Wifi Configuration

\n"; const char ALERT_ERROR[] PROGMEM = "

\n"; const char DIV_E[] PROGMEM = "

\n"; const char BAUD_RATE_ID[] PROGMEM = "BAUD_RATE"; const char SLEEP_MODE_ID[] PROGMEM = "SLEEP_MODE"; const char NETWORK_ID[] PROGMEM = "NETWORK"; const char TITLE_SYSTEM[] PROGMEM = "System"; const char CHIP_ID_TITLE[] PROGMEM = "Chip ID: "; const char CPU_FREQ_TITLE[] PROGMEM = "CPU Frequency: "; const char FREE_MEM_TITLE[] PROGMEM = "Free Memory: "; const char UNIT_HZ [] PROGMEM = "Hz"; const char UNIT_OCTET[] PROGMEM = " octets"; const char UNIT_SECONDS[] PROGMEM = " second(s)"; const char SDK_VERSION_TITLE[] PROGMEM = "SDK Version: "; const char HTTP_START[] PROGMEM = "http://"; const char HTTP_MDNS_NAME[] PROGMEM = "mDNS name: "; const char HTTP_END[] PROGMEM = ".local"; const char SSDP_PROTOCOL_NAME[] PROGMEM = "SSDP Protocol： "; const char CAPTIVE_PORTAL_LABEL[] PROGMEM = "Captive Portal： "; const char VALUE_11B[] PROGMEM = "11b"; const char VALUE_11N[] PROGMEM = "11n"; const char VALUE_11G[] PROGMEM = "11g"; const char NETWORK_TITLE[] PROGMEM = "Network: "; const char VALUE_NONE[] PROGMEM = "None"; const char VALUE_LIGHT[] PROGMEM = "Light"; const char VALUE_MODEM[] PROGMEM = "Modem"; const char SLEEP_MODE_TITLE[] PROGMEM = "Sleep mode: "; const char BOOT_VERSION_TITLE[] PROGMEM = "Boot version: "; const char BAUD_RATE_TITLE[] PROGMEM = "Baud rate: "; const char ACCESS_POINT_TITLE[] PROGMEM = "Access Point"; const char VALUE_ENABLED[] PROGMEM = " (enabled)"; const char VALUE_DISABLED[] PROGMEM = " (disabled)"; const char MAC_ADDRESS_TITLE[] PROGMEM = "Mac address: "; const char MAC_LABEL[] PROGMEM = "Mac"; const char SSID_TITLE[] PROGMEM = "SSID: "; const char VALUE_NO[] PROGMEM = "No"; const char VALUE_YES[] PROGMEM = "Yes"; const char VISIBLE_TITLE[] PROGMEM = "Visible: "; const char CHANNEL_TITLE[] PROGMEM = "Channel: "; const char STATUS_TITLE[] PROGMEM = "Status: "; const char VALUE_WEP[] PROGMEM = "WEP"; const char VALUE_WPA[] PROGMEM = "WPA"; const char VALUE_WPA2[] PROGMEM = "WPA2"; const char VALUE_WPAWPA2[] PROGMEM = "WPA/WPA2"; const char VALUE_MAX[] PROGMEM = "MAX"; const char AUTENTIFICATION_TITLE[] PROGMEM = "Authentification: "; const char MAX_CONNECTION_TITLE[] PROGMEM = "Maximum connections : "; const char VALUE_STARTED[] PROGMEM = "Started"; const char VALUE_STOPPED[] PROGMEM = "Stopped"; const char DHCP_SERVER_TITLE[] PROGMEM = "DHCP Server: "; const char IP_TITLE[] PROGMEM = "IP: "; const char GATEWAY_TITLE[] PROGMEM = "Gateway: "; const char SUBNET_TITLE[] PROGMEM = "Subnet: "; const char CONNECTED_STATIONS[] PROGMEM = " connected station(s)"; const char NUMBER_LABEL[] PROGMEM = "#"; const char IP_LABEL[] PROGMEM = "IP"; const char STATION_TITLE[] PROGMEM = "Station"; const char CONNECTION_TO_TITLE[] PROGMEM = "Connection to: "; const char VALUE_CONNECTED[] PROGMEM = "Connected"; const char VALUE_NO_SSID[] PROGMEM = "SSID not Available!"; const char VALUE_CONNECTION_FAILED[] PROGMEM = "Connection failed!"; const char VALUE_CONNECTION_FAILED2[] PROGMEM = "Connection failed! (Wrong Password)"; const char VALUE_IDLE[] PROGMEM = "Idle"; const char VALUE_DISCONNECTED[] PROGMEM = "Disconnected"; const char DHCP_CLIENT_TITLE[] PROGMEM = "DHCP Client: "; const char ERROR_QUERY[] PROGMEM = "Error in query!!"; const char ERROR_WRITING_CHANGES[] PROGMEM = "Error in writing changes!!"; const char SAVED_CHANGES[] PROGMEM = "Change saved, restarting module..."; const char SUBMIT_ID[] PROGMEM = "SUBMIT"; const char BAUD_RATE_NAME[] PROGMEM = "Baud rate"; const char NETWORK_NAME[] PROGMEM = "Network"; const char SLEEP_MODE_NAME[] PROGMEM = "Sleep Mode"; const char VALUE_1[] PROGMEM = "1"; const char VALUE_2[] PROGMEM = "2"; const char VALUE_3[] PROGMEM = "3"; const char VALUE_4[] PROGMEM = "4"; const char VALUE_5[] PROGMEM = "5"; const char VALUE_10[] PROGMEM = "10"; const char VALUE_30[] PROGMEM = "30"; const char VALUE_60[] PROGMEM = "60"; const char VALUE_9600[] PROGMEM = "9600"; const char VALUE_19200[] PROGMEM = "19200"; const char VALUE_38400[] PROGMEM = "38400"; const char VALUE_57600[] PROGMEM = "57600"; const char VALUE_115200[] PROGMEM = "115200"; const char VALUE_230400[] PROGMEM = "230400"; const char VALUE_250000[] PROGMEM = "250000"; const char VALUE_SELECTED[] PROGMEM = "selected"; const char AP_1_ID[] PROGMEM = "AP1"; const char AP_2_ID[] PROGMEM = "AP2"; const char AP_3_ID[] PROGMEM = "AP3"; const char AP_4_ID[] PROGMEM = "AP4"; const char AP_5_ID[] PROGMEM = "AP5"; const char AP_6_ID[] PROGMEM = "AP6"; const char AP_7_ID[] PROGMEM = "AP7"; const char AP_8_ID[] PROGMEM = "AP8"; const char AP_9_ID[] PROGMEM = "AP9"; const char AP_10_ID[] PROGMEM = "AP10"; const char SSID_ID[] PROGMEM = "SSID"; const char PASSWORD_TITLE[] PROGMEM = "Password :"; const char PASSWORD_NAME[] PROGMEM = "Password"; const char PASSWORD_ID[] PROGMEM = "PASSWORD"; const char CHECKED_VALUE[] PROGMEM = "checked"; const char VISIBLE_NAME[] PROGMEM = "VISIBLE"; const char VISIBLE_LABEL[] PROGMEM = "Visible"; const char AUTENTIFICATION_ID[] PROGMEM = "AUTHENTIFICATION"; const char STATIC_IP_LABEL[] PROGMEM = "Static IP"; const char STATIC_IP_NAME[] PROGMEM = "STATIC_IP"; const char IP_NAME[] PROGMEM = "IP"; const char GATEWAY_ID[] PROGMEM = "GATEWAY"; const char CHANNEL_ID[] PROGMEM = "CHANNEL"; const char SUBNET_ID[] PROGMEM = "SUBNET"; const char GATEWAY_NAME[] PROGMEM = "Gateway"; const char SUBNET_NAME[] PROGMEM = "Subnet"; const char ERROR_INCORRECT_SSID[] PROGMEM = "Incorrect SSID : no space, limited to 33 char length"; const char ERROR_INCORRECT_PASSWORD[] PROGMEM = "Incorrect password : space not allowed, limited to 8~64 char length
"; const char ERROR_INCORRECT_PORT[] PROGMEM = "Incorrect port : 1~65000 only
"; const char ERROR_INCORRECT_PORT2[] PROGMEM = "Incorrect port : web port aannot be same as data port
"; const char ERROR_INCORRECT_IP_FORMAT[] PROGMEM = "Incorrect IP format, should be : xxx.xxx.xxx.xxx
"; const char SHOW_IP_BLOCK[] PROGMEM = "

"; const char HIDE_IP_BLOCK[] PROGMEM = "

"; const char AVAILABLE_APS[] PROGMEM = " AP(s) available"; const char RSSI_NAME[] PROGMEM = "Signal"; const char PROTECTED_NAME[] PROGMEM = "Protected"; const char WEB_PORT_TITLE[] PROGMEM = "Web port:"; const char DATA_PORT_TITLE[] PROGMEM = "Data port:"; const char WEB_PORT_ID[] PROGMEM = "WEBPORT"; const char DATA_PORT_ID[] PROGMEM = "DATAPORT"; const char PORT_DESC[]PROGMEM = "1~65000"; const char TEMP_SVG_1[]PROGMEM =""; const char DATA_S[]PROGMEM ="

"; const char DATA_E[]PROGMEM ="\n"; const char DIV_FLOW[]PROGMEM = "

"; const char DIV_SPEED[]PROGMEM ="

"; const char DIV_POSITION[]PROGMEM ="

"; const char DIV_STATUS[]PROGMEM ="

"; const char STATUS_1[]PROGMEM =""; const char PRINTER_1a[]PROGMEM ="

\n"; const char PRINTER_1b[]PROGMEM ="

\n"; const char PRINTER_1c[]PROGMEM ="
\n"; const char PRINTER_1d[]PROGMEM ="

Speed:% \n"; const char PRINTER_1e[]PROGMEM ="Flow:%

\n"; const char PRINTER_1f[]PROGMEM ="

Info:

\n"; const char PRINTER_1g[]PROGMEM ="

Error:

\n"; const char PRINTER_1h[]PROGMEM ="

Status:

\n"; const char PRINTER_1_a_1[]PROGMEM="

"; const char PRINTER_2[]PROGMEM ="

\n\n"; const char PRINTER_4[]PROGMEM ="\n"; const char DIV_ERRORMSG[]PROGMEM ="

\n"; const char DIV_INFOMSG[]PROGMEM ="

\n"; const char DIV_STATUSMSG[]PROGMEM ="

\n"; const char COMMAND_ID[]PROGMEM ="COM"; const char PARAM_ID[]PROGMEM ="PARAM"; const char POLLING_TITLE[]PROGMEM ="Refresh Web page (s):"; const char POLLING_NAME[]PROGMEM ="Refresh printer status every :"; const char POLLING_ID[]PROGMEM ="POLLING"; const char TEXT_HTML[]PROGMEM ="text/html"; const char RESTARTCMD [] PROGMEM =""; const char RESTARTINGMSG [] PROGMEM = "Restarting, please wait.... "; #define TEMP_SVG(temperature,target,description) buffer2send+=(FPSTR(TEMP_SVG_1));buffer2send+=(FPSTR(TEMP_SVG_2));buffer2send+=(FPSTR(TEMP_SVG_3));buffer2send+=(FPSTR(TEMP_SVG_4));buffer2send+=(FPSTR(TEMP_SVG_5));buffer2send+=String(target+10); buffer2send+=(FPSTR(TEMP_SVG_6));buffer2send+=String(target+10); buffer2send+=(FPSTR(TEMP_SVG_7));buffer2send+=(FPSTR(TEMP_SVG_8));buffer2send+=String(temperature+5);buffer2send+=(FPSTR(TEMP_SVG_9));buffer2send+=String(temperature+15);buffer2send+=(FPSTR(TEMP_SVG_10));buffer2send+=String(temperature+10);buffer2send+=(FPSTR(TEMP_SVG_11));buffer2send+=String(temperature+5);buffer2send+=(FPSTR(TEMP_SVG_12));buffer2send+=String(temperature+15);buffer2send+=(FPSTR(TEMP_SVG_13));buffer2send+=String(temperature+10);buffer2send+=(FPSTR(TEMP_SVG_14));buffer2send+=description;buffer2send+=(FPSTR(TEMP_SVG_15));buffer2send+=(FPSTR(TEMP_SVG_16)); #define MSG_SUCCESS(msg) buffer2send+=(FPSTR(ALERT_SUCCESS));buffer2send+=(msg);buffer2send+=(FPSTR(DIV_E)); #define MSG_ERROR(msg) buffer2send+=(FPSTR(ALERT_ERROR));buffer2send+=(msg);buffer2send+=(FPSTR(DIV_E)); #define OPTION(value, selected,content) buffer2send+=(FPSTR(FORM_OPTION_1));buffer2send+=(value);buffer2send+=(FPSTR(FORM_OPTION_2));buffer2send+=(selected);buffer2send+=(FPSTR(FORM_OPTION_3));buffer2send+=(content);buffer2send+=(FPSTR(FORM_OPTION_4)); #define SELECT_START(id,label,name) buffer2send+=(FPSTR(FORM_INPUT_1));buffer2send+=(id);buffer2send+=(FPSTR(FORM_INPUT_2));buffer2send+=(label);buffer2send+=(FPSTR(FORM_SELECT_1));buffer2send+=(name);buffer2send+=(FPSTR(FORM_SELECT_2));buffer2send+=(id);buffer2send+=(FPSTR(FORM_SELECT_3)); #define SELECT_START_ERROR(id,label,name) buffer2send+=(FPSTR(FORM_INPUT_1_ERROR));buffer2send+=(id);buffer2send+=(FPSTR(FORM_INPUT_2));buffer2send+=(label);buffer2send+=(FPSTR(FORM_SELECT_1));buffer2send+=(name);buffer2send+=(FPSTR(FORM_SELECT_2));buffer2send+=(id);buffer2send+=(FPSTR(FORM_SELECT_3)); #define SELECT_END buffer2send+=(FPSTR(FORM_SELECT_END)); #define INPUT_TEXT( id,label, name,placeholder,value) buffer2send+=(FPSTR(FORM_INPUT_1));buffer2send+=(id);buffer2send+=(FPSTR(FORM_INPUT_2));buffer2send+=(label);buffer2send+=(FPSTR(FORM_INPUT_3));buffer2send+=(id);buffer2send+=(FPSTR(FORM_INPUT_4));buffer2send+=(name);buffer2send+=(FPSTR(FORM_INPUT_5));buffer2send+=(placeholder);buffer2send+=(FPSTR(FORM_INPUT_6));buffer2send+=(value);buffer2send+=(FPSTR(FORM_INPUT_7)); #define INPUT_TEXT_ERROR( id,label, name,placeholder,value) buffer2send+=(FPSTR(FORM_INPUT_1_ERROR));buffer2send+=(id);buffer2send+=(FPSTR(FORM_INPUT_2));buffer2send+=(label);buffer2send+=(FPSTR(FORM_INPUT_3));buffer2send+=(id);buffer2send+=(FPSTR(FORM_INPUT_4));buffer2send+=(name);buffer2send+=(FPSTR(FORM_INPUT_5));buffer2send+=(placeholder);buffer2send+=(FPSTR(FORM_INPUT_6));buffer2send+=(value);buffer2send+=(FPSTR(FORM_INPUT_7)); #define INPUT_PASSWORD( id,label, name,placeholder,value) buffer2send+=(FPSTR(FORM_INPUT_1));buffer2send+=(id);buffer2send+=(FPSTR(FORM_INPUT_2));buffer2send+=(label);buffer2send+=(FPSTR(FORM_INPUT_3P));buffer2send+=(id);buffer2send+=(FPSTR(FORM_INPUT_4));buffer2send+=(name);buffer2send+=(FPSTR(FORM_INPUT_5));buffer2send+=(placeholder);buffer2send+=(FPSTR(FORM_INPUT_6));buffer2send+=(value);buffer2send+=(FPSTR(FORM_INPUT_7)); #define INPUT_PASSWORD_ERROR( id,label, name,placeholder,value) buffer2send+=(FPSTR(FORM_INPUT_1_ERROR));buffer2send+=(id);buffer2send+=(FPSTR(FORM_INPUT_2));buffer2send+=(label);buffer2send+=(FPSTR(FORM_INPUT_3P));buffer2send+=(id);buffer2send+=(FPSTR(FORM_INPUT_4));buffer2send+=(name);buffer2send+=(FPSTR(FORM_INPUT_5));buffer2send+=(placeholder);buffer2send+=(FPSTR(FORM_INPUT_6));buffer2send+=(value);buffer2send+=(FPSTR(FORM_INPUT_7)); #define INPUT_CHECKBOX(name,label,status) buffer2send+=(FPSTR(FORM_CHECKBOX_1));buffer2send+=(name);buffer2send+=(FPSTR(FORM_CHECKBOX_2));buffer2send+=(status);buffer2send+=(FPSTR(FORM_CHECKBOX_3));buffer2send+=(label);buffer2send+=(FPSTR(FORM_CHECKBOX_4)); #define LABEL( title, value) buffer2send+=(FPSTR(LABEL_START)); buffer2send+=(title);buffer2send+=(FPSTR(LABEL_COLOR));buffer2send+=(value);buffer2send+=(FPSTR(LABEL_END));buffer2send+=(FPSTR(BR)); #define LABEL_UNITS(title, value,units) buffer2send+=(FPSTR(LABEL_START)); buffer2send+=(title);buffer2send+=(FPSTR(LABEL_COLOR));buffer2send+=(value);buffer2send+=(units);buffer2send+=(FPSTR(LABEL_END));buffer2send+=(FPSTR(BR)); #define TH_ENTRY(entry) buffer2send+=(FPSTR(TH_S));buffer2send+=(entry);buffer2send+=(FPSTR(TH_E)); #define THR_ENTRY(entry) buffer2send+=(FPSTR(TH_S));buffer2send+=(entry);buffer2send+=(FPSTR(TH_E)); #define TD_ENTRY(entry) buffer2send+=(FPSTR(TD_S));buffer2send+=(entry);buffer2send+=(FPSTR(TD_E)); #define TOPBAR(IP,menu) buffer2send+=(FPSTR(NAV_START)); buffer2send+=(FPSTR(NAV_LEFT_PART1)) ; buffer2send+=(menu==1?FPSTR(NAV_ELEMENT_ACTIVE):FPSTR(EMPTY_STRING)) ; buffer2send+=(FPSTR(NAV_LEFT_PART2a) ); buffer2send+=(IP); buffer2send+=(FPSTR(NAV_LEFT_PART2b));buffer2send+=(menu==2?FPSTR(NAV_ELEMENT_ACTIVE):FPSTR(EMPTY_STRING)) ; buffer2send+=(FPSTR(NAV_LEFT_PART3a) ); buffer2send+=(IP); buffer2send+=(FPSTR(NAV_LEFT_PART3b));buffer2send+=(menu==3?FPSTR(NAV_ELEMENT_ACTIVE):FPSTR(EMPTY_STRING)) ; buffer2send+=(FPSTR(NAV_LEFT_PART4a) ); buffer2send+=(IP); buffer2send+=(FPSTR(NAV_LEFT_PART4b)); buffer2send+=(menu==4?FPSTR(NAV_ELEMENT_ACTIVE):FPSTR(EMPTY_STRING)) ; buffer2send+=(FPSTR(NAV_LEFT_PART5a) ); buffer2send+=(IP); buffer2send+=(FPSTR(NAV_LEFT_PART5b));buffer2send+=(menu==5?FPSTR(NAV_ELEMENT_ACTIVE):FPSTR(EMPTY_STRING)) ; buffer2send+=(FPSTR(NAV_LEFT_PART6a) ); buffer2send+=(IP); buffer2send+=(FPSTR(NAV_LEFT_PART6b));buffer2send+=(FPSTR(NAV_RIGHT_PART)) ; buffer2send+=(FPSTR(NAV_END)); #define STATUS_SVG(color) buffer2send+=(FPSTR(STATUS_1));buffer2send+=(color);buffer2send+=(FPSTR(STATUS_2)); bool WEBINTERFACE_CLASS::isSSIDValid(const char * ssid) { //limited size char c; if (strlen(ssid)>MAX_SSID_LENGH || strlen(ssid)MAX_PASSWORD_LENGH)|| (strlen(password)15 || strlen(IP)==0) return false; //cannot start with . if (IP[0]=='.')return false; //only letter and digit for (int i=0;i < strlen(IP);i++) { c = IP[i]; if (isdigit(c)) {//only 3 digit at once internalcount++; previouswasdot=false; if (internalcount>3)return false; } else if(c=='.') { //cannot have 2 dots side by side if (previouswasdot)return false; previouswasdot=true; internalcount=0; dotcount++; }//if not a dot neither a digit it is wrong else return false; } //if not 3 dots then it is wrong if (dotcount!=3)return false; //cannot have the last dot as last char if (IP[strlen(IP)-1]=='.')return false; return true; } void add_css(String & buffer2send) { buffer2send+=FPSTR(CSS_START); #ifdef USE_CSS_FEATURE buffer2send+=FPSTR(CSS_1); buffer2send+=FPSTR(CSS_2); buffer2send+=FPSTR(CSS_3); buffer2send+=FPSTR(CSS_4); buffer2send+=FPSTR(CSS_5); buffer2send+=FPSTR(CSS_6); buffer2send+=FPSTR(CSS_7); buffer2send+=FPSTR(CSS_8); buffer2send+=FPSTR(CSS_9); buffer2send+=FPSTR(CSS_10); buffer2send+=FPSTR(CSS_11); buffer2send+=FPSTR(CSS_12); buffer2send+=FPSTR(CSS_13); buffer2send+=FPSTR(CSS_14); buffer2send+=FPSTR(CSS_15); buffer2send+=FPSTR(CSS_16); buffer2send+=FPSTR(CSS_17); buffer2send+=FPSTR(CSS_18); buffer2send+=FPSTR(CSS_19); buffer2send+=FPSTR(CSS_20); buffer2send+=FPSTR(CSS_21); buffer2send+=FPSTR(CSS_22); buffer2send+=FPSTR(CSS_23); buffer2send+=FPSTR(CSS_24_1); buffer2send+=FPSTR(CSS_24_2); buffer2send+=FPSTR(CSS_24_3); buffer2send+=FPSTR(CSS_25); buffer2send+=FPSTR(CSS_26); buffer2send+=FPSTR(CSS_27_1); buffer2send+=FPSTR(CSS_27_2); buffer2send+=FPSTR(CSS_28); buffer2send+=FPSTR(CSS_29); buffer2send+=FPSTR(CSS_30); buffer2send+=FPSTR(CSS_31); buffer2send+=FPSTR(CSS_32); buffer2send+=FPSTR(CSS_33); buffer2send+=FPSTR(CSS_34); buffer2send+=FPSTR(CSS_35); buffer2send+=FPSTR(CSS_36); buffer2send+=FPSTR(CSS_37); buffer2send+=FPSTR(CSS_38); #else buffer2send+=FPSTR(CSS_1); buffer2send+=FPSTR(CSS_2); buffer2send+=FPSTR(CSS_3); #endif buffer2send+=FPSTR(CSS_END); } //cannot put it in class then cast it as std::function so put outside void handle_web_interface_root() { String IP; String buffer2send=""; String sstatus; struct softap_config apconfig; struct ip_info info; byte bbuf; int istatus; int lstatus; uint8_t mac [WL_MAC_ADDR_LENGTH]; if (wifi_get_opmode()==WIFI_STA ) IP=wifi_config.ip2str(WiFi.localIP()); else IP=wifi_config.ip2str(WiFi.softAPIP()); if (wifi_config.iweb_port!=80) { IP+=":"; IP+=String(wifi_config.iweb_port); } buffer2send+=(FPSTR(PAGE_HEAD_1)); add_css (buffer2send); buffer2send+=(FPSTR(PAGE_HEAD_2)); //top bar TOPBAR(IP.c_str(),1) //system part buffer2send+=(FPSTR(PANEL_TOP)); buffer2send+=(FPSTR(TITLE_SYSTEM)); buffer2send+=(FPSTR(PANEL_START)); LABEL(FPSTR(CHIP_ID_TITLE),String(system_get_chip_id()).c_str()) LABEL_UNITS(FPSTR(CPU_FREQ_TITLE),String(system_get_cpu_freq()).c_str(),FPSTR(UNIT_HZ)) LABEL_UNITS(FPSTR(FREE_MEM_TITLE),String(system_get_free_heap_size()).c_str(),FPSTR(UNIT_OCTET)) LABEL(FPSTR(SDK_VERSION_TITLE),system_get_sdk_version()) #ifdef MDNS_FEATURE sstatus = FPSTR(HTTP_START); sstatus+=FPSTR(LOCAL_NAME); LABEL_UNITS(FPSTR(HTTP_MDNS_NAME),sstatus.c_str(),FPSTR(HTTP_END)) #endif #ifdef CAPTIVE_PORTAL_FEATURE if (wifi_get_opmode()!=WIFI_STA ) { LABEL(FPSTR(CAPTIVE_PORTAL_LABEL),FPSTR(VALUE_YES)) } #endif #ifdef SSDP_FEATURE LABEL(FPSTR(SSDP_PROTOCOL_NAME),FPSTR(VALUE_YES)) #endif istatus = wifi_get_phy_mode(); if (istatus==PHY_MODE_11B) sstatus=FPSTR(VALUE_11B); else if (istatus==PHY_MODE_11G) sstatus=FPSTR(VALUE_11G); else sstatus=FPSTR(VALUE_11N); LABEL(FPSTR(NETWORK_TITLE),sstatus.c_str()) istatus = wifi_get_sleep_type(); if (istatus==NONE_SLEEP_T) sstatus=FPSTR(VALUE_NONE); else if (istatus==LIGHT_SLEEP_T) sstatus=FPSTR(VALUE_LIGHT); else sstatus=FPSTR(VALUE_MODEM); LABEL(FPSTR(SLEEP_MODE_TITLE),sstatus.c_str()) LABEL(FPSTR(BOOT_VERSION_TITLE),String(system_get_boot_version()).c_str()) istatus=0; if (!CONFIG::read_buffer(EP_BAUD_RATE, (byte *)&lstatus , INTEGER_LENGH))lstatus=0; LABEL(FPSTR(BAUD_RATE_TITLE),String(lstatus).c_str()) istatus=0; if (!CONFIG::read_buffer(EP_WEB_PORT, (byte *)&istatus , INTEGER_LENGH))istatus=0; LABEL(FPSTR(WEB_PORT_TITLE),String(istatus).c_str()) istatus=0; if (!CONFIG::read_buffer(EP_DATA_PORT, (byte *)&istatus , INTEGER_LENGH))istatus=0; LABEL(FPSTR(DATA_PORT_TITLE),String(istatus).c_str()) if (!CONFIG::read_byte(EP_POLLING_TIME, &bbuf ))bbuf=DEFAULT_POLLING_TIME; LABEL_UNITS(FPSTR(POLLING_NAME),String(bbuf).c_str(),FPSTR(UNIT_SECONDS)) buffer2send+=(FPSTR(PANEL_END)); //access point buffer2send+=(FPSTR(PANEL_TOP)); buffer2send+=(FPSTR(ACCESS_POINT_TITLE)); if(wifi_get_opmode()==WIFI_AP || wifi_get_opmode()==WIFI_AP_STA) buffer2send+=(FPSTR(VALUE_ENABLED)); else buffer2send+=(FPSTR(VALUE_DISABLED)); buffer2send+=(FPSTR(PANEL_START)); LABEL(FPSTR(MAC_ADDRESS_TITLE),wifi_config.mac2str(WiFi.softAPmacAddress(mac))) if (wifi_get_opmode()==WIFI_AP || wifi_get_opmode()==WIFI_AP_STA) { if (wifi_softap_get_config(&apconfig)) { LABEL(FPSTR(SSID_TITLE),(char *)(apconfig.ssid)) if(apconfig.ssid_hidden==1)sstatus=FPSTR(VALUE_NO); else sstatus=FPSTR(VALUE_YES); LABEL(FPSTR(VISIBLE_TITLE),sstatus.c_str()) LABEL(FPSTR(CHANNEL_TITLE),String(apconfig.channel).c_str()) if (apconfig.authmode==AUTH_OPEN)sstatus=FPSTR(VALUE_NONE); else if (apconfig.authmode==AUTH_WEP)sstatus=FPSTR(VALUE_WEP); else if (apconfig.authmode==AUTH_WPA_PSK)sstatus=FPSTR(VALUE_WPA); else if (apconfig.authmode==AUTH_WPA2_PSK)sstatus=FPSTR(VALUE_WPA2); else if (apconfig.authmode==AUTH_WPA_WPA2_PSK)sstatus=FPSTR(VALUE_WPAWPA2); else sstatus=FPSTR(VALUE_MAX); //what is this one ? WPS ? Cannot find information LABEL(FPSTR(AUTENTIFICATION_TITLE),sstatus.c_str()) LABEL(FPSTR(MAX_CONNECTION_TITLE),String(apconfig.max_connection).c_str()) } if (wifi_softap_dhcps_status()==DHCP_STARTED)sstatus=FPSTR(VALUE_STARTED); else sstatus=FPSTR(VALUE_STOPPED); LABEL(FPSTR(DHCP_SERVER_TITLE),sstatus.c_str()) if (wifi_get_ip_info(SOFTAP_IF,&info)) { LABEL(FPSTR(IP_TITLE),wifi_config.ip2str(info.ip.addr)) LABEL(FPSTR(GATEWAY_TITLE),wifi_config.ip2str(info.gw.addr)) LABEL(FPSTR(SUBNET_TITLE),wifi_config.ip2str(info.netmask.addr)) } //List number of client istatus = 0; sstatus=""; struct station_info * station = wifi_softap_get_station_info(); struct station_info * stationtmp = station; //get total number of connected clients while(stationtmp) { istatus++; stationtmp = STAILQ_NEXT(stationtmp, next); yield(); } //start table as at least one connected buffer2send+=(FPSTR(TABLE_START)); buffer2send+=(FPSTR(CAPTION_S)); buffer2send+=(String(istatus).c_str()); buffer2send+=(FPSTR(CONNECTED_STATIONS)); buffer2send+=(FPSTR(CAPTION_E)); buffer2send+=(FPSTR(THEAD_S)); buffer2send+=(FPSTR(TR_S)); TH_ENTRY(FPSTR(NUMBER_LABEL)) TH_ENTRY(FPSTR(MAC_LABEL)) TH_ENTRY(FPSTR(IP_LABEL)) buffer2send+=(FPSTR(TR_E)); buffer2send+=(FPSTR(THEAD_E)); buffer2send+=(FPSTR(TBODY_S)); istatus=0; while(station) { yield(); istatus++; //display each client buffer2send+=(FPSTR(TR_S)); THR_ENTRY(String(istatus).c_str()) TD_ENTRY(wifi_config.mac2str(station->bssid)) TD_ENTRY(wifi_config.ip2str((byte *)&station->ip)) buffer2send+=(FPSTR(TR_E)); station = STAILQ_NEXT(station, next); } buffer2send+=(FPSTR(TBODY_E)); //close table buffer2send+=(FPSTR(TABLE_END)); wifi_softap_free_station_info(); } buffer2send+=(FPSTR(PANEL_END)); buffer2send+=(FPSTR(PANEL_TOP)); buffer2send+=(FPSTR(STATION_TITLE)); if(wifi_get_opmode()==WIFI_STA || wifi_get_opmode()==WIFI_AP_STA) buffer2send+=(FPSTR(VALUE_ENABLED)); else buffer2send+=(FPSTR(VALUE_DISABLED)); buffer2send+=(FPSTR(PANEL_START)); LABEL(FPSTR(MAC_ADDRESS_TITLE),wifi_config.mac2str(WiFi.macAddress(mac))) if(wifi_get_opmode()==WIFI_STA || wifi_get_opmode()==WIFI_AP_STA) { LABEL(FPSTR(CONNECTION_TO_TITLE),WiFi.SSID()) LABEL(FPSTR(CHANNEL_TITLE),String(wifi_get_channel()).c_str()) istatus = wifi_station_get_connect_status(); if (istatus==STATION_GOT_IP) sstatus=FPSTR(VALUE_CONNECTED); else if (istatus==STATION_NO_AP_FOUND) sstatus=FPSTR(VALUE_NO_SSID); else if (istatus==STATION_CONNECT_FAIL) sstatus=FPSTR(VALUE_CONNECTION_FAILED); else if (istatus==STATION_WRONG_PASSWORD) sstatus=FPSTR(VALUE_CONNECTION_FAILED2); else if (istatus==STATION_IDLE) sstatus=FPSTR(VALUE_IDLE);//should not happen else sstatus=FPSTR(VALUE_DISCONNECTED); LABEL(FPSTR(STATUS_TITLE),sstatus.c_str()) if (wifi_station_dhcpc_status()==DHCP_STARTED)sstatus=FPSTR(VALUE_STARTED); else sstatus=FPSTR(VALUE_STOPPED); LABEL(FPSTR(DHCP_CLIENT_TITLE),sstatus.c_str()) LABEL(FPSTR(IP_TITLE),wifi_config.ip2str(WiFi.localIP())) LABEL(FPSTR(GATEWAY_TITLE),wifi_config.ip2str(WiFi.gatewayIP())) LABEL(FPSTR(SUBNET_TITLE),wifi_config.ip2str(WiFi.subnetMask())) } buffer2send+=(FPSTR(PANEL_END)); buffer2send+=(FPSTR(PAGE_BOTTOM)); web_interface->WebServer.send(200, "text/html", buffer2send); } void handle_web_interface_configSys() { String stmp,smsg; String buffer2send =""; byte bflag=0; char error_display[4]={0,0,0,0}; bool msg_alert_error=false; bool msg_alert_success=false; long ibaud=0; int iweb_port =0; int idata_port =0; byte bsleepmode=0; byte polling_time=3; //check is it is a submission or a display if (web_interface->WebServer.hasArg(String(FPSTR(SUBMIT_ID)).c_str())) { //is there a correct list of values? if (web_interface->WebServer.hasArg(String(FPSTR(BAUD_RATE_ID)).c_str()) && web_interface->WebServer.hasArg(String(FPSTR(SLEEP_MODE_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(POLLING_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(WEB_PORT_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(DATA_PORT_ID)).c_str())) { //is each value correct ? ibaud = atol(web_interface->WebServer.arg(String(FPSTR(BAUD_RATE_ID)).c_str()).c_str()); iweb_port = atol(web_interface->WebServer.arg(String(FPSTR(WEB_PORT_ID)).c_str()).c_str()); idata_port = atoi(web_interface->WebServer.arg(String(FPSTR(DATA_PORT_ID)).c_str()).c_str()); bsleepmode = atoi(web_interface->WebServer.arg(String(FPSTR(SLEEP_MODE_ID)).c_str()).c_str()); polling_time = atoi(web_interface->WebServer.arg(String(FPSTR(POLLING_ID)).c_str()).c_str()); if (!(iweb_port>0 && iweb_port<65001) || !(idata_port>0 && idata_port<65001)) { msg_alert_error=true; smsg=FPSTR(ERROR_INCORRECT_PORT); } if (iweb_port== idata_port) { msg_alert_error=true; smsg=FPSTR(ERROR_INCORRECT_PORT2); } if (!(ibaud==9600 || ibaud==19200|| ibaud==38400|| ibaud==57600|| ibaud==115200|| ibaud==230400 || ibaud==250000) || !(bsleepmode==NONE_SLEEP_T ||bsleepmode==LIGHT_SLEEP_T ||bsleepmode==MODEM_SLEEP_T )|| !(polling_time==1 || polling_time==2 ||polling_time==3 || polling_time==4 ||polling_time==5 ||polling_time==10 ||polling_time==30 ||polling_time==60)) { msg_alert_error=true; smsg=FPSTR(ERROR_QUERY); } } else { msg_alert_error=true; smsg=FPSTR(ERROR_QUERY); } //if no error apply the changes if (msg_alert_error!=true) { if(!CONFIG::write_buffer(EP_BAUD_RATE,(const byte *)&ibaud,INTEGER_LENGH)||!CONFIG::write_buffer(EP_WEB_PORT,(const byte *)&iweb_port,INTEGER_LENGH)||!CONFIG::write_buffer(EP_DATA_PORT,(const byte *)&idata_port,INTEGER_LENGH)||!CONFIG::write_byte(EP_SLEEP_MODE,bsleepmode)||!CONFIG::write_byte(EP_POLLING_TIME,polling_time)) { msg_alert_error=true; smsg=FPSTR(ERROR_WRITING_CHANGES); } else if (!msg_alert_error) { msg_alert_success=true; wifi_config.iweb_port=iweb_port; wifi_config.idata_port=idata_port; smsg=FPSTR(SAVED_CHANGES); } } } else { if (!CONFIG::read_buffer(EP_BAUD_RATE, (byte *)&ibaud , INTEGER_LENGH))ibaud=DEFAULT_BAUD_RATE; if (!CONFIG::read_byte(EP_SLEEP_MODE, &bsleepmode ))bsleepmode=DEFAULT_SLEEP_MODE; if (!CONFIG::read_buffer(EP_WEB_PORT, (byte *)&iweb_port , INTEGER_LENGH))ibaud=DEFAULT_WEB_PORT; if (!CONFIG::read_buffer(EP_DATA_PORT, (byte *)&idata_port , INTEGER_LENGH))ibaud=DEFAULT_DATA_PORT; if (!CONFIG::read_byte(EP_POLLING_TIME, &polling_time ))polling_time=DEFAULT_POLLING_TIME; } if (wifi_get_opmode()==WIFI_STA ) stmp=wifi_config.ip2str(WiFi.localIP()); else stmp=wifi_config.ip2str(WiFi.softAPIP()); if (wifi_config.iweb_port!=80) { stmp+=":"; stmp+=String(wifi_config.iweb_port); } buffer2send+=(FPSTR(PAGE_HEAD_1)); add_css (buffer2send); buffer2send+=(FPSTR(PAGE_HEAD_2)); TOPBAR(stmp.c_str(),2) buffer2send+=(FPSTR(PANEL_TOP)); buffer2send+=(FPSTR(TITLE_SYSTEM)); buffer2send+=(FPSTR(PANEL_START)); buffer2send+=(FPSTR(FORM_START)); //baud rate SELECT_START(FPSTR(AP_1_ID),FPSTR(BAUD_RATE_NAME),FPSTR(BAUD_RATE_ID)) if (ibaud==9600)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_9600), stmp.c_str(),FPSTR(VALUE_9600)) if (ibaud==19200)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_19200), stmp.c_str(),FPSTR(VALUE_19200)) if (ibaud==38400)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_38400), stmp.c_str(),FPSTR(VALUE_38400)) if (ibaud==57600)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_57600), stmp.c_str(),FPSTR(VALUE_57600)) if (ibaud==115200)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_115200), stmp.c_str(),FPSTR(VALUE_115200)) if (ibaud==230400)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_230400), stmp.c_str(),FPSTR(VALUE_230400)) if (ibaud==250000)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_250000), stmp.c_str(),FPSTR(VALUE_250000)) SELECT_END // buffer2send+=(FPSTR(BR)); //sleep mode SELECT_START(FPSTR(AP_2_ID),FPSTR(SLEEP_MODE_NAME),FPSTR(SLEEP_MODE_ID)) if (bsleepmode==NONE_SLEEP_T)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(NONE_SLEEP_T).c_str(), stmp.c_str(),FPSTR(VALUE_NONE)) if (bsleepmode==LIGHT_SLEEP_T)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(LIGHT_SLEEP_T).c_str(), stmp.c_str(),FPSTR(VALUE_LIGHT)) if (bsleepmode==MODEM_SLEEP_T)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(MODEM_SLEEP_T).c_str(), stmp.c_str(),FPSTR(VALUE_MODEM)) SELECT_END //web port if(error_display[2]==0) { INPUT_TEXT( FPSTR(AP_3_ID),FPSTR(WEB_PORT_TITLE), FPSTR(WEB_PORT_ID),FPSTR(PORT_DESC),String(iweb_port).c_str()) } else { INPUT_TEXT_ERROR( FPSTR(AP_3_ID),FPSTR(WEB_PORT_TITLE), FPSTR(WEB_PORT_ID),FPSTR(PORT_DESC),String(iweb_port).c_str()) } //data port if(error_display[3]==0) { INPUT_TEXT( FPSTR(AP_4_ID),FPSTR(DATA_PORT_TITLE), FPSTR(DATA_PORT_ID),FPSTR(PORT_DESC),String(idata_port).c_str()) } else { INPUT_TEXT_ERROR( FPSTR(AP_4_ID),FPSTR(DATA_PORT_TITLE), FPSTR(DATA_PORT_ID),FPSTR(PORT_DESC),String(idata_port).c_str()) } //polling SELECT_START(FPSTR(AP_10_ID),FPSTR(POLLING_TITLE),FPSTR(POLLING_ID)) if (polling_time==1)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_1), stmp.c_str(),FPSTR(VALUE_1)) if (polling_time==2)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_2), stmp.c_str(),FPSTR(VALUE_2)) if (polling_time==3)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_3), stmp.c_str(),FPSTR(VALUE_3)) if (polling_time==4)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_4), stmp.c_str(),FPSTR(VALUE_4)) if (polling_time==5)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_5), stmp.c_str(),FPSTR(VALUE_5)) if (polling_time==10)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_10), stmp.c_str(),FPSTR(VALUE_10)) if (polling_time==30)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_30), stmp.c_str(),FPSTR(VALUE_30)) if (polling_time==60)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(FPSTR(VALUE_60), stmp.c_str(),FPSTR(VALUE_60)) SELECT_END if(msg_alert_error) { MSG_ERROR(smsg.c_str()) buffer2send+=(FPSTR(FORM_SUBMIT)); } else if(msg_alert_success) { MSG_SUCCESS(smsg.c_str()) } else buffer2send+=(FPSTR(FORM_SUBMIT)); buffer2send+=(FPSTR(FORM_END)); buffer2send+=(FPSTR(PANEL_END)); if (msg_alert_success && !msg_alert_error) { buffer2send+= FPSTR(RESTARTCMD); } buffer2send+=(FPSTR(PAGE_BOTTOM)); web_interface->WebServer.send(200, "text/html", buffer2send); } void handle_web_interface_configAP() { String stmp,smsg; String buffer2send =""; char sbuf[MAX_PASSWORD_LENGH+1]; char error_display[9]={0,0,0,0,0,0,0,0,0}; char password_buf[MAX_PASSWORD_LENGH+1]; char ssid_buf[MAX_SSID_LENGH+1]; char ip_buf[15+1]; byte ip_sav[4]; byte gw_sav[4]; byte msk_sav[4]; char gw_buf[15+1]; char msk_buf[15+1]; byte visible_buf; byte static_ip_buf; byte auth_buf; byte channel_buf; byte phy_mode_buf; byte bflag=0; bool msg_alert_error=false; bool msg_alert_success=false; //check is it is a submission or a display smsg=""; if (web_interface->WebServer.hasArg(String(FPSTR(SUBMIT_ID)).c_str())) { //is there a correct list of values? if (web_interface->WebServer.hasArg(String(FPSTR(SSID_ID)).c_str()) && web_interface->WebServer.hasArg(String(FPSTR(PASSWORD_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(NETWORK_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(AUTENTIFICATION_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(IP_NAME)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(GATEWAY_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(SUBNET_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(CHANNEL_ID)).c_str())) { //ssid if (web_interface->WebServer.arg(String(FPSTR(SSID_ID)).c_str()).length() > MAX_SSID_LENGH) { stmp = web_interface->WebServer.arg(String(FPSTR(SSID_ID)).c_str()).substring(0,MAX_SSID_LENGH); msg_alert_error=true; error_display[0]=1; smsg+=FPSTR(ERROR_INCORRECT_SSID); web_interface->urldecode(ssid_buf,stmp.c_str()); } else web_interface->urldecode(ssid_buf,web_interface->WebServer.arg(String(FPSTR(SSID_ID)).c_str()).c_str()); if (!web_interface->isSSIDValid(ssid_buf)) { msg_alert_error=true; smsg+=FPSTR(ERROR_INCORRECT_SSID); error_display[0]=1; } if (web_interface->WebServer.arg(String(FPSTR(PASSWORD_ID)).c_str()).length() > MAX_PASSWORD_LENGH) { stmp = web_interface->WebServer.arg(String(FPSTR(PASSWORD_ID)).c_str()).substring(0,MAX_PASSWORD_LENGH); msg_alert_error=true; error_display[0]=2; smsg+=FPSTR(ERROR_INCORRECT_PASSWORD); web_interface->urldecode(password_buf,stmp.c_str()); } else web_interface->urldecode(password_buf,web_interface->WebServer.arg(String(FPSTR(PASSWORD_ID)).c_str()).c_str()); if (!web_interface->isPasswordValid(password_buf)) { msg_alert_error=true; smsg+=FPSTR(ERROR_INCORRECT_PASSWORD); error_display[2]=1; } //ssid visible ? if (web_interface->WebServer.hasArg(String(FPSTR(VISIBLE_NAME)).c_str())) { visible_buf=1; } else { visible_buf=0; } //phy mode phy_mode_buf = atoi(web_interface->WebServer.arg(String(FPSTR(NETWORK_ID)).c_str()).c_str()); if (!(phy_mode_buf==PHY_MODE_11B||phy_mode_buf==PHY_MODE_11G) ) { msg_alert_error=true; smsg+=FPSTR(ERROR_QUERY); } //channel channel_buf = atoi(web_interface->WebServer.arg(String(FPSTR(CHANNEL_ID)).c_str()).c_str()); if (channel_buf< 1|| channel_buf>11) { msg_alert_error=true; smsg+=FPSTR(ERROR_QUERY); } //authentification auth_buf = atoi(web_interface->WebServer.arg(String(FPSTR(AUTENTIFICATION_ID)).c_str()).c_str()); if (!(auth_buf==AUTH_OPEN||auth_buf==AUTH_WEP||auth_buf==AUTH_WPA_PSK||auth_buf==AUTH_WPA2_PSK||auth_buf==AUTH_WPA_WPA2_PSK||auth_buf==AUTH_MAX) ) { msg_alert_error=true; smsg+=FPSTR(ERROR_QUERY); } //Static IP ? if (web_interface->WebServer.hasArg(String(FPSTR(STATIC_IP_NAME)).c_str())) { static_ip_buf=STATIC_IP_MODE; } else { static_ip_buf=DHCP_MODE; } //IP if (web_interface->WebServer.arg(String(FPSTR(IP_NAME)).c_str()).length() > MAX_SSID_LENGH) { stmp = web_interface->WebServer.arg(String(FPSTR(IP_NAME)).c_str()).substring(0,MAX_SSID_LENGH); msg_alert_error=true; error_display[6]=1; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); web_interface->urldecode(ip_buf,stmp.c_str()); } else web_interface->urldecode(ip_buf,web_interface->WebServer.arg(String(FPSTR(IP_NAME)).c_str()).c_str()); if (!web_interface->isIPValid(ip_buf)) { msg_alert_error=true; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); error_display[6]=1; } //Gateway if (web_interface->WebServer.arg(String(FPSTR(GATEWAY_ID)).c_str()).length() > MAX_SSID_LENGH) { stmp = web_interface->WebServer.arg(String(FPSTR(GATEWAY_ID)).c_str()).substring(0,MAX_SSID_LENGH); msg_alert_error=true; error_display[7]=1; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); web_interface->urldecode(gw_buf,stmp.c_str()); } else web_interface->urldecode(gw_buf,web_interface->WebServer.arg(String(FPSTR(GATEWAY_ID)).c_str()).c_str()); if (!web_interface->isIPValid(gw_buf)) { msg_alert_error=true; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); error_display[7]=1; } //subnet if (web_interface->WebServer.arg(String(FPSTR(SUBNET_ID)).c_str()).length() > MAX_SSID_LENGH) { stmp = web_interface->WebServer.arg(String(FPSTR(SUBNET_ID)).c_str()).substring(0,MAX_SSID_LENGH); msg_alert_error=true; error_display[8]=1; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); web_interface->urldecode(msk_buf,stmp.c_str()); } else web_interface->urldecode(msk_buf,web_interface->WebServer.arg(String(FPSTR(SUBNET_ID)).c_str()).c_str()); if (!web_interface->isIPValid(msk_buf)) { msg_alert_error=true; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); error_display[8]=1; } } else { msg_alert_error=true; smsg=FPSTR(ERROR_QUERY); } //no error ? then save if (msg_alert_error==false) { //save char ip_buftmp[15+1]; strcpy(ip_buftmp,ip_buf); wifi_config.split_ip(ip_buftmp,ip_sav); strcpy(ip_buftmp,gw_buf); wifi_config.split_ip(ip_buftmp,gw_sav); strcpy(ip_buftmp,msk_buf); wifi_config.split_ip(ip_buftmp,msk_sav); if((!CONFIG::write_byte(EP_WIFI_MODE,AP_MODE))|| (!CONFIG::write_string(EP_SSID,ssid_buf,strlen(ssid_buf)))|| (!CONFIG::write_string(EP_PASSWORD,password_buf,strlen(password_buf)))|| (!CONFIG::write_byte(EP_SSID_VISIBLE,visible_buf))|| (!CONFIG::write_byte(EP_PHY_MODE,phy_mode_buf))|| (!CONFIG::write_byte(EP_CHANNEL,channel_buf)) || (!CONFIG::write_byte(EP_AUTH_TYPE,auth_buf)) || (!CONFIG::write_byte(EP_IP_MODE,static_ip_buf)) || (!CONFIG::write_buffer(EP_IP_VALUE,ip_sav,IP_LENGH))|| (!CONFIG::write_buffer(EP_GATEWAY_VALUE,gw_sav,IP_LENGH))|| (!CONFIG::write_buffer(EP_MASK_VALUE,msk_sav,IP_LENGH)))msg_alert_error=true; if (msg_alert_error)smsg=FPSTR(ERROR_WRITING_CHANGES); if (!msg_alert_error) { msg_alert_success=true; smsg=FPSTR(SAVED_CHANGES); } } } else { //ssid if (!CONFIG::read_string(EP_SSID, ssid_buf , MAX_SSID_LENGH) )strcpy(ssid_buf,String(FPSTR(DEFAULT_SSID)).c_str()); //password if (!CONFIG::read_string(EP_PASSWORD, password_buf , MAX_PASSWORD_LENGH) )strcpy(password_buf,String(FPSTR(DEFAULT_PASSWORD)).c_str()); //ssid visible ? if (!CONFIG::read_byte(EP_SSID_VISIBLE, &visible_buf ))visible_buf=DEFAULT_SSID_VISIBLE; //phy mode if (!CONFIG::read_byte(EP_PHY_MODE, &phy_mode_buf ))phy_mode_buf=DEFAULT_PHY_MODE; //authentification if (!CONFIG::read_byte(EP_AUTH_TYPE, &auth_buf ))auth_buf=DEFAULT_AUTH_TYPE; //channel if (!CONFIG::read_byte(EP_CHANNEL, &channel_buf ))channel_buf=DEFAULT_CHANNEL; //static IP ? if (!CONFIG::read_byte(EP_IP_MODE, &static_ip_buf ))static_ip_buf=DEFAULT_IP_MODE; //IP for static IP if (!CONFIG::read_buffer(EP_IP_VALUE,(byte *)sbuf , IP_LENGH) ) strcpy(ip_buf,wifi_config.ip2str((byte *)DEFAULT_IP_VALUE)); else strcpy(ip_buf,wifi_config.ip2str((byte *)sbuf)); //GW for static IP if (!CONFIG::read_buffer(EP_GATEWAY_VALUE,(byte *)sbuf , IP_LENGH) ) strcpy(gw_buf,wifi_config.ip2str((byte *)DEFAULT_GATEWAY_VALUE)); else strcpy(gw_buf,wifi_config.ip2str((byte *)sbuf)); //Subnet for static IP if (!CONFIG::read_buffer(EP_MASK_VALUE,(byte *)sbuf , IP_LENGH) ) strcpy(msk_buf,wifi_config.ip2str((byte *)DEFAULT_MASK_VALUE)); else strcpy(msk_buf,wifi_config.ip2str((byte *)sbuf)); } //display page if (wifi_get_opmode()==WIFI_STA ) stmp=wifi_config.ip2str(WiFi.localIP()); else stmp=wifi_config.ip2str(WiFi.softAPIP()); if (wifi_config.iweb_port!=80) { stmp+=":"; stmp+=String(wifi_config.iweb_port); } buffer2send+=(FPSTR(PAGE_HEAD_1)); add_css (buffer2send); buffer2send+=(FPSTR(PAGE_HEAD_2)); TOPBAR(stmp.c_str(),3) buffer2send+=(FPSTR(PANEL_TOP)); buffer2send+=(FPSTR(ACCESS_POINT_TITLE)); buffer2send+=(FPSTR(PANEL_START)); buffer2send+=(FPSTR(FORM_START)); //ssid if(error_display[0]==0) { INPUT_TEXT( FPSTR(AP_1_ID),FPSTR(SSID_TITLE), FPSTR(SSID_ID),FPSTR(SSID_ID),ssid_buf) } else { INPUT_TEXT_ERROR( FPSTR(AP_1_ID),FPSTR(SSID_TITLE), FPSTR(SSID_ID),FPSTR(SSID_ID),ssid_buf) } //password if(error_display[1]==0) { INPUT_PASSWORD( FPSTR(AP_2_ID),FPSTR(PASSWORD_TITLE), FPSTR(PASSWORD_ID),FPSTR(PASSWORD_NAME),password_buf) } else { INPUT_PASSWORD_ERROR( FPSTR(AP_2_ID),FPSTR(PASSWORD_TITLE), FPSTR(PASSWORD_ID),FPSTR(PASSWORD_NAME),password_buf) } //ssid visible ? if (visible_buf==1)stmp=FPSTR(CHECKED_VALUE); else stmp=""; INPUT_CHECKBOX( FPSTR(VISIBLE_NAME),FPSTR(VISIBLE_LABEL),stmp.c_str()) //Phy mode SELECT_START(FPSTR(AP_4_ID),FPSTR(NETWORK_TITLE),FPSTR(NETWORK_ID)) if (phy_mode_buf==PHY_MODE_11B)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(PHY_MODE_11B).c_str(), stmp.c_str(),FPSTR(VALUE_11B)) if (phy_mode_buf==PHY_MODE_11G)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(PHY_MODE_11G).c_str(), stmp.c_str(),FPSTR(VALUE_11G)) SELECT_END //CHANNEL SELECT_START(FPSTR(AP_10_ID),FPSTR(CHANNEL_TITLE),FPSTR(CHANNEL_ID)) for (int c=1;c < 12;c++) { if (channel_buf==c)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(c).c_str(), stmp.c_str(),String(c).c_str()) } SELECT_END //Authentification SELECT_START(FPSTR(AP_5_ID),FPSTR(AUTENTIFICATION_TITLE),FPSTR(AUTENTIFICATION_ID)) if (auth_buf==AUTH_OPEN)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(AUTH_OPEN).c_str(), stmp.c_str(),FPSTR(VALUE_NONE)) if (auth_buf==AUTH_WEP)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(AUTH_WEP).c_str(), stmp.c_str(),FPSTR(VALUE_WEP)) if (auth_buf==AUTH_WPA_PSK)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(AUTH_WPA_PSK).c_str(), stmp.c_str(),FPSTR(VALUE_WPA)) if (auth_buf==AUTH_WPA2_PSK)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(AUTH_WPA2_PSK).c_str(), stmp.c_str(),FPSTR(VALUE_WPA2)) if (auth_buf==AUTH_WPA_WPA2_PSK)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(AUTH_WPA_WPA2_PSK).c_str(), stmp.c_str(),FPSTR(VALUE_WPAWPA2)) if (auth_buf==AUTH_MAX)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(AUTH_MAX).c_str(), stmp.c_str(),FPSTR(VALUE_MAX)) SELECT_END //static IP ? if (static_ip_buf==STATIC_IP_MODE)stmp=FPSTR(CHECKED_VALUE); else stmp=""; INPUT_CHECKBOX(FPSTR(STATIC_IP_NAME), FPSTR(STATIC_IP_LABEL),stmp.c_str()) // if (static_ip_buf==STATIC_IP_MODE)buffer2send+=(FPSTR(SHOW_IP_BLOCK)); //else buffer2send+=(FPSTR(HIDE_IP_BLOCK)); //IP for static IP if(error_display[6]==0) { INPUT_TEXT( FPSTR(AP_7_ID),FPSTR(IP_TITLE), FPSTR(IP_NAME),FPSTR(IP_NAME),ip_buf) } else { INPUT_TEXT_ERROR( FPSTR(AP_7_ID),FPSTR(IP_TITLE), FPSTR(IP_NAME),FPSTR(IP_NAME),ip_buf) } //Gateway for static IP if(error_display[7]==0) { INPUT_TEXT( FPSTR(AP_8_ID),FPSTR(GATEWAY_TITLE), FPSTR(GATEWAY_ID),FPSTR(GATEWAY_NAME),gw_buf) } else { INPUT_TEXT_ERROR( FPSTR(AP_8_ID),FPSTR(GATEWAY_TITLE), FPSTR(GATEWAY_ID),FPSTR(GATEWAY_NAME),gw_buf) } //Mask for static IP if(error_display[8]==0) { INPUT_TEXT( FPSTR(AP_9_ID),FPSTR(SUBNET_TITLE), FPSTR(SUBNET_ID),FPSTR(SUBNET_NAME),msk_buf) } else { INPUT_TEXT_ERROR( FPSTR(AP_9_ID),FPSTR(SUBNET_TITLE), FPSTR(SUBNET_ID),FPSTR(SUBNET_NAME),msk_buf) } //buffer2send+=(FPSTR(DIV_E)); if(msg_alert_error) { MSG_ERROR(smsg.c_str()) buffer2send+=(FPSTR(FORM_SUBMIT)); } else if(msg_alert_success) { MSG_SUCCESS(smsg.c_str()) } else buffer2send+=(FPSTR(FORM_SUBMIT)); buffer2send+=(FPSTR(FORM_END)); buffer2send+=(FPSTR(PANEL_END)); if (msg_alert_success && !msg_alert_error) { buffer2send+=FPSTR(RESTARTCMD); } buffer2send+=(FPSTR(PAGE_BOTTOM)); web_interface->WebServer.send(200, "text/html", buffer2send); } void handle_web_interface_configSTA() { String stmp,smsg; String buffer2send =""; char sbuf[MAX_PASSWORD_LENGH+1]; char error_display[9]={0,0,0,0,0,0,0,0,0}; char password_buf[MAX_PASSWORD_LENGH+1]; char ssid_buf[MAX_SSID_LENGH+1]; char ip_buf[15+1]; byte ip_sav[4]; byte gw_sav[4]; byte msk_sav[4]; char gw_buf[15+1]; char msk_buf[15+1]; byte visible_buf; byte static_ip_buf; byte auth_buf; byte channel_buf; byte phy_mode_buf; byte bflag=0; bool revertSTA=false; bool msg_alert_error=false; bool msg_alert_success=false; //check is it is a submission or a display smsg=""; if (web_interface->WebServer.hasArg(String(FPSTR(SUBMIT_ID)).c_str())) { //is there a correct list of values? if (web_interface->WebServer.hasArg(String(FPSTR(SSID_ID)).c_str()) && web_interface->WebServer.hasArg(String(FPSTR(PASSWORD_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(NETWORK_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(IP_NAME)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(GATEWAY_ID)).c_str())&& web_interface->WebServer.hasArg(String(FPSTR(SUBNET_ID)).c_str())) { //ssid if (web_interface->WebServer.arg(String(FPSTR(SSID_ID)).c_str()).length() > MAX_SSID_LENGH) { stmp = web_interface->WebServer.arg(String(FPSTR(SSID_ID)).c_str()).substring(0,MAX_SSID_LENGH); msg_alert_error=true; error_display[0]=1; smsg+=FPSTR(ERROR_INCORRECT_SSID); web_interface->urldecode(ssid_buf,stmp.c_str()); } else web_interface->urldecode(ssid_buf,web_interface->WebServer.arg(String(FPSTR(SSID_ID)).c_str()).c_str()); if (!web_interface->isSSIDValid(ssid_buf)) { msg_alert_error=true; smsg+=FPSTR(ERROR_INCORRECT_SSID); error_display[0]=1; } if (web_interface->WebServer.arg(String(FPSTR(PASSWORD_ID)).c_str()).length() > MAX_PASSWORD_LENGH) { stmp = web_interface->WebServer.arg(String(FPSTR(PASSWORD_ID)).c_str()).substring(0,MAX_PASSWORD_LENGH); msg_alert_error=true; error_display[0]=2; smsg+=FPSTR(ERROR_INCORRECT_PASSWORD); web_interface->urldecode(password_buf,stmp.c_str()); } else web_interface->urldecode(password_buf,web_interface->WebServer.arg(String(FPSTR(PASSWORD_ID)).c_str()).c_str()); if (!web_interface->isPasswordValid(password_buf)) { msg_alert_error=true; smsg+=FPSTR(ERROR_INCORRECT_PASSWORD); error_display[2]=1; } //phy modeString stmp,smsg; phy_mode_buf = atoi(web_interface->WebServer.arg(String(FPSTR(NETWORK_ID)).c_str()).c_str()); if (!(phy_mode_buf==PHY_MODE_11B||phy_mode_buf==PHY_MODE_11G ||phy_mode_buf==PHY_MODE_11N)) { msg_alert_error=true; smsg+=FPSTR(ERROR_QUERY); } //Static IP ? if (web_interface->WebServer.hasArg(String(FPSTR(STATIC_IP_NAME)).c_str())) { static_ip_buf=STATIC_IP_MODE; } else { static_ip_buf=DHCP_MODE; } //IP if (web_interface->WebServer.arg(String(FPSTR(IP_NAME)).c_str()).length() > MAX_SSID_LENGH) { stmp = web_interface->WebServer.arg(String(FPSTR(IP_NAME)).c_str()).substring(0,MAX_SSID_LENGH); msg_alert_error=true; error_display[6]=1; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); web_interface->urldecode(ip_buf,stmp.c_str()); } else web_interface->urldecode(ip_buf,web_interface->WebServer.arg(String(FPSTR(IP_NAME)).c_str()).c_str()); if (!web_interface->isIPValid(ip_buf)) { msg_alert_error=true; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); error_display[6]=1; } //Gateway if (web_interface->WebServer.arg(String(FPSTR(GATEWAY_ID)).c_str()).length() > MAX_SSID_LENGH) { stmp = web_interface->WebServer.arg(String(FPSTR(GATEWAY_ID)).c_str()).substring(0,MAX_SSID_LENGH); msg_alert_error=true; error_display[7]=1; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); web_interface->urldecode(gw_buf,stmp.c_str()); } else web_interface->urldecode(gw_buf,web_interface->WebServer.arg(String(FPSTR(GATEWAY_ID)).c_str()).c_str()); if (!web_interface->isIPValid(gw_buf)) { msg_alert_error=true; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); error_display[7]=1; } //subnet if (web_interface->WebServer.arg(String(FPSTR(SUBNET_ID)).c_str()).length() > MAX_SSID_LENGH) { stmp = web_interface->WebServer.arg(String(FPSTR(SUBNET_ID)).c_str()).substring(0,MAX_SSID_LENGH); msg_alert_error=true; error_display[8]=1; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); web_interface->urldecode(msk_buf,stmp.c_str()); } else web_interface->urldecode(msk_buf,web_interface->WebServer.arg(String(FPSTR(SUBNET_ID)).c_str()).c_str()); if (!web_interface->isIPValid(msk_buf)) { msg_alert_error=true; smsg+=FPSTR(ERROR_INCORRECT_IP_FORMAT); error_display[8]=1; } } else { msg_alert_error=true; smsg=FPSTR(ERROR_QUERY); } //no error ? then save if (msg_alert_error==false) { //save char ip_buftmp[15+1]; strcpy(ip_buftmp,ip_buf); wifi_config.split_ip(ip_buftmp,ip_sav); strcpy(ip_buftmp,gw_buf); wifi_config.split_ip(ip_buftmp,gw_sav); strcpy(ip_buftmp,msk_buf); wifi_config.split_ip(ip_buftmp,msk_sav); if((!CONFIG::write_byte(EP_WIFI_MODE,CLIENT_MODE))|| (!CONFIG::write_string(EP_SSID,ssid_buf,strlen(ssid_buf)))|| (!CONFIG::write_string(EP_PASSWORD,password_buf,strlen(password_buf)))|| (!CONFIG::write_byte(EP_PHY_MODE,phy_mode_buf))|| (!CONFIG::write_byte(EP_IP_MODE,static_ip_buf)) || (!CONFIG::write_buffer(EP_IP_VALUE,ip_sav,IP_LENGH))|| (!CONFIG::write_buffer(EP_GATEWAY_VALUE,gw_sav,IP_LENGH))|| (!CONFIG::write_buffer(EP_MASK_VALUE,msk_sav,IP_LENGH)))msg_alert_error=true; if (msg_alert_error)smsg=FPSTR(ERROR_WRITING_CHANGES); if (!msg_alert_error) { msg_alert_success=true; smsg=FPSTR(SAVED_CHANGES); } } } else { //ssid if (!CONFIG::read_string(EP_SSID, ssid_buf , MAX_SSID_LENGH) )strcpy(ssid_buf,String(FPSTR(DEFAULT_SSID)).c_str()); //password if (!CONFIG::read_string(EP_PASSWORD, password_buf , MAX_PASSWORD_LENGH) )strcpy(password_buf,String(FPSTR(DEFAULT_PASSWORD)).c_str()); //phy mode if (!CONFIG::read_byte(EP_PHY_MODE, &phy_mode_buf ))phy_mode_buf=DEFAULT_PHY_MODE; //static IP ? if (!CONFIG::read_byte(EP_IP_MODE, &static_ip_buf ))static_ip_buf=DEFAULT_IP_MODE; //IP for static IP if (!CONFIG::read_buffer(EP_IP_VALUE,(byte *)sbuf , IP_LENGH) ) strcpy(ip_buf,wifi_config.ip2str((byte *)DEFAULT_IP_VALUE)); else strcpy(ip_buf,wifi_config.ip2str((byte *)sbuf)); //GW for static IP if (!CONFIG::read_buffer(EP_GATEWAY_VALUE,(byte *)sbuf , IP_LENGH) ) strcpy(gw_buf,wifi_config.ip2str((byte *)DEFAULT_GATEWAY_VALUE)); else strcpy(gw_buf,wifi_config.ip2str((byte *)sbuf)); //Subnet for static IP if (!CONFIG::read_buffer(EP_MASK_VALUE,(byte *)sbuf , IP_LENGH) ) strcpy(msk_buf,wifi_config.ip2str((byte *)DEFAULT_MASK_VALUE)); else strcpy(msk_buf,wifi_config.ip2str((byte *)sbuf)); } //display page if (wifi_get_opmode()==WIFI_STA ) stmp=wifi_config.ip2str(WiFi.localIP()); else stmp=wifi_config.ip2str(WiFi.softAPIP()); if (wifi_config.iweb_port!=80) { stmp+=":"; stmp+=String(wifi_config.iweb_port); } buffer2send+=(FPSTR(PAGE_HEAD_1)); add_css (buffer2send); buffer2send+=(FPSTR(PAGE_HEAD_2)); TOPBAR(stmp.c_str(),4) buffer2send+=(FPSTR(PANEL_TOP)); buffer2send+=(FPSTR(STATION_TITLE)); buffer2send+=(FPSTR(PANEL_START)); buffer2send+=(FPSTR(FORM_START)); //if in AP mode switch to mixed mode to be able to scan if (wifi_get_opmode()!=WIFI_STA ) { WiFi.mode(WIFI_AP_STA); revertSTA=true; } int n = WiFi.scanNetworks(); buffer2send+=(FPSTR(TABLE_START)); buffer2send+=(FPSTR(CAPTION_S)); buffer2send+=(String(n).c_str()); buffer2send+=(FPSTR(AVAILABLE_APS)); buffer2send+=(FPSTR(CAPTION_E)); buffer2send+=(FPSTR(THEAD_S)); buffer2send+=(FPSTR(TR_S)); TH_ENTRY(FPSTR(NUMBER_LABEL)) TH_ENTRY(FPSTR(SSID_ID)) TH_ENTRY(FPSTR(RSSI_NAME)) TH_ENTRY(FPSTR(PROTECTED_NAME)) buffer2send+=(FPSTR(TR_E)); buffer2send+=(FPSTR(THEAD_E)); buffer2send+=(FPSTR(TBODY_S)); for (int i = 0; i < n; ++i) { // Print SSID and RSSI for each network found buffer2send+=(FPSTR(TR_S)); THR_ENTRY(String(i+1).c_str()) TD_ENTRY(WiFi.SSID(i)) stmp = String(100+WiFi.RSSI(i)) + "%"; TD_ENTRY(stmp.c_str()) TD_ENTRY((WiFi.encryptionType(i) == ENC_TYPE_NONE)?FPSTR(VALUE_NO):FPSTR(VALUE_YES)) } //close table buffer2send+=(FPSTR(TABLE_END)); //revert to pure softAP if (revertSTA) WiFi.mode(WIFI_AP); //ssid if(error_display[0]==0) { INPUT_TEXT( FPSTR(AP_1_ID),FPSTR(SSID_TITLE), FPSTR(SSID_ID),FPSTR(SSID_ID),ssid_buf) } else { INPUT_TEXT_ERROR( FPSTR(AP_1_ID),FPSTR(SSID_TITLE), FPSTR(SSID_ID),FPSTR(SSID_ID),ssid_buf) } //password if(error_display[1]==0) { INPUT_PASSWORD( FPSTR(AP_2_ID),FPSTR(PASSWORD_TITLE), FPSTR(PASSWORD_ID),FPSTR(PASSWORD_NAME),password_buf) } else { INPUT_PASSWORD_ERROR( FPSTR(AP_2_ID),FPSTR(PASSWORD_TITLE), FPSTR(PASSWORD_ID),FPSTR(PASSWORD_NAME),password_buf) } //Phy mode SELECT_START(FPSTR(AP_4_ID),FPSTR(NETWORK_TITLE),FPSTR(NETWORK_ID)) if (phy_mode_buf==PHY_MODE_11B)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(PHY_MODE_11B).c_str(), stmp.c_str(),FPSTR(VALUE_11B)) if (phy_mode_buf==PHY_MODE_11G)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(PHY_MODE_11G).c_str(), stmp.c_str(),FPSTR(VALUE_11G)) if (phy_mode_buf==PHY_MODE_11N)stmp = FPSTR(VALUE_SELECTED); else stmp=""; OPTION(String(PHY_MODE_11N).c_str(), stmp.c_str(),FPSTR(VALUE_11N)) SELECT_END //static IP ? if (static_ip_buf==STATIC_IP_MODE)stmp=FPSTR(CHECKED_VALUE); else stmp=""; INPUT_CHECKBOX(FPSTR(STATIC_IP_NAME), FPSTR(STATIC_IP_LABEL),stmp.c_str()) // if (static_ip_buf==STATIC_IP_MODE)buffer2send+=(FPSTR(SHOW_IP_BLOCK)); //else buffer2send+=(FPSTR(HIDE_IP_BLOCK)); //IP for static IP if(error_display[6]==0) { INPUT_TEXT( FPSTR(AP_7_ID),FPSTR(IP_TITLE), FPSTR(IP_NAME),FPSTR(IP_NAME),ip_buf) } else { INPUT_TEXT_ERROR( FPSTR(AP_7_ID),FPSTR(IP_TITLE), FPSTR(IP_NAME),FPSTR(IP_NAME),ip_buf) } //Gateway for static IP if(error_display[7]==0) { INPUT_TEXT( FPSTR(AP_8_ID),FPSTR(GATEWAY_TITLE), FPSTR(GATEWAY_ID),FPSTR(GATEWAY_NAME),gw_buf) } else { INPUT_TEXT_ERROR( FPSTR(AP_8_ID),FPSTR(GATEWAY_TITLE), FPSTR(GATEWAY_ID),FPSTR(GATEWAY_NAME),gw_buf) } //Mask for static IP if(error_display[8]==0) { INPUT_TEXT( FPSTR(AP_9_ID),FPSTR(SUBNET_TITLE), FPSTR(SUBNET_ID),FPSTR(SUBNET_NAME),msk_buf) } else { INPUT_TEXT_ERROR( FPSTR(AP_9_ID),FPSTR(SUBNET_TITLE), FPSTR(SUBNET_ID),FPSTR(SUBNET_NAME),msk_buf) } //buffer2send+=(FPSTR(DIV_E)); if(msg_alert_error) { MSG_ERROR(smsg.c_str()) buffer2send+=(FPSTR(FORM_SUBMIT)); } else if(msg_alert_success) { MSG_SUCCESS(smsg.c_str()) } else buffer2send+=(FPSTR(FORM_SUBMIT)); buffer2send+=(FPSTR(FORM_END)); buffer2send+=(FPSTR(PANEL_END)); if (msg_alert_success && !msg_alert_error) { buffer2send+= FPSTR(RESTARTCMD); } buffer2send+=(FPSTR(PAGE_BOTTOM)); web_interface->WebServer.send(200, "text/html", buffer2send); } void handle_web_interface_printer() { String IP; String stmp; String buffer2send =""; byte polling_time = 3; if (!CONFIG::read_byte(EP_POLLING_TIME, &polling_time ))polling_time=DEFAULT_POLLING_TIME; //Serial.println("M114"); Serial.println("M220"); Serial.println("M221"); //display page if (wifi_get_opmode()==WIFI_STA ) stmp=wifi_config.ip2str(WiFi.localIP()); else stmp=wifi_config.ip2str(WiFi.softAPIP()); if (wifi_config.iweb_port!=80) { stmp+=":"; stmp+=String(wifi_config.iweb_port); } buffer2send+=(FPSTR(PAGE_HEAD_1)); add_css (buffer2send); buffer2send+=(FPSTR(PAGE_HEAD_2)); TOPBAR(stmp.c_str(),5) buffer2send+=(FPSTR(PRINTER_1a)); buffer2send+=(FPSTR(PRINTER_1b)); buffer2send+=(FPSTR(PRINTER_1c)); buffer2send+=(FPSTR(PRINTER_1d)); buffer2send+=(FPSTR(PRINTER_1e)); buffer2send+=(FPSTR(PRINTER_1f)); buffer2send+=(FPSTR(PRINTER_1g)); buffer2send+=(FPSTR(PRINTER_1h)); buffer2send+=(FPSTR(PRINTER_1_a_1)); buffer2send+=stmp.c_str(); buffer2send+=(FPSTR(PRINTER_1_a_2)); buffer2send+=(FPSTR(PRINTER_2)); buffer2send+=stmp.c_str(); buffer2send+=(FPSTR(PRINTER_3)); buffer2send+=(FPSTR(PRINTER_4)); buffer2send+=(FPSTR(PRINTER_5)); buffer2send+=(FPSTR(PRINTER_6a)); buffer2send+=(FPSTR(PRINTER_6b)); buffer2send+=(FPSTR(PRINTER_6c)); buffer2send+=(FPSTR(PRINTER_6d)); buffer2send+=(FPSTR(PRINTER_6e)); buffer2send+=(FPSTR(PRINTER_6f)); buffer2send+=(FPSTR(PRINTER_6g)); buffer2send+=(FPSTR(PRINTER_6h)); buffer2send+=(FPSTR(PRINTER_7)); buffer2send+=(FPSTR(PRINTER_8)); buffer2send+=(FPSTR(PRINTER_9)); buffer2send+=(FPSTR(PRINTER_10)); buffer2send+=(FPSTR(PRINTER_11a)); stmp=String(1000*polling_time); buffer2send+=stmp.c_str(); buffer2send+=(FPSTR(PRINTER_11b)); buffer2send+=(FPSTR(PRINTER_12)); buffer2send+=(FPSTR(PAGE_BOTTOM)); web_interface->WebServer.send(200, "text/html", buffer2send); } void handle_web_interface_status() { Serial.println("M114"); String buffer2send =(FPSTR(DATA_S)); String description; String status_color; static bool flashit = true; int temperature,target; flashit=!flashit; //request temperature only if no feedback if ((system_get_time()-web_interface->last_temp)>2000000) Serial.println("M105"); if ((system_get_time()-web_interface->last_temp)<3200000) { if (flashit)status_color="lime"; else status_color="darkgreen"; } else if ((system_get_time()-web_interface->last_temp)<32000000) { if (flashit)status_color="#FFFF66"; else status_color="gold"; } else { if (flashit)status_color="red"; else status_color="darkred"; } int Tpos = web_interface->answer4M105.indexOf("T0:"); byte bshift=1; if (Tpos==-1) { Tpos = web_interface->answer4M105.indexOf("T:"); bshift=0; } int slashpos = web_interface->answer4M105.indexOf(" /",Tpos); int spacepos = web_interface->answer4M105.indexOf(" ",slashpos+2); if(slashpos!=-1 && spacepos!=-1 ) { temperature = (int)atof(web_interface->answer4M105.substring(Tpos+2+bshift,slashpos).c_str()); target = (int)atof(web_interface->answer4M105.substring(slashpos+2,spacepos).c_str()); Tpos = web_interface->answer4M105.indexOf("T1:"); if (Tpos>-1) description = "Extruder 1: "; else description = "Extruder : "; description += String(temperature); description += "/"; if (target >0) description += String(target); else description += "off"; TEMP_SVG(temperature,target,description) } //check for second extruder Tpos = web_interface->answer4M105.indexOf("T1:"); if (Tpos>-1) { slashpos = web_interface->answer4M105.indexOf(" /",Tpos); spacepos = web_interface->answer4M105.indexOf(" ",slashpos+2); if(slashpos!=-1 && spacepos!=-1 ) { temperature = (int)atof(web_interface->answer4M105.substring(Tpos+3,slashpos).c_str()); target = (int)atof(web_interface->answer4M105.substring(slashpos+2,spacepos).c_str()); description = "Extruder 2: "; description += String(temperature); description += "/"; if (target >0) description += String(target); else description += "off"; buffer2send+=(FPSTR(BR)); TEMP_SVG(temperature,target,description) } } //check for bed Tpos = web_interface->answer4M105.indexOf("B:"); if (Tpos>-1) { slashpos = web_interface->answer4M105.indexOf(" /",Tpos); spacepos = web_interface->answer4M105.indexOf(" ",slashpos+2); if(slashpos!=-1 && spacepos!=-1 ) { temperature = (int)atof(web_interface->answer4M105.substring(Tpos+2,slashpos).c_str()); target = (int)atof(web_interface->answer4M105.substring(slashpos+2,spacepos).c_str()); description = "Bed: "; description += String(temperature); description += "/"; if (target >0) description += String(target); else description += "off"; buffer2send+=(FPSTR(BR)); TEMP_SVG(temperature*2,target*2,description) } } buffer2send+=(FPSTR(DIV_E)); buffer2send+=(FPSTR(DIV_POSITION)); int tagpos = web_interface->answer4M114.indexOf("X:"); int tagpos2 = web_interface->answer4M114.indexOf(" ",tagpos); description=web_interface->answer4M114.substring(tagpos+2,tagpos2); buffer2send+="X:"; buffer2send+=description; buffer2send+=" Y:"; tagpos = web_interface->answer4M114.indexOf("Y:"); tagpos2 = web_interface->answer4M114.indexOf(" ",tagpos); description=web_interface->answer4M114.substring(tagpos+2,tagpos2); buffer2send+=description; buffer2send+=" Z:"; tagpos = web_interface->answer4M114.indexOf("Z:"); tagpos2 = web_interface->answer4M114.indexOf(" ",tagpos); description=web_interface->answer4M114.substring(tagpos+2,tagpos2); buffer2send+=description; buffer2send+=" "; buffer2send+=(FPSTR(DIV_E)); buffer2send+=(FPSTR(DIV_SPEED)); buffer2send+=web_interface->answer4M220; buffer2send+=(FPSTR(DIV_E)); buffer2send+=(FPSTR(DIV_FLOW)); buffer2send+=web_interface->answer4M221; buffer2send+=(FPSTR(DIV_E)); buffer2send+=(FPSTR(DIV_STATUS)); STATUS_SVG(status_color) buffer2send+=(FPSTR(DIV_E)); int p=1; buffer2send+=(FPSTR(DIV_INFOMSG)); if (web_interface->info_msg.get_used_max_index()>-1) for (int i=web_interface->info_msg.get_used_max_index();i>=0;i--) { buffer2send+=String(p); buffer2send+="-"; p++; buffer2send+=web_interface->info_msg.get_index_at(i); buffer2send+=(FPSTR(BR)); } buffer2send+=(FPSTR(DIV_E)); p=1; buffer2send+=(FPSTR(DIV_ERRORMSG)); if (web_interface->error_msg.get_used_max_index()>-1) for (int i=web_interface->error_msg.get_used_max_index();i>=0;i--) { buffer2send+=String(p); buffer2send+="-"; p++; buffer2send+=web_interface->error_msg.get_index_at(i); buffer2send+=(FPSTR(BR)); } buffer2send+=(FPSTR(DIV_E)); p=1; buffer2send+=(FPSTR(DIV_STATUSMSG)); if (web_interface->status_msg.get_used_max_index()>-1) for (int i=web_interface->status_msg.get_used_max_index();i>=0;i--) { buffer2send+=String(p); buffer2send+="-"; p++; buffer2send+=web_interface->status_msg.get_index_at(i); buffer2send+=(FPSTR(BR)); } buffer2send+=(FPSTR(DIV_E)); buffer2send+=(FPSTR(DATA_E)); web_interface->WebServer.send(200, "text/html", buffer2send); } void handle_restart() { web_interface->WebServer.send(200,"text/html",FPSTR(RESTARTINGMSG)); web_interface->restartmodule=true; } void handle_web_command() { if (web_interface->WebServer.hasArg(String(FPSTR(COMMAND_ID)).c_str())) { String cmd = web_interface->WebServer.arg(String(FPSTR(COMMAND_ID)).c_str()); String param = web_interface->WebServer.arg(String(FPSTR(PARAM_ID)).c_str()); if (cmd=="M112") { Serial.println(cmd.c_str()); } } } #ifdef SSDP_FEATURE void handle_SSDP(){ SSDP.schema(web_interface->WebServer.client()); } #endif //URI Decoding function //no check if dst buffer is big enough to receive string so //use same size as src is a recommendation void WEBINTERFACE_CLASS::urldecode(char *dst, const char *src) { char a, b,c; if (dst==NULL) return; while (*src) { if ((*src == '%') && ((a = src[1]) && (b = src[2])) && (isxdigit(a) && isxdigit(b))) { if (a >= 'a') a -= 'a'-'A'; if (a >= 'A') a -= ('A' - 10); else a -= '0'; if (b >= 'a') b -= 'a'-'A'; if (b >= 'A') b -= ('A' - 10); else b -= '0'; *dst++ = 16*a+b; src+=3; } else { c = *src++; if(c=='+')c=' '; *dst++ = c; } } *dst++ = '\0'; } //constructor WEBINTERFACE_CLASS::WEBINTERFACE_CLASS (int port):WebServer(port) { //init what will handle "/" WebServer.on("/",HTTP_ANY, handle_web_interface_root); WebServer.on("/CONFIGSYS",HTTP_ANY, handle_web_interface_configSys); WebServer.on("/CONFIGAP",HTTP_ANY, handle_web_interface_configAP); WebServer.on("/CONFIGSTA",HTTP_ANY, handle_web_interface_configSTA); WebServer.on("/STATUS",HTTP_ANY, handle_web_interface_status); WebServer.on("/PRINTER",HTTP_ANY, handle_web_interface_printer); WebServer.on("/CMD",HTTP_ANY, handle_web_command); WebServer.on("/RESTART",HTTP_GET, handle_restart); #ifdef SSDP_FEATURE WebServer.on("/description.xml", HTTP_GET, handle_SSDP); #endif WebServer.onNotFound( handle_web_interface_root); answer4M105="T:0 /0 "; answer4M114="X:0.0 Y:0.0 Z:0.000"; answer4M220="100"; answer4M221="100"; last_temp=system_get_time(); restartmodule=false; } WEBINTERFACE_CLASS * web_interface;

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