jdc-cunningham

<?php

    // memcache test
    $server = 'localhost';
    if (!empty($_REQUEST['server'])) {
        $server = $_REQUEST['server'];
    }
    $memcache = new Memcache;
    $isMemcacheAvailable = @$memcache->connect($server);
    // check memcache

jdc-cunningham

<?php

    // memcache test
    $server = 'localhost';
    if (!empty($_REQUEST['server'])) {
        $server = $_REQUEST['server'];
    }
    $memcache = new Memcache;
    $isMemcacheAvailable = @$memcache->connect($server);

jdc-cunningham

<?php

$fruit_names = [];

$stmt = $dbh->prepare('SELECT id, fruit_name FROM fruits');
if ($stmt->execute()) {
    $result = $stmt->fetchAll();
    $result_count = count($result);
    if ($result_count > 0) {
        foreach($result as $row) {

jdc-cunningham

SELECT fruit_name FROM fruits WHERE fruit_name = :fruit_name

jdc-cunningham

# this code is based on the Adafruit MCP3008 library being installed and the ADC being properly wired to your Raspberry Pi
# and source of analog data

# for math division
from __future__ import division

# Import SPI library (for hardware SPI) and MCP3008 library.
import Adafruit_GPIO.SPI as SPI
import Adafruit_MCP3008

jdc-cunningham

<?php

// made this way so it only has to be called once
// did a dumb thing using a date/time storage with separate date time fields in MySQL with hourly period in the time part
// harder to sort natively with MySQL

function split_date_time($cur_date_time) {
    // split date_time components
    $date_time_split = explode(' ', $cur_date_time);
    // return array

jdc-cunningham

.flex {
    display: flex; 
}
    /* alignment */
    /* top */
    .flt {
        justify-content: flex-start; /* x-axis */
        align-items: flex-start; /* y-axis */
    }
    .fct {

jdc-cunningham

function sendWebhook($message) {

    $webhook_url = "";

    // slack webhook test
    $data = "payload=" . json_encode(array(
        "text" =>  $message
    ));

    $ch = curl_init($webhook_url);