The story centers on an introverted high school student named Eiji Hoshimiya with a huge secret—he wished for the destruction of the world when he was younger. Fairies give certain people special powers called Orders, and what Order Users can do with their power depends on their wishes. Ten years after the Great Destruction, Eiji struggles to come to terms with his immense power.

Big Order - Netflix

Type: Animation

Languages: Japanese

Status: Ended

Runtime: 25 minutes

Premier: 2016-04-16

Big Order - Endianness - Netflix

Endianness refers to the sequential order in which bytes are arranged into larger numerical values when stored in memory or when transmitted over digital links. Endianness is of interest in computer science because two conflicting and incompatible formats are in common use: words may be represented in big-endian or little-endian format, depending on whether bits or bytes or other components are ordered from the big end (most significant bit) or the little end (least significant bit). In big-endian format, whenever addressing memory or sending/storing words bytewise, the most significant byte—the byte containing the most significant bit—is stored first (has the lowest address) or sent first, then the following bytes are stored or sent in decreasing significance order, with the least significant byte—the one containing the least significant bit—stored last (having the highest address) or sent last. Little-endian format reverses this order: the sequence addresses/sends/stores the least significant byte first (lowest address) and the most significant byte last (highest address). Most computer systems prefer a single format for all its data; using the system's native format is automatic. But when reading memory or receiving transmitted data from a different computer system, it is often required to process and translate data between the preferred native endianness format to the opposite format. The order of bits within a byte or word can also have endianness (as discussed later); however, a byte is typically handled as a single numerical value or character symbol and so bit sequence order is obviated. Both big and little forms of endianness are widely used in digital electronics. The choice of endianness for a new design is often arbitrary, but later technology revisions and updates perpetuate the existing endianness and many other design attributes to maintain backward compatibility. As examples, the IBM z/Architecture mainframes and the Motorola 68000 series use big-endian while the Intel x86 processors use little-endian. The designers of System/360, the ancestor of z/Architecture, chose its endianness in the 1960s; the designers of the Motorola 68000 and the Intel 8086, the first members of the 68000 and x86 families, chose their endianness in the 1970s. Big-endian is the most common format in data networking; fields in the protocols of the Internet protocol suite, such as IPv4, IPv6, TCP, and UDP, are transmitted in big-endian order. For this reason, big-endian byte order is also referred to as network byte order. Little-endian storage is popular for microprocessors, in part due to significant influence on microprocessor designs by Intel Corporation. Mixed forms also exist; for instance in VAX floating point the ordering of bytes in a 16-bit word differs from the ordering of 16-bit words within a 32-bit word. Such cases are sometimes referred to as mixed-endian or middle-endian. There are also some bi-endian processors that operate in either little-endian or big-endian mode.

Big Order - Middle-endian - Netflix

Numerous other orderings, generically called middle-endian or mixed-endian, are possible. On the PDP-11 (16-bit little-endian), for example, the instructions to convert between floating-point and integer values in the optional floating-point processor on the PDP-11/45 and PDP-11/70, and in some later processors, stored 32-bit “double precision integer long” values with the 16-bit halves swapped from the expected little-endian order, and the UNIX C compiler used the same format for 32-bit long integers. This ordering is known as PDP-endian. storage of a 32-bit word (hexadecimal 0A0B0C0D) on a PDP-11 The ARM architecture can also produce this format when writing a 32-bit word to an address 2 bytes from a 32-bit word alignment. Segment descriptors on Intel 80386 and compatible processors keep a 32-bit base address of the segment stored in little-endian order, but in four nonconsecutive bytes, at relative positions 2, 3, 4 and 7 of the descriptor start. An example of middle-endianness is the American date format.

Big Order - References - Netflix