wirtz
/
AutoConnect
1
0
Fork 0
Code Issues Pull Requests Releases Wiki Activity

Changed name of addMenuItem to append

Browse Source
enhance/v120
Hieromon Ikasamo 5 years ago
parent 6d0e30d382
commit abac1d0198
3 changed files with 401 additions and 399 deletions
Show all changes Ignore whitespace when comparing lines Ignore changes in amount of whitespace Ignore changes in whitespace at EOL
Show Stats Download Patch File Download Diff File
  1. 329
      src/AutoConnect.cpp
  2. 65
      src/AutoConnect.h
  3. 406
      src/AutoConnectPage.cpp

329
src/AutoConnect.cpp
Unescape View File

@ -367,16 +367,6 @@ bool AutoConnect::_getConfigSTA(station_config_t* config) {
return rc;
}
/**
* Put a user site's home URI.
* The URI specified by home is linked from "HOME" in the AutoConnect
* portal menu.
* @param uri A URI string of user site's home.
*/
void AutoConnect::home(const String& uri) {
_apConfig.homeUri = uri;
}
/**
* Stops AutoConnect captive portal service.
*/
@ -393,150 +383,18 @@ void AutoConnect::end(void) {
}
/**
* Returns the current hosted ESP8266WebServer.
*/
WebServerClass& AutoConnect::host(void) {
return *_webServer;
}
/**
* Returns AutoConnectAux instance of specified.
* @param uri An uri string.
* @return A pointer of AutoConnectAux instance.
*/
AutoConnectAux* AutoConnect::aux(const String& uri) const {
AutoConnectAux* aux_p = _aux;
while (aux_p) {
if (!strcmp(aux_p->uri(), uri.c_str()))
break;
aux_p = aux_p->_next;
}
return aux_p;
}
/**
* Append auxiliary pages made up with AutoConnectAux.
* @param aux A reference to AutoConnectAux that made up
* the auxiliary page to be added.
*/
void AutoConnect::join(AutoConnectAux& aux) {
if (_aux)
_aux->_concat(aux);
else
_aux = &aux;
aux._join(*this);
AC_DBG("%s on hands\n", aux.uri());
}
/**
* Append auxiliary pages made up with AutoConnectAux.
* @param aux A vector of reference to AutoConnectAux that made up
* the auxiliary page to be added.
*/
void AutoConnect::join(AutoConnectAuxVT auxVector) {
for (std::reference_wrapper<AutoConnectAux> aux : auxVector)
join(aux.get());
}
/**
* Creates an AutoConnectAux dynamically with the specified URI and
* integrates it into the menu. Returns false if a menu item with
* the same URI already exists.
* @param uri An uri of a new item to add
* @param title Title of the menu item
* @return true Added
* @return false The same item has existed.
*/
bool AutoConnect::addMenuItem(const String& uri, const String& title) {
AutoConnectAux* reg = aux(uri);
if (!reg) {
reg = new AutoConnectAux(uri, title);
join(*reg);
return true;
}
return false;
}
/**
* Creates an AutoConnectAux dynamically with the specified URI and
* integrates it into the menu. It will register the request handler
* for the WebServer after the addMenuItem works. It has similar
* efficacy to calling addMenuItem and WebSever::on at once.
* @param uri An uri of a new item to add
* @param title Title of the menu item
* @param handler Function of the request handler for WebServer class
* @return true Added
* @return false The same item has existed.
*/
bool AutoConnect::addMenuItem(const String& uri, const String& title, WebServerClass::THandlerFunction handler) {
if (_webServer) {
if (addMenuItem(uri, title)) {
_webServer->on(uri, handler);
return true;
}
}
return false;
}
/**
* Release a AutoConnectAux from the portal.
* @param uri An uri of the AutoConnectAux should be released
* @return true Specified AUX has released
* @return false Specified AUX not registered
*/
AutoConnectAux* AutoConnect::release(const String &uri) {
AutoConnectAux** self = &_aux;
while (*self) {
if (!strcmp((*self)->uri(), uri.c_str())) {
AC_DBG("%s released\n", (*self)->uri());
AutoConnectAux* ref = *self;
*self = (*self)->_next;
return ref;
}
self = &((*self)->_next);
}
return nullptr;
}
/**
* Starts Web server for AutoConnect service.
*/
void AutoConnect::_startWebServer(void) {
// Boot Web server
if (!_webServer) {
// Only when hosting WebServer internally
_webServer = WebserverUP(new WebServerClass(AUTOCONNECT_HTTPPORT), std::default_delete<WebServerClass>() );
AC_DBG("WebServer allocated\n");
}
// Discard the original the not found handler to redirect captive portal detection.
// It is supposed to evacuate but ESP8266WebServer::_notFoundHandler is not accessible.
_webServer->onNotFound(std::bind(&AutoConnect::_handleNotFound, this));
// here, Prepare PageBuilders for captive portal
if (!_responsePage) {
_responsePage.reset( new PageBuilder() );
_responsePage->exitCanHandle(std::bind(&AutoConnect::_classifyHandle, this, std::placeholders::_1, std::placeholders::_2));
_responsePage->onUpload(std::bind(&AutoConnect::_handleUpload, this, std::placeholders::_1, std::placeholders::_2));
_responsePage->insert(*_webServer);
_webServer->begin();
AC_DBG("http server started\n");
}
else {
AC_DBG("http server readied\n");
}
}
/**
* Starts DNS server for Captive portal.
* Get the total amount of memory required to hold the AutoConnect credentials
* and any custom configuration settings stored in EEPROM.
* This function is available only for ESP8266 use.
* @return Combined size of AutoConnect credentials and custom settings.
*/
void AutoConnect::_startDNSServer(void) {
// Boot DNS server, set up for captive portal redirection.
if (!_dnsServer) {
_dnsServer.reset(new DNSServer());
_dnsServer->setErrorReplyCode(DNSReplyCode::NoError);
_dnsServer->start(AUTOCONNECT_DNSPORT, "*", WiFi.softAPIP());
AC_DBG("DNS server started\n");
}
uint16_t AutoConnect::getEEPROMUsedSize(void) {
#if defined(ARDUINO_ARCH_ESP8266)
AutoConnectCredential credentials(_apConfig.boundaryOffset);
return _apConfig.boundaryOffset + credentials.dataSize();
#elif defined(ARDUINO_ARCH_ESP32)
return 0;
#endif
}
/**
@ -684,6 +542,123 @@ void AutoConnect::handleRequest(void) {
}
}
/**
* Put a user site's home URI.
* The URI specified by home is linked from "HOME" in the AutoConnect
* portal menu.
* @param uri A URI string of user site's home.
*/
void AutoConnect::home(const String& uri) {
_apConfig.homeUri = uri;
}
/**
* Returns the current hosted ESP8266WebServer.
*/
WebServerClass& AutoConnect::host(void) {
return *_webServer;
}
/**
* Returns AutoConnectAux instance of specified.
* @param uri An uri string.
* @return A pointer of AutoConnectAux instance.
*/
AutoConnectAux* AutoConnect::aux(const String& uri) const {
AutoConnectAux* aux_p = _aux;
while (aux_p) {
if (!strcmp(aux_p->uri(), uri.c_str()))
break;
aux_p = aux_p->_next;
}
return aux_p;
}
/**
* Creates an AutoConnectAux dynamically with the specified URI and
* integrates it into the menu. Returns false if a menu item with
* the same URI already exists.
* @param uri An uri of a new item to add
* @param title Title of the menu item
* @return A pointer to an added AutoConnectAux
*/
AutoConnectAux* AutoConnect::append(const String& uri, const String& title) {
AutoConnectAux* reg = aux(uri);
if (!reg) {
reg = new AutoConnectAux(uri, title);
join(*reg);
return reg;
}
AC_DBG("%s has already listed\n", uri.c_str());
return nullptr;
}
/**
* Creates an AutoConnectAux dynamically with the specified URI and
* integrates it into the menu. It will register the request handler
* for the WebServer after the addMenuItem works. It has similar
* efficacy to calling addMenuItem and WebSever::on at once.
* @param uri An uri of a new item to add
* @param title Title of the menu item
* @param handler Function of the request handler for WebServer class
* @return true Added
* @return A pointer to an added AutoConnectAux
*/
AutoConnectAux* AutoConnect::append(const String& uri, const String& title, WebServerClass::THandlerFunction handler) {
if (_webServer) {
AutoConnectAux* reg = append(uri, title);
if (reg)
_webServer->on(uri, handler);
return reg;
}
return nullptr;
}
/**
* Detach a AutoConnectAux from the portal.
* @param uri An uri of the AutoConnectAux should be released
* @return true Specified AUX has released
* @return false Specified AUX not registered
*/
AutoConnectAux* AutoConnect::detach(const String &uri) {
AutoConnectAux** self = &_aux;
while (*self) {
if (!strcmp((*self)->uri(), uri.c_str())) {
AC_DBG("%s released\n", (*self)->uri());
AutoConnectAux* ref = *self;
*self = (*self)->_next;
return ref;
}
self = &((*self)->_next);
}
AC_DBG("%s not listed\n", uri.c_str());
return nullptr;
}
/**
* Append auxiliary pages made up with AutoConnectAux.
* @param aux A reference to AutoConnectAux that made up
* the auxiliary page to be added.
*/
void AutoConnect::join(AutoConnectAux& aux) {
if (_aux)
_aux->_concat(aux);
else
_aux = &aux;
aux._join(*this);
AC_DBG("%s on hands\n", aux.uri());
}
/**
* Append auxiliary pages made up with AutoConnectAux.
* @param aux A vector of reference to AutoConnectAux that made up
* the auxiliary page to be added.
*/
void AutoConnect::join(AutoConnectAuxVT auxVector) {
for (std::reference_wrapper<AutoConnectAux> aux : auxVector)
join(aux.get());
}
/**
* Register the exit routine for AutoConnectAux.
* @param uri Specify the URI of the AutoConnectAux page that
@ -832,18 +807,44 @@ bool AutoConnect::_loadAvailCredential(const char* ssid, const AC_PRINCIPLE_t pr
}
/**
* Get the total amount of memory required to hold the AutoConnect credentials
* and any custom configuration settings stored in EEPROM.
* This function is available only for ESP8266 use.
* @return Combined size of AutoConnect credentials and custom settings.
* Starts Web server for AutoConnect service.
*/
uint16_t AutoConnect::getEEPROMUsedSize(void) {
#if defined(ARDUINO_ARCH_ESP8266)
AutoConnectCredential credentials(_apConfig.boundaryOffset);
return _apConfig.boundaryOffset + credentials.dataSize();
#elif defined(ARDUINO_ARCH_ESP32)
return 0;
#endif
void AutoConnect::_startWebServer(void) {
// Boot Web server
if (!_webServer) {
// Only when hosting WebServer internally
_webServer = WebserverUP(new WebServerClass(AUTOCONNECT_HTTPPORT), std::default_delete<WebServerClass>() );
AC_DBG("WebServer allocated\n");
}
// Discard the original the not found handler to redirect captive portal detection.
// It is supposed to evacuate but ESP8266WebServer::_notFoundHandler is not accessible.
_webServer->onNotFound(std::bind(&AutoConnect::_handleNotFound, this));
// here, Prepare PageBuilders for captive portal
if (!_responsePage) {
_responsePage.reset( new PageBuilder() );
_responsePage->exitCanHandle(std::bind(&AutoConnect::_classifyHandle, this, std::placeholders::_1, std::placeholders::_2));
_responsePage->onUpload(std::bind(&AutoConnect::_handleUpload, this, std::placeholders::_1, std::placeholders::_2));
_responsePage->insert(*_webServer);
_webServer->begin();
AC_DBG("http server started\n");
}
else {
AC_DBG("http server readied\n");
}
}
/**
* Starts DNS server for Captive portal.
*/
void AutoConnect::_startDNSServer(void) {
// Boot DNS server, set up for captive portal redirection.
if (!_dnsServer) {
_dnsServer.reset(new DNSServer());
_dnsServer->setErrorReplyCode(DNSReplyCode::NoError);
_dnsServer->start(AUTOCONNECT_DNSPORT, "*", WiFi.softAPIP());
AC_DBG("DNS server started\n");
}
}
/**

65
src/AutoConnect.h
Unescape View File

@ -217,8 +217,6 @@ class AutoConnect {
AutoConnect();
AutoConnect(WebServerClass& webServer);
~AutoConnect();
AutoConnectAux* aux(const String& uri) const;
AutoConnectAux* release(const String& uri);
bool begin(void);
bool begin(const char* ssid, const char* passphrase = nullptr, unsigned long timeout = AUTOCONNECT_TIMEOUT);
bool config(AutoConnectConfig& Config);
@ -229,14 +227,17 @@ class AutoConnect {
void handleRequest(void);
void home(const String& uri);
WebServerClass& host(void);
String where(void) const { return _auxUri; }
AutoConnectAux* aux(const String& uri) const;
AutoConnectAux* append(const String& uri, const String& title);
AutoConnectAux* append(const String& uri, const String& title, WebServerClass::THandlerFunction handler);
AutoConnectAux* detach(const String& uri);
inline void disableMenu(const uint16_t items) { _apConfig.menuItems &= (0xffff ^ items); }
inline void enableMenu(const uint16_t items) { _apConfig.menuItems |= items; }
void join(AutoConnectAux& aux);
void join(AutoConnectAuxVT auxVector);
bool on(const String& uri, const AuxHandlerFunctionT handler, AutoConnectExitOrder_t order = AC_EXIT_AHEAD);
String where(void) const { return _auxUri; }
bool addMenuItem(const String& uri, const String& title);
bool addMenuItem(const String& uri, const String& title, WebServerClass::THandlerFunction handler);
inline void enableMenu(const uint16_t items) { _apConfig.menuItems |= items; }
inline void disableMenu(const uint16_t items) { _apConfig.menuItems &= (0xffff ^ items); }
/** For AutoConnectAux described in JSON */
#ifdef AUTOCONNECT_USE_JSON
@ -261,14 +262,14 @@ class AutoConnect {
bool _configSTA(const IPAddress& ip, const IPAddress& gateway, const IPAddress& netmask, const IPAddress& dns1, const IPAddress& dns2);
String _getBootUri(void);
bool _getConfigSTA(station_config_t* config);
void _startWebServer(void);
void _startDNSServer(void);
void _handleNotFound(void);
bool _loadAvailCredential(const char* ssid, const AC_PRINCIPLE_t principle = AC_PRINCIPLE_RECENT, const bool excludeCurrent = false);
bool _loadCurrentCredential(char* ssid, char* password, const AC_PRINCIPLE_t principle, const bool excludeCurrent);
void _startWebServer(void);
void _startDNSServer(void);
void _stopPortal(void);
bool _classifyHandle(HTTPMethod mothod, String uri);
void _handleUpload(const String& requestUri, const HTTPUpload& upload);
void _handleNotFound(void);
void _purgePages(void);
virtual PageElement* _setupPage(String& uri);
#ifdef AUTOCONNECT_USE_JSON
@ -352,13 +353,13 @@ class AutoConnect {
/** PageElements of AutoConnect site. */
static const char _CSS_BASE[] PROGMEM;
static const char _CSS_LUXBAR[] PROGMEM;
static const char _CSS_UL[] PROGMEM;
static const char _CSS_ICON_LOCK[] PROGMEM;
static const char _CSS_INPUT_BUTTON[] PROGMEM;
static const char _CSS_INPUT_TEXT[] PROGMEM;
static const char _CSS_TABLE[] PROGMEM;
static const char _CSS_SPINNER[] PROGMEM;
static const char _CSS_LUXBAR[] PROGMEM;
static const char _ELM_HTML_HEAD[] PROGMEM;
static const char _ELM_MENU_PRE[] PROGMEM;
static const char _ELM_MENU_AUX[] PROGMEM;
@ -381,41 +382,41 @@ class AutoConnect {
/** Token handlers for PageBuilder */
String _token_CSS_BASE(PageArgument& args);
String _token_CSS_UL(PageArgument& args);
String _token_CSS_ICON_LOCK(PageArgument& args);
String _token_CSS_INPUT_BUTTON(PageArgument& args);
String _token_CSS_INPUT_TEXT(PageArgument& args);
String _token_CSS_TABLE(PageArgument& args);
String _token_CSS_SPINNER(PageArgument& args);
String _token_CSS_LUXBAR(PageArgument& args);
String _token_HEAD(PageArgument& args);
String _token_MENU_PRE(PageArgument& args);
String _token_CSS_SPINNER(PageArgument& args);
String _token_CSS_TABLE(PageArgument& args);
String _token_CSS_UL(PageArgument& args);
String _token_MENU_AUX(PageArgument& args);
String _token_MENU_POST(PageArgument& args);
String _token_ESTAB_SSID(PageArgument& args);
String _token_WIFI_MODE(PageArgument& args);
String _token_WIFI_STATUS(PageArgument& args);
String _token_STATION_STATUS(PageArgument& args);
String _token_LOCAL_IP(PageArgument& args);
String _token_SOFTAP_IP(PageArgument& args);
String _token_GATEWAY(PageArgument& args);
String _token_NETMASK(PageArgument& args);
String _token_MENU_PRE(PageArgument& args);
String _token_AP_MAC(PageArgument& args);
String _token_STA_MAC(PageArgument& args);
String _token_BOOTURI(PageArgument& args);
String _token_CHANNEL(PageArgument& args);
String _token_DBM(PageArgument& args);
String _token_CHIP_ID(PageArgument& args);
String _token_CONFIG_STAIP(PageArgument& args);
String _token_CPU_FREQ(PageArgument& args);
String _token_CURRENT_SSID(PageArgument& args);
String _token_DBM(PageArgument& args);
String _token_ESTAB_SSID(PageArgument& args);
String _token_FLASH_SIZE(PageArgument& args);
String _token_CHIP_ID(PageArgument& args);
String _token_FREE_HEAP(PageArgument& args);
String _token_LIST_SSID(PageArgument& args);
String _token_SSID_COUNT(PageArgument& args);
String _token_GATEWAY(PageArgument& args);
String _token_HEAD(PageArgument& args);
String _token_HIDDEN_COUNT(PageArgument& args);
String _token_CONFIG_STAIP(PageArgument& args);
String _token_LIST_SSID(PageArgument& args);
String _token_LOCAL_IP(PageArgument& args);
String _token_NETMASK(PageArgument& args);
String _token_OPEN_SSID(PageArgument& args);
String _token_SOFTAP_IP(PageArgument& args);
String _token_SSID_COUNT(PageArgument& args);
String _token_STA_MAC(PageArgument& args);
String _token_STATION_STATUS(PageArgument& args);
String _token_UPTIME(PageArgument& args);
String _token_BOOTURI(PageArgument& args);
String _token_CURRENT_SSID(PageArgument& args);
String _token_WIFI_MODE(PageArgument& args);
String _token_WIFI_STATUS(PageArgument& args);
private:
static const String _emptyString; /**< An empty string allocation **/

406
src/AutoConnectPage.cpp
Unescape View File

@ -912,11 +912,6 @@ String AutoConnect::_token_CSS_BASE(PageArgument& args) {
return String(FPSTR(_CSS_BASE));
}
String AutoConnect::_token_CSS_UL(PageArgument& args) {
AC_UNUSED(args);
return String(FPSTR(_CSS_UL));
}
String AutoConnect::_token_CSS_ICON_LOCK(PageArgument& args) {
AC_UNUSED(args);
return String(FPSTR(_CSS_ICON_LOCK));
@ -932,9 +927,9 @@ String AutoConnect::_token_CSS_INPUT_TEXT(PageArgument& args) {
return String(FPSTR(_CSS_INPUT_TEXT));
}
String AutoConnect::_token_CSS_TABLE(PageArgument& args) {
String AutoConnect::_token_CSS_LUXBAR(PageArgument& args) {
AC_UNUSED(args);
return String(FPSTR(_CSS_TABLE));
return String(FPSTR(_CSS_LUXBAR));
}
String AutoConnect::_token_CSS_SPINNER(PageArgument& args) {
@ -942,9 +937,21 @@ String AutoConnect::_token_CSS_SPINNER(PageArgument& args) {
return String(FPSTR(_CSS_SPINNER));
}
String AutoConnect::_token_HEAD(PageArgument& args) {
String AutoConnect::_token_CSS_TABLE(PageArgument& args) {
AC_UNUSED(args);
return String(FPSTR(_ELM_HTML_HEAD));
return String(FPSTR(_CSS_TABLE));
}
String AutoConnect::_token_CSS_UL(PageArgument& args) {
AC_UNUSED(args);
return String(FPSTR(_CSS_UL));
}
String AutoConnect::_token_MENU_AUX(PageArgument& args) {
String menuItem = String("");
if (_aux)
menuItem = _aux->_injectMenu(args);
return menuItem;
}
String AutoConnect::_token_MENU_PRE(PageArgument& args) {
@ -960,13 +967,6 @@ String AutoConnect::_token_MENU_PRE(PageArgument& args) {
return currentMenu;
}
String AutoConnect::_token_MENU_AUX(PageArgument& args) {
String menuItem = String("");
if (_aux)
menuItem = _aux->_injectMenu(args);
return menuItem;
}
String AutoConnect::_token_MENU_POST(PageArgument& args) {
AC_UNUSED(args);
String postMenu = FPSTR(_ELM_MENU_POST);
@ -976,184 +976,115 @@ String AutoConnect::_token_MENU_POST(PageArgument& args) {
return postMenu;
}
String AutoConnect::_token_CSS_LUXBAR(PageArgument& args) {
String AutoConnect::_token_AP_MAC(PageArgument& args) {
AC_UNUSED(args);
return String(FPSTR(_CSS_LUXBAR));
uint8_t macAddress[6];
WiFi.softAPmacAddress(macAddress);
return AutoConnect::_toMACAddressString(macAddress);
}
String AutoConnect::_token_ESTAB_SSID(PageArgument& args) {
String AutoConnect::_token_BOOTURI(PageArgument& args) {
AC_UNUSED(args);
return (WiFi.status() == WL_CONNECTED ? WiFi.SSID() : String(F("N/A")));
return _getBootUri();
}
String AutoConnect::_token_WIFI_MODE(PageArgument& args) {
String AutoConnect::_token_CHANNEL(PageArgument& args) {
AC_UNUSED(args);
PGM_P wifiMode;
switch (WiFi.getMode()) {
case WIFI_OFF:
wifiMode = PSTR("OFF");
break;
case WIFI_STA:
wifiMode = PSTR("STA");
break;
case WIFI_AP:
wifiMode = PSTR("AP");
break;
case WIFI_AP_STA:
wifiMode = PSTR("AP_STA");
break;
#ifdef ARDUINO_ARCH_ESP32
case WIFI_MODE_MAX:
wifiMode = PSTR("MAX");
break;
#endif
default:
wifiMode = PSTR("experimental");
}
return String(FPSTR(wifiMode));
return String(WiFi.channel());
}
String AutoConnect::_token_WIFI_STATUS(PageArgument& args) {
String AutoConnect::_token_CHIP_ID(PageArgument& args) {
AC_UNUSED(args);
return String(WiFi.status());
return String(_getChipId());
}
String AutoConnect::_token_STATION_STATUS(PageArgument& args) {
String AutoConnect::_token_CONFIG_STAIP(PageArgument& args) {
AC_UNUSED(args);
PGM_P wlStatusSymbol = PSTR("");
// const char* wlStatusSymbol ="";
PGM_P wlStatusSymbols[] = {
// static const char* wlStatusSymbols[] = {
#if defined(ARDUINO_ARCH_ESP8266)
PSTR("IDLE"),
PSTR("CONNECTING"),
PSTR("WRONG_PASSWORD"),
PSTR("NO_AP_FOUND"),
PSTR("CONNECT_FAIL"),
PSTR("GOT_IP")
};
switch (wifi_station_get_connect_status()) {
case STATION_IDLE:
wlStatusSymbol = wlStatusSymbols[0];
break;
case STATION_CONNECTING:
wlStatusSymbol = wlStatusSymbols[1];
break;
case STATION_WRONG_PASSWORD:
wlStatusSymbol = wlStatusSymbols[2];
break;
case STATION_NO_AP_FOUND:
wlStatusSymbol = wlStatusSymbols[3];
break;
case STATION_CONNECT_FAIL:
wlStatusSymbol = wlStatusSymbols[4];
break;
case STATION_GOT_IP:
wlStatusSymbol = wlStatusSymbols[5];
break;
#elif defined(ARDUINO_ARCH_ESP32)
PSTR("IDLE"),
PSTR("NO_SSID_AVAIL"),
PSTR("SCAN_COMPLETED"),
PSTR("CONNECTED"),
PSTR("CONNECT_FAILED"),
PSTR("CONNECTION_LOST"),
PSTR("DISCONNECTED"),
PSTR("NO_SHIELD")
static const char _configIPList[] PROGMEM =
"<li class=\"exp\">"
"<label for=\"%s\">%s</label>"
"<input id=\"%s\" type=\"text\" name=\"%s\" value=\"%s\">"
"</li>";
struct _reps {
PGM_P lid;
PGM_P lbl;
} static const reps[] = {
{ PSTR(AUTOCONNECT_PARAMID_STAIP), PSTR("IP Address") },
{ PSTR(AUTOCONNECT_PARAMID_GTWAY), PSTR("Gateway") },
{ PSTR(AUTOCONNECT_PARAMID_NTMSK), PSTR("Netmask") },
{ PSTR(AUTOCONNECT_PARAMID_DNS1), PSTR("DNS1") },
{ PSTR(AUTOCONNECT_PARAMID_DNS2), PSTR("DNS2") }
};
switch (_rsConnect) {
case WL_IDLE_STATUS:
wlStatusSymbol = wlStatusSymbols[0];
break;
case WL_NO_SSID_AVAIL:
wlStatusSymbol = wlStatusSymbols[1];
break;
case WL_SCAN_COMPLETED:
wlStatusSymbol = wlStatusSymbols[2];
break;
case WL_CONNECTED:
wlStatusSymbol = wlStatusSymbols[3];
break;
case WL_CONNECT_FAILED:
wlStatusSymbol = wlStatusSymbols[4];
break;
case WL_CONNECTION_LOST:
wlStatusSymbol = wlStatusSymbols[5];
break;
case WL_DISCONNECTED:
wlStatusSymbol = wlStatusSymbols[6];
break;
case WL_NO_SHIELD:
wlStatusSymbol = wlStatusSymbols[7];
break;
#endif
}
return String("(") + String(_rsConnect) + String(") ") + String(FPSTR(wlStatusSymbol));
}
String AutoConnect::_token_LOCAL_IP(PageArgument& args) {
AC_UNUSED(args);
return WiFi.localIP().toString();
}
String AutoConnect::_token_SOFTAP_IP(PageArgument& args) {
AC_UNUSED(args);
return WiFi.softAPIP().toString();
}
char liCont[600];
char* liBuf = liCont;
String AutoConnect::_token_GATEWAY(PageArgument& args) {
AC_UNUSED(args);
return WiFi.gatewayIP().toString();
for (uint8_t i = 0; i < 5; i++) {
IPAddress* ip = nullptr;
if (i == 0)
ip = &_apConfig.staip;
else if (i == 1)
ip = &_apConfig.staGateway;
else if (i == 2)
ip = &_apConfig.staNetmask;
else if (i == 3)
ip = &_apConfig.dns1;
else if (i == 4)
ip = &_apConfig.dns2;
String ipStr = ip != nullptr ? ip->toString() : String(F("0.0.0.0"));
snprintf_P(liBuf, sizeof(liCont) - (liBuf - liCont), (PGM_P)_configIPList, reps[i].lid, reps[i].lbl, reps[i].lid, reps[i].lid, ipStr.c_str());
liBuf += strlen(liBuf);
}
return String(liCont);
}
String AutoConnect::_token_NETMASK(PageArgument& args) {
String AutoConnect::_token_CPU_FREQ(PageArgument& args) {
AC_UNUSED(args);
return WiFi.subnetMask().toString();
return String(ESP.getCpuFreqMHz());
}
String AutoConnect::_token_AP_MAC(PageArgument& args) {
String AutoConnect::_token_CURRENT_SSID(PageArgument& args) {
AC_UNUSED(args);
uint8_t macAddress[6];
WiFi.softAPmacAddress(macAddress);
return AutoConnect::_toMACAddressString(macAddress);
char ssid_c[sizeof(station_config_t::ssid) + 1];
*ssid_c = '\0';
strncat(ssid_c, reinterpret_cast<char*>(_credential.ssid), sizeof(ssid_c) - 1);
String ssid = String(ssid_c);
return ssid;
}
String AutoConnect::_token_STA_MAC(PageArgument& args) {
String AutoConnect::_token_DBM(PageArgument& args) {
AC_UNUSED(args);
uint8_t macAddress[6];
WiFi.macAddress(macAddress);
return AutoConnect::_toMACAddressString(macAddress);
int32_t dBm = WiFi.RSSI();
return (dBm == 31 ? String(F("N/A")) : String(dBm));
}
String AutoConnect::_token_CHANNEL(PageArgument& args) {
String AutoConnect::_token_ESTAB_SSID(PageArgument& args) {
AC_UNUSED(args);
return String(WiFi.channel());
return (WiFi.status() == WL_CONNECTED ? WiFi.SSID() : String(F("N/A")));
}
String AutoConnect::_token_DBM(PageArgument& args) {
String AutoConnect::_token_FLASH_SIZE(PageArgument& args) {
AC_UNUSED(args);
int32_t dBm = WiFi.RSSI();
return (dBm == 31 ? String(F("N/A")) : String(dBm));
return String(_getFlashChipRealSize());
}
String AutoConnect::_token_CPU_FREQ(PageArgument& args) {
String AutoConnect::_token_FREE_HEAP(PageArgument& args) {
AC_UNUSED(args);
return String(ESP.getCpuFreqMHz());
return String(_freeHeapSize);
}
String AutoConnect::_token_FLASH_SIZE(PageArgument& args) {
String AutoConnect::_token_GATEWAY(PageArgument& args) {
AC_UNUSED(args);
return String(_getFlashChipRealSize());
return WiFi.gatewayIP().toString();
}
String AutoConnect::_token_CHIP_ID(PageArgument& args) {
String AutoConnect::_token_HEAD(PageArgument& args) {
AC_UNUSED(args);
return String(_getChipId());
return String(FPSTR(_ELM_HTML_HEAD));
}
String AutoConnect::_token_FREE_HEAP(PageArgument& args) {
String AutoConnect::_token_HIDDEN_COUNT(PageArgument& args) {
AC_UNUSED(args);
return String(_freeHeapSize);
return String(_hiddenSSIDCount);
}
String AutoConnect::_token_LIST_SSID(PageArgument& args) {
@ -1226,53 +1157,14 @@ String AutoConnect::_token_LIST_SSID(PageArgument& args) {
return ssidListStr;
}
String AutoConnect::_token_SSID_COUNT(PageArgument& args) {
AC_UNUSED(args);
return String(_scanCount);
}
String AutoConnect::_token_HIDDEN_COUNT(PageArgument& args) {
String AutoConnect::_token_LOCAL_IP(PageArgument& args) {
AC_UNUSED(args);
return String(_hiddenSSIDCount);
return WiFi.localIP().toString();
}
String AutoConnect::_token_CONFIG_STAIP(PageArgument& args) {
String AutoConnect::_token_NETMASK(PageArgument& args) {
AC_UNUSED(args);
static const char _configIPList[] PROGMEM =
"<li class=\"exp\">"
"<label for=\"%s\">%s</label>"
"<input id=\"%s\" type=\"text\" name=\"%s\" value=\"%s\">"
"</li>";
struct _reps {
PGM_P lid;
PGM_P lbl;
} static const reps[] = {
{ PSTR(AUTOCONNECT_PARAMID_STAIP), PSTR("IP Address") },
{ PSTR(AUTOCONNECT_PARAMID_GTWAY), PSTR("Gateway") },
{ PSTR(AUTOCONNECT_PARAMID_NTMSK), PSTR("Netmask") },
{ PSTR(AUTOCONNECT_PARAMID_DNS1), PSTR("DNS1") },
{ PSTR(AUTOCONNECT_PARAMID_DNS2), PSTR("DNS2") }
};
char liCont[600];
char* liBuf = liCont;
for (uint8_t i = 0; i < 5; i++) {
IPAddress* ip = nullptr;
if (i == 0)
ip = &_apConfig.staip;
else if (i == 1)
ip = &_apConfig.staGateway;
else if (i == 2)
ip = &_apConfig.staNetmask;
else if (i == 3)
ip = &_apConfig.dns1;
else if (i == 4)
ip = &_apConfig.dns2;
String ipStr = ip != nullptr ? ip->toString() : String(F("0.0.0.0"));
snprintf_P(liBuf, sizeof(liCont) - (liBuf - liCont), (PGM_P)_configIPList, reps[i].lid, reps[i].lbl, reps[i].lid, reps[i].lid, ipStr.c_str());
liBuf += strlen(liBuf);
}
return String(liCont);
return WiFi.subnetMask().toString();
}
String AutoConnect::_token_OPEN_SSID(PageArgument& args) {
@ -1318,23 +1210,131 @@ String AutoConnect::_token_OPEN_SSID(PageArgument& args) {
return ssidList;
}
String AutoConnect::_token_SOFTAP_IP(PageArgument& args) {
AC_UNUSED(args);
return WiFi.softAPIP().toString();
}
String AutoConnect::_token_SSID_COUNT(PageArgument& args) {
AC_UNUSED(args);
return String(_scanCount);
}
String AutoConnect::_token_STA_MAC(PageArgument& args) {
AC_UNUSED(args);
uint8_t macAddress[6];
WiFi.macAddress(macAddress);
return AutoConnect::_toMACAddressString(macAddress);
}
String AutoConnect::_token_STATION_STATUS(PageArgument& args) {
AC_UNUSED(args);
PGM_P wlStatusSymbol = PSTR("");
// const char* wlStatusSymbol ="";
PGM_P wlStatusSymbols[] = {
// static const char* wlStatusSymbols[] = {
#if defined(ARDUINO_ARCH_ESP8266)
PSTR("IDLE"),
PSTR("CONNECTING"),
PSTR("WRONG_PASSWORD"),
PSTR("NO_AP_FOUND"),
PSTR("CONNECT_FAIL"),
PSTR("GOT_IP")
};
switch (wifi_station_get_connect_status()) {
case STATION_IDLE:
wlStatusSymbol = wlStatusSymbols[0];
break;
case STATION_CONNECTING:
wlStatusSymbol = wlStatusSymbols[1];
break;
case STATION_WRONG_PASSWORD:
wlStatusSymbol = wlStatusSymbols[2];
break;
case STATION_NO_AP_FOUND:
wlStatusSymbol = wlStatusSymbols[3];
break;
case STATION_CONNECT_FAIL:
wlStatusSymbol = wlStatusSymbols[4];
break;
case STATION_GOT_IP:
wlStatusSymbol = wlStatusSymbols[5];
break;
#elif defined(ARDUINO_ARCH_ESP32)
PSTR("IDLE"),
PSTR("NO_SSID_AVAIL"),
PSTR("SCAN_COMPLETED"),
PSTR("CONNECTED"),
PSTR("CONNECT_FAILED"),
PSTR("CONNECTION_LOST"),
PSTR("DISCONNECTED"),
PSTR("NO_SHIELD")
};
switch (_rsConnect) {
case WL_IDLE_STATUS:
wlStatusSymbol = wlStatusSymbols[0];
break;
case WL_NO_SSID_AVAIL:
wlStatusSymbol = wlStatusSymbols[1];
break;
case WL_SCAN_COMPLETED:
wlStatusSymbol = wlStatusSymbols[2];
break;
case WL_CONNECTED:
wlStatusSymbol = wlStatusSymbols[3];
break;
case WL_CONNECT_FAILED:
wlStatusSymbol = wlStatusSymbols[4];
break;
case WL_CONNECTION_LOST:
wlStatusSymbol = wlStatusSymbols[5];
break;
case WL_DISCONNECTED:
wlStatusSymbol = wlStatusSymbols[6];
break;
case WL_NO_SHIELD:
wlStatusSymbol = wlStatusSymbols[7];
break;
#endif
}
return String("(") + String(_rsConnect) + String(") ") + String(FPSTR(wlStatusSymbol));
}
String AutoConnect::_token_UPTIME(PageArgument& args) {
AC_UNUSED(args);
return String(_apConfig.uptime);
}
String AutoConnect::_token_BOOTURI(PageArgument& args) {
String AutoConnect::_token_WIFI_MODE(PageArgument& args) {
AC_UNUSED(args);
return _getBootUri();
PGM_P wifiMode;
switch (WiFi.getMode()) {
case WIFI_OFF:
wifiMode = PSTR("OFF");
break;
case WIFI_STA:
wifiMode = PSTR("STA");
break;
case WIFI_AP:
wifiMode = PSTR("AP");
break;
case WIFI_AP_STA:
wifiMode = PSTR("AP_STA");
break;
#ifdef ARDUINO_ARCH_ESP32
case WIFI_MODE_MAX:
wifiMode = PSTR("MAX");
break;
#endif
default:
wifiMode = PSTR("experimental");
}
return String(FPSTR(wifiMode));
}
String AutoConnect::_token_CURRENT_SSID(PageArgument& args) {
String AutoConnect::_token_WIFI_STATUS(PageArgument& args) {
AC_UNUSED(args);
char ssid_c[sizeof(station_config_t::ssid) + 1];
*ssid_c = '\0';
strncat(ssid_c, reinterpret_cast<char*>(_credential.ssid), sizeof(ssid_c) - 1);
String ssid = String(ssid_c);
return ssid;
return String(WiFi.status());
}
/**

Write Preview
Loading…
Cancel
Save