datatypes/int/sc_nbcommon.inc

13   distributed under the License is distributed on an "AS IS" BASIS,
23                      This file is included in sc_signed.cpp and
27                      sc_nbfriends.cpp and sc_nbexterns.cpp is created in order
59 	std::sprintf( msg, "%s::%s( int nb ) : nb = %d is not valid",
73 // Create a copy of v with sgn s. v is of the same type.
85 // Create a copy of v where v is of the different type.
102 // Create a copy of v where v is an sign-less instance.
112         std::sprintf( msg, "%s::%s( sc_bv_base ) : nb = %d is not valid",
135         std::sprintf( msg, "%s::%s( sc_lv_base ) : nb = %d is not valid",
158         std::sprintf( msg, "%s::%s( sc_int_subref ) : nb = %d is not valid",
181         std::sprintf( msg, "%s::%s( sc_uint_subref ) : nb = %d is not valid",
204         std::sprintf( msg, "%s::%s( sc_signed_subref ) : nb = %d is not valid",
227         std::sprintf( msg, "%s::%s( sc_unsigned_subref ) : nb = %d is not valid",
307 CLASS_TYPE::scan( ::std::istream& is )
310     is >> s;
2401 // Return true if the bit i is 1, false otherwise. If i is outside the
2515     // If sgn is negative, we have to convert digit to its 2's
2516     // complement. Since this function is const, we can not do it on
2596 // Create a copy of v where v is of the different type.
2615 // defined in class CLASS_TYPE). If alloc is set, delete d.
2638 // This constructor is mainly used in finding a "range" of bits from a
2640 // arbitrary precedence between l and r. If l is smaller than r, then
2641 // the output is the reverse of range(r, l).
2665   // if u == 0 or the range is out of bounds, return 0
2679   // The rest will be executed if u is not zero.
2693   // The range is performed on the 2's complement representation, so
2732     // If l < r, i.e., reversed is set, reverse the bits of digit.  d
2737     // reversing is "read bits out of d from left to right and push
2786 // This constructor is mainly used in finding a "range" of bits from a
2788 // arbitrary precedence between l and r. If l is smaller than r, then
2789 // the output is the reverse of range(r, l).
2813   // if u == 0 or the range is out of bounds, return 0
2827   // The rest will be executed if u is not zero.
2841   // The range is performed on the 2's complement representation, so
2880     // If l < r, i.e., reversed is set, reverse the bits of digit.  d
2885     // reversing is "read bits out of d from left to right and push
2967 // Checks to see if bit_num is out of bounds.
2977 		   "bit_num = %d is out of bounds",