ionPut

Encodes a value as Ion binary into a byte buffer, returning the number of bytes written, with optional sign control for integers. (community summary)

size_t ionPut(ubyte* ptr, typeof(null) , IonTypeCode typeCode)
size_t ionPut(ubyte* ptr, T value)
size_t ionPut(ubyte* ptr, T value, bool sign)
size_t
ionPut
(
T
)
(
scope ubyte* ptr
,
const T value
,
bool sign = false
)
if (
isUnsigned!T
)
size_t ionPut(ubyte* ptr, T value)
size_t ionPut(ubyte* ptr, T value)
size_t ionPut(ubyte* ptr, T value)
size_t ionPut(ubyte* ptr, T value)
size_t ionPut(ubyte* ptr, BigUIntView!(const size_t) value)
size_t ionPut(ubyte* ptr, BigIntView!(const size_t) value)
size_t ionPut(ubyte* ptr, DecimalView!(const size_t) value)
size_t ionPut(ubyte* ptr, T value)
size_t ionPut(ubyte* ptr, T value)
size_t ionPut(ubyte* ptr, const(char)[] value)
size_t ionPut(ubyte* ptr, T value)
size_t ionPut(ubyte* ptr, T value)

Examples

ubyte[19] data = void;
assert(ionPut(data.ptr, 0u) == 1);
assert(data[0] == 0x20);
assert(ionPut(data.ptr, 0u, true) == 1);
assert(data[0] == 0x30);
assert(ionPut(data.ptr, 0xFFu) == 2);
assert(data[0] == 0x21);
assert(data[1] == 0xFF);
assert(ionPut(data.ptr, 0xFFu, true) == 2);
assert(data[0] == 0x31);
assert(data[1] == 0xFF);

assert(ionPut(data.ptr, ulong.max, true) == 9);
assert(data[0] == 0x38);
assert(data[1] == 0xFF);
assert(data[2] == 0xFF);
assert(data[3] == 0xFF);
assert(data[4] == 0xFF);
assert(data[5] == 0xFF);
assert(data[6] == 0xFF);
assert(data[7] == 0xFF);
assert(data[8] == 0xFF);