CaryCoders / Mbed 2 deprecated SX1276_GPS

Important changes to repositories hosted on mbed.com

Mbed hosted mercurial repositories are deprecated and are due to be permanently deleted in July 2026.

To keep a copy of this software download the repository Zip archive or clone locally using Mercurial.

It is also possible to export all your personal repositories from the account settings page.

Dependencies:   SX1276Lib AdaFruit_RGBLCD MCP23017 mbed

Fork of AdaFruit_RGBLCD by Justin Howard

Modules/TimeModule.cpp@15:d1eaddb363be, 2014-08-12 (annotated)

Committer:
vtraveller
Date:
Tue Aug 12 04:25:08 2014 +0000
Revision:
15:d1eaddb363be
Parent:
13:9641bc42db92
Child:
16:9e1edf28393f
Added refresh parameter to show().; Updated time and date to only refresh if there's a change.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
vtraveller 10:3fcab08717fc 1 #include "mbed.h"
vtraveller 10:3fcab08717fc 2 #include "TimeModule.h"
vtraveller 10:3fcab08717fc 3 #include "time_helper.h"
vtraveller 10:3fcab08717fc 4
vtraveller 10:3fcab08717fc 5 #if 0
vtraveller 10:3fcab08717fc 6 tm sTM;
vtraveller 10:3fcab08717fc 7 sTM.tm_sec = 0;
vtraveller 10:3fcab08717fc 8 sTM.tm_min = 0;
vtraveller 10:3fcab08717fc 9 sTM.tm_hour = 18;
vtraveller 10:3fcab08717fc 10 sTM.tm_mday = 9;
vtraveller 10:3fcab08717fc 11 sTM.tm_mon = 8 - 1;
vtraveller 10:3fcab08717fc 12 sTM.tm_year = 2014 - 1900;
vtraveller 10:3fcab08717fc 13 sTM.tm_wday = 6;
vtraveller 10:3fcab08717fc 14
vtraveller 10:3fcab08717fc 15 rtc.SetTime(sTM,true);
vtraveller 10:3fcab08717fc 16 #endif
vtraveller 10:3fcab08717fc 17
vtraveller 10:3fcab08717fc 18
vtraveller 10:3fcab08717fc 19 TimeModule::TimeModule
vtraveller 10:3fcab08717fc 20 (
vtraveller 13:9641bc42db92 21 Serial & in_cDisplay,
vtraveller 13:9641bc42db92 22 RTclock & in_cRTclock
vtraveller 10:3fcab08717fc 23 )
vtraveller 13:9641bc42db92 24 : Module(in_cDisplay)
vtraveller 10:3fcab08717fc 25 , m_cRTclock(in_cRTclock)
vtraveller 10:3fcab08717fc 26 {
vtraveller 15:d1eaddb363be 27 ::memset(&m_sLastTM,0,sizeof(m_sLastTM));
vtraveller 10:3fcab08717fc 28 }
vtraveller 10:3fcab08717fc 29
vtraveller 10:3fcab08717fc 30 TimeModule::~TimeModule()
vtraveller 10:3fcab08717fc 31 {
vtraveller 10:3fcab08717fc 32 }
vtraveller 11:96146db429de 33
vtraveller 11:96146db429de 34 void TimeModule::change
vtraveller 11:96146db429de 35 (
vtraveller 13:9641bc42db92 36 size_t in_nIndex,
vtraveller 11:96146db429de 37 bool in_bUp
vtraveller 11:96146db429de 38 )
vtraveller 11:96146db429de 39 {
vtraveller 11:96146db429de 40 tm sTM;
vtraveller 10:3fcab08717fc 41
vtraveller 11:96146db429de 42 // to get the current time information
vtraveller 11:96146db429de 43 if (!m_cRTclock.getTime(sTM)) GetTime(sTM);
vtraveller 11:96146db429de 44 bool bTwelveHour = m_cRTclock.isTwelveHour();
vtraveller 11:96146db429de 45
vtraveller 11:96146db429de 46 enum ETime
vtraveller 11:96146db429de 47 {
vtraveller 11:96146db429de 48 eHourTen = 0,
vtraveller 11:96146db429de 49 eHourSingle,
vtraveller 11:96146db429de 50 eMinTen,
vtraveller 11:96146db429de 51 eMinSingle,
vtraveller 11:96146db429de 52 eSecondTen,
vtraveller 11:96146db429de 53 eSecondSingle,
vtraveller 11:96146db429de 54 eAmPm,
vtraveller 11:96146db429de 55 };
vtraveller 11:96146db429de 56
vtraveller 13:9641bc42db92 57 switch (in_nIndex)
vtraveller 11:96146db429de 58 {
vtraveller 11:96146db429de 59 case eHourTen: sTM.tm_hour += (in_bUp ? 1 : -1) * 10; break;
vtraveller 11:96146db429de 60 case eHourSingle: sTM.tm_hour += (in_bUp ? 1 : -1); break;
vtraveller 11:96146db429de 61 case eMinTen: sTM.tm_min += (in_bUp ? 1 : -1) * 10; break;
vtraveller 11:96146db429de 62 case eMinSingle: sTM.tm_min += (in_bUp ? 1 : -1); break;
vtraveller 11:96146db429de 63 case eSecondTen: sTM.tm_sec += (in_bUp ? 1 : -1) * 10; break;
vtraveller 11:96146db429de 64 case eSecondSingle: sTM.tm_sec += (in_bUp ? 1 : -1); break;
vtraveller 11:96146db429de 65 case eAmPm:
vtraveller 11:96146db429de 66 if (bTwelveHour)
vtraveller 11:96146db429de 67 {
vtraveller 11:96146db429de 68 if (in_bUp)
vtraveller 11:96146db429de 69 {
vtraveller 11:96146db429de 70 if (sTM.tm_hour >= 12) bTwelveHour = !bTwelveHour; else sTM.tm_hour += 12;
vtraveller 11:96146db429de 71 }
vtraveller 11:96146db429de 72 else
vtraveller 11:96146db429de 73 {
vtraveller 11:96146db429de 74 if (sTM.tm_hour >= 12) sTM.tm_hour -= 12; else bTwelveHour = !bTwelveHour;
vtraveller 11:96146db429de 75 }
vtraveller 11:96146db429de 76 }
vtraveller 11:96146db429de 77 else
vtraveller 11:96146db429de 78 {
vtraveller 11:96146db429de 79 bTwelveHour = !bTwelveHour;
vtraveller 11:96146db429de 80 if (in_bUp && sTM.tm_hour >= 12) sTM.tm_hour -= 12;
vtraveller 11:96146db429de 81 if (!in_bUp && sTM.tm_hour < 12) sTM.tm_hour += 12;
vtraveller 11:96146db429de 82 }
vtraveller 11:96146db429de 83 break;
vtraveller 11:96146db429de 84 }
vtraveller 11:96146db429de 85
vtraveller 11:96146db429de 86 if (sTM.tm_hour < 0) sTM.tm_hour = 0;
vtraveller 11:96146db429de 87 if (sTM.tm_hour > 23) sTM.tm_hour = 23;
vtraveller 11:96146db429de 88 if (sTM.tm_min < 0) sTM.tm_min = 0;
vtraveller 11:96146db429de 89 if (sTM.tm_hour > 59) sTM.tm_min = 59;
vtraveller 11:96146db429de 90 if (sTM.tm_sec < 0) sTM.tm_sec = 0;
vtraveller 11:96146db429de 91 if (sTM.tm_sec > 59) sTM.tm_sec = 59;
vtraveller 11:96146db429de 92
vtraveller 11:96146db429de 93 if (m_cRTclock.setTime(sTM,bTwelveHour))
vtraveller 11:96146db429de 94 {
vtraveller 11:96146db429de 95 m_cRTclock.mapTime();
vtraveller 11:96146db429de 96 }
vtraveller 11:96146db429de 97 else
vtraveller 11:96146db429de 98 {
vtraveller 11:96146db429de 99 SetTime(sTM);
vtraveller 11:96146db429de 100 }
vtraveller 11:96146db429de 101 }
vtraveller 11:96146db429de 102
vtraveller 13:9641bc42db92 103 int TimeModule::getCursorOffset(size_t & inout_nIndex)
vtraveller 10:3fcab08717fc 104 {
vtraveller 10:3fcab08717fc 105 const int k_aCursor[] = { 0, 1, 3, 4, 6, 7, 10 };
vtraveller 10:3fcab08717fc 106
vtraveller 13:9641bc42db92 107 if ((int)inout_nIndex < 0) inout_nIndex = 0;
vtraveller 13:9641bc42db92 108 if (inout_nIndex >= _countof(k_aCursor)) inout_nIndex = _countof(k_aCursor) - 1;
vtraveller 10:3fcab08717fc 109
vtraveller 13:9641bc42db92 110 return k_aCursor[inout_nIndex];
vtraveller 10:3fcab08717fc 111 }
vtraveller 10:3fcab08717fc 112
vtraveller 15:d1eaddb363be 113 void TimeModule::show(bool in_bRefresh)
vtraveller 10:3fcab08717fc 114 {
vtraveller 10:3fcab08717fc 115 tm sTM;
vtraveller 10:3fcab08717fc 116 const char * pUnits = " ";
vtraveller 10:3fcab08717fc 117
vtraveller 10:3fcab08717fc 118 // to get the current time information
vtraveller 10:3fcab08717fc 119 if (m_cRTclock.getTime(sTM))
vtraveller 10:3fcab08717fc 120 {
vtraveller 10:3fcab08717fc 121 // Adjust for 12 hour clock
vtraveller 10:3fcab08717fc 122 if (m_cRTclock.isTwelveHour())
vtraveller 10:3fcab08717fc 123 {
vtraveller 10:3fcab08717fc 124 pUnits = (sTM.tm_hour < 12) ? "am":"pm";
vtraveller 10:3fcab08717fc 125 sTM.tm_hour %= 12;
vtraveller 10:3fcab08717fc 126 }
vtraveller 10:3fcab08717fc 127 }
vtraveller 10:3fcab08717fc 128 else
vtraveller 10:3fcab08717fc 129 {
vtraveller 10:3fcab08717fc 130 // If failed get internal time (as at least that's something
vtraveller 10:3fcab08717fc 131 GetTime(sTM);
vtraveller 10:3fcab08717fc 132 }
vtraveller 15:d1eaddb363be 133
vtraveller 15:d1eaddb363be 134 // if refreshing - only update if there's a change
vtraveller 15:d1eaddb363be 135 if (in_bRefresh)
vtraveller 15:d1eaddb363be 136 {
vtraveller 15:d1eaddb363be 137 if (0 == ::memcmp(&sTM,&m_sLastTM,sizeof(sTM))) return;
vtraveller 15:d1eaddb363be 138 }
vtraveller 15:d1eaddb363be 139
vtraveller 15:d1eaddb363be 140 // Ensure internal struct has new TM data
vtraveller 15:d1eaddb363be 141 ::memcpy(&m_sLastTM,&sTM,sizeof(m_sLastTM));
vtraveller 10:3fcab08717fc 142
vtraveller 13:9641bc42db92 143 m_cDisplay.printf ("%02i:%02i:%02i %s ", sTM.tm_hour, sTM.tm_min, sTM.tm_sec, pUnits);
vtraveller 10:3fcab08717fc 144 }