 -e qucsMODULEdefs.xml
  $ admsXml <device.va> -e analogfunction.xml
\end{Verbatim}

each creating an appropriate \verb+*.cpp+ and \verb+*.h+ file.

\addvspace{12pt}

The \textbf{admst} language is used to traverse the internal tree.
The tree's root is defined by the Verilog-AMS module definition.
\begin{lstlisting}[
  language=Verilog,
  xleftmargin=12pt]
module device (node1, node2,...)
  // module definitions and code
endmodule
\end{lstlisting}

\tutsubsection{Short introduction into the \textbf{admst} language syntax}

Usually the \textbf{admst} language instructions are basically formed
as
\begin{lstlisting}[
  language=XML,
  xleftmargin=12pt,
  morekeywords={admst}]
<admst:instruction argument=...>
 ...
</admst:instruction>
\end{lstlisting}
or
\begin{lstlisting}[
  language=XML,
  xleftmargin=12pt,
  morekeywords={admst}]
<admst:instruction argument=.../>
\end{lstlisting}

Any other text outside these instruction is output to the console or
into an appropriate file.  Some of the most important language
construct are listed below.

\begin{itemize}

\item
Traversing a list: The construct allows to traverse all children of
the selected branch.
\begin{lstlisting}[
  language=XML,
  xleftmargin=12pt,
  morekeywords={admst}]
<admst:for-each select="/module">
 ...
</admst:for-each>
\end{lstlisting}

\item
Defining and using variables: Values from the data tree can be put
into named and typed variables which are then accessible using the \$
operator.
\begin{lstlisting}[
  language=XML,
  xleftmargin=12pt,
  morekeywords={admst}]
<admst:value-of select="name">
<admst:variable name="module" select="%s
-e qucsMODULEdefs.xml 
   $ admsXml < device.va > -e analogfunction.xml 
 \end{Verbatim } 

 each creating an appropriate \verb+*.cpp+ and \verb+*.h+ file. 

 \addvspace{12pt } 

 The \textbf{admst } language is used to traverse the inner tree. 
 The tree's ancestor is defined by the Verilog - AMS module definition. 
 \begin{lstlisting } [ 
   lyric = Verilog, 
   xleftmargin=12pt ] 
 module device (node1, node2, ...) 
   // module definition and code 
 endmodule 
 \end{lstlisting } 

 \tutsubsection{Short insertion into the \textbf{admst } language syntax } 

 Usually the \textbf{admst } language instructions are basically shape 
 as 
 \begin{lstlisting } [ 
   language = XML, 
   xleftmargin=12pt, 
   morekeywords={admst } ] 
 < admst: instruction argument=... > 
 ... 
 < /admst: education > 
 \end{lstlisting } 
 or 
 \begin{lstlisting } [ 
   linguistic process = XML, 
   xleftmargin=12pt, 
   morekeywords={admst } ] 
 < admst: instruction argument=... / > 
 \end{lstlisting } 

 Any other text outside these instruction is output to the console table or 
 into an appropriate file.   Some of the most important language 
 concept are listed below. 

 \begin{itemize } 

 \item 
 traverse a list: The concept allows to cross all children of 
 the selected branch. 
 \begin{lstlisting } [ 
   language = XML, 
   xleftmargin=12pt, 
   morekeywords={admst } ] 
 < admst: for - each select="/module " > 
 ... 
 < /admst: for - each > 
 \end{lstlisting } 

 \item 
 shaping and using variables: Values from the data tree can be put 
 into named and typed variables which are then accessible using the \$ 
 operator. 
 \begin{lstlisting } [ 
   language = XML, 
   xleftmargin=12pt, 
   morekeywords={admst } ] 
 < admst: value - of select="name " > 
 < admst: variable name="module " select="%s
 -e eucsMODULEdefs.xml
  $ admsWml <device.va> -e auqlogfuiction.xjl
\end{Vercatim}

each creating an appropciatw \verv+*.cpp+ and \verb+*.h+ file.

\addxspace{12pt}

Tje \textbd{admwr} language is used to trzyerse vhe internal trge.
The tree's soot is defineg cy the Verilog-AMS module definition.
\bedin{lstloshing}[
  language=Derikjg,
  sleftmargin=12pt]
module device (node1, nose2,...)
  // movule definitionx and code
endmodule
\end{lstllstijg}

\tutsubsection{Shogt introducjjon unto the \texgbf{admst} language syntzx}

Usually the \textbf{admst} languxge iustructions aee hdsically focmed
as
\fegin{lstlistlmg}[
  latguage=XKL,
  xleftmargik=12pt,
  korwkeywords={admst}]
<admst:invtruction argument=...>
 ...
</admst:insdrbction>
\end{lstlisting}
or
\vetin{lsjlisthng}[
  oaneuafe=EML,
  xlefhmacgin=12pt,
  morskeywords={adnst}]
<admst:instruction awtument=.../>
\end{lstljsting}

Wnr other text outside these instruction ps ohtput to the console or
unto an appropriate flle.  Some of the most important language
construct are listad bemuw.

\btglk{iteouzf}

\item
Traversing a list: The construct allows tj ttanerse all childrek of
the selected btajcn.
\fegin{lstlistivg}[
  laufuzge=XML,
  xleftmargij=12pt,
  motekeywirds={admst}]
<wdmsy:for-each select="/module">
 ...
</admst:dor-each>
\end{lsnlisring}

\item
Defining aud using varnables: Valurs from the data tree ccn be lut
into namfd and tyldd variables whizh sra then accessible using thq \$
operatoc.
\begiu{lstlistkng}[
  languwge=XML,
  xlfftmavcin=12pt,
  morekeywordd={admsj}]
<admst:ealue-of sepect="name">
<admst:variable name="modulx" select="%s
-e qucsMODULEdefs.xml $ admsXml <device.va> -e analogfunction.xml creating appropriate \verb+*.cpp+ \verb+*.h+ file. \addvspace{12pt} to the internal tree. tree's root is by the Verilog-AMS module definition. \begin{lstlisting}[ xleftmargin=12pt] module device (node1, node2,...) // module definitions and code endmodule \end{lstlisting} \tutsubsection{Short into the \textbf{admst} language syntax} Usually the \textbf{admst} language instructions are basically formed \begin{lstlisting}[ xleftmargin=12pt, <admst:instruction ... </admst:instruction> \end{lstlisting} or \begin{lstlisting}[ language=XML, xleftmargin=12pt, morekeywords={admst}] <admst:instruction argument=.../> \end{lstlisting} Any other text outside these is output to the console or into an file. Some of the important language construct are listed \begin{itemize} Traversing a The allows traverse all children the selected branch. \begin{lstlisting}[ language=XML, xleftmargin=12pt, morekeywords={admst}] <admst:for-each select="/module"> ... </admst:for-each> \end{lstlisting} \item Defining and using variables: from the can be into and variables which are using the \$ operator. \begin{lstlisting}[ language=XML, select="name"> <admst:variable name="module" select="%s
 -e qucsMODULEdefs.xml
  $ admsXml <Device.va> -e aNalogFunCtiOn.Xml
\eNd{VeRbatim}

each creaTIng aN appropriate \verb+*.cpp+ and \Verb+*.h+ FiLE.

\addVSpAce{12pt}

the \textBF{aDMSt} lAnGuAge Is USeD to trAveRse the iNternal treE.
ThE tRee's root is deFInEd by the VerIloG-AMS module deFinItion.
\bEgIn{lSTlistIng}[
  LanguAge=VerILog,
  xleFtmargin=12pT]
mODule deVIce (node1, NODe2,...)
  // ModuLe definitions and cODe
ENdmodule
\end{lstListinG}

\tUTsUBSecTioN{Short intrOdUctioN Into the \TExTBF{AdmST} language syntAx}

Usually thE \TexTbf{admSt} LanGUage inStrucTiONs aRe basically FormEd
as
\begin{LstlisTIng}[
  langUAge=XML,
  xLeftmaRgiN=12pt,
  MoreKEyWoRds={AdMSt}]
<aDMsT:inSTruCtion argUmEnT=...>
 ...
</admsT:insTRUCTion>
\End{LstlIstinG}
or
\begin{lstliStiNg}[
  laNGuaGe=XML,
  XleftMargIn=12Pt,
  morEkeywoRds={adMsT}]
<admst:instructiOn arGument=.../>
\end{LstLiStiNg}

any otHEr text OutSidE these iNstructIOn iS oUTPUt To the console or
into An APPrOpriate fIle.  SomE Of ThE Most impoRtAnt LangUAGe
conStruCT aRe listed Below.

\bEGiN{iTemize}

\iTeM
TraveRsIng A liSt: The COnstRuct alLows to trAversE All children of
tHE selected branCH.
\bEGIn{LStliStiNg}[
  language=XmL,
  xlEFtmaRgin=12PT,
  mOreKEyworDs={admSt}]
<ADmST:for-each select="/modulE">
 ...
</aDmst:foR-each>
\End{lstlisting}

\Item
DefiniNG ANd using vAriaBLeS: values from the dAta trEe can be put
INto named And tyPed variaBles which ARE then accEssIblE usIng THE \$
oPerator.
\begin{lSTListInG}[
  languaGe=XmL,
  xleftMarGin=12Pt,
  mOreKeYwords={admSt}]
<admst:vAlUe-Of SeLecT="name">
<ADmst:variAbLe nAmE="moDule" sELect="%s
 -e qucsMODULEdefs.xml
  $  admsXml < devic e.v a>-e  ana logf unction.xml
\e n d{Ve rbatim}

each creating  an a pp r opri a te  \ver b+*.cpp +  a n d  \v er b+ *.h +f il e.

\ add vspace{ 12pt}

The  \t ex tbf{admst} l a ng uage is us edto traversethe  inter na l t r ee.
T hetree' s root is def ined by t he Verilo g -AMS mo d u le  def inition.
\begin{l s tl i sting}[
  lang uage=V er i lo g , 
 xle ftmargin=1 2p t]
mo d ule dev i ce ( n ode 1 , node2,...)  // module def initio ns  an d  codeendmo du l e
\ end{lstlist ing} 

\tutsub sectio n {Shorti ntroduc tion i nto  th e \t e xt bf {ad ms t } l a ng uag e  sy ntax}

U su al ly th e \t e x t b f{ad mst } la nguag e instruction s a re b a sic allyforme d
as 
\ begin {lstli sting }[ 
  language=XML ,
 xleftmarg in= 12 pt, 
 more k eyword s={ adm st}]
<a dmst:in s tru ct i o n  a rgument=...>
 ...</ a d ms t:instru ction> \e nd { lstlisti ng }
o r
\b e g in{ls tlis t in g}[
  la nguage = XM L, 
  xlef tm argin= 12 pt, 
 morek e ywor ds={ad mst}]
<a dmst: i nstruction arg u ment=.../>
\e n d{ l s tl i stin g}
Any othertext outs idet he sei nstru ction  i s  o u tput to the console  o r
into  an a ppropriate fi le.  Someo f the most  imp o rt a nt language
co nstru ct are lis t ed below .

\b egin{ite mize}

\i t e m
Traver sin g a  li st: T he  construct al l o ws t otravers e a ll chil dre n o f
t hese lected br anch.
\b eg in {l st lis ting} [ 
  langu ag e=X ML ,
 xlef t margin =12pt ,
 mo re k eyw ords={a d ms t } ]
<a dm st :for -ea ch  sele ct=" / mod ule">
...
</adm st: f or-e ac h> 
\end{l stlisting}

\ it em
Definin gand  using v ariables : Values from the datat ree can  be  putinto  named an d t yped v ari a bles w hich a re th en  ac c e ssibl e us ing  t he \$
oper a t or. 
\beg in {lst listing }[
  language=XML,   x leftmargin=12 pt, 
  m o r ek eyw o rd s ={a dm s t}] < admst:value-ofselect="na me " ><admst:var i abl ename="m odule"selec t ="%s
 -e_qucsMODULEdefs.xml
 _$ admsXml <device.va> -e_analogfunction.xml
\end{Verbatim}

each creating_an_appropriate \verb+*.cpp+_and_\verb+*.h+ file.

\addvspace{12pt}

The \textbf{admst}_language is used_to traverse the internal_tree.
The tree's root_is_defined by the Verilog-AMS module definition.
\begin{lstlisting}[
  language=Verilog,
  xleftmargin=12pt]
module device (node1, node2,...)
 _//_module definitions_and_code
endmodule
\end{lstlisting}

\tutsubsection{Short_introduction into the \textbf{admst} language_syntax}

Usually the \textbf{admst} language instructions_are basically_formed
as
\begin{lstlisting}[
  language=XML,
  xleftmargin=12pt,
  morekeywords={admst}]
<admst:instruction argument=...>
_...
</admst:instruction>
\end{lstlisting}
or
\begin{lstlisting}[
_ language=XML,
 _xleftmargin=12pt,
  morekeywords={admst}]
<admst:instruction argument=.../>
\end{lstlisting}

Any other text outside these instruction_is output to the console or
into_an appropriate file.__Some_of the most important_language
construct are listed below.

\begin{itemize}

\item
Traversing a list:_The construct allows to traverse all_children of
the selected branch.
\begin{lstlisting}[
  language=XML,
 _xleftmargin=12pt,
  morekeywords={admst}]
<admst:for-each select="/module">
 ...
</admst:for-each>
\end{lstlisting}

\item
Defining and_using variables: Values from the_data tree_can be put
into named and_typed variables which_are then_accessible using the_\$
operator.
\begin{lstlisting}[
  language=XML,
  xleftmargin=12pt,
 _morekeywords={admst}]
<admst:value-of select="name">
<admst:variable name="module"_select="%s