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toolFortran

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introduces routines to read the binary Fortran data format.

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<para>
In Fortran binary data are written inside tags. These tags give the size to the data that are between. The routines in this module can read these tags and the data inside. One must know the endianness of the file and the kind of data to be read (integer, float, double...). If the first tag is known, one can test the endianness of the file calling toolFortranTest_endianness().
</para>
<para>
The size of the tag (32 bits or 64 bits) is not modifiable for the moment and is fixed at 32 bits. This may be changed in the futur with the same kind of things that for endianness.
</para>

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<para>

</para>

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<!-- ##### ENUM EndianId ##### -->
<para>

</para>

@KEEP_ENDIANNESS: 
@CHANGE_ENDIANNESS: 

<!-- ##### FUNCTION toolFortranRead_character ##### -->
<para>

</para>

@var: 
@nb: 
@flux: 
@error: 
@endianness: 
@testFlag: 
@Returns: 


<!-- ##### FUNCTION toolFortranRead_double ##### -->
<para>

</para>

@var: 
@nb: 
@flux: 
@error: 
@endianness: 
@testFlag: 
@Returns: 


<!-- ##### FUNCTION toolFortranRead_flag ##### -->
<para>

</para>

@nb: 
@flux: 
@error: 
@endianness: 
@Returns: 


<!-- ##### FUNCTION toolFortranRead_integer ##### -->
<para>

</para>

@var: 
@nb: 
@flux: 
@error: 
@endianness: 
@testFlag: 
@Returns: 


<!-- ##### FUNCTION toolFortranRead_real ##### -->
<para>

</para>

@var: 
@nb: 
@flux: 
@error: 
@endianness: 
@testFlag: 
@Returns: 


<!-- ##### FUNCTION toolFortranTest_endianness ##### -->
<para>

</para>

@nb: 
@flux: 
@error: 
@endianness: 
@Returns: 


