NETGEAR KWGR614 - 54 Mbps Wireless Router Manual de usuario

KWGR Open Source Guide (Rev 2.0)

Open Source User Guide

Open source Wireless-G Router - KWGR614

!!!! Opening The Router Housing or Putting In Any Customer Software on The Router Will Void

The Warranty On Your Router!!!!

Hardware Specification

Chipsets:

- CPU: Realtek RTL8651B (200MHz), embedded with a 5-port Fast Ethernet switch

- Wireless: Realtek RTL8185L / RTL8225

Total memory:

- Flash: 4MB

- SDRAM: 16MB

Memory usage of the latest router firmware:

- Flash: 2MB used = 1,804KB (router firmware V1.0.1-10.17WW) + 192KB (Bootloader + BoardInfo + POT + Configuration)

- SDRAM: about 8.5MB (without including the dynamic memory allocation)

Module and Software Specification

KWGR614 is running Linux 2.4.26.

The following table lists the functional modules of the KWGR614 router and the source and versions of the different modules.

More information on these functional modules can be obtained directly from the source of the packages.

Module Package Version Location (directory)

NAT/NAPT RomeDriver-Realtek 3.6.3 linux-2.4.x/drivers/net/re865x/rtl865x

DHCP server/client udhcpd/udhcpc of Busybox

V1.00-pre2 0.9.10 user/busybox/networking/udhcp

DNS Proxy Dnrd 2.17.2 user/dnrd-dnshijack

Dynamic DNS ez-ipupdate 3.0.11b7 user/ez-ipupdate-3.0.11b7

Web Server BOA 0.94 user/boa

Telstra's Big Pond Bpalogin V2.0 user/bpalogin

Email Smtpclient 1.0.0 user/smtpclient

Schedule Crond of Busybox V1.00-pre2 1.0.0 user/busybox/miscutils/crond.c

PPP/PPPoE Pppd 2.3.8 user/pppd

PPTP Client pptp-client 1.3.1 user/pptp-client

Wireless driver Copyright Realtek 1.12 linux-2.4.x/drivers/net/wireless/rtl8185

L2TP l2tpd 0.69 user/l2tpd

Iptables iptables 1.2.7a user/iptables

Making a Console debug Interface for KWGR614

This section contains instructions on how to make a console interface to a NETGEAR KWGR614 wireless router

for developer’s firmware development and debugging.

KWGR Open Source Guide (Rev 2.0)

Provided below is an example schematic using MAX3232, the RS-232 Line Driver/Receiver from Texas Instruments

(TI), to make a console board.

(Datasheet of the MAX3232 can be found on TI web site at http://focus.ti.com/lit/ds/symlink/max3232.pdf)

The DB9 (Male) connector is wired as a DCE (think of this as a peripheral serial port), and can be connected

directly to the serial port on a host PC. This gives you access to the built-in serial console on the router (using the

protocol of 38400bps, 8 data bits, none parity, 1 stop bit, without flow control).

Connect the console board to the pin header (J303) on the router board.

KWGR Open Source Guide (Rev 2.0)

The pin-out of J303 on the KWGR614 board is as follows:

Pin 1: VDDH (3.3V)

Pin 2: TxD

Pin 3: RxD

Pin 4: GND (Ground)

There are 3rd party vendors who provide compatible console boards, such us the AD233AK/AD233BK RS232

adapter kits at:

http://www.compsys1.com/workbench/On_top_of_the_Bench/Max233_Adapter/max233_adapter.html

Make sure the adapter board is connected correctly to the corresponding pins of J303 on the router board.

KWGR Open Source Guide (Rev 2.0)

Source Code and Executable

The following section of the document highlights the steps and procedures that are required to download the source code,

install the toolchain, compile and link the existing source code and develop the user applications for the KWGR614 Router.

Suse Linux 10.1 was used for development throughout this guide.

Note: The KWGR614 firmware had been built successfully on the following Linux OS platforms

- Redhat 9.0/8.x

- Fedora 5

- SuSE Linux 10.1

1. Download the complete archive from Netgear OSC web site

(http://kbserver.netgear.com/kb_web_files/open_src.asp) and unpack

KWGR614_V1.0.1_10.17WW_gpl_package.zip

Note: V1.0.1_10.17 is the firmware version number. WW denotes Worldwide version. Other versions are available

e.g NA for North America. Apply the correct file name where appropriate, if you download a different version.

2. unzip KWGR614_V1.0.1_10.17WW_gpl_package.zip

Unzip will result in three files:

KWGR614_README.txt (The Opensource User Guide)

KWGR614_V1.0.1_10.17WW_src.tar.bz2

toolchain_mips_20050831.tar.bz2

3. Unpack the Source code.

tar –xvf KWGR614_V1.0.1_10.17WW_src.tar.bz2

This will create a sub directory KWGR614_xxx/.

xxx -> V1.0.1_10.17WW (xxx denotes the version number)

The Directory has a number of useful documents that we recommend to read before proceeding.

Useful Documents

- /vendors/Documentation/KWGR614_README.txt

- /SOURCE

- /README

- /Documentation/Adding-User-Apps-HOWTO

- /Documentation/Addid-Platforms-HOWTO

4. Install the Tool chain in the root Directory

# cd /

# mkdir uclibc

# cd uclibc

# tar jxvf toolchain_mips_20050831.tar.bz2

# mv toolchain_mips.pv.0831 toolchain_mips

Note: Root user permissions may be required to create the uclibc directory and install the toolchain into the root directory of

the filesystem.

5. Compile

Change working directory to KWGR614_xxx/

a. Type "make menuconfig", and customize your kernel config options.

- Target Platform Selection --->

[ * ] Customize Kernel Settings (NEW)

- Exit

KWGR Open Source Guide (Rev 2.0)

- Exit

- Save configuration? yes

- Exit

- Save configuration? yes

Note: If you are building runtime image for the first time, be sure to save the configuration

when leaving "make menuconfig", even if no change is made to default settings.

b. Type "make dep"

c. (Optional) If you need to customize busybox, goto KWGR614_xxx/user/busybox/, and type "make menuconfig" to

select user level application you need. Then go back to KWGR614_xxx/, and type "make dep" again. This would

update all dependencies.

d. Type "make"

This would build the kernel, user apps, and create image file run.bix under KWGR614_xxx/images/

directory.

After compiling and linking the existing source code already provided, you can now upload the

KWGR614_xxx/images/run.bix file directly to the router after connecting the router to your PC and using the “Router

firmware Upgrade” page on the Router Web GUI.

Custom Applications on OpenSource Router

To develop any custom applications on this router, please follow the following steps

Version String

Set your custom version string in the file user/dni/nvram_realtek.c by defining OS_VERSION. Be certain to remove any

duplicate definition.

user/dni/nvram_realtek.c

The country suffix can be removed from the version string by redefining EXTENSION.

user/dni/nvram_realtek.c

New NVRAM Parameters

Define the structure of the parameter.

#if 1

#ifdef EXTENSION

#undef EXTENSION

#endif

#define EXTENSION “”

#endif

#define OS_VERSION “V1.01.01 Custom”

KWGR Open Source Guide (Rev 2.0)

user/boa/src/rtl865x/board.h

Add the new parameter to the main parameter structure to include it in the configuration set.

user/boa/src/rtl865x/board.h

Create get/set functions for the parameter.

user/dniutil/nvram_realtek.c

Add the get/set handlers to the NVRAM handler table.

char *

nvram_get_example_question (char *name)

{

DPRINTF("nvram_get(\"%s\")\n", name);

sprintf(str, "%s", pRomeCfgParam->exampleParam.question);

return (str);

}

int

nvram_set_example_question(char *name, char *value)

{

DPRINTF("nvram_set(\"%s\", \"%s\")\n", name, value);

strncpy(pRomeCfgParam->exampleParam.question, value, \

sizeof(pRomeCfgParam->exampleParam.question));

return 1;

}

char *

nvram_get_example_answer (char *name)

{

DPRINTF("nvram_get(\"%s\")\n", name);

sprintf(str, "%d", pRomeCfgParam->exampleParam.answer);

return (str);

}

int

nvram_set_example_question(char *name, char *value)

{

DPRINTF("nvram_set(\"%s\", \"%s\")\n", name, value);

pRomeCfgParam->exampleParam.answer = atoi(value);

return 1;

}

typedef struct romeCfgParam_s

{

. . .

exampleParam_t exampleParam;

} romeCfgParam_t;

#define MAX_QUESTION_LENGTH 64

typedef struct exampleParam_s

{

char question[MAX_QUESTION_LENGTH];

int answer;

} exampleParam_t;

KWGR Open Source Guide (Rev 2.0)

user/dniutil/nvram_realtek.c

Declare an instance of the parameter for runtime memory use.

user/boa/src/dni/board.c

Define default values for the parameter.

user/boa/src/dni/board.c

Define the initialization function.

user/boa/src/dni/board.c

Add the function to system initialization.

user/boa/src/dni/board.c

// nvram example

exampleParam_t exampleParamDefault[1] =

{

"What is the meaning of life, the universe, and everything?",

}

};

exampleParam_t ramExampleParam; //nvram example

uint32 example_init(void)

{

/* read cfg from cfgmgr */

if (cfgmgr_read(CFGMGR_TABID_EXAMPLE, \

(void*)&(pRomeCfgParam->exampleParam), \

sizeof(struct exampleParam_t))!=0)

{

printf("example_init: call cfgmgr_read fail\n");

/* take proper actions */

return NOT_OK;

}

//printf("example_init\n");

return OK;

} /* end example_init */

struct ej_nvram_handler nvram_handlers[] =

{ . . .

{"example_question", nvram_get_example_question, nvram_set_example_question},

{"example_answer", nvram_get_example_answer, nvram_set_example_answer},

{ NULL, NULL, NULL },

};

KWGR Open Source Guide (Rev 2.0)

Add an ID to the configuration management table and to the control table.

user/boa/src/rtl865x/rtl_board.h

user/boa/src/dni/board.c

Create a save function for the parameter.

user/boa/src/dni/board.c

Add the parameter to the NVRAM commit function.

user/boa/src/dni/board.c

Clean and rebuild userspace after any changes to board.h.

At the shell prompt.

work> cd user; make clean; cd ..; make

int example_cfg_save(void)

{

cfgmgr_write(CFGMGR_TABID_EXAMPLE, \

(void*)&(pRomeCfgParam->exampleParam),\

sizeof(exampleParam_t));

cfgmgr_task();

return 1;

}

static _board_cfgmgr_ctrl_t _board_cfgmgr_ctrlTbl[CFGMGR_TABID_MAX+1] =

{ . . .

{CFGMGR_TABID_EXAMPLE, exampleParamDefault, (sizeof(exampleParamDefault))},

{CFGMGR_TABID_MAX, NULL, 0}

};

int nvram_commit(void)

{

. . .

cfgmgr_write(CFGMGR_TABID_EXAMPLE, \

(void*)&(pRomeCfgParam->exampleParam), \

sizeof(exampleParam_t));

cfgmgr_task();

return 1;

}

enum _board_cfgmgr_tabId_e {

. . .

CFGMGR_TABID_EXAMPLE,

CFGMGR_TABID_MAX

};

uint32 sysInit(void)

{

. . .

/* init nvram example */

example_init();

. . .

} /* end sysInit */

KWGR Open Source Guide (Rev 2.0)

Web Page Integration

The boa web server is used. Custom web pages are integrated at:

user/boa/src/www_WW/

Create the main page in the above directory. Use <% nvram_get(“variable name”); %> to insert the value of a NVRAM

variable.

user/boa/src/www_WW/example.html

Create the help file in the help directory. Name the file the same as the main page with a “help_” prefix.

user/boa/src/www_WW/help/help_example.html

Add a link to the admin page menu by editing the contents file and including a reference to the new web page.

user/boa/src/www_WW/contents1.html

<html>

<head>

</head>

<h1>Example Help</h1>

<p>This is an example web page showing how to get a parameter from nvram.

</body>

</html>

<html>

<head>

<title>Router Customization Example</title>

<!-- hide script from old browsers

function loadhelp(fname)

{

if(top.helpframe != null) {

top.helpframe.location.href="help/help"+fname+".html"

}

//-->

</script>

</head>

<body bgcolor="#ffffff" leftmargin="0" topmargin="0" marginwidth="0" marginheight="0"

onload="loadhelp('_example');">

Q: <% nvram_get(“example_question”); %><br>

A: <% nvram_get(“example_answer”); %>

</body>

</html>

KWGR Open Source Guide (Rev 2.0)

Device Recovery procedure

Lastly, if the uploaded firmware crashes the router, follow the steps highlighted below for device recovery.

(1) Power off the unit

(2) Press and hold the RESET button at the rear panel

(3) Power on to reboot the unit

(4) Monitor the Test LED, and keep holding the RESET button until the Test LED changes from blinking to steady ON

(which means the boot loader has entered the TFTP recovery mode)

(5) Connect the PC (configured with static IP address 192.168.1.x) to the LAN port of the unit.

(6) Transmit the working firmware image file to the unit (the firmware can be downloaded from Netgear support website):

* For Windows PC, enter the DOS command:

tftp -i 192.168.1.1 PUT KWGR614_XXX.bix

* For a Linux PC, use the command:

tftp -m binary 192.168.1.1 -c put KWGR614_XXX.bix

where the “192.168.1.1” is the unit’s LAN IP address and “KWGR614_XXX.bix” is the firmware image file to

transmit.

(7) Monitor the Test LED. When it starts blinking, the recovery procedure is complete

(8) Power cycle to reboot KWGR614

(*Repeat the above steps if the procedure is interrupted or failed)

. . .

<table>

<tr>

</td>

<td>

<a href="example.html" target="formframe">Example</a>

</td>

</tr>

. . .

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