jamesmunns

    pub fn handler(&self, req: CoAPRequest) -> Option<CoAPResponse> {
        match req.get_option(CoAPOption::UriPath) {
            Some(req_path) => {
                match req.get_class() {
                    MessageClass::RequestType(rq_type) => {
                        match self.map.get(&rq_type) {
                            Some(dispatch) => {
                                dispatch.get(&req_path)
                            },
                            None => None,

jamesmunns

# COMPARE TWO REFERENCES (Branch, Tag, Commit), both in Read-Only Mode
#   Use (from the git repo root):
#     <path to script>/diffref.sh master 123abcd

# Build destination folder
DATEHASH=`echo "obase=16; $(date +%s)" | bc`
DESTFOLDER1=/tmp/diffref-$DATEHASH-$1
DESTFOLDER2=/tmp/diffref-$DATEHASH-$2
mkdir $DESTFOLDER1
mkdir $DESTFOLDER2

jamesmunns

# COMPARE A REFERENCE AGAINST WORKING DIRECTORY
#   Use (from the git repo root):
#     <path to script>/diffref.sh master

# Build destination temp folder
DATEHASH=`echo "obase=16; $(date +%s)" | bc`
DESTFOLDER=/tmp/diffref-$DATEHASH-$1
mkdir $DESTFOLDER

# Export Reference

jamesmunns

import bcrypt      as bc
import simplecrypt as sc

# Assume a SQL database, with two tables:
# "User" - contains username, password hash, website settings
# "Data" - contains data related to all users. Not sensitive (CC#'s, SSN#'s, Addresses),
#   but some kind of metric data users may not want publicly associated with them
#   such as bookmarks, favorite foods, shoe size, etc.
#
# Instead of encrypting ALL user data, which would be slow and defeat the purpose of