NVProperty generic key value store using the MCU flash area.
Dependents: Turtle_RadioShuttle
NVProperty_Editor.cpp
- Committer:
- Helmut Tschemernjak
- Date:
- 2019-02-10
- Revision:
- 12:5539cdc8be4b
- Parent:
- 10:7999d15fd227
- Child:
- 16:24a9d3ecee7b
File content as of revision 12:5539cdc8be4b:
/* * This is an unpublished work copyright * (c) 2019 Helmut Tschemernjak * 30826 Garbsen (Hannover) Germany * * * Use is granted to registered RadioShuttle licensees only. * Licensees must own a valid serial number and product code. * Details see: www.radioshuttle.de */ #include <mbed.h> #include "PinMap.h" #include "main.h" #include "arch.h" #ifdef FEATURE_NVPROPERTYEDITOR #include <NVPropertyProviderInterface.h> #include "NVProperty.h" static const char *getNiceName(int id, int val); /* * add custom user defined properties here */ class UserProperty : public NVProperty { public: enum Properties { MY_DEVNAME = PRIVATE_RANGE_START, MY_CITY, MY_APP_PASSWORD, }; }; // #define ARRAYLEN(arr) (sizeof(arr) / sizeof(0[arr])) struct propArray { int id; NVProperty::NVPType type; const char *name; int valueInt; const char *valueStr; } propArray[] = { { NVProperty::RTC_AGING_CAL, NVProperty::T_32BIT, "RTC_AGING_CAL", 0, NULL }, { NVProperty::ADC_VREF, NVProperty::T_32BIT, "ADC_VREF", 0, NULL }, { NVProperty::HARDWARE_REV, NVProperty::T_32BIT, "HARDWARE_REV", 0, NULL }, { NVProperty::LORA_DEVICE_ID, NVProperty::T_32BIT, "LORA_DEVICE_ID", 0, NULL }, { NVProperty::LORA_CODE_ID, NVProperty::T_32BIT, "LORA_CODE_ID", 0, NULL }, { NVProperty::LORA_REMOTE_ID, NVProperty::T_32BIT, "LORA_REMOTE_ID", 0, NULL }, { NVProperty::LORA_REMOTE_ID_ALT, NVProperty::T_32BIT, "LORA_REMOTE_ID_ALT", 0, NULL }, { NVProperty::LORA_RADIO_TYPE, NVProperty::T_32BIT, "LORA_RADIO_TYPE", 0, NULL }, { NVProperty::LORA_FREQUENCY, NVProperty::T_32BIT, "LORA_FREQUENCY", 0, NULL }, { NVProperty::LORA_BANDWIDTH, NVProperty::T_32BIT, "LORA_BANDWIDTH", 0, NULL }, { NVProperty::LORA_SPREADING_FACTOR, NVProperty::T_32BIT, "LORA_SPREADING_FACTOR", 0, NULL }, { NVProperty::LORA_TXPOWER, NVProperty::T_32BIT, "LORA_TXPOWER", 0, NULL }, { NVProperty::LORA_FREQUENCY_OFFSET, NVProperty::T_32BIT, "LORA_FREQUENCY_OFFSET", 0, NULL }, { NVProperty::LORA_APP_PWD, NVProperty::T_STR, "LORA_APP_PWD", 0, NULL }, { NVProperty::LORA_APP_PWD_ALT, NVProperty::T_STR, "LORA_APP_PWD_ALT", 0, NULL }, { NVProperty::LOC_LONGITUDE, NVProperty::T_STR, "LOC_LONGITUDE", 0, NULL }, { NVProperty::LOC_LATITUDE, NVProperty::T_STR, "LOC_LATITUDE", 0, NULL }, { NVProperty::LOC_NAME, NVProperty::T_STR, "LOC_NAME", 0, NULL }, { NVProperty::HOSTNAME, NVProperty::T_STR, "HOSTNAME", 0, NULL }, { NVProperty::WIFI_SSID, NVProperty::T_STR, "WIFI_SSID", 0, NULL }, { NVProperty::WIFI_PASSWORD, NVProperty::T_STR, "WIFI_PASSWORD", 0, NULL }, { NVProperty::WIFI_SSID_ALT, NVProperty::T_STR, "WIFI_SSID_ALT", 0, NULL }, { NVProperty::WIFI_PASSWORD_ALT, NVProperty::T_STR, "WIFI_PASSWORD_ALT", 0, NULL }, { NVProperty::USE_DHCP, NVProperty::T_32BIT, "USE_DHCP", 0, NULL }, { NVProperty::MAC_ADDR, NVProperty::T_STR, "MAC_ADDR", 0, NULL }, { NVProperty::NET_IP_ADDR, NVProperty::T_STR, "NET_IP_ADDR", 0, NULL }, { NVProperty::NET_IP_ROUTER, NVProperty::T_STR, "NET_IP_ROUTER", 0, NULL }, { NVProperty::NET_IP_DNS_SERVER, NVProperty::T_STR, "NET_IP_DNS_SERVER", 0, NULL }, { NVProperty::MQTT_SERVER, NVProperty::T_STR, "MQTT_SERVER", 0, NULL }, { NVProperty::MQTT_SERVER_ALT, NVProperty::T_STR, "MQTT_SERVER_ALT", 0, NULL }, { NVProperty::MQTT_TOPIC_INFO, NVProperty::T_STR, "MQTT_TOPIC_INFO", 0, NULL }, { NVProperty::MQTT_TOPIC_ALARM, NVProperty::T_STR, "MQTT_TOPIC_ALARM", 0, NULL }, { NVProperty::MQTT_TOPIC_CONTROL, NVProperty::T_STR, "MQTT_TOPIC_CONTROL", 0, NULL }, { NVProperty::MQTT_TOPIC_4, NVProperty::T_STR, "MQTT_TOPIC_4", 0, NULL }, { NVProperty::MQTT_TOPIC_5, NVProperty::T_STR, "MQTT_TOPIC_5", 0, NULL }, { NVProperty::ALARM_STATUS, NVProperty::T_32BIT, "ALARM_STATUS", 0, NULL }, /* * A user defined property */ { UserProperty::MY_CITY, NVProperty::T_STR, "MY_CITY", 0, NULL }, }; void NVPropertyEditor(void) { NVProperty p; rprintf("\nWelcome to the Property Editor which allows reading/writing/erasing non volatile settings\r\n\r\n"); const char *help = "Properties cmds are:\r\n l (list properties), s (set e.g. s20=value), d (delete e.g. d20), q (quit)\r\n"; rprintf(help); while(true) { char buf[80]; memset(buf, 0, sizeof(buf)); rprintf("$ "); const char *cmd = ConsoleReadline(buf, (int)sizeof(buf), true); if (!cmd) continue; switch(*cmd) { case 'l': { int cnt = ARRAYLEN(propArray); rprintf("List of Properties:\r\n"); for (int i = 0; i < cnt; i++) { char tbuf[128]; const char *value = "(not set)"; memset(tbuf, 0, sizeof(tbuf)); if (propArray[i].type <= NVProperty::T_32BIT) { int val = p.GetProperty(propArray[i].id, NVProperty::NVP_ENOENT); if (val != NVProperty::NVP_ENOENT) { value = tbuf; snprintf(tbuf, sizeof(tbuf), "%d (0x%x) %s", val, val, getNiceName(propArray[i].id, val)); } } else if (propArray[i].type == NVProperty::T_STR) { const char *s = p.GetProperty(propArray[i].id, (const char *)NULL); if (s) value = s; } rprintf("%24s: %d=%s\r\n", propArray[i].name, propArray[i].id, value); wait_ms(2); // to flush buffers } rprintf("\r\n"); } break; case 'd': { int id = strtol(++cmd, NULL, 0); if (id < 1) { dprintf("invalid parameter"); break; } int cnt = ARRAYLEN(propArray); int slot = -1; for (int i = 0; i < cnt; i++) { if (propArray[i].id == id) { slot = i; break; } } if (slot == -1) dprintf("Property: %d not found in table", id); else { dprintf("Deleted Property: %d %s", id, propArray[slot].name); p.OpenPropertyStore(true); // enable for write p.EraseProperty(id); } } break; case 's': { char *v = (char *)strchr(++cmd, '='); if (!v) continue; *v++ = 0; int id = strtol(cmd, NULL, 0); if (id < 1) { dprintf("invalid parameter"); break; } int cnt = ARRAYLEN(propArray); int slot = -1; for (int i = 0; i < cnt; i++) { if (propArray[i].id == id) { slot = i; break; } } if (slot == -1) dprintf("Property: %d not found in table", id); else { dprintf("Set Property: %s: %d=%s", propArray[slot].name, id, v); p.OpenPropertyStore(true); // enable for write if (propArray[slot].type == NVProperty::T_STR) { p.SetProperty(id, p.T_STR, v, p.S_FLASH); } else if (propArray[slot].type <= NVProperty::T_32BIT) { p.SetProperty(id, p.T_32BIT, (int)strtoll(v, NULL, 0), p.S_FLASH); } } } break; case 'i': dump("Flash-Area", (void *)0x803c000, 2048); break; case 'r': dprintf("ReorgProperties"); p.ReorgProperties(); break; case 'q': return; default: rprintf(help); break; } } } static const char *getNiceName(int id, int val) { const char *name = ""; switch(id) { case NVProperty::LORA_RADIO_TYPE: if (val == 1) return "RS_Node_Offline"; else if (val == 2) return "RS_Node_Checking"; else if (val == 3) return "RS_Node_Online"; else if (val == 4) return "RS_Station_Basic"; else if (val == 5) return "RS_Station_Server"; break; default: break; } return name; } #endif