Robert Mosher / Mbed OS door-access-controller-dev

An access controller for man doors at our facility. It receives Wiegand signals from a keypad/card reader and activates a relay to open the door. Access codes are stored in EEPROM. The active code list is updated from TFTP on a local server.

Dependencies:   24LCxx_I2C CardReader USBHOST

NTPClient.h@0:a56239ae90c2, 2017-09-25 (annotated)

Committer:
acesrobertm
Date:
Mon Sep 25 19:02:40 2017 +0000
Revision:
0:a56239ae90c2
in process of moving networking code to non-blocking format

Who changed what in which revision?

UserRevisionLine numberNew contents of line
acesrobertm 0:a56239ae90c2 1 /* NTPClient.h */
acesrobertm 0:a56239ae90c2 2 /* Copyright (C) 2012 mbed.org, MIT License
acesrobertm 0:a56239ae90c2 3 *
acesrobertm 0:a56239ae90c2 4 * Permission is hereby granted, free of charge, to any person obtaining a copy of this software
acesrobertm 0:a56239ae90c2 5 * and associated documentation files (the "Software"), to deal in the Software without restriction,
acesrobertm 0:a56239ae90c2 6 * including without limitation the rights to use, copy, modify, merge, publish, distribute,
acesrobertm 0:a56239ae90c2 7 * sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is
acesrobertm 0:a56239ae90c2 8 * furnished to do so, subject to the following conditions:
acesrobertm 0:a56239ae90c2 9 *
acesrobertm 0:a56239ae90c2 10 * The above copyright notice and this permission notice shall be included in all copies or
acesrobertm 0:a56239ae90c2 11 * substantial portions of the Software.
acesrobertm 0:a56239ae90c2 12 *
acesrobertm 0:a56239ae90c2 13 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING
acesrobertm 0:a56239ae90c2 14 * BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
acesrobertm 0:a56239ae90c2 15 * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
acesrobertm 0:a56239ae90c2 16 * DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
acesrobertm 0:a56239ae90c2 17 * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
acesrobertm 0:a56239ae90c2 18 */
acesrobertm 0:a56239ae90c2 19
acesrobertm 0:a56239ae90c2 20 #ifndef NTPCLIENT_H_
acesrobertm 0:a56239ae90c2 21 #define NTPCLIENT_H_
acesrobertm 0:a56239ae90c2 22
acesrobertm 0:a56239ae90c2 23 #include <cstdint>
acesrobertm 0:a56239ae90c2 24 #include "EthernetInterface.h"
acesrobertm 0:a56239ae90c2 25 #include "NetworkStack.h"
acesrobertm 0:a56239ae90c2 26 #include "UDPSocket.h"
acesrobertm 0:a56239ae90c2 27 #include <inet.h>
acesrobertm 0:a56239ae90c2 28
acesrobertm 0:a56239ae90c2 29 using std::uint8_t;
acesrobertm 0:a56239ae90c2 30 using std::uint16_t;
acesrobertm 0:a56239ae90c2 31 using std::uint32_t;
acesrobertm 0:a56239ae90c2 32
acesrobertm 0:a56239ae90c2 33 #define NTP_DEFAULT_PORT 123
acesrobertm 0:a56239ae90c2 34 #define NTP_DEFAULT_TIMEOUT 3
acesrobertm 0:a56239ae90c2 35 #define NTP_CLIENT_PORT 0 //Random port
acesrobertm 0:a56239ae90c2 36 #define NTP_TIMESTAMP_DELTA 2208988800ull //Diff btw a UNIX timestamp (Starting Jan, 1st 1970) and a NTP timestamp (Starting Jan, 1st 1900)
acesrobertm 0:a56239ae90c2 37
acesrobertm 0:a56239ae90c2 38 ///NTP client results
acesrobertm 0:a56239ae90c2 39 enum NTPResult
acesrobertm 0:a56239ae90c2 40 {
acesrobertm 0:a56239ae90c2 41 NTP_DNS = -1, ///<Could not resolve name
acesrobertm 0:a56239ae90c2 42 NTP_PRTCL = -2, ///<Protocol error
acesrobertm 0:a56239ae90c2 43 NTP_TIMEOUT = -3, ///<Connection timeout
acesrobertm 0:a56239ae90c2 44 NTP_CONN = -4, ///<Connection error
acesrobertm 0:a56239ae90c2 45 NTP_OK = 1, ///<Success
acesrobertm 0:a56239ae90c2 46 NTP_WAIT = 0
acesrobertm 0:a56239ae90c2 47 };
acesrobertm 0:a56239ae90c2 48
acesrobertm 0:a56239ae90c2 49 /** NTP Client to update the mbed's RTC using a remote time server
acesrobertm 0:a56239ae90c2 50 *
acesrobertm 0:a56239ae90c2 51 */
acesrobertm 0:a56239ae90c2 52 class NTPClient
acesrobertm 0:a56239ae90c2 53 {
acesrobertm 0:a56239ae90c2 54 public:
acesrobertm 0:a56239ae90c2 55 NTPClient();
acesrobertm 0:a56239ae90c2 56 NTPResult setTime(EthernetInterface *stack, const char* host, uint16_t port = NTP_DEFAULT_PORT, uint32_t timeout = NTP_DEFAULT_TIMEOUT); //Blocking
acesrobertm 0:a56239ae90c2 57 int update();
acesrobertm 0:a56239ae90c2 58
acesrobertm 0:a56239ae90c2 59 private:
acesrobertm 0:a56239ae90c2 60 void process_result();
acesrobertm 0:a56239ae90c2 61 void reset();
acesrobertm 0:a56239ae90c2 62
acesrobertm 0:a56239ae90c2 63 struct NTPPacket //See RFC 4330 for Simple NTP
acesrobertm 0:a56239ae90c2 64 {
acesrobertm 0:a56239ae90c2 65 //WARN: We are in LE! Network is BE!
acesrobertm 0:a56239ae90c2 66 //LSb first
acesrobertm 0:a56239ae90c2 67 unsigned mode : 3;
acesrobertm 0:a56239ae90c2 68 unsigned vn : 3;
acesrobertm 0:a56239ae90c2 69 unsigned li : 2;
acesrobertm 0:a56239ae90c2 70
acesrobertm 0:a56239ae90c2 71 uint8_t stratum;
acesrobertm 0:a56239ae90c2 72 uint8_t poll;
acesrobertm 0:a56239ae90c2 73 uint8_t precision;
acesrobertm 0:a56239ae90c2 74 //32 bits header
acesrobertm 0:a56239ae90c2 75
acesrobertm 0:a56239ae90c2 76 uint32_t rootDelay;
acesrobertm 0:a56239ae90c2 77 uint32_t rootDispersion;
acesrobertm 0:a56239ae90c2 78 uint32_t refId;
acesrobertm 0:a56239ae90c2 79
acesrobertm 0:a56239ae90c2 80 uint32_t refTm_s;
acesrobertm 0:a56239ae90c2 81 uint32_t refTm_f;
acesrobertm 0:a56239ae90c2 82 uint32_t origTm_s;
acesrobertm 0:a56239ae90c2 83 uint32_t origTm_f;
acesrobertm 0:a56239ae90c2 84 uint32_t rxTm_s;
acesrobertm 0:a56239ae90c2 85 uint32_t rxTm_f;
acesrobertm 0:a56239ae90c2 86 uint32_t txTm_s;
acesrobertm 0:a56239ae90c2 87 uint32_t txTm_f;
acesrobertm 0:a56239ae90c2 88 } __attribute__ ((packed));
acesrobertm 0:a56239ae90c2 89
acesrobertm 0:a56239ae90c2 90 struct NTPPacket pkt;
acesrobertm 0:a56239ae90c2 91 UDPSocket m_sock;
acesrobertm 0:a56239ae90c2 92 bool mQuerySent;
acesrobertm 0:a56239ae90c2 93 bool mResponseReceived;
acesrobertm 0:a56239ae90c2 94 bool mConversationComplete;
acesrobertm 0:a56239ae90c2 95 int mStartTime;
acesrobertm 0:a56239ae90c2 96 int mTimeout;
acesrobertm 0:a56239ae90c2 97 SocketAddress* outEndpoint;
acesrobertm 0:a56239ae90c2 98 SocketAddress* inEndpoint;
acesrobertm 0:a56239ae90c2 99 };
acesrobertm 0:a56239ae90c2 100
acesrobertm 0:a56239ae90c2 101
acesrobertm 0:a56239ae90c2 102 #endif
acesrobertm 0:a56239ae90c2 103