#{
	llProperty: len withType: uint32_t
	llProperty: bytes withType: uint32_t
	llProperty: data withType: (char ptr)
	
	llMessage: length withVars: {
		intret <- (obj_int32 ptr)
	} andCode: {
		intret <- make_object: (addr_of: obj_int32_meta) NULL 0
		intret num!: len
		intret
	}
	
	llMessage: byte_length withVars: {
		intret <- (obj_int32 ptr)
	} andCode: {
		intret <- make_object: (addr_of: obj_int32_meta) NULL 0
		intret num!: bytes
		intret
	}
	
	llMessage: EQ_ withVars: {
		argb <- (string ptr)
	} andCode: :argb {
		if: len = (argb len) && bytes = (argb bytes) && (not: (memcmp: data (argb data) bytes)) {
			true
		}
	}
	
	llMessage: NEQ_ withVars: {
		argb <- (string ptr)
	} andCode: :argb {
		if: len != (argb len) || bytes != (argb bytes) || (memcmp: data (argb data) bytes) {
			true
		}
	}
	
	llMessage: print withVars: {} andCode: {
		fwrite: data 1 bytes stdout
		self
	}
	
	llMessage: string withVars: {} andCode: {
		self
	}
	
	llMessage: CAT_ withVars: {
		argbo <- (object ptr)
		argb <- (string ptr)
		out <- (string ptr)
	} andCode: :argbo {
		argb <- mcall: string 1 argbo
		out <- make_object: (addr_of: string_meta) NULL 0
		out bytes!: bytes + (argb bytes)
		out len!: len + (argb len)
		out data!: (GC_MALLOC_ATOMIC: (out bytes) + 1)
		memcpy: (out data) data bytes
		memcpy: (out data) + bytes (argb data) (argb bytes) + 1
		out
	}
	
	llMessage: byte withVars: {
		index <- (obj_int32 ptr)
		intret <- (obj_int32 ptr)
	} andCode: :index {
		intret <- make_object: (addr_of: obj_int32_meta) NULL 0
		intret num!: (if: (index num) < bytes { data get: (index num) } else: {0})
		intret
	}
	
	llMessage: int32 withVars: {
		intret <- (obj_int32 ptr)
	} andCode: {
		intret  <- make_object: (addr_of: obj_int32_meta) NULL 0
		intret num!: (atoi: data)
		intret
	}
	
	llMessage: hash withVars: {
		intret <- (obj_int32 ptr)
		i <- uint32_t
	} andCode: {
		intret <- make_object: (addr_of: obj_int32_meta) NULL 0
		intret num!: 0
		if: bytes {
			intret num!: (data get: 0) * 128
			i <- 0
			while: { i < bytes } do: {
				intret num!: (1000003 * (intret num)) xor (data get: i)
				i <- i + 1
			}
			intret num!: (intret num) xor bytes
		}
		intret
	}
}