diff --git a/README.md b/README.md
index a0c0aebb..0ebb3bab 100644
--- a/README.md
+++ b/README.md
@@ -4,20 +4,19 @@
FW for ESP8266 used with 3D printer
##Description
-Thanks to @disneysw for bringing this module idea and basic code
+Thanks to @disneysw for bringing this module idea
Thanks to @lkarlslund for suggestion about independant reset using GPIO2
-Have a bridge configurable by web and optionally by printer
-Have a front end to know what is the wifi status or know what is the print status - this part can be optional and removed by compilation directive if no need
-...
-TBD
+Have a bridge configurable by web (implemented) and optionally by printer (not yet implemented)
+Have a front end to know what is the wifi status (implemented) or know what is the print status (not yet implemented) - this part can be optional and removed by compilation directive if no need
+
##Hardware connection
--Use GPIO2 to ground to reset all settings in hard way - 2-6 sec after boot / not before!! Set GPIO2 to ground before boot change boot mode and go to special boot that do not reach FW - I did not found information on this. Currently boot take 10 sec - giving 8 seconds to connect GPIO2 to GND and do an hard recovery for settings
--Use GPIO0 to ground to be in update mode
--Use a switch to reset/disable module
--TODO: Full wiring with drawing
-TBD
+
##Development
Currently using [Arduino IDE 1.6.4](http://arduino.cc/en/Main/Software) with the esp8266 module from board manager added from [github.com/esp8266/Arduino](https://github.com/esp8266/Arduino)
@@ -27,21 +26,20 @@ Additionnaly:
##Flash the Module
*Tools:
---Use IDE to upload directly
---Use esp flasher: https://github.com/nodemcu/nodemcu-flasher for 0x00000 and 0X00004 binaries
+--Use IDE to upload directly (latest version of board manager module generate one binary)
*Connection
---Connect GPIO0 to ground to be in update mode
+--Connect GPIO0 to ground to be in update mode
-##Wifi connection
+##Web configuration
*Wifi Mode : Access point / Client station
*IP Generation: DHCP/Static IP
*IP/MASK/GATEWAY for static data
*Baud Rate for serial (supported : 9600, 19200, 38400, 57600, 115200, 230400)
-...
-TBD
+*web port and data port
+
-##Configuration
+##Default Configuration
Default Settings:
AP:ESP8266
PW:12345678
@@ -54,58 +52,46 @@ IP Mode: Static IP
IP: 192.168.0.1
Mask: 255.255.255.0
GW:192.168.0.1
-Baud rate: 9600
+Baud rate: 9600
+Web port:80
+Data port: 8888
-From web:
-port 80
---Need picture and flow
+These are the UI when css is in cache or internet is available:
-...
-TBD
-
-
##Commands from/to serial(not yet implemented):
*from module to printer [Need Printer FW support and can be disabled in ESP FW]
-M800 S1 , restart module done need a wifi/activity restart
-M801 [Message], Error message from module
-M802 [Message], Status message from module
-M804 [AP/STATION,SSID,DHC/STATIC,IP,MASK,GW,STATUS,MAC ADDRESSS, BAUD?], ]Module configuration without password
- ...
- TBD
*from host to printer (not yet implemented) [Need Printer FW support] on port 8888
-M803 [IP, AP,SSID, Password....], ]Module configuration settings to be used by module
-M805 query to get M804 informations
- ...
- TBD
+
*from printer to module [Need Printer FW support and can be disabled in ESP FW] (not yet implemented)
-request configuration/status (generate the M804 as answer)
-set AP/STATION,SSID,PASSSWORD,DHC/STATIC,IP,MASK,GW,BAUD from serial
- ...
- TBD
-##Front End [need Printer FW support it] or just display module status
+##Front End (not yet implemented) [need Printer FW support it] or just display module status
--Display printer status
--Display temperatures
--Display print progress if any
--List SDCard Content
---Launch/Stop/(Pause?) a Print
+--Launch/Stop/(Pause?) a Print
##TODO
-- Define Front End Functions
--- do the bridge serial/TCPIP
--- do coding
-- do testing
-- do a complete drawing for connections
--- add some Javascript to enhance web UI
--- allow to change ports from Web UI, currently fixed to 80 and 8888
+-- add some Javascript to enhance web UI
more to come