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#include "debug.hpp"
#include "text-io.hpp"
#include "matrix.hpp"
#include "relem.hpp"
#include "gbring.hpp"
#include "res-a1-poly.hpp"
#include "res-a0-poly.hpp"
#include "hermite.hpp"
#include "mat.hpp"
#include "monideal.hpp"
void showint(mpz_srcptr a)
{
char s[1000];
mpz_get_str(s, 10, a);
fprintf(stderr, " %s ", s);
}
void dintarray(M2_arrayint a)
{
buffer o;
o << "[";
for (int i = 0; i < a->len; i++)
{
if (i > 0) o << ", ";
o << a->array[i];
}
o << "]";
emit(o.str());
}
void dmatrix(const Matrix *M)
{
buffer o;
M->text_out(o);
emit(o.str());
}
void drelem(const RingElement *f)
{
buffer o;
f->text_out(o);
emit(o.str());
}
void dfree(const FreeModule *F)
{
buffer o;
F->text_out(o);
emit(o.str());
}
void dringelem(const Ring *R, const ring_elem f)
{
buffer o;
R->elem_text_out(o, f);
emit(o.str());
}
void dNterm(const Ring *R, const Nterm *f)
{
buffer o;
ring_elem g = const_cast<Nterm *>(f);
R->elem_text_out(o, g);
emit(o.str());
}
void dvec(const Ring *R, const vec v)
{
buffer o;
R->vec_text_out(o, v);
emit_line(o.str());
}
void dgbvec(const GBRing *R, gbvector *v)
{
buffer o;
const FreeModule *F = 0;
R->gbvector_text_out(o, F, v);
emit(o.str());
}
void drespoly(const res_poly *R, const resterm *f)
{
buffer o;
R->elem_text_out(o, f);
emit(o.str());
}
void drespoly2(const res2_poly *R, const res2term *f)
{
buffer o;
R->elem_text_out(o, f);
emit(o.str());
}
void dhermite(HermiteComputation *G)
{
buffer o;
G->text_out(o);
emit(o.str());
}
void dmutablemat(MutableMatrix *m)
{
buffer o;
m->text_out(o);
emit(o.str());
}
void dmonideal(MonomialIdeal *m)
{
buffer o;
m->text_out(o);
emit(o.str());
}
void dstash()
{
buffer o;
stash::stats(o);
emit(o.str());
}
void dRRR(gmp_RR a)
{
buffer o;
o << M2_tocharstar((*gmp_tostringRRpointer)(a)) << newline;
emit(o.str());
}
void pring(const Ring *R)
{
buffer o;
R->text_out(o);
emit(o.str());
}
// Local Variables:
// compile-command: "make -C $M2BUILDDIR/Macaulay2/e "
// indent-tabs-mode: nil
// End:
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