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The Nintendo wifi config utility is an utility that's provided with most wifi-compliant games.
It allows the user to easily connect to an access point.

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Originally it was developed in emulator DesMuMe, but Nintendo threatened legal action against the team and told them they didn't want 'hackers' in their WFC network. (Mario Kart was the primary example for this.) The WiFi was an experimental build, and didn't work well anyway. You can search for it, but it still doesn't work well.

DeSmuME is derived from 'DS Emu' and 'ME' (which is popular for naming developer softwares, such as 'LoadME' and 'PassME'). Formerly known as YopYop DS, it is created by YopYop156 and is originally in French. DeSmuME is an open source Nintendo DS emulator playable in Linux, MAC OS and Windows; it is written in C. YopYop156 however stopped development on the Nintendo DS emulator at version 0.
Download DeSmuME - freeware Nintendo DS emulator by YopYop156. Some time has passed since the latest release of the DeSmuME, but the development has not stopped. With this new release comes brand new Cocoa frontend designed to make playing more pleasant for Mac OSX users. Also a number of important bug fixes have been implemented.
DeSmuME X432R is a modified version of the Nintendo DS emulator DeSmuME. In addition to the many features included in the official realeae DeSmuME X432R includes experimental high resolution 3D rendering.

The goal is to get this utility to recognize SoftAP (the software access point inside DeSmuME).

(Here I'm using the utility of Mario Kart DS. That's why the addresses are located into ARM7-mapped VRAM.
The game seems to use so much memory that it needs to copy its ARM7 code to ARM7-mapped VRAM!
On other games the addresses should be something standard like WRAM or main RAM.)

The utility doesn't rely on beacons to find access points. It does active scanning.
It sends probe request frames periodically and examinates the probe responses received from access points.

The problem is that, on DeSmuME, that util doesn't seem to like the probe responses generated by SoftAP.
It always overwrites the first few bytes of the response. It seems to want to read the packet header, but
instead it'll read at the end of the packet. The possible causes of that problem are:

incorrect wifi emulation
unknown wifi mode
CPU bug

After investigating, I found that the util wants to read two values in the RX header (frame type and
transfer rate), but instead of reading them at <packet_start> and <packet_start + 0x6>, it reads them at
<u16[packet_start+0x8] + 0xC> and <u16[packet_start+0x8] + 0x12>.
(Note that packet_start is 04804BFC)

I believe the issue is most likely a CPU bug. Because I've tested two homebrews that use the wifi lib by sgstair
(one of them is a modified version of the apConnect example provided with devKitPro, the other one was provided
with the dswifi lib I think), and sometimes they'll hang while waiting for incoming packets. I tested them on my DS
and they always worked without hanging. That's why I believe there's a common bug between these homebrews and the Nintendo
wifi config util. That common bug is likely a CPU bug, seeing the consequences:

with the homebrews, sometimes, hanging, and possibly screens turning white
with the util, values read from right after the packet body (they should be read from the RX header)

Here is the packet check/read routine used by the util:
Note: only the interesting part is shown here, ie from 0600CC2C
to 0600CC98, as well as the routines called within that block.

Translation to pseudocode:

* proc_0600CC2C:
// r0 = 0x4804C04;
// r6 = 0x61E;
// r7 = 0x5FE;
r2 = halfword[r0];
r0 = (r2 + (r7 << 1)); // 0x30 + 0xBFC = 0xC2C
r0 += 0xF; // 0xC2C + 0xF = 0xC3B
r0 >>= 2; // 0xC3B >> 2 = 0x30E
r7 = (r0 << 1); // 0x30E << 1 = 0x61C
if(r7 >= 0xFB0) // check if packet is too long?
r0 = halfword[r10 + 0x9A];
r7 -= (r0 >> 1);
r0 = word[pc + 0x2E8]; // 0x92C
if(r2 <= r0) // check if packet is too long? again? wtf?
goto label_0600CC74;
r0 = word[pc + 0x2E0];
halfword[r8] = r0;
r7 = r6; // r6 = 0x61E
r0 = halfword[r10 + 0xBB4];
r0++;
halfword[r10 + 0xBB4] = r0;
goto proc_0600CD0C; // the exit when the packet is too long (frame header+body length > 0x92C)
* label_0600CC74:
if(r5 0)
goto proc_0600CD0C;
if(r7 r6) // wtf? (0x61C =/= 0x61E)
goto proc_0600CD0C;
r1 = (r7 << 1);
r0 = word[pc + 0x2A8];
r0 += r7;
r1 += 0x4800000;
r1 += 0x4000;
r1 = halfword[r1];

NEW

The issue mentioned above is now fixed. It was caused by packet length frame in RX header. Seems GBATek is wrong on that point.
Now another problem arises. SoftAP is now detected, but the connection test always fails with error 51300 or 51301.

After investigating a bit, I found that, for some reason, before the connection test starts, the TX location regs aren't updated and
the packet to be sent isn't copied to MAC memory. So, if an AP search was performed before performing the connection test, the packet
being sent during the connection test is the exact same packet as the one sent during AP search process, ie a probe request.
Otherwise, if no AP search was performed, nothing is being sent because the TX location regs are all set to zero.

Let's handle the issue differently

MKDS, as well as the other WFC compliant games, contain a file named utility.bin, usually found in a folder named dwc, that seems to be the WFC config utility binary.

This binary contains a long list of filenames (FNT), then a FAT, then file data. It is some kind of archive, apparently.
Among the file data, there is graphics data

NEW

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Let's handle the issue differently