corrected CodeWarrior project target names and generated application names

[wxWidgets.git] / docs / latex / wx / datstrm.tex

diff --git a/docs/latex/wx/datstrm.tex b/docs/latex/wx/datstrm.tex
index c8da9fd39e13778441d413f1636c00517d1ab424..7eaabb563d4b560bccf1b4e3a63f3458f3d144bc 100644 (file)
--- a/docs/latex/wx/datstrm.tex
+++ b/docs/latex/wx/datstrm.tex
@@ -17,6 +17,7 @@ is defined as signed int on 32-bit architectures) so that you cannot use long. T
 problems (here and elsewhere), make use of the wxInt32, wxUint32, etc types.
 
 For example:
+
 \begin{verbatim}
   wxFileInputStream input( "mytext.dat" );
   wxDataInputStream store( input );
@@ -31,6 +32,10 @@ For example:
 
 See also \helpref{wxDataOutputStream}{wxdataoutputstream}. 
 
+\wxheading{Derived from}
+
+None
+
 \wxheading{Include files}
 
 <wx/datstrm.h>
@@ -56,9 +61,9 @@ Destroys the wxDataInputStream object.
 
 \membersection{wxDataInputStream::BigEndianOrdered}
 
-\func{void}{BigEndianOrdered}{\param{bool}{ be_order}}
+\func{void}{BigEndianOrdered}{\param{bool}{ be\_order}}
 
-If {\it be_order} is TRUE, all data will be read in big-endian
+If {\it be\_order} is TRUE, all data will be read in big-endian
 order, such as written by programs on a big endian architecture 
 (e.g. Sparc) or written by Java-Streams (which always use 
 big-endian order).
@@ -89,7 +94,7 @@ Reads a double (IEEE encoded) from the stream.
 
 \membersection{wxDataInputStream::ReadString}
 
-\func{wxString}{wxDataInputStream::ReadString}{\void}
+\func{wxString}{ReadString}{\void}
 
 Reads a string from a stream. Actually, this function first reads a long integer
 specifying the length of the string (without the last null character) and then
@@ -114,6 +119,10 @@ usage and caveats.
 
 See also \helpref{wxDataInputStream}{wxdatainputstream}. 
 
+\wxheading{Derived from}
+
+None
+
 \latexignore{\rtfignore{\wxheading{Members}}}
 
 \membersection{wxDataOutputStream::wxDataOutputStream}\label{wxdataoutputstreamconstr}
@@ -135,40 +144,40 @@ Destroys the wxDataOutputStream object.
 
 \membersection{wxDataOutputStream::BigEndianOrdered}
 
-\func{void}{BigEndianOrdered}{\param{bool}{ be_order}}
+\func{void}{BigEndianOrdered}{\param{bool}{ be\_order}}
 
-If {\it be_order} is TRUE, all data will be written in big-endian
+If {\it be\_order} is TRUE, all data will be written in big-endian
 order, e.g. for reading on a Sparc or from Java-Streams (which
 always use big-endian order), otherwise data will be written in
 little-endian order.
  
 \membersection{wxDataOutputStream::Write8}
 
-\func{void}{wxDataOutputStream::Write8}{{\param wxUint8 }{i8}}
+\func{void}{Write8}{{\param wxUint8 }{i8}}
 
 Writes the single byte {\it i8} to the stream.
 
 \membersection{wxDataOutputStream::Write16}
 
-\func{void}{wxDataOutputStream::Write16}{{\param wxUint16 }{i16}}
+\func{void}{Write16}{{\param wxUint16 }{i16}}
 
 Writes the 16 bit integer {\it i16} to the stream.
 
 \membersection{wxDataOutputStream::Write32}
 
-\func{void}{wxDataOutputStream::Write32}{{\param wxUint32 }{i32}}
+\func{void}{Write32}{{\param wxUint32 }{i32}}
 
 Writes the 32 bit integer {\it i32} to the stream.
 
 \membersection{wxDataOutputStream::WriteDouble}
 
-\func{void}{wxDataOutputStream::WriteDouble}{{\param double }{f}}
+\func{void}{WriteDouble}{{\param double }{f}}
 
 Writes the double {\it f} to the stream using the IEEE format.
 
 \membersection{wxDataOutputStream::WriteString}
 
-\func{void}{wxDataOutputStream::WriteString}{{\param const wxString\& }{string}}
+\func{void}{WriteString}{{\param const wxString\& }{string}}
 
 Writes {\it string} to the stream. Actually, this method writes the size of
 the string before writing {\it string} itself.