Delta / Mbed 2 deprecated NNN40_APmodeToSTAmodeByHTTPServer

NNN40 change mode from AP to STA by HTTP server

Dependencies:   WIFI_API_32kRAM mbed

How to use Demo code

  • Step1: Prepare a router, and set the SSID and Password as follow
  1. SSID: "SSID"
  2. Password: "0123456789"
  • Step2: Burn demo code to NNN40 module.

You can drag and drop the sample code to NNN40 module.

  • Step3: Login module from Http server (192.168.2.1) by PC.

You can set SSID and password by browser. After clicking "confirm" button, the module will change mode from AP to STA, get IP from router

  • DEMO video:

RPCObjectManager.cpp@0:9e4bcb10b3e3, 2013-07-17 (annotated)

Committer:
feb11
Date:
Wed Jul 17 10:15:05 2013 +0000
Revision:
0:9e4bcb10b3e3
Initial import

Who changed what in which revision?

UserRevisionLine numberNew contents of line
feb11 0:9e4bcb10b3e3 1 #include "RPCObjectManager.h"
feb11 0:9e4bcb10b3e3 2 #include "mbed.h"
feb11 0:9e4bcb10b3e3 3
feb11 0:9e4bcb10b3e3 4 RPCObjectManager& RPCObjectManager::instance()
feb11 0:9e4bcb10b3e3 5 {
feb11 0:9e4bcb10b3e3 6 static RPCObjectManager om;
feb11 0:9e4bcb10b3e3 7 return om;
feb11 0:9e4bcb10b3e3 8 }
feb11 0:9e4bcb10b3e3 9
feb11 0:9e4bcb10b3e3 10 RPCObjectManager::RPCObjectManager():
feb11 0:9e4bcb10b3e3 11 objects()
feb11 0:9e4bcb10b3e3 12 {
feb11 0:9e4bcb10b3e3 13 }
feb11 0:9e4bcb10b3e3 14
feb11 0:9e4bcb10b3e3 15 RPCObjectManager::~RPCObjectManager()
feb11 0:9e4bcb10b3e3 16 {
feb11 0:9e4bcb10b3e3 17 for(std::list<char*>::iterator itor = objects.begin();
feb11 0:9e4bcb10b3e3 18 itor != objects.end();
feb11 0:9e4bcb10b3e3 19 ++itor)
feb11 0:9e4bcb10b3e3 20 delete *itor;
feb11 0:9e4bcb10b3e3 21 }
feb11 0:9e4bcb10b3e3 22
feb11 0:9e4bcb10b3e3 23 void RPCObjectManager::store_object(char *obj_name)
feb11 0:9e4bcb10b3e3 24 {
feb11 0:9e4bcb10b3e3 25 char *obj = new char[strlen(obj_name)+1];
feb11 0:9e4bcb10b3e3 26 strcpy(obj, obj_name);
feb11 0:9e4bcb10b3e3 27 obj[strlen(obj_name)] = '\0';
feb11 0:9e4bcb10b3e3 28 objects.push_back(obj);
feb11 0:9e4bcb10b3e3 29 }
feb11 0:9e4bcb10b3e3 30
feb11 0:9e4bcb10b3e3 31 void RPCObjectManager::remove_object(char *obj_name)
feb11 0:9e4bcb10b3e3 32 {
feb11 0:9e4bcb10b3e3 33 for(std::list<char*>::iterator itor = objects.begin();
feb11 0:9e4bcb10b3e3 34 itor != objects.end();
feb11 0:9e4bcb10b3e3 35 ++itor)
feb11 0:9e4bcb10b3e3 36 if(!strcmp(obj_name, *itor))
feb11 0:9e4bcb10b3e3 37 {
feb11 0:9e4bcb10b3e3 38 delete *itor;
feb11 0:9e4bcb10b3e3 39 objects.erase(itor);
feb11 0:9e4bcb10b3e3 40 break;
feb11 0:9e4bcb10b3e3 41 }
feb11 0:9e4bcb10b3e3 42 }
feb11 0:9e4bcb10b3e3 43
feb11 0:9e4bcb10b3e3 44 bool RPCObjectManager::lookup_object(char *obj_name)
feb11 0:9e4bcb10b3e3 45 {
feb11 0:9e4bcb10b3e3 46 for(std::list<char*>::iterator itor = objects.begin();
feb11 0:9e4bcb10b3e3 47 itor != objects.end();
feb11 0:9e4bcb10b3e3 48 ++itor)
feb11 0:9e4bcb10b3e3 49 if(!strcmp(obj_name, *itor))
feb11 0:9e4bcb10b3e3 50 return true;
feb11 0:9e4bcb10b3e3 51 return false;
feb11 0:9e4bcb10b3e3 52 }
feb11 0:9e4bcb10b3e3 53
feb11 0:9e4bcb10b3e3 54 bool RPCObjectManager::is_empty()
feb11 0:9e4bcb10b3e3 55 {
feb11 0:9e4bcb10b3e3 56 return objects.empty();
feb11 0:9e4bcb10b3e3 57 }
feb11 0:9e4bcb10b3e3 58
feb11 0:9e4bcb10b3e3 59 std::list<char*>::iterator RPCObjectManager::begin()
feb11 0:9e4bcb10b3e3 60 {
feb11 0:9e4bcb10b3e3 61 return objects.begin();
feb11 0:9e4bcb10b3e3 62 }
feb11 0:9e4bcb10b3e3 63
feb11 0:9e4bcb10b3e3 64 std::list<char*>::iterator RPCObjectManager::end()
feb11 0:9e4bcb10b3e3 65 {
feb11 0:9e4bcb10b3e3 66 return objects.end();
feb11 0:9e4bcb10b3e3 67 }
feb11 0:9e4bcb10b3e3 68