Marcelo Rebonatto / Mbed 2 deprecated Protegemed_limpo

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Dependencies:   EthernetInterface mbed-rtos mbed NTPClient

Headers/Settings.h@20:54e8563fb78c, 2015-03-27 (annotated)

Committer:
Marcos A. Lucas
Date:
Fri Mar 27 12:36:54 2015 -0300
Branch:
feature-logs
Revision:
20:54e8563fb78c
Parent:
7:a227636d7908
Parent:
19:682cb884ec00
Child:
21:4bfe3dc59b86
Merged default into feature-logs

Who changed what in which revision?

UserRevisionLine numberNew contents of line
rebonatto 0:66d8bd1f9d4c 1 /*
rebonatto 0:66d8bd1f9d4c 2 * Settings.h
rebonatto 0:66d8bd1f9d4c 3 *
rebonatto 0:66d8bd1f9d4c 4 * Created on:
rebonatto 0:66d8bd1f9d4c 5 * Author:
rebonatto 0:66d8bd1f9d4c 6 */
rebonatto 0:66d8bd1f9d4c 7
rebonatto 0:66d8bd1f9d4c 8 #ifndef SETTINGS_H
rebonatto 0:66d8bd1f9d4c 9 #define SETTINGS_H
rebonatto 0:66d8bd1f9d4c 10
rebonatto 0:66d8bd1f9d4c 11 #include <stdio.h>
rebonatto 0:66d8bd1f9d4c 12 #include <string.h>
rebonatto 0:66d8bd1f9d4c 13 #include <ctype.h>
rebonatto 0:66d8bd1f9d4c 14
rebonatto 0:66d8bd1f9d4c 15 #include "mbed.h"
rebonatto 0:66d8bd1f9d4c 16 #include "EthernetInterface.h"
rebonatto 0:66d8bd1f9d4c 17
rebonatto 0:66d8bd1f9d4c 18 #include "Split.h"
rebonatto 0:66d8bd1f9d4c 19
rebonatto 0:66d8bd1f9d4c 20 #define FILENAME "/local/pmed.txt"
rebonatto 0:66d8bd1f9d4c 21 #define FILENAMERESET "/local/foi.txt"
rebonatto 0:66d8bd1f9d4c 22 #define FREQBASE 60U
rebonatto 0:66d8bd1f9d4c 23 #define NUMBER_OF_CHANNELS 6U
rebonatto 0:66d8bd1f9d4c 24 #define NUMBER_OF_OUTLETS 3U
rebonatto 0:66d8bd1f9d4c 25 #define NUMBER_OF_HARMONICS 12U
rebonatto 0:66d8bd1f9d4c 26 #define NUMBER_OF_SAMPLES 256U
rebonatto 0:66d8bd1f9d4c 27 #define LENGTH_MAIL_BOX 10U
rebonatto 0:66d8bd1f9d4c 28 #define MAXTRIES 10U
rebonatto 0:66d8bd1f9d4c 29
mlucas82 19:682cb884ec00 30 extern "C" void mbed_reset();
mlucas82 19:682cb884ec00 31
mlucas82 19:682cb884ec00 32 static void Pmed_reset()
mlucas82 19:682cb884ec00 33 {
mlucas82 19:682cb884ec00 34 mbed_reset();
mlucas82 19:682cb884ec00 35 }
mlucas82 19:682cb884ec00 36
mlucas82 19:682cb884ec00 37
rebonatto 0:66d8bd1f9d4c 38 class Settings
rebonatto 0:66d8bd1f9d4c 39 {
rebonatto 0:66d8bd1f9d4c 40
rebonatto 0:66d8bd1f9d4c 41 //server URL
rebonatto 0:66d8bd1f9d4c 42 static char* m_serverurl;
rebonatto 0:66d8bd1f9d4c 43 //module number
rebonatto 0:66d8bd1f9d4c 44 static int m_module_number;
rebonatto 0:66d8bd1f9d4c 45 //ip address
rebonatto 0:66d8bd1f9d4c 46 static char* m_ipaddress;
rebonatto 0:66d8bd1f9d4c 47 //netmask
rebonatto 0:66d8bd1f9d4c 48 static char* m_netmask;
rebonatto 0:66d8bd1f9d4c 49 //gateway
rebonatto 0:66d8bd1f9d4c 50 static char* m_gateway;
rebonatto 2:628a25bb5d62 51 //dhcp
rebonatto 0:66d8bd1f9d4c 52 static int m_dhcp;
rebonatto 0:66d8bd1f9d4c 53
rebonatto 2:628a25bb5d62 54 //read RFID
rebonatto 2:628a25bb5d62 55 static int m_ReadRfid;
rebonatto 2:628a25bb5d62 56
rebonatto 0:66d8bd1f9d4c 57 //gain x6(float)
rebonatto 0:66d8bd1f9d4c 58 static float m_gain[NUMBER_OF_CHANNELS];
rebonatto 0:66d8bd1f9d4c 59 //offset x6(int)
rebonatto 0:66d8bd1f9d4c 60 static int m_offset[NUMBER_OF_CHANNELS];
rebonatto 0:66d8bd1f9d4c 61 //limit x6(float)
rebonatto 0:66d8bd1f9d4c 62 static float m_limit[NUMBER_OF_CHANNELS];
rebonatto 0:66d8bd1f9d4c 63 //outlet x6 (int)
rebonatto 0:66d8bd1f9d4c 64 static int m_outlet_number[NUMBER_OF_CHANNELS];
rebonatto 0:66d8bd1f9d4c 65 //purpose x6(char)
rebonatto 0:66d8bd1f9d4c 66 static char m_purpose[NUMBER_OF_CHANNELS];
rebonatto 0:66d8bd1f9d4c 67
rebonatto 0:66d8bd1f9d4c 68 //outlet x3(int)
rebonatto 0:66d8bd1f9d4c 69 static int m_outlet[NUMBER_OF_OUTLETS];
rebonatto 0:66d8bd1f9d4c 70
rebonatto 0:66d8bd1f9d4c 71 //MaxChannels
rebonatto 0:66d8bd1f9d4c 72 //static int m_MaxChannels;
rebonatto 0:66d8bd1f9d4c 73 //MaxOutlets
rebonatto 0:66d8bd1f9d4c 74 //static int m_MaxOutlets;
rebonatto 0:66d8bd1f9d4c 75 //Samples
rebonatto 0:66d8bd1f9d4c 76 //static int m_Samples;
rebonatto 0:66d8bd1f9d4c 77 //FreqBase
rebonatto 0:66d8bd1f9d4c 78 //static int m_FreqBase;
rebonatto 0:66d8bd1f9d4c 79
rebonatto 0:66d8bd1f9d4c 80 //MaxHarmonics
rebonatto 0:66d8bd1f9d4c 81 static int m_MaxHarmonics;
rebonatto 0:66d8bd1f9d4c 82
rebonatto 0:66d8bd1f9d4c 83 //EventLimit
rebonatto 0:66d8bd1f9d4c 84 static int m_EventLimit;
rebonatto 0:66d8bd1f9d4c 85
rebonatto 0:66d8bd1f9d4c 86 //MailBoxLength
rebonatto 0:66d8bd1f9d4c 87 static int m_MBoxLength;
rebonatto 0:66d8bd1f9d4c 88
rebonatto 0:66d8bd1f9d4c 89 //NumberNeighbors
rebonatto 0:66d8bd1f9d4c 90 //static int m_NumNeighbors;
rebonatto 0:66d8bd1f9d4c 91
rebonatto 0:66d8bd1f9d4c 92 //Neighbors x3(char [16])
rebonatto 0:66d8bd1f9d4c 93 //static char *m_Neighbor[NEIGHBORS];
rebonatto 0:66d8bd1f9d4c 94
rebonatto 0:66d8bd1f9d4c 95 //PortTCP
rebonatto 0:66d8bd1f9d4c 96 //static int m_PortTCP;
rebonatto 0:66d8bd1f9d4c 97
rebonatto 0:66d8bd1f9d4c 98 //Socket to receive requests
rebonatto 0:66d8bd1f9d4c 99 //static TCPSocketServer m_ServerSocket;
rebonatto 0:66d8bd1f9d4c 100
rebonatto 0:66d8bd1f9d4c 101 //Socket to send requests
rebonatto 0:66d8bd1f9d4c 102 //static TCPSocketConnection m_Socket[NEIGHBORS];
rebonatto 0:66d8bd1f9d4c 103
rebonatto 0:66d8bd1f9d4c 104 //Maximum number of try connect and send
rebonatto 0:66d8bd1f9d4c 105 //static int m_MaxTries;
rebonatto 0:66d8bd1f9d4c 106
rebonatto 0:66d8bd1f9d4c 107 //Delay time (ms) between 2 tries
rebonatto 0:66d8bd1f9d4c 108 static int m_DelayTry;
rebonatto 0:66d8bd1f9d4c 109
rebonatto 0:66d8bd1f9d4c 110 //Delay time (ms) after Send (post)
rebonatto 0:66d8bd1f9d4c 111 static int m_DelaySend;
rebonatto 0:66d8bd1f9d4c 112
mlucas82 7:a227636d7908 113 // Control the marks behavior in log file
mlucas82 7:a227636d7908 114 static bool m_logMarks;
mlucas82 7:a227636d7908 115 static int m_logMarksInterval;
rebonatto 0:66d8bd1f9d4c 116
rebonatto 0:66d8bd1f9d4c 117 public:
rebonatto 0:66d8bd1f9d4c 118
rebonatto 0:66d8bd1f9d4c 119 Settings();
rebonatto 0:66d8bd1f9d4c 120
rebonatto 0:66d8bd1f9d4c 121 static char* get_ServerUrl() { return m_serverurl; }
rebonatto 0:66d8bd1f9d4c 122 static void set_ServerUrl(char *value)
rebonatto 0:66d8bd1f9d4c 123 {
rebonatto 0:66d8bd1f9d4c 124 if(m_serverurl!=NULL) delete m_serverurl;
rebonatto 0:66d8bd1f9d4c 125 int sz = strlen(value)+1;
rebonatto 0:66d8bd1f9d4c 126 m_serverurl = new char[sz];
rebonatto 0:66d8bd1f9d4c 127 strcpy(m_serverurl,value);
rebonatto 0:66d8bd1f9d4c 128 }
rebonatto 0:66d8bd1f9d4c 129 static char* get_IpAddress() { return m_ipaddress; }
rebonatto 0:66d8bd1f9d4c 130 static void set_IpAddress(char *value)
rebonatto 0:66d8bd1f9d4c 131 {
rebonatto 0:66d8bd1f9d4c 132 if(m_ipaddress!=NULL) delete m_ipaddress;
rebonatto 0:66d8bd1f9d4c 133 int sz = strlen(value)+1;
rebonatto 0:66d8bd1f9d4c 134 m_ipaddress = new char[sz];
rebonatto 0:66d8bd1f9d4c 135 strcpy(m_ipaddress,value);
rebonatto 0:66d8bd1f9d4c 136 }
rebonatto 0:66d8bd1f9d4c 137 static char* get_Netmask() { return m_netmask; }
rebonatto 0:66d8bd1f9d4c 138 static void set_Netmask(char *value)
rebonatto 0:66d8bd1f9d4c 139 {
rebonatto 0:66d8bd1f9d4c 140 if(m_netmask!=NULL) delete m_netmask;
rebonatto 0:66d8bd1f9d4c 141 int sz = strlen(value)+1;
rebonatto 0:66d8bd1f9d4c 142 m_netmask = new char[sz];
rebonatto 0:66d8bd1f9d4c 143 strcpy(m_netmask,value);
rebonatto 0:66d8bd1f9d4c 144 }
rebonatto 0:66d8bd1f9d4c 145
rebonatto 0:66d8bd1f9d4c 146 static char* get_Gateway() { return m_gateway; }
rebonatto 0:66d8bd1f9d4c 147 static void set_Gateway(char *value)
rebonatto 0:66d8bd1f9d4c 148 {
rebonatto 0:66d8bd1f9d4c 149 if(m_gateway!=NULL) delete m_gateway;
rebonatto 0:66d8bd1f9d4c 150 int sz = strlen(value)+1;
rebonatto 0:66d8bd1f9d4c 151 m_gateway = new char[sz];
rebonatto 0:66d8bd1f9d4c 152 strcpy(m_gateway,value);
rebonatto 0:66d8bd1f9d4c 153 }
rebonatto 0:66d8bd1f9d4c 154 static int get_Dhcp() { return m_dhcp; }
rebonatto 0:66d8bd1f9d4c 155 static void set_Dhcp(int value) { m_dhcp = value; }
rebonatto 2:628a25bb5d62 156
rebonatto 2:628a25bb5d62 157 static int get_ReadRfid() { return m_ReadRfid; }
rebonatto 2:628a25bb5d62 158 static void set_ReadRfid(int value) { m_ReadRfid = value; }
rebonatto 2:628a25bb5d62 159
rebonatto 0:66d8bd1f9d4c 160 static int get_ModuleNumber() { return m_module_number; }
rebonatto 0:66d8bd1f9d4c 161 static void set_ModuleNumber(int value) { m_module_number = value; }
rebonatto 0:66d8bd1f9d4c 162
rebonatto 0:66d8bd1f9d4c 163 static float get_Gain(int i) { return m_gain[i]; }
rebonatto 0:66d8bd1f9d4c 164 static void set_Gain(int i, float value) { m_gain[i] = value; }
rebonatto 0:66d8bd1f9d4c 165 static int get_Offset(int i) { return m_offset[i]; }
rebonatto 0:66d8bd1f9d4c 166 static void set_Offset(int i, int value) { m_offset[i] = value; }
rebonatto 0:66d8bd1f9d4c 167 static float get_Limit(int i) { return m_limit[i]; }
rebonatto 0:66d8bd1f9d4c 168 static void set_Limit(int i, float value) { m_limit[i] = value; }
rebonatto 0:66d8bd1f9d4c 169 static int get_OutletNumber(int i) { return m_outlet_number[i]; }
rebonatto 0:66d8bd1f9d4c 170 static void set_OutletNumber(int i, int value) { m_outlet_number[i] = value; }
rebonatto 0:66d8bd1f9d4c 171 static char get_Purpose(int i) { return m_purpose[i]; }
rebonatto 0:66d8bd1f9d4c 172 static void set_Purpose(int i, char value) { m_purpose[i] = value; }
rebonatto 0:66d8bd1f9d4c 173
rebonatto 0:66d8bd1f9d4c 174 static int get_Outlet(int i) { return m_outlet[i]; }
rebonatto 0:66d8bd1f9d4c 175 static void set_Outlet(int i, int value) { m_outlet[i] = value; }
rebonatto 0:66d8bd1f9d4c 176
rebonatto 0:66d8bd1f9d4c 177 // static int get_MaxChannels() { return m_MaxChannels; }
rebonatto 0:66d8bd1f9d4c 178 // static void set_MaxChannels(int value) { m_MaxChannels = value; }
rebonatto 0:66d8bd1f9d4c 179 // static int get_MaxOutlets() { return m_MaxOutlets; }
rebonatto 0:66d8bd1f9d4c 180 // static void set_MaxOutlets(int value) { m_MaxOutlets = value; }
rebonatto 0:66d8bd1f9d4c 181 // static int get_FreqBase() { return m_FreqBase; }
rebonatto 0:66d8bd1f9d4c 182 // static void set_FreqBase(int value) { m_FreqBase = value; }
rebonatto 0:66d8bd1f9d4c 183 // static int get_Samples() { return m_Samples; }
rebonatto 0:66d8bd1f9d4c 184 // static void set_Samples(int value) { m_Samples = value; }
rebonatto 0:66d8bd1f9d4c 185
rebonatto 0:66d8bd1f9d4c 186 static int get_MaxHarmonics() { return m_MaxHarmonics; }
rebonatto 0:66d8bd1f9d4c 187 static void set_MaxHarmonics(int value) { m_MaxHarmonics = value; }
rebonatto 0:66d8bd1f9d4c 188 static int get_EventLimit() { return m_EventLimit; }
rebonatto 0:66d8bd1f9d4c 189 static void set_EventLimit(int value) { m_EventLimit = value; }
rebonatto 0:66d8bd1f9d4c 190 static int get_MBoxLength() { return m_MBoxLength; }
rebonatto 0:66d8bd1f9d4c 191 static void set_MBoxLength(int value) { m_MBoxLength = value; }
rebonatto 0:66d8bd1f9d4c 192
rebonatto 0:66d8bd1f9d4c 193 // static int get_NumNeighbors() { return m_NumNeighbors; }
rebonatto 0:66d8bd1f9d4c 194 // static void set_NumNeighbors(int value) { m_NumNeighbors = value; }
rebonatto 0:66d8bd1f9d4c 195 // static char* get_Neighbor(int i) { return m_Neighbor[i]; }
rebonatto 0:66d8bd1f9d4c 196 // static void set_Neighbor(int i, char *value)
rebonatto 0:66d8bd1f9d4c 197 // for(...)
rebonatto 0:66d8bd1f9d4c 198 // {
rebonatto 0:66d8bd1f9d4c 199 // if(m_Neighbor[i]!=NULL) delete m_Neighbor[i];
rebonatto 0:66d8bd1f9d4c 200 // int sz = strlen(value)+1;
rebonatto 0:66d8bd1f9d4c 201 // m_Neighbor[i] = new char[sz];
rebonatto 0:66d8bd1f9d4c 202 // strcpy(m_Neighbor[i],value);
rebonatto 0:66d8bd1f9d4c 203 // }
rebonatto 0:66d8bd1f9d4c 204 // static int get_PortTCP() { return m_PortTCP; }
rebonatto 0:66d8bd1f9d4c 205 // static void set_PortTCP(int value) { m_PortTCP = value; }
rebonatto 0:66d8bd1f9d4c 206 // static TCPSocketServer& get_ServerSocket() { return m_ServerSocket; }
rebonatto 0:66d8bd1f9d4c 207 // static void set_ServerSocket(TCPSocketServer value) { m_ServerSocket = value; }
rebonatto 0:66d8bd1f9d4c 208 // static TCPSocketConnection& get_Socket(int i) { return m_Socket[i]; }
rebonatto 0:66d8bd1f9d4c 209 // static void set_Socket(int i, TCPSocketConnection value) { m_Socket[i] = value; }
rebonatto 0:66d8bd1f9d4c 210 // static int get_MaxTries() { return m_MaxTries; }
rebonatto 0:66d8bd1f9d4c 211 // static void set_MaxTries(int value) { m_MaxTries = value; }
rebonatto 0:66d8bd1f9d4c 212
rebonatto 0:66d8bd1f9d4c 213 static int get_DelayTry() { return m_DelayTry; }
rebonatto 0:66d8bd1f9d4c 214 static void set_DelayTry(int value) { m_DelayTry = value; }
rebonatto 0:66d8bd1f9d4c 215
rebonatto 0:66d8bd1f9d4c 216 static int get_DelaySend() { return m_DelaySend; }
rebonatto 0:66d8bd1f9d4c 217 static void set_DelaySend(int value) { m_DelaySend = value; }
mlucas82 7:a227636d7908 218
mlucas82 7:a227636d7908 219 // Control the marks behavior in log file
mlucas82 7:a227636d7908 220 static bool get_LogMarks() { return m_logMarks; }
mlucas82 7:a227636d7908 221 static void set_LogMarks(bool value) { m_logMarks = value; }
mlucas82 7:a227636d7908 222 static int get_LogMarksInterval() { return m_logMarksInterval; }
mlucas82 7:a227636d7908 223 static void set_LogMarksInterval(int value) { m_logMarksInterval = value; }
rebonatto 0:66d8bd1f9d4c 224
rebonatto 0:66d8bd1f9d4c 225 static void ReadFile(); //Read the config file and places the values in the internal variables
rebonatto 0:66d8bd1f9d4c 226 static void LoadDefaults();
rebonatto 0:66d8bd1f9d4c 227 static void WriteFile();
rebonatto 0:66d8bd1f9d4c 228 static void ShowValues();
rebonatto 0:66d8bd1f9d4c 229
rebonatto 0:66d8bd1f9d4c 230 };
rebonatto 0:66d8bd1f9d4c 231
rebonatto 0:66d8bd1f9d4c 232 #endif //#ifndef SETTINGS