added and documented wxKeyEvent::GetUnicodeKey(); made it work for MSW; added test...

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

diff --git a/docs/latex/wx/datostrm.tex b/docs/latex/wx/datostrm.tex
index 53616ac33d329f56c3e8529b660a5a275c6d8a87..d64842712864d4c131a630756ce43343cb27b8d6 100644 (file)
--- a/docs/latex/wx/datostrm.tex
+++ b/docs/latex/wx/datostrm.tex
@@ -26,7 +26,7 @@ None
 \func{}{wxDataOutputStream}{\param{wxOutputStream\&}{ stream}, \param{wxMBConv\&}{ conv = wxMBConvUTF8}}
 
 Constructs a datastream object from an output stream. Only write methods will
-be available. The second form is only available in Unicode build of wxWindows.
+be available. The second form is only available in Unicode build of wxWidgets.
 
 \wxheading{Parameters}
 
@@ -49,7 +49,7 @@ Destroys the wxDataOutputStream object.
 
 \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.
@@ -60,30 +60,55 @@ little-endian order.
 
 Writes the single byte {\it i8} to the stream.
 
+\func{void}{Write8}{\param{const wxUint8 *}{buffer}, \param{size\_t }{size}}
+
+Writes an array of bytes to the stream. The amount of bytes to write is
+specified with the {\it size} variable.
+
 \membersection{wxDataOutputStream::Write16}
 
 \func{void}{Write16}{{\param wxUint16 }{i16}}
 
 Writes the 16 bit unsigned integer {\it i16} to the stream.
 
+\func{void}{Write16}{\param{const wxUint16 *}{buffer}, \param{size\_t }{size}}
+
+Writes an array of 16 bit unsigned integer to the stream. The amount of
+16 bit unsigned integer to write is specified with the {\it size} variable.
+
 \membersection{wxDataOutputStream::Write32}
 
 \func{void}{Write32}{{\param wxUint32 }{i32}}
 
 Writes the 32 bit unsigned integer {\it i32} to the stream.
 
+\func{void}{Write32}{\param{const wxUint32 *}{buffer}, \param{size\_t }{size}}
+
+Writes an array of 32 bit unsigned integer to the stream. The amount of
+32 bit unsigned integer to write is specified with the {\it size} variable.
+
 \membersection{wxDataOutputStream::Write64}
 
 \func{void}{Write64}{{\param wxUint64 }{i64}}
 
 Writes the 64 bit unsigned integer {\it i64} to the stream.
 
+\func{void}{Write64}{\param{const wxUint64 *}{buffer}, \param{size\_t }{size}}
+
+Writes an array of 64 bit unsigned integer to the stream. The amount of
+64 bit unsigned integer to write is specified with the {\it size} variable.
+
 \membersection{wxDataOutputStream::WriteDouble}
 
 \func{void}{WriteDouble}{{\param double }{f}}
 
 Writes the double {\it f} to the stream using the IEEE format.
 
+\func{void}{WriteDouble}{\param{const double *}{buffer}, \param{size\_t }{size}}
+
+Writes an array of double to the stream. The amount of double to write is
+specified with the {\it size} variable.
+
 \membersection{wxDataOutputStream::WriteString}\label{wxdataoutputstreamwritestring}
 
 \func{void}{WriteString}{{\param const wxString\&}{string}}
@@ -91,7 +116,7 @@ Writes the double {\it f} to the stream using the IEEE format.
 Writes {\it string} to the stream. Actually, this method writes the size of
 the string before writing {\it string} itself.
 
-In ANSI build of wxWindows, the string is written to the stream in exactly
+In ANSI build of wxWidgets, the string is written to the stream in exactly
 same way it is represented in memory. In Unicode build, however, the string
 is first converted to multibyte representation with {\it conv} object passed
 to stream's constructor (consequently, ANSI application can read data