// output shift symbol (if out = true, output outside of brackets)
static void out_symbol_shift(op_t &op, bool out = false)
{
if (op.tms_shift != TMS_OP_SHIFT_NULL)
{
if (((op.tms_shift & TMS_OP_SHIFT_OUT)!=0) == out) // check if the shift must be print inside or outside the brackets
{
switch(op.tms_shift & TMS_OP_SHIFT_TYPE)
{
case TMS_OP_SHIFTL_IMM:
out_line(" << ",COLOR_SYMBOL);
out_shift(op.tms_shift_value);
break;
case TMS_OP_SHIFTL_REG:
out_line(" << ",COLOR_SYMBOL);
out_register(ph.regNames[op.tms_shift_value]);
break;
case TMS_OP_SHIFTR_IMM:
out_line(" >> ",COLOR_SYMBOL);
out_shift(op.tms_shift_value);
break;
case TMS_OP_EQ:
out_line(" == ",COLOR_SYMBOL);
out_shift(op.tms_shift_value);
break;
case TMS_OP_NEQ:
out_line(" != ",COLOR_SYMBOL);
out_shift(op.tms_shift_value);
break;
default:
error("interr: out: out_symbol_shift");
}
}
}
}
//----------------------------------------------------------------------
bool outop(op_t &op)
{
switch ( op.type )
{
case o_void:
return 0;
case o_reg:
out_operators_begin(op);
out_reg(op);
out_symbol_shift(op, false);
out_operators_end(op);
out_symbol_shift(op, true);
break;
case o_relop:
out_relop(op);
break;
case o_shift:
out_shift(op.value);
break;
case o_imm:
if (op.tms_prefix == 0)
out_symbol('#');
else
out_symbol(op.tms_prefix);
if (op.tms_signed)
OutValue(op, OOFS_IFSIGN|OOF_SIGNED|OOFW_IMM);
else
OutValue(op, OOFW_IMM);
out_symbol_shift(op);
break;
case o_near:
out_address(op);
break;
case o_mem:
case o_io:
out_operators_begin(op);
out_address(op);
out_symbol_shift(op, false);
out_operators_end(op);
out_symbol_shift(op, true);
break;
case o_cond:
out_cond(op);
break;
default:
error("interr: out");
break;
}
return 1;
}
/** Output for one expression. */
void
YicesSolver::out_expr(std::ostream &o, const SymbolicExpr::Ptr &tn)
{
SymbolicExpr::LeafPtr ln = tn->isLeafNode();
SymbolicExpr::InteriorPtr in = tn->isInteriorNode();
std::string subExprName;
if (termNames.getOptional(tn).assignTo(subExprName)) {
o <<subExprName;
} else if (ln) {
if (ln->isNumber()) {
if (ln->nBits() <= 64) {
o <<"(mk-bv " <<ln->nBits() <<" " <<ln->toInt() <<")";
} else {
o <<"0b" <<ln->bits().toBinary();
}
} else if (ln->isMemory()) {
o <<"m" <<ln->nameId();
} else {
ASSERT_require(ln->isVariable());
o <<"v" <<ln->nameId();
}
} else {
ASSERT_not_null(in);
switch (in->getOperator()) {
case SymbolicExpr::OP_ADD: out_la(o, "bv-add", in, false); break;
case SymbolicExpr::OP_AND: out_la(o, "and", in, true); break;
case SymbolicExpr::OP_ASR: out_asr(o, in); break;
case SymbolicExpr::OP_BV_AND: out_la(o, "bv-and", in, true); break;
case SymbolicExpr::OP_BV_OR: out_la(o, "bv-or", in, false); break;
case SymbolicExpr::OP_BV_XOR: out_la(o, "bv-xor", in, false); break;
case SymbolicExpr::OP_EQ: out_binary(o, "=", in); break;
case SymbolicExpr::OP_CONCAT: out_la(o, "bv-concat", in); break;
case SymbolicExpr::OP_EXTRACT: out_extract(o, in); break;
case SymbolicExpr::OP_INVERT: out_unary(o, "bv-not", in); break;
case SymbolicExpr::OP_ITE: out_ite(o, in); break;
case SymbolicExpr::OP_LSSB: throw Exception("OP_LSSB not implemented");
case SymbolicExpr::OP_MSSB: throw Exception("OP_MSSB not implemented");
case SymbolicExpr::OP_NE: out_binary(o, "/=", in); break;
case SymbolicExpr::OP_NEGATE: out_unary(o, "bv-neg", in); break;
case SymbolicExpr::OP_NOOP: o<<"0b1"; break;
case SymbolicExpr::OP_OR: out_la(o, "or", in, false); break;
case SymbolicExpr::OP_READ: out_read(o, in); break;
case SymbolicExpr::OP_ROL: throw Exception("OP_ROL not implemented");
case SymbolicExpr::OP_ROR: throw Exception("OP_ROR not implemented");
case SymbolicExpr::OP_SDIV: throw Exception("OP_SDIV not implemented");
case SymbolicExpr::OP_SET: out_set(o, in); break;
case SymbolicExpr::OP_SEXTEND: out_sext(o, in); break;
case SymbolicExpr::OP_SLT: out_binary(o, "bv-slt", in); break;
case SymbolicExpr::OP_SLE: out_binary(o, "bv-sle", in); break;
case SymbolicExpr::OP_SHL0: out_shift(o, "bv-shift-left", in, false); break;
case SymbolicExpr::OP_SHL1: out_shift(o, "bv-shift-left", in, true); break;
case SymbolicExpr::OP_SHR0: out_shift(o, "bv-shift-right", in, false); break;
case SymbolicExpr::OP_SHR1: out_shift(o, "bv-shift-right", in, true); break;
case SymbolicExpr::OP_SGE: out_binary(o, "bv-sge", in); break;
case SymbolicExpr::OP_SGT: out_binary(o, "bv-sgt", in); break;
case SymbolicExpr::OP_SMOD: throw Exception("OP_SMOD not implemented");
case SymbolicExpr::OP_SMUL: out_mult(o, in); break;
case SymbolicExpr::OP_UDIV: throw Exception("OP_UDIV not implemented");
case SymbolicExpr::OP_UEXTEND: out_uext(o, in); break;
case SymbolicExpr::OP_UGE: out_binary(o, "bv-ge", in); break;
case SymbolicExpr::OP_UGT: out_binary(o, "bv-gt", in); break;
case SymbolicExpr::OP_ULE: out_binary(o, "bv-le", in); break;
case SymbolicExpr::OP_ULT: out_binary(o, "bv-lt", in); break;
case SymbolicExpr::OP_UMOD: throw Exception("OP_UMOD not implemented");
case SymbolicExpr::OP_UMUL: out_mult(o, in); break;
case SymbolicExpr::OP_WRITE: out_write(o, in); break;
case SymbolicExpr::OP_ZEROP: out_zerop(o, in); break;
}
}
}
