~ubuntu-branches/ubuntu/hoary/scilab/hoary

<SP>: scalar. The <VERB>fd</VERB> parameter returned by the function. Default value is -1 which stands for the last (<VERB>mopen</VERB>) opened file.</SP>

</PARAM_DESCRIPTION>

</PARAM_ITEM>

<PARAM_ITEM>

<PARAM_NAME>type</PARAM_NAME>

<PARAM_DESCRIPTION>

<SP>: a string. Give the binary format used to write all the entries of x.</SP>

</PARAM_DESCRIPTION>

</PARAM_ITEM>

</PARAM_INDENT>

</PARAM>

<P>

The <VERB>mput</VERB> function writes data to the output specified by the

stream parameter <VERB>fd</VERB>. Data is written at the

position at which the file pointer is currently pointing and

advances the indicator appropriately.

</P>

<P>

The <VERB>type</VERB> parameter is a conversion specifier which may be set to any of the

following flag characters (with default value "l"):

</P>

<DESCRIPTION_INDENT>

<DESCRIPTION_ITEM label=""l","i","s","ul","ui","us","d","f","c","uc"">

<SP>: for writing respectively a long, an int, a short, an unsigned long, an unsigned int, an unsigned short, a double, a float, a char and an unsigned char. The bytes which are wrote are automatically swapped if necessary (by checking little-endian status) in order to produce machine independent binary files ( in little-endian mode). This default swapping mode can be suppressed by adding a flag in the <VERB>mopen</VERB> function.</SP>

</DESCRIPTION_ITEM>

<DESCRIPTION_ITEM label=""..l" or "..b"">

<SP>: It is also possible to write in little-endian or big-endian mode by adding a 'l' or 'b' character at the end of a type specification. For example "db" will write a double in big-endian mode.</SP>

</DESCRIPTION_ITEM>

</DESCRIPTION_INDENT>

</DESCRIPTION>

<![CDATA[

filen = 'test.bin';

mopen(filen,'wb');

mput(1996,'l');mput(1996,'i');mput(1996,'s');mput(98,'c');

// force little-endian

mput(1996,'ll');mput(1996,'il');mput(1996,'sl');mput(98,'cl');

// force big-endian

mput(1996,'lb');mput(1996,'ib');mput(1996,'sb');mput(98,'cb');

mclose();

mopen(filen,'rb');

if 1996<>mget(1,'l') then pause,end

if 1996<>mget(1,'i') then pause,end

if 1996<>mget(1,'s') then pause,end

if 98<>mget(1,'c') then pause,end

// force little-endian

if 1996<>mget(1,'ll') then pause,end

if 1996<>mget(1,'il') then pause,end

if 1996<>mget(1,'sl') then pause,end

if 98<>mget(1,'cl') then pause,end

// force big-endian

if 1996<>mget(1,'lb') then pause,end

if 1996<>mget(1,'ib') then pause,end

if 1996<>mget(1,'sb') then pause,end

if 98<>mget(1,'cb') then pause,end

mclose();

]]>

</EXAMPLE>

<SEE_ALSO>

<SEE_ALSO_ITEM>

<LINK>mclose</LINK>

</SEE_ALSO_ITEM>

<SEE_ALSO_ITEM>

</SEE_ALSO_ITEM>

<SEE_ALSO_ITEM>

<LINK>mfprintf</LINK>

</SEE_ALSO_ITEM>

<SEE_ALSO_ITEM>

<LINK>fprintfMat</LINK>

</SEE_ALSO_ITEM>

<SEE_ALSO_ITEM>

<LINK>mfscanf</LINK>

</SEE_ALSO_ITEM>

100

<SEE_ALSO_ITEM>

101

<LINK>fscanfMat</LINK>

102

</SEE_ALSO_ITEM>

103

<SEE_ALSO_ITEM>

104

105

</SEE_ALSO_ITEM>

106

<SEE_ALSO_ITEM>

107

<LINK>mgetstr</LINK>

108

</SEE_ALSO_ITEM>

109

<SEE_ALSO_ITEM>

110

<LINK>mopen</LINK>

111

</SEE_ALSO_ITEM>

112

<SEE_ALSO_ITEM>

113

<LINK>mprintf</LINK>

114

</SEE_ALSO_ITEM>

115

<SEE_ALSO_ITEM>

116

117

</SEE_ALSO_ITEM>

118

<SEE_ALSO_ITEM>

119

<LINK>mputstr</LINK>

120

</SEE_ALSO_ITEM>

121

<SEE_ALSO_ITEM>

122

<LINK>mscanf</LINK>

123

</SEE_ALSO_ITEM>

124

<SEE_ALSO_ITEM>

125

<LINK>mseek</LINK>

126

</SEE_ALSO_ITEM>

127

<SEE_ALSO_ITEM>

128

<LINK>mtell</LINK>

129

</SEE_ALSO_ITEM>

130

<SEE_ALSO_ITEM>

131

<LINK>mdelete</LINK>

132

</SEE_ALSO_ITEM>

133

</SEE_ALSO>

134

</MAN>

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