There are two types of Endians
1.Big-Endian
2.Little-Endian
In real world Networks generally use Big-Endian
Ethernet is Big-endian
IP's byte order also is Big-endian
A common solution to the endianness problem associated with networking can be handled by below functions
htons(): Convert 16-bit unsigned value from processor order (machine order) to network order. (htons-host to network short)
htonl(): Convert 32-bit unsigned value from processor order (machine order) to network order. (htonl-host to network long)
ntohs(): Convert 16-bit unsigned value from network order to processor order (machine order). (ntohs-network to host short)
ntohl(): Convert 32-bit unsigned value from network order to processor order (machine order). (ntohl-network to host long)
1.Big-Endian
2.Little-Endian
In real world Networks generally use Big-Endian
Ethernet is Big-endian
IP's byte order also is Big-endian
A common solution to the endianness problem associated with networking can be handled by below functions
htons(): Convert 16-bit unsigned value from processor order (machine order) to network order. (htons-host to network short)
htonl(): Convert 32-bit unsigned value from processor order (machine order) to network order. (htonl-host to network long)
ntohs(): Convert 16-bit unsigned value from network order to processor order (machine order). (ntohs-network to host short)
ntohl(): Convert 32-bit unsigned value from network order to processor order (machine order). (ntohl-network to host long)
0 comments:
Post a Comment
Click to see the code!
To insert emoticon you must added at least one space before the code.