AUG_EXTERNC aug_rint
aug_getfieldp_(aug_seq_t seq, const struct aug_info_* info,
const char* name, const void** value)
{
unsigned inout;
char* ptr;
assert(seq && info && name);
if (aug_setregion_(seq, AUG_HEADER, info->hsize_) < 0
|| !(ptr = aug_seqaddr_(seq)))
return -1;
/* Move pointer to required field. */
inout = info->fields_;
ptr += offsetp_(ptr, name, &inout);
if (inout == info->fields_) {
*value = NULL;
return 0;
}
/* Set output parameter. */
*value = value_(ptr, nsize_(ptr));
/* Minus null terminator. */
return vsize_(ptr) - 1;
}
AUG_EXTERNC aug_result
aug_getfield_(aug_seq_t seq, const struct aug_info_* info,
unsigned n, struct aug_field* field)
{
char* ptr;
if (n >= info->fields_) {
/* Return empty field on detection of out-of-bounds condition. */
field->name_ = NULL;
field->value_ = NULL;
field->size_ = 0;
return 0;
}
if (aug_setregion_(seq, AUG_HEADER, info->hsize_) < 0
|| !(ptr = aug_seqaddr_(seq)))
return -1;
/* Move pointer to required field. */
ptr += offsetn_(ptr, n);
field->name_ = name_(ptr);
field->value_ = value_(ptr, nsize_(ptr));
field->size_ = vsize_(ptr) - 1; /* Minus null terminator. */
return 0;
}
AUG_EXTERNC aug_rint
aug_getfieldn_(aug_seq_t seq, const struct aug_info_* info, unsigned n,
const void** value)
{
char* ptr;
assert(seq && info);
if (n >= info->fields_) {
*value = NULL;
return 0;
}
if (aug_setregion_(seq, AUG_HEADER, info->hsize_) < 0
|| !(ptr = aug_seqaddr_(seq)))
return -1;
/* Move pointer to required field. */
ptr += offsetn_(ptr, n);
/* Set output parameter. */
*value = value_(ptr, nsize_(ptr));
/* Minus null terminator. */
return vsize_(ptr) - 1;
}
SAMPGDK_EXPORT bool SAMPGDK_CALL SetPVarString(int playerid, const char *varname, const char *value) {
static AMX_NATIVE native = Wrapper::GetInstance()->GetNative("SetPVarString");
FakeAmxHeapObject varname_(varname);
FakeAmxHeapObject value_(value);
cell params[] = {
3 * 4,
playerid,
varname_.address(),
value_.address()
};
return native(&::fakeAmx, params) != 0;
}
SAMPGDK_EXPORT bool SAMPGDK_CALL GetPVarString(int playerid, const char *varname, char *value, size_t size) {
static AMX_NATIVE native = Wrapper::GetInstance()->GetNative("GetPVarString");
FakeAmxHeapObject varname_(varname);
FakeAmxHeapObject value_(size);
cell params[] = {
4 * 4,
playerid,
varname_.address(),
value_.address(),
size
};
bool ret = native(&::fakeAmx, params) != 0;
value_.GetAsString(value, size);
return ret;
}
OBV_Event::OBV_Event (
::CORBA::Long _tao_init_value_)
: require_truncation_ (false)
{
value_ (_tao_init_value_);
}
TEST_F(LimitNodeTest, NodeExpressions) {
ASSERT_EQ(_limit_node->node_expressions.size(), 1u);
EXPECT_EQ(*_limit_node->node_expressions.at(0u), *value_(10));
}
TEST_F(LimitNodeTest, Equals) {
EXPECT_EQ(*_limit_node, *_limit_node);
EXPECT_EQ(*LimitNode::make(value_(10)), *_limit_node);
EXPECT_NE(*LimitNode::make(value_(11)), *_limit_node);
}
void SetUp() override { _limit_node = LimitNode::make(value_(10)); }
::Spacy::Vector C1Operator::operator()( const ::Spacy::Vector& x ) const
{
return Vector( value_( cast_ref< Vector >( x ).get() ), range() );
}
