# Print the big-endian 4-byte octal representation of $1
uint32_octal () {
n=$1
- printf '\%o' $(($n / 16777216)); n=$((n % 16777216))
- printf '\%o' $(($n / 65536)); n=$((n % 65536))
- printf '\%o' $(($n / 256)); n=$((n % 256))
- printf '\%o' $(($n ));
+ printf '\\%o' $(($n / 16777216)); n=$((n % 16777216))
+ printf '\\%o' $(($n / 65536)); n=$((n % 65536))
+ printf '\\%o' $(($n / 256)); n=$((n % 256))
+ printf '\\%o' $(($n ));
}
# Print the big-endian 4-byte binary representation of $1