\item Compile it into the set of .c and .h files using \cmd{asn1c} compiler:
\begin{bash}
asn1c -gen-OER -gen-PER%\textbf{rectangle.asn}%
asn1c -no-gen-example%\textbf{rectangle.asn}%
\end{bash}
\item Create the converter and dumper:
...
...
@@ -178,7 +178,7 @@ END
\item Compile it into the set of .c and .h files using asn1c compiler \cite{ASN1C}:
\begin{bash}
asn1c %\textbf{rectangle.asn}%
asn1c -no-gen-example %\textbf{rectangle.asn}%
\end{bash}
\item Alternatively, use the Online ASN.1 compiler \cite{AONL} by uploading
the \textbf{rectangle.asn} file into the Web form and unpacking the
...
...
@@ -275,7 +275,7 @@ END
\item Compile it into the set of .c and .h files using asn1c compiler \cite{ASN1C}:
\begin{bash}
asn1c %\textbf{rectangle.asn}%
asn1c -no-gen-example %\textbf{rectangle.asn}%
\end{bash}
\item Alternatively, use the Online ASN.1 compiler \cite{AONL} by uploading
the \textbf{rectangle.asn} file into the Web form and unpacking the
...
...
@@ -484,7 +484,7 @@ after compilation will be rather small anyway.
\item A \textbf{Makefile.am.libasncodecs} file which explicitly lists all the
generated files.
This makefile can be used on its own to build the just the codec library.
\item A \textbf{converter-example.c} file containing the \emph{int main()} function with a fully functioning encoder and data format converter. It can convert a given PDU between BER, XER and possibly OER and PER (if \cmd{-gen-OER} or \cmd{-gen-PER} options to \cmd{asn1c} were in effect). At some point you will want to replace this file with your own file containing the \emph{int main()} function.
\item A \textbf{converter-example.c} file containing the \emph{int main()} function with a fully functioning encoder and data format converter. It can convert a given PDU between BER, XER, OER and PER. At some point you will want to replace this file with your own file containing the \emph{int main()} function.
\item A \textbf{Makefile.am.example} file which binds together
\textbf{Makefile.am.libasncodecs} and \textbf{converter-example.c}
to build a versatile converter and debugger for your data formats.
...
...
@@ -545,15 +545,16 @@ to prevent circular references.}\\
the target language source files for the given type have been provided
manually. }\\
{\ttfamily -fline-refs}&{\small Include ASN.1 module's line numbers in generated code comments.}\\
{\ttfamily -fno-constraints}&{\small Do not generate ASN.1 subtype constraint checking code. This
{\ttfamily -fno-constraints}&{\small Do not generate the ASN.1 subtype constraint checking code. This
may produce a shorter executable.}\\
{\ttfamily -fno-include-deps}&{\small Do not generate courtesy \#include lines for non-critical dependencies.}\\
{\ttfamily -fno-include-deps}&{\small Do not generate the courtesy \#include lines for non-critical dependencies.}\\
{\ttfamily -funnamed-unions}&{\small Enable unnamed unions in the definitions of target language's structures.}\\
{\ttfamily -fwide-types}&{\small Use the wide integer types (INTEGER\_t, REAL\_t) instead of machine's native data types (long, double). }\\\\
{\ttfamily -gen-OER}&{\small Generate the Octet Encoding Rules (OER) support code.}\\
{\ttfamily -gen-PER}&{\small Generate the Packed Encoding Rules (PER) support code.}\\
{\ttfamily -no-gen-OER}&{\small Do not generate the Octet Encoding Rules (OER, X.696) support code.}\\
{\ttfamily -no-gen-PER}&{\small Do not generate the Packed Encoding Rules (PER, X.691) support code.}\\
{\ttfamily -no-gen-example}&{\small Do not generate the ASN.1 format converter example.}\\
{\ttfamily -pdu=\{\textbf{all}|\textbf{auto}|\emph{Type}\}}&{\small Create a PDU table for specified types, or discover the Protocol Data Units automatically.
In case of \texttt{-pdu=\textbf{all}}, all ASN.1 types defined in all modules wil form a PDU table. In case of \texttt{-pdu=\textbf{auto}}, all types not referenced by any other type will form a PDU table. If \texttt{\emph{Type}} is an ASN.1 type identifier, it is added to a PDU table. The last form may be specified multiple times.}\\\\
\textbf{Output Options}&\textbf{Description}\\
...
...
@@ -841,9 +842,10 @@ int asn_random_fill(
Create or initialize a structure with random contents, according to the type
specification and optional member constraints.
For best results, the code should be generated with \cmd{-gen-PER} option
to \cmd{asn1c}, that will make it follow the PER visible constraints and
sometimes break out of extensible contstraints' ranges.
For best results the code should be generated without \cmd{-no-gen-PER}
option to \cmd{asn1c}. Making PER constraints code available in runtime
will make \code{asn_random_fill} explore the edges of PER-visible constraints
and sometimes break out of extensible contstraints' ranges.
The \code{asn_random_fill()} function has a bias to generate edge case
values. This property makes it useful for debugging the application level
@@ -31,13 +31,13 @@ for ref in ${top_srcdir}/tests/tests-asn1c-compiler/*.asn1.-*; do
newversion=${template}.new
PROCESSING="$ref (from $src)"
LANG=C sed-e's/^found in .*/found in .../' < "$ref">"$oldversion"
(${top_builddir}/asn1c/asn1c -S${top_srcdir}/skeletons "-$flags""$src" | LANG=C sed-e's/^found in .*/found in .../'>"$newversion")||ec=$?
(${top_builddir}/asn1c/asn1c -S${top_srcdir}/skeletons -no-gen-OER-no-gen-PER"-$flags""$src" | LANG=C sed-e's/^found in .*/found in .../'>"$newversion")||ec=$?
