
WorldCoordinate.Description = 'range is [0L, 10L]';
...

By simply invoking asn2dataModel and passing the ASN.1 grammar argument, the data model mapper will create the requested equivalent definitions of the ASN.1 types (in the example above, Simulink types, since -toSIMULINK was used).