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286 lines
7.5 KiB
286 lines
7.5 KiB
//+-------------------------------------------------------------------------
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//
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// Microsoft Windows
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//
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// Copyright (C) Microsoft Corporation, 1997 - 1999
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//
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// File: stlstream.h
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//
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//--------------------------------------------------------------------------
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//
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// stlstream.h: Stream STL template classes.
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//
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// Templates in this file typically generate functions which take a
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// stream reference as an argument, along with a const reference to
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// the thing to be streamed; it returns a reference to the stream.
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//
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// The reason that the stream parameter must be included in the
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// template is generate a function which returns the correct stream type.
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// If the stream type were not a templated argument, then the
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// template would be forced to return a single immutable type, such
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// as "ostream". This would cause cascaded stream insertion operators
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// to fail to compile, since type errors would occur in the middle of the
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// sequence. In the following example, assume that there is a special
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// insertion operator defined between class MYSTREAM and class Y:
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//
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// MYSTREAM myst;
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// extern MYSTREAM & operator << ( MYSTREAM & m, const Y & y );
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// X x;
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// Y y;
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//
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// myst << x // Template function generated and called
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// << y; // ERROR: return value of template function
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// // incorrect for special operator above.
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//
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#ifndef _STLSTREAM_H_
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#define _STLSTREAM_H_
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#include <iostream> // C++ RTL/STL Streams inclusion
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#include <fstream>
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#include "mscver.h" // Version-dependent stuff
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#include "zstr.h" // ZSTR handling
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#include "mdvect.h" // Multi-dimensional vector handling
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// Delimiters used in parameter files
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#define CH_EOS ((char)0) // End of string
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#define CH_DELM_OPEN ((char)'(') // Start of value group
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#define CH_DELM_CLOSE ((char)')') // End of value group
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#define CH_BLOCK_OPEN ((char)'{') // Start of value block
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#define CH_BLOCK_CLOSE ((char)'}') // End of value block
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#define CH_INDEX_OPEN ((char)'[') // Name index start
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#define CH_INDEX_CLOSE ((char)']') // Name index end
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#define CH_PREAMBLE ((char)':') // Delmiter for array size
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#define CH_FILL ((char)' ') // Fill character
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#define CH_SEP ((char)',') // Value group separator
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#define CH_DELM_STR ((char)'\"')
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#define CH_META ((char)'\\')
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#define CH_DELM_ENTRY ((char)';')
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#define CH_EQ ((char)'=')
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#define CH_NAME_SEP ((char)'.')
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//////////////////////////////////////////////////////////////////////////////////
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// Read and write STL pairs from or to a stream
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//////////////////////////////////////////////////////////////////////////////////
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template<class _OS, class _First, class _Second> inline
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_OS & operator << (_OS & os, const pair<_First,_Second> & pr)
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{
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os << CH_DELM_OPEN;
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os << pr.first;
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os << pr.second;
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os << CH_DELM_CLOSE;
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return os;
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}
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template<class _IS, class _First, class _Second> inline
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_IS & operator >> (_IS & is, pair<_First,_Second> & pr)
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{
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char ch;
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is >> ch;
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if (ch != CH_DELM_OPEN)
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_THROW1(runtime_error("invalid block: pair >> (1)"));
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is >> pr.first;
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is >> pr.second;
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is >> ch;
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if (ch != CH_DELM_CLOSE)
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_THROW1(runtime_error("invalid block: pair >> (2)"));
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return is;
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}
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//////////////////////////////////////////////////////////////////////////////////
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// Read and write STL vectors from or to a stream
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//////////////////////////////////////////////////////////////////////////////////
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template<class _OS, class _T> inline
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_OS & operator << (_OS & os, const vector<_T>& vt )
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{
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os << CH_DELM_OPEN;
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os << (UINT) vt.size();
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os << CH_PREAMBLE;
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for ( size_t i = 0; i < vt.size(); )
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{
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os << vt[i];
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if ( ++i != vt.size() )
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os << ',' ;
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}
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os << CH_DELM_CLOSE;
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return os;
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}
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template<class _IS, class _T> inline
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_IS & operator >> (_IS & is, vector<_T>& vt )
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{
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char ch;
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is >> ch;
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if (ch != CH_DELM_OPEN)
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_THROW1(runtime_error("invalid block: vector>> (1)"));
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size_t l;
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is >> l;
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is >> ch;
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if (ch != CH_PREAMBLE)
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_THROW1(runtime_error("invalid block: vector>> (2)"));
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vt.resize(l);
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for ( size_t i = 0 ; i < l; )
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{
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_T it;
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is >> it;
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vt[i] = it;
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if ( ++i < l )
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{
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is >> ch;
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if (ch != CH_SEP)
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break;
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}
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}
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if ( i != l )
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_THROW1(runtime_error("invalid block: vector>> (3)"));
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is >> ch;
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if (ch != CH_DELM_CLOSE)
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_THROW1(runtime_error("invalid block: vector>> (4)"));
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return is;
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}
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//////////////////////////////////////////////////////////////////////////////////
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// Read and write STL valarrays from or to a stream
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//////////////////////////////////////////////////////////////////////////////////
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template<class _OS, class _T> inline
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_OS & operator << ( _OS & os, const valarray<_T>& vt )
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{
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os << CH_DELM_OPEN;
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os << (UINT) vt.size();
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os << CH_PREAMBLE;
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for ( int i = 0;
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i < vt.size() ; )
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{
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os << vt[i];
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if ( ++i != vt.size() )
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os << ',' ;
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}
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os << CH_DELM_CLOSE;
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return os;
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}
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template<class _IS, class _T> inline
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_IS & operator >> (_IS & is, valarray<_T>& vt )
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{
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char ch;
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is >> ch;
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if (ch != CH_DELM_OPEN)
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_THROW1(runtime_error("invalid block: valarray >> (1)"));
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size_t l;
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is >> l;
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is >> ch;
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if (ch != CH_PREAMBLE)
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_THROW1(runtime_error("invalid block: valarray >> (2)"));
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vt.resize(l);
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for ( size_t i = 0 ; i < l; )
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{
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_T it;
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is >> it;
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vt[i] = it;
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if ( ++i < l )
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{
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is >> ch;
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if (ch != CH_SEP)
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break;
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}
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}
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if ( i != l )
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_THROW1(runtime_error("invalid block: valarray >> (3)"));
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is >> ch;
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if (ch != CH_DELM_CLOSE)
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_THROW1(runtime_error("invalid block: valarray >> (4)"));
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return is;
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}
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//////////////////////////////////////////////////////////////////////////////////
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// Read and write MDVSLICEs from or to a stream
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//////////////////////////////////////////////////////////////////////////////////
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template<class _OS> inline
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_OS & operator << (_OS & os, const MDVSLICE & mslice )
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{
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os << CH_DELM_OPEN;
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os << (UINT) mslice.start();
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os << mslice.size();
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os << mslice.stride();
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os << CH_DELM_CLOSE;
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return os;
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}
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template<class _IS> inline
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_IS & operator >> ( _IS & is, MDVSLICE & mslice )
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{
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char ch;
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is >> ch;
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if (ch != CH_DELM_OPEN)
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_THROW1(runtime_error("invalid block: slice >> (1)"));
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VIMD vimdLen;
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VIMD vimdStride;
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size_t lStart;
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is >> lStart;
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is >> vimdLen;
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is >> vimdStride;
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mslice = MDVSLICE( lStart, vimdLen, vimdStride );
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is >> ch;
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if (ch != CH_DELM_CLOSE)
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_THROW1(runtime_error("invalid block: slice >> (2)"));
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return is;
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}
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//////////////////////////////////////////////////////////////////////////////////
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// Format (pretty-print) MDVDENSEs using an Iterator.
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//
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// This is NOT the same as streaming out an MDVDENSE; it formats the array for
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// easy reading. Note that it requires an Iterator.
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//
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// MSRDEVBUG: This, too, should be templatized, but there's a bug in template
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// expansion using nested class names.
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//////////////////////////////////////////////////////////////////////////////////
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inline
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ostream & operator << ( ostream & os, TMDVDENSE<double>::Iterator & itmdv )
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{
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os << "\ndump of mdvect,\n\t\tslice = "
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<< itmdv.Slice();
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if ( itmdv.Slice() != itmdv.Mdv().Slice() )
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{
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os << ",\n\t\toriginal slice = "
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<< itmdv.Mdv().Slice();
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}
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if ( itmdv.BReorder() )
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{
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os << ",\n\t\treordered ";
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os << itmdv.VimdReorder();
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}
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os << '.';
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itmdv.Reset();
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for ( int ii = 0 ; itmdv.BNext() ; ii++ )
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{
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const VIMD & vimd = itmdv.Vitmd();
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cout << "\n\t[";
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for ( int i = 0 ; i < vimd.size(); i++ )
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{
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cout << vimd[i];
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if ( i + 1 < vimd.size() )
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cout << ",";
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}
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size_t indx = itmdv.Indx();
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const double & t = itmdv.Next();
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cout << "] ("
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<< ii
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<< '='
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<< (UINT) indx
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<< ") = "
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<< t;
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}
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return os;
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}
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#endif // _STLSTREAM_H_
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