Andrew Boyson
Central Heating controller using the real time clock, PHY module for internet, 1-wire interface for temperature sensors, a system log and a configuration file
Dependencies: net 1-wire lpc1768 crypto clock web fram log
/media/uploads/andrewboyson/heating.sch
/media/uploads/andrewboyson/heating.brd
/media/uploads/andrewboyson/eagle.epf
Diff: settings/settings.c
- Revision:
- 32:bbf9c8b45a2e
- Parent:
- 31:ee99e468f4b9
- Child:
- 38:2bfeefa8709a
--- a/settings/settings.c Tue Feb 12 15:38:08 2019 +0000
+++ b/settings/settings.c Fri Feb 15 17:01:28 2019 +0000
@@ -86,16 +86,16 @@
static int iTftp;
//Clock settings
-void SetClockSlewDivisor (int value) { ClkGovSlewDivisor = value; FramWrite(iClkGovSlewDivisor, 4, &ClkGovSlewDivisor ); }
-void SetClockSlewMaxMs (int value) { ClkGovSlewChangeMaxMs = value; FramWrite(iClkGovSlewMaxMs, 4, &ClkGovSlewChangeMaxMs ); }
-void SetClockPpbDivisor (int value) { ClkGovPpbDivisor = value; FramWrite(iClkGovPpbDivisor, 4, &ClkGovPpbDivisor ); }
-void SetClockPpbChangeMax (int value) { ClkGovPpbChangeMax = value; FramWrite(iClkGovPpbChangeMax, 4, &ClkGovPpbChangeMax ); }
-void SetClockSyncedLimitNs (int value) { ClkGovSlewSyncedLimitNs = value; FramWrite(iClkGovSyncedLimitNs, 4, &ClkGovSlewSyncedLimitNs ); }
-void SetClockSyncedLimitPpb (int value) { ClkGovPpbSyncedLimit = value; FramWrite(iClkGovSyncedLimitPpb, 4, &ClkGovPpbSyncedLimit ); }
-void SetClockSyncedHysterisNs (int value) { ClkGovSlewSyncedHysteresisNs = value; FramWrite(iClkGovSyncedHysterisNs, 4, &ClkGovSlewSyncedHysteresisNs); }
-void SetClockSyncedHysterisPpb(int value) { ClkGovPpbSyncedHysteresis = value; FramWrite(iClkGovSyncedHysterisPpb, 4, &ClkGovPpbSyncedHysteresis ); }
-void SetClockMaxOffsetSecs (int value) { ClkGovSlewOffsetMaxSecs = value; FramWrite(iClkGovMaxOffsetSecs, 4, &ClkGovSlewOffsetMaxSecs ); }
-void ChgTraceSync () { ClkGovTrace = !ClkGovTrace ; FramWrite(iClkGov, 1, &ClkGovTrace ); }
+void SetClockSlewDivisor (int value) { ClkGovSlewDivisor = value; FramWrite(iClkGovSlewDivisor, 4, &ClkGovSlewDivisor ); }
+void SetClockSlewMaxMs (int value) { ClkGovSlewChangeMaxMs = value; FramWrite(iClkGovSlewMaxMs, 4, &ClkGovSlewChangeMaxMs ); }
+void SetClockPpbDivisor (int value) { ClkGovFreqDivisor = value; FramWrite(iClkGovPpbDivisor, 4, &ClkGovFreqDivisor ); }
+void SetClockPpbChangeMax (int value) { ClkGovFreqChangeMaxPpb = value; FramWrite(iClkGovPpbChangeMax, 4, &ClkGovFreqChangeMaxPpb ); }
+void SetClockSyncedLimitNs (int value) { ClkGovSlewSyncedLimNs = value; FramWrite(iClkGovSyncedLimitNs, 4, &ClkGovSlewSyncedLimNs ); }
+void SetClockSyncedLimitPpb (int value) { ClkGovFreqSyncedLimPpb = value; FramWrite(iClkGovSyncedLimitPpb, 4, &ClkGovFreqSyncedLimPpb ); }
+void SetClockSyncedHysterisNs (int value) { ClkGovSlewSyncedHysNs = value; FramWrite(iClkGovSyncedHysterisNs, 4, &ClkGovSlewSyncedHysNs ); }
+void SetClockSyncedHysterisPpb(int value) { ClkGovFreqSyncedHysPpb = value; FramWrite(iClkGovSyncedHysterisPpb, 4, &ClkGovFreqSyncedHysPpb ); }
+void SetClockMaxOffsetSecs (int value) { ClkGovSlewOffsetMaxSecs = value; FramWrite(iClkGovMaxOffsetSecs, 4, &ClkGovSlewOffsetMaxSecs); }
+void ChgTraceSync () { ClkGovTrace = !ClkGovTrace ; FramWrite(iClkGov, 1, &ClkGovTrace ); }
//Heating settings
void ChgTraceOneWire () { OneWireTrace = !OneWireTrace ; FramWrite(iOneWire, 1, &OneWireTrace ); }
@@ -183,17 +183,17 @@
int32_t def4;
char b;
- def4 = 10; address = FramLoad( 4, &ClkGovSlewDivisor, &def4); if (address < 0) return -1; iClkGovSlewDivisor = address;
- def4 = 20; address = FramLoad( 4, &ClkGovSlewChangeMaxMs, &def4); if (address < 0) return -1; iClkGovSlewMaxMs = address;
- def4 = 1000; address = FramLoad( 4, &ClkGovPpbDivisor, &def4); if (address < 0) return -1; iClkGovPpbDivisor = address;
- def4 = 10000000; address = FramLoad( 4, &ClkGovPpbChangeMax, &def4); if (address < 0) return -1; iClkGovPpbChangeMax = address;
- def4 = 100000; address = FramLoad( 4, &ClkGovSlewSyncedLimitNs, &def4); if (address < 0) return -1; iClkGovSyncedLimitNs = address;
- def4 = 100000; address = FramLoad( 4, &ClkGovPpbSyncedLimit, &def4); if (address < 0) return -1; iClkGovSyncedLimitPpb = address;
- def4 = 10000; address = FramLoad( 4, &ClkGovSlewSyncedHysteresisNs, &def4); if (address < 0) return -1; iClkGovSyncedHysterisNs = address;
- def4 = 1000; address = FramLoad( 4, &ClkGovPpbSyncedHysteresis, &def4); if (address < 0) return -1; iClkGovSyncedHysterisPpb = address;
- def4 = 3; address = FramLoad( 4, &ClkGovSlewOffsetMaxSecs, &def4); if (address < 0) return -1; iClkGovMaxOffsetSecs = address;
- address = FramLoad( 1, &b, NULL); ClkGovTrace = b; if (address < 0) return -1; iClkGov = address;
- address = FramLoad( 1, &b, NULL); OneWireTrace = b; if (address < 0) return -1; iOneWire = address;
+ def4 = 10; address = FramLoad( 4, &ClkGovSlewDivisor, &def4); if (address < 0) return -1; iClkGovSlewDivisor = address;
+ def4 = 20; address = FramLoad( 4, &ClkGovSlewChangeMaxMs, &def4); if (address < 0) return -1; iClkGovSlewMaxMs = address;
+ def4 = 1000; address = FramLoad( 4, &ClkGovFreqDivisor, &def4); if (address < 0) return -1; iClkGovPpbDivisor = address;
+ def4 = 10000000; address = FramLoad( 4, &ClkGovFreqChangeMaxPpb, &def4); if (address < 0) return -1; iClkGovPpbChangeMax = address;
+ def4 = 100000; address = FramLoad( 4, &ClkGovSlewSyncedLimNs, &def4); if (address < 0) return -1; iClkGovSyncedLimitNs = address;
+ def4 = 100000; address = FramLoad( 4, &ClkGovFreqSyncedLimPpb, &def4); if (address < 0) return -1; iClkGovSyncedLimitPpb = address;
+ def4 = 10000; address = FramLoad( 4, &ClkGovSlewSyncedHysNs, &def4); if (address < 0) return -1; iClkGovSyncedHysterisNs = address;
+ def4 = 1000; address = FramLoad( 4, &ClkGovFreqSyncedHysPpb, &def4); if (address < 0) return -1; iClkGovSyncedHysterisPpb = address;
+ def4 = 3; address = FramLoad( 4, &ClkGovSlewOffsetMaxSecs, &def4); if (address < 0) return -1; iClkGovMaxOffsetSecs = address;
+ address = FramLoad( 1, &b, NULL); ClkGovTrace = b; if (address < 0) return -1; iClkGov = address;
+ address = FramLoad( 1, &b, NULL); OneWireTrace = b; if (address < 0) return -1; iOneWire = address;
address = FramLoad( 1, &b, NULL); DnsSendRequestsViaIp4 = b; if (address < 0) return -1; iDnsSendRequestsViaIp4 = address;
address = FramLoad( 1, &b, NULL); NtpClientQuerySendRequestsViaIp4 = b; if (address < 0) return -1; iNtpSendRequestsViaIp4 = address;
address = FramLoad( 1, &b, NULL); TftpSendRequestsViaIp4 = b; if (address < 0) return -1; iTftpSendRequestsViaIp4 = address;