ccsds_primary_header 0.15.0

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�	�	w	b	/	)	(	��_"!��mHG�������>����}   }   }   }   }    }                 bytes[3], bytes[4], bytes[5]);                 bytes[0], bytes[1], bytes[2],        println!("ending bytes   {:02X} {:02X} {:02X} {:02X} {:02X} {:02X}",        let bytes : [u8;6] = std::mem::transmute::<PrimaryHeader, [u8;6]>(pri_header);    unsafe {        pri_header.length.set_length_field(3);    // accounts for the primary header size and the 1 byte minimum size defined in the standard.    // you can also set the packet length with pri_header.set_packet_length(4), which    pri_header.sequence.set_sequence_count(1);    pri_header.sequence.set_sequence_type(SeqFlag::Unsegmented);    pri_header.control.set_apid(16);    pri_header.control.set_secondary_header_flag(SecondaryHeaderFlag::Present);    pri_header.control.set_packet_type(PacketType::Command);    pri_header.control.set_version(0);    let mut pri_header : PrimaryHeader = Default::default();    // rather then laying out the bytes in a [u8;6];    // We will build up the same packet that we have above, but using PrimaryHeader    // We can also lay down a packet header with field setters.    }        assert!(pri_header.packet_length() == 10);        // standard.        // Total packet length is 10 (length field + size of header + 1) as per the CCSDS        assert!(pri_header.length.length_field() == 3);        // Packet length field of 3        assert!(pri_header.sequence.sequence_count() == 1);        // Sequence count of 1        assert!(pri_header.sequence.sequence_type() == SeqFlag::Unsegmented);        // Unsegmented packet        assert!(pri_header.control.apid() == 16);        // APID is 16 (0x10)        assert!(pri_header.control.secondary_header_flag() == SecondaryHeaderFlag::Present);        // Secondary header is present in this packet        assert!(pri_header.control.packet_type() == PacketType::Command);        // Packet type is command        assert!(pri_header.control.version() == 0);        // CCSDS version is currently always 0        assert!(pri_header == pri_header_new);        let pri_header_new = PrimaryHeader::new(bytes);        let pri_header = std::mem::transmute::<[u8;6], PrimaryHeader>(bytes);    unsafe {                 bytes[3], bytes[4], bytes[5]);             bytes[0], bytes[1], bytes[2],    println!("starting bytes {:02X} {:02X} {:02X} {:02X} {:02X} {:02X}",    let bytes : [u8;6] = [ 0x18, 0x10, 0xC0, 0x01, 0x00, 0x03 ];    // 4 bytes of data section, unsegmented, with a sequence count of 1.    // This is a typical CCSDS Primary Header for a command with a secondary header,    // we can cast it read and write its fields using the PrimaryHeader struct    // If we have the bytes for a primary header from a file, socket, or some other source,fn main() {use ccsds_primary_header::primary_header::*;extern crate ccsds_primary_header;