This is the command asntool that can be run in the OnWorks free hosting provider using one of our multiple free online workstations such as Ubuntu Online, Fedora Online, Windows online emulator or MAC OS online emulator
PROGRAM:
NAME
asntool - process ASN.1 module specifications
SYNOPSIS
asntool [-] [-B filename] [-D N] [-G] [-I str] [-J type] [-K str] [-L str]
[-M filename,...] [-P str] [-Q] [-S filename] [-T filename] [-V] [-X filename] [-Z] [-b N]
[-d filename] [-e filename] [-f filename] [-l filename] -m filename [-o filename]
[-p filename] [-t str] [-v filename] [-w N] [-x filename]
DESCRIPTION
asntool reads, validates, and displays ASN.1 module specifications.
OPTIONS
A summary of options is included below.
- Print usage message
-B filename
Generate objects and code in files named filename.*
-D N Debugging level for code generation:
0 No debugging (default)
1 Shallow debugging
2 Deep debugging
3-9 Same as 2
-G Generate object loader .c and .h files
-I str Put "#include str" in generated .c file
-J type
Register type type with object manager
-K str In generated .c, force name of #included asn header to str
-L str Label registered type as str
-M filename,...
Search the ASN.1 modules in filename,... for external references
-P str XML module prefix for DOCTYPE
-Q Use quoted syntax form for generated include files
-S filename
Send debugging output to filename rather than stderr
-T filename
Dump ASN.1 tree to filename
-V Force CHOICE objects to use custom structures rather than ValNodePtrs, for
compatibility with some old hand-coded object loaders.
-X filename
Write XML DTD to filename. If filename is "m", print each module to a separate
file.
-Z Bit twiddle for optional zero value base slots
-b N Use N-byte buffers (default = 1024; anything between 512 and 10000 is legal)
-d filename
Read binary values from filename (requires -t)
-e filename
Write binary values to filename
-f filename
Write ASN.1 module to filename
-l filename
Write ASN.1 loader to filename
-m filename
Read ASN.1 module from filename
-o filename
Write header to filename
-p filename
Write print values to filename
-t str Expect binary values to have type str
-v filename
Read print values from filename
-w N Limit values in #defines to N bits (default = 31; anything between 31 and 128 is
legal)
-x filename
Write XML data to filename
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