class MANAGED_POINTER General cluster: elks description: "To easily manage allocation and release of allocated C memory, and to perform insertion of basic elements. Byte order is by default platform specific. Although memory allocation routines do not accept a zero sized pointer MANAGED_POINTER does by allocating in fact a 1 byte sized pointer for this particular case." create: make, make_from_array, make_from_pointer, share_from_pointer, own_from_pointer Ancestors DISPOSABLE* PLATFORM Queries boolean_bits: INTEGER_32 boolean_bytes: INTEGER_32 Character_32_bits: INTEGER_32 Character_32_bytes: INTEGER_32 Character_8_bits: INTEGER_32 Character_8_bytes: INTEGER_32 count: INTEGER_32 Integer_16_bits: INTEGER_32 Integer_16_bytes: INTEGER_32 Integer_32_bits: INTEGER_32 Integer_32_bytes: INTEGER_32 Integer_64_bits: INTEGER_32 Integer_64_bytes: INTEGER_32 Integer_8_bits: INTEGER_32 Integer_8_bytes: INTEGER_32 is_64_bits: BOOLEAN is_dotnet: BOOLEAN is_equal (other: [like Current] MANAGED_POINTER): BOOLEAN Is_little_endian: BOOLEAN is_mac: BOOLEAN is_scoop_capable: BOOLEAN is_shared: BOOLEAN is_thread_capable: BOOLEAN is_unix: BOOLEAN is_vms: BOOLEAN is_vxworks: BOOLEAN is_windows: BOOLEAN item: POINTER Natural_16_bits: INTEGER_32 Natural_16_bytes: INTEGER_32 Natural_32_bits: INTEGER_32 Natural_32_bytes: INTEGER_32 Natural_64_bits: INTEGER_32 Natural_64_bytes: INTEGER_32 Natural_8_bits: INTEGER_32 Natural_8_bytes: INTEGER_32 pointer_bits: INTEGER_32 pointer_bytes: INTEGER_32 read_array (pos, a_count: INTEGER_32): ARRAY [NATURAL_8] read_boolean (pos: INTEGER_32): BOOLEAN read_character (pos: INTEGER_32): CHARACTER_8 read_integer_16 (pos: INTEGER_32): INTEGER_16 read_integer_16_be (pos: INTEGER_32): INTEGER_16 read_integer_16_le (pos: INTEGER_32): INTEGER_16 read_integer_32 (pos: INTEGER_32): INTEGER_32 read_integer_32_be (pos: INTEGER_32): INTEGER_32 read_integer_32_le (pos: INTEGER_32): INTEGER_32 read_integer_64 (pos: INTEGER_32): INTEGER_64 read_integer_64_be (pos: INTEGER_32): INTEGER_64 read_integer_64_le (pos: INTEGER_32): INTEGER_64 read_integer_8 (pos: INTEGER_32): INTEGER_8 read_integer_8_be (pos: INTEGER_32): INTEGER_8 read_integer_8_le (pos: INTEGER_32): INTEGER_8 read_natural_16 (pos: INTEGER_32): NATURAL_16 read_natural_16_be (pos: INTEGER_32): NATURAL_16 read_natural_16_le (pos: INTEGER_32): NATURAL_16 read_natural_32 (pos: INTEGER_32): NATURAL_32 read_natural_32_be (pos: INTEGER_32): NATURAL_32 read_natural_32_le (pos: INTEGER_32): NATURAL_32 read_natural_64 (pos: INTEGER_32): NATURAL_64 read_natural_64_be (pos: INTEGER_32): NATURAL_64 read_natural_64_le (pos: INTEGER_32): NATURAL_64 read_natural_8 (pos: INTEGER_32): NATURAL_8 read_natural_8_be (pos: INTEGER_32): NATURAL_8 read_natural_8_le (pos: INTEGER_32): NATURAL_8 read_pointer (pos: INTEGER_32): POINTER read_real_32 (pos: INTEGER_32): REAL_32 read_real_32_be (pos: INTEGER_32): REAL_32 read_real_32_le (pos: INTEGER_32): REAL_32 read_real_64 (pos: INTEGER_32): REAL_64 read_real_64_be (pos: INTEGER_32): REAL_64 read_real_64_le (pos: INTEGER_32): REAL_64 read_special_character_8 (source_index, n: INTEGER_32): SPECIAL [CHARACTER_8] read_special_natural_8 (source_index, n: INTEGER_32): SPECIAL [NATURAL_8] Real_32_bits: INTEGER_32 Real_32_bytes: INTEGER_32 Real_64_bits: INTEGER_32 Real_64_bytes: INTEGER_32 Commands append (other: [like Current] MANAGED_POINTER) copy (other: [like Current] MANAGED_POINTER) put_array (data: ARRAY [NATURAL_8]; pos: INTEGER_32) put_boolean (b: BOOLEAN; pos: INTEGER_32) put_character (c: CHARACTER_8; pos: INTEGER_32) put_integer_16 (i: INTEGER_16; pos: INTEGER_32) put_integer_16_be (i: INTEGER_16; pos: INTEGER_32) put_integer_16_le (i: INTEGER_16; pos: INTEGER_32) put_integer_32 (i, pos: INTEGER_32) put_integer_32_be (i, pos: INTEGER_32) put_integer_32_le (i, pos: INTEGER_32) put_integer_64 (i: INTEGER_64; pos: INTEGER_32) put_integer_64_be (i: INTEGER_64; pos: INTEGER_32) put_integer_64_le (i: INTEGER_64; pos: INTEGER_32) put_integer_8 (i: INTEGER_8; pos: INTEGER_32) put_integer_8_be (i: INTEGER_8; pos: INTEGER_32) put_integer_8_le (i: INTEGER_8; pos: INTEGER_32) put_natural_16 (i: NATURAL_16; pos: INTEGER_32) put_natural_16_be (i: NATURAL_16; pos: INTEGER_32) put_natural_16_le (i: NATURAL_16; pos: INTEGER_32) put_natural_32 (i: NATURAL_32; pos: INTEGER_32) put_natural_32_be (i: NATURAL_32; pos: INTEGER_32) put_natural_32_le (i: NATURAL_32; pos: INTEGER_32) put_natural_64 (i: NATURAL_64; pos: INTEGER_32) put_natural_64_be (i: NATURAL_64; pos: INTEGER_32) put_natural_64_le (i: NATURAL_64; pos: INTEGER_32) put_natural_8 (i: NATURAL_8; pos: INTEGER_32) put_natural_8_be (i: NATURAL_8; pos: INTEGER_32) put_natural_8_le (i: NATURAL_8; pos: INTEGER_32) put_pointer (p: POINTER; pos: INTEGER_32) put_real_32 (r: REAL_32; pos: INTEGER_32) put_real_32_be (v: REAL_32; pos: INTEGER_32) put_real_32_le (v: REAL_32; pos: INTEGER_32) put_real_64 (d: REAL_64; pos: INTEGER_32) put_real_64_be (v: REAL_64; pos: INTEGER_32) put_real_64_le (v: REAL_64; pos: INTEGER_32) put_special_character_8 (a_spec: SPECIAL [CHARACTER_8]; source_index, destination_index, n: INTEGER_32) put_special_natural_8 (a_spec: SPECIAL [NATURAL_8]; source_index, destination_index, n: INTEGER_32) read_into_special_character_8 (a_spec: SPECIAL [CHARACTER_8]; source_index, destination_index, n: INTEGER_32) read_into_special_natural_8 (a_spec: SPECIAL [NATURAL_8]; source_index, destination_index, n: INTEGER_32) resize (n: INTEGER_32) set_from_pointer (a_ptr: POINTER; n: INTEGER_32) Constraints item not null valid count
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