Add PCB design files

2026-01-21 17:26:00 +00:00 · 2022-06-18 22:15:43 -05:00
29 changed files with 3501 additions and 1433 deletions
--- a/.github/ISSUE_TEMPLATE/config.yml
+++ b/.github/ISSUE_TEMPLATE/config.yml
@@ -1 +0,0 @@
 blank_issues_enabled: false
--- a/.github/ISSUE_TEMPLATE/not-working.md
+++ b/.github/ISSUE_TEMPLATE/not-working.md
@@ -1,29 +0,0 @@
 ---
 name: Not Working
 about: Create a report if something is not working correctly
 title: ''
 labels: ''
 assignees: ''
 ---
 **Describe the issue**
 A clear and concise description of the symptoms
 **To Reproduce**
 Steps to reproduce the behavior:
 **Expected behavior**
 A clear and concise description of what you expected to happen.
 **Screenshots**
 If applicable, add screenshots to help explain your problem.
 **Debug info**
 If possible, include debug serial data.
 On Windows, use PuTTY, connect to the debug serial port (commonly COM3, but could vary)
 On Linux, use minicom (minicom -b 115200 -o -D /dev/ttyACM0, where ttyACM0 corresponds to your device)
 **Additional context**
 Add any other context about the problem here.
--- a/DEBUG.md
+++ b/DEBUG.md
@@ -1,6 +0,0 @@
 # Instructions on how to collect debug logs
 * On Windows, use [PuTTY](https://www.chiark.greenend.org.uk/~sgtatham/putty/latest.html) to connect to the debug serial port (commonly COM3, but could vary on your machine).
 * On Linux, use minicom (minicom -b 115200 -o -D /dev/ttyACM0, where ttyACM0 corresponds to your device).
  * On Ubuntu: `sudo apt install minicom`
--- a/README.md
+++ b/README.md
@@ -16,156 +16,48 @@
 <br />
-## Quick Start Guide
+## Install
 Install and have your USB Rubber Ducky working in less than 5 minutes.
 1. Download the latest release from the [Releases](https://github.com/dbisu/pico-ducky/releases) page.
 2. Plug the device into a USB port while holding the boot button. It will show up as a removable media device named RPI-RP2.
 3. Install CircutlPython on the Pico or Pico W
 If using a Pico board:
 Copy the adafruit-circuitpython-raspberry_pi_pico-en_US-9.2.1.uf2 file to the root of the Pico (RPI-RP2). The device will reboot and after a second or so, it will reconnect as CIRCUITPY.
 If using a Pico W board:
 Copy the adafruit-circuitpython-raspberry_pi_pico_w-en_US-9.2.1.uf2 file to the root of the Pico (RPI-RP2). The device will reboot and after a second or so, it will reconnect as CIRCUITPY.  
 If using a Pico 2 board:
 Copy the adafruit-circuitpython-raspberry_pi_pico2-en_US-9.2.1.uf2 file to the root of the Pico (RPI-RP2). The device will reboot and after a second or so, it will reconnect as CIRCUITPY.
 If using a Pico 2W board:
 Copy the adafruit-circuitpython-raspberry_pi_pico2_w-en_US-9.2.1.uf2 file to the root of the Pico (RPI-RP2). The device will reboot and after a second or so, it will reconnect as CIRCUITPY.
 4. Copy the lib folder to the root of the CIRCUITPY
 5. Copy *.py to the root of the CIRCUITPY
 6. Follow the instructions in README.md to enter setup mode
 7. Copy your payload as payload.dd to the root of the CIRCUITPY
 8. Unplug the device from the USB port and remove the setup jumper.
 Enjoy your Pico-Ducky.
 ## Setup mode
 To edit the payload, enter setup mode by connecting the pin 1 (`GP0`) to pin 3 (`GND`), this will stop the pico-ducky from injecting the payload in your own machine.
 The easiest way to do so is by using a jumper wire between those pins as seen bellow.
 ![Setup mode with a jumper](images/setup-mode.png)
 ## USB enable/disable mode
 If you need the pico-ducky to not show up as a USB mass storage device for stealth, follow these instructions.  
 - Enter setup mode.    
 - Copy your payload script to the pico-ducky.  
 - Disconnect the pico from your host PC.
 - Connect a jumper wire between pin 18 (`GND`) and pin 20 (`GPIO15`).  
 This will prevent the pico-ducky from showing up as a USB drive when plugged into the target computer.  
 - Remove the jumper and reconnect to your PC to reprogram.  
 Pico: The default mode is USB mass storage enabled.   
 Pico W: The default mode is USB mass storage **disabled**  
 ![USB enable/disable mode](images/usb-boot-mode.png)
 -----
 # Full Install Instructions
 Install and have your USB Rubber Ducky working in less than 5 minutes.
-1. Clone the repo to get a local copy of the files. `git clone https://github.com/dbisu/pico-ducky.git`
+1. Download [CircuitPython for the Raspberry Pi Pico](https://circuitpython.org/board/raspberry_pi_pico/). *Updated to 7.0.0
-2. Download [CircuitPython for the Raspberry Pi Pico](https://circuitpython.org/board/raspberry_pi_pico/). *Updated to 9.2.1  
+2. Plug the device into a USB port while holding the boot button. It will show up as a removable media device named `RPI-RP2`.
   Download [CircuitPython for the Raspberry Pi Pico W](https://circuitpython.org/board/raspberry_pi_pico_w/). *Updated to 9.2.1
   Download [CircuitPython for the Raspberry Pi Pico 2](https://circuitpython.org/board/raspberry_pi_pico2/). *Updated to 9.2.1  
   Download [CircuitPython for the Raspberry Pi Pico 2W](https://circuitpython.org/board/raspberry_pi_pico2_w/). *Updated to 9.2.1
-3. Plug the device into a USB port while holding the boot button. It will show up as a removable media device named `RPI-RP2`.
+3. Copy the downloaded `.uf2` file to the root of the Pico (`RPI-RP2`). The device will reboot and after a second or so, it will reconnect as `CIRCUITPY`.
-4. Copy the downloaded `.uf2` file to the root of the Pico (`RPI-RP2`). The device will reboot and after a second or so, it will reconnect as `CIRCUITPY`.
+4. Download `adafruit-circuitpython-bundle-7.x-mpy-YYYYMMDD.zip` [here](https://github.com/adafruit/Adafruit_CircuitPython_Bundle/releases/latest) and extract it outside the device.
-5. Download `adafruit-circuitpython-bundle-9.x-mpy-YYYYMMDD.zip` [here](https://github.com/adafruit/Adafruit_CircuitPython_Bundle/releases/latest) and extract it outside the device.
+5. Navigate to `lib` in the recently extracted folder and copy `adafruit_hid` to the `lib` folder in your Raspberry Pi Pico.
-6. Navigate to `lib` in the recently extracted folder and copy `adafruit_hid` to the `lib` folder on your Raspberry Pi Pico.
+6. Click [here](https://raw.githubusercontent.com/dbisu/pico-ducky/main/duckyinpython.py), press CTRL + S and save the file as `code.py` in the root of the Raspberry Pi Pico, overwriting the previous file.
-7. Copy `adafruit_debouncer.mpy` and `adafruit_ticks.mpy` to the `lib` folder on your Raspberry Pi Pico.
+7. Find a script [here](https://github.com/hak5darren/USB-Rubber-Ducky/wiki/Payloads) or [create your own one using Ducky Script](https://github.com/hak5darren/USB-Rubber-Ducky/wiki/Duckyscript) and save it as `payload.dd` in the Pico.
-8. Copy `asyncio` to the `lib` folder on your Pico.
+8. Be careful, if your device isn't in [setup mode](#setup-mode), the device will reboot and after half a second, the script will run.
-9. Copy `adafruit_wsgi` to the `lib` folder on your Pico.
+### Setup mode
 10. Copy `boot.py` from your clone to the root of your Pico.
 11. Copy `duckyinpython.py`, `code.py`, `webapp.py`, `wsgiserver.py` to the root folder of the Pico.
 12. *For Pico W Only* Create the file `secrets.py` in the root of the Pico W. This contains the AP name and password to be created by the Pico W.  
 `secrets = { 'ssid' : "BadAPName", 'password' : "badpassword" }`
 13. Find a script [here](https://github.com/hak5/usbrubberducky-payloads) or [create your own one using Ducky Script](https://docs.hak5.org/hak5-usb-rubber-ducky/ducky-script-basics/hello-world) and save it as `payload.dd` in the Pico. Currently, pico-ducky only supports DuckyScript 1.0, and some of 3.0.
 14. Be careful, if your device isn't in [setup mode](#setup-mode), the device will reboot and after half a second, the script will run.
 15. **Please note:** by default Pico W will not show as a USB drive
 ### Pico W Web Service
 The Pico W AP defaults to ip address `192.168.4.1`.  You should be able to find the webservice at `http://192.168.4.1:80`  
 The following endpoints are available on the webservice:
 ```
 /
 /new
 /ducky
 /edit/<filename>
 /write/<filename>
 /run/<filename>
 ```
 API endpoints
 ```
 /api/run/<filenumber>
 ```
 ## Setup mode
 To edit the payload, enter setup mode by connecting the pin 1 (`GP0`) to pin 3 (`GND`), this will stop the pico-ducky from injecting the payload in your own machine.
-The easiest way to do so is by using a jumper wire between those pins as seen bellow.
+The easiest way to so is by using a jumper wire between those pins as seen bellow.
 ![Setup mode with a jumper](images/setup-mode.png)
-## USB enable/disable mode
+### USB enable/disable mode
 If you need the pico-ducky to not show up as a USB mass storage device for stealth, follow these instructions.  
- Enter setup mode.    
+Enter setup mode.  
- Copy your payload script to the pico-ducky.  
+Copy boot.py to the root of the pico-ducky.  
- Disconnect the pico from your host PC.
+Copy your payload script to the pico-ducky.  
- Connect a jumper wire between pin 18 (`GND`) and pin 20 (`GPIO15`).  
+Disconnect the pico from your host PC.
 Connect a jumper wire between pin 18 (`GND`) and pin 20 (`GPIO15`).
 This will prevent the pico-ducky from showing up as a USB drive when plugged into the target computer.  
- Remove the jumper and reconnect to your PC to reprogram.  
+Remove the jumper and reconnect to your PC to reprogram.
-
+The default mode is USB mass storage enabled.   
 Pico: The default mode is USB mass storage enabled.   
 Pico W: The default mode is USB mass storage **disabled**  
 ![USB enable/disable mode](images/usb-boot-mode.png)
-## Multiple payloads
+### Changing Keyboard Layouts
 Multiple payloads can be stored on the Pico and Pico W.  
 To select a payload, ground one of these pins:
 - GP4 - payload.dd
 - GP5 - payload2.dd
 - GP10 - payload3.dd
 - GP11 - payload4.dd
 ## Changing Keyboard Layouts
 Copied from [Neradoc/Circuitpython_Keyboard_Layouts](https://github.com/Neradoc/Circuitpython_Keyboard_Layouts/blob/main/PICODUCKY.md)  
@@ -237,14 +129,10 @@ keycode_win_de.mpy
 ## Useful links and resources
 ### How to recover your Pico if it becomes corrupted or doesn't boot.
 [Reset Instructions](RESET.md)
 ### Installation Tool
-[ryo-yamada](https://github.com/ryo-yamada) Created a tool to convert a blank RPi Pico to a ducky.  
+[raspberrypi5621](https://github.com/raspberrypi5621) Created a tool to convert a blank RPi Pico to a ducky.  
-You can find the tool [here](https://github.com/ryo-yamada/PicoDuckyBuilder)
+You can find the tool [here](https://github.com/raspberrypi5621/pyducky)
 ### Docs
@@ -261,9 +149,3 @@ You can find the tool [here](https://github.com/ryo-yamada/PicoDuckyBuilder)
 [USB Rubber Ducky playlist by **Hak5**](https://www.youtube.com/playlist?list=PLW5y1tjAOzI0YaJslcjcI4zKI366tMBYk)
 [CircuitPython tutorial on the Raspberry Pi Pico by **DroneBot Workshop**](https://www.youtube.com/watch?v=07vG-_CcDG0)
 ## Related Projects
 [Defcon31-ducky](https://github.com/iot-pwn/defcon31-ducky)  
 There are still a few of these available to purchase, US only.
--- a/RESET.md
+++ b/RESET.md
@@ -1,7 +0,0 @@
 # Instructions on how to reset a Raspberry Pi Pico
 Follow these instructions if your Pico ends up in an odd state
 1. Download the reset firmware from [flash_nuke.uf2](https://datasheets.raspberrypi.com/soft/flash_nuke.uf2)
 2. While holding the BOOTSEL button on the Pico, plug in the USB cable to your computer.
 3. When the RPI-RP2 drive shows up on your computer, copy the flash_nuke.uf2 file to the Pico
 4. After the device reboots, follow the Install instructions [here](https://github.com/dbisu/pico-ducky/blob/main/README.md)
--- a/board-design/cad/pico-ducky-B_Cu.gbr
+++ b/board-design/cad/pico-ducky-B_Cu.gbr
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--- a/board-design/cad/pico-ducky-B_Mask.gbr
+++ b/board-design/cad/pico-ducky-B_Mask.gbr
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--- a/board-design/cad/pico-ducky-B_Paste.gbr
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--- a/board-design/cad/pico-ducky-B_Silkscreen.gbr
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--- a/board-design/cad/pico-ducky-Edge_Cuts.gbr
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--- a/board-design/cad/pico-ducky-F_Cu.gbr
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--- a/board-design/cad/pico-ducky-F_Mask.gbr
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 X107335000Y-96365476D01*
 X108287380Y-95413095D02*
 X108287380Y-95984523D01*
 X108287380Y-95698809D02*
 X107287380Y-95698809D01*
 X107430238Y-95794047D01*
 X107525476Y-95889285D01*
 X107573095Y-95984523D01*
 %TO.C,J1*%
 X112616666Y-49887380D02*
 X112616666Y-50601666D01*
 X112569047Y-50744523D01*
 X112473809Y-50839761D01*
 X112330952Y-50887380D01*
 X112235714Y-50887380D01*
 X113616666Y-50887380D02*
 X113045238Y-50887380D01*
 X113330952Y-50887380D02*
 X113330952Y-49887380D01*
 X113235714Y-50030238D01*
 X113140476Y-50125476D01*
 X113045238Y-50173095D01*
 %TO.C,S2*%
 X108739761Y-55676904D02*
 X108787380Y-55534047D01*
 X108787380Y-55295952D01*
 X108739761Y-55200714D01*
 X108692142Y-55153095D01*
 X108596904Y-55105476D01*
 X108501666Y-55105476D01*
 X108406428Y-55153095D01*
 X108358809Y-55200714D01*
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 X108263571Y-55486428D01*
 X108215952Y-55581666D01*
 X108168333Y-55629285D01*
 X108073095Y-55676904D01*
 X107977857Y-55676904D01*
 X107882619Y-55629285D01*
 X107835000Y-55581666D01*
 X107787380Y-55486428D01*
 X107787380Y-55248333D01*
 X107835000Y-55105476D01*
 X107882619Y-54724523D02*
 X107835000Y-54676904D01*
 X107787380Y-54581666D01*
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 X107835000Y-54248333D01*
 X107882619Y-54200714D01*
 X107977857Y-54153095D01*
 X108073095Y-54153095D01*
 X108215952Y-54200714D01*
 X108787380Y-54772142D01*
 X108787380Y-54153095D01*
 D11*
 %TO.C,SW3*%
 X103126700Y-84229500D02*
 X103126700Y-78933600D01*
 X106563274Y-69370500D02*
 X107673300Y-69370500D01*
 X103126700Y-76673000D02*
 X103126700Y-69370500D01*
 X107673300Y-84229500D02*
 X106563274Y-84229500D01*
 X107673300Y-69370500D02*
 X107673300Y-84229500D01*
 X103126700Y-69370500D02*
 X104236726Y-69370500D01*
 X104236726Y-84229500D02*
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 X132330000Y-54670000D02*
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 %TO.C,S1*%
 X106450000Y-103000000D02*
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 D13*
 X103450000Y-98000000D02*
 G75*
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 D11*
 %TO.C,J1*%
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 X114280000Y-54475000D02*
 X114280000Y-102795000D01*
 D12*
 %TO.C,S2*%
 X104450000Y-61740000D02*
 X106950000Y-61740000D01*
 X104450000Y-51740000D02*
 X104450000Y-61740000D01*
 X106950000Y-61740000D02*
 X106950000Y-51740000D01*
 X106950000Y-51740000D02*
 X104450000Y-51740000D01*
 D13*
 X103950000Y-56740000D02*
 G75*
 G03*
 X103950000Y-56740000I-100000J0D01*
 G01*
 %TD*%
 M02*
--- a/board-design/cad/pico-ducky-NPTH.drl
+++ b/board-design/cad/pico-ducky-NPTH.drl
@@ -0,0 +1,20 @@
 M48
 ; DRILL file {KiCad 6.0.1-79c1e3a40b~116~ubuntu20.04.1} date Thu 10 Feb 2022 07:45:38 AM CST
 ; FORMAT={-:-/ absolute / inch / decimal}
 ; #@! TF.CreationDate,2022-02-10T07:45:38-06:00
 ; #@! TF.GenerationSoftware,Kicad,Pcbnew,6.0.1-79c1e3a40b~116~ubuntu20.04.1
 ; #@! TF.FileFunction,NonPlated,1,2,NPTH
 FMAT,2
 INCH
 ; #@! TA.AperFunction,NonPlated,NPTH,ComponentDrill
 T1C0.1260
 %
 G90
 G05
 T1
 X4.1535Y-1.8346
 X4.1654Y-4.2283
 X5.3307Y-1.8386
 X5.3346Y-4.2244
 T0
 M30
--- a/board-design/cad/pico-ducky-PTH.drl
+++ b/board-design/cad/pico-ducky-PTH.drl
@@ -0,0 +1,79 @@
 M48
 ; DRILL file {KiCad 6.0.1-79c1e3a40b~116~ubuntu20.04.1} date Thu 10 Feb 2022 07:45:38 AM CST
 ; FORMAT={-:-/ absolute / inch / decimal}
 ; #@! TF.CreationDate,2022-02-10T07:45:38-06:00
 ; #@! TF.GenerationSoftware,Kicad,Pcbnew,6.0.1-79c1e3a40b~116~ubuntu20.04.1
 ; #@! TF.FileFunction,Plated,1,2,PTH
 FMAT,2
 INCH
 ; #@! TA.AperFunction,Plated,PTH,ComponentDrill
 T1C0.0315
 ; #@! TA.AperFunction,Plated,PTH,ComponentDrill
 T2C0.0320
 ; #@! TA.AperFunction,Plated,PTH,ComponentDrill
 T3C0.0394
 ; #@! TA.AperFunction,Plated,PTH,ComponentDrill
 T4C0.0490
 %
 G90
 G05
 T1
 X4.1417Y-3.7583
 X4.1417Y-3.8583
 X4.1417Y-3.9583
 X4.1614Y-2.1339
 X4.1614Y-2.2339
 X4.1614Y-2.3339
 T2
 X4.1496Y-2.8268
 X4.1496Y-2.9055
 X4.1496Y-2.9843
 X4.1496Y-3.063
 X4.1496Y-3.1417
 X4.1496Y-3.2205
 T3
 X4.4469Y-2.0947
 X4.4469Y-2.1947
 X4.4469Y-2.2947
 X4.4469Y-2.3947
 X4.4469Y-2.4947
 X4.4469Y-2.5947
 X4.4469Y-2.6947
 X4.4469Y-2.7947
 X4.4469Y-2.8947
 X4.4469Y-2.9947
 X4.4469Y-3.0947
 X4.4469Y-3.1947
 X4.4469Y-3.2947
 X4.4469Y-3.3947
 X4.4469Y-3.4947
 X4.4469Y-3.5947
 X4.4469Y-3.6947
 X4.4469Y-3.7947
 X4.4469Y-3.8947
 X4.4469Y-3.9947
 X5.1575Y-2.1024
 X5.1575Y-2.2024
 X5.1575Y-2.3024
 X5.1575Y-2.4024
 X5.1575Y-2.5024
 X5.1575Y-2.6024
 X5.1575Y-2.7024
 X5.1575Y-2.8024
 X5.1575Y-2.9024
 X5.1575Y-3.0024
 X5.1575Y-3.1024
 X5.1575Y-3.2024
 X5.1575Y-3.3024
 X5.1575Y-3.4024
 X5.1575Y-3.5024
 X5.1575Y-3.6024
 X5.1575Y-3.7024
 X5.1575Y-3.8024
 X5.1575Y-3.9024
 X5.1575Y-4.0024
 T4
 X4.1496Y-2.7441
 X4.1496Y-3.3031
 T0
 M30
--- a/board-design/cad/pico-ducky-job.gbrjob
+++ b/board-design/cad/pico-ducky-job.gbrjob
@@ -0,0 +1,125 @@
 {
  "Header": {
    "GenerationSoftware": {
      "Vendor": "KiCad",
      "Application": "Pcbnew",
      "Version": "6.0.1-79c1e3a40b~116~ubuntu20.04.1"
    },
    "CreationDate": "2022-02-10T07:45:34-06:00"
  },
  "GeneralSpecs": {
    "ProjectId": {
      "Name": "pico-ducky",
      "GUID": "7069636f-2d64-4756-936b-792e6b696361",
      "Revision": "rev?"
    },
    "Size": {
      "X": 37.01,
      "Y": 68.12
    },
    "LayerNumber": 2,
    "BoardThickness": 1.6,
    "Finish": "None"
  },
  "DesignRules": [
    {
      "Layers": "Outer",
      "PadToPad": 0.0,
      "PadToTrack": 0.0,
      "TrackToTrack": 0.2,
      "MinLineWidth": 0.25
    }
  ],
  "FilesAttributes": [
    {
      "Path": "pico-ducky-F_Cu.gbr",
      "FileFunction": "Copper,L1,Top",
      "FilePolarity": "Positive"
    },
    {
      "Path": "pico-ducky-B_Cu.gbr",
      "FileFunction": "Copper,L2,Bot",
      "FilePolarity": "Positive"
    },
    {
      "Path": "pico-ducky-F_Paste.gbr",
      "FileFunction": "SolderPaste,Top",
      "FilePolarity": "Positive"
    },
    {
      "Path": "pico-ducky-B_Paste.gbr",
      "FileFunction": "SolderPaste,Bot",
      "FilePolarity": "Positive"
    },
    {
      "Path": "pico-ducky-F_Silkscreen.gbr",
      "FileFunction": "Legend,Top",
      "FilePolarity": "Positive"
    },
    {
      "Path": "pico-ducky-B_Silkscreen.gbr",
      "FileFunction": "Legend,Bot",
      "FilePolarity": "Positive"
    },
    {
      "Path": "pico-ducky-F_Mask.gbr",
      "FileFunction": "SolderMask,Top",
      "FilePolarity": "Negative"
    },
    {
      "Path": "pico-ducky-B_Mask.gbr",
      "FileFunction": "SolderMask,Bot",
      "FilePolarity": "Negative"
    },
    {
      "Path": "pico-ducky-Edge_Cuts.gbr",
      "FileFunction": "Profile",
      "FilePolarity": "Positive"
    }
  ],
  "MaterialStackup": [
    {
      "Type": "Legend",
      "Name": "Top Silk Screen"
    },
    {
      "Type": "SolderPaste",
      "Name": "Top Solder Paste"
    },
    {
      "Type": "SolderMask",
      "Thickness": 0.01,
      "Name": "Top Solder Mask"
    },
    {
      "Type": "Copper",
      "Thickness": 0.035,
      "Name": "F.Cu"
    },
    {
      "Type": "Dielectric",
      "Thickness": 1.51,
      "Material": "FR4",
      "Name": "F.Cu/B.Cu",
      "Notes": "Type: dielectric layer 1 (from F.Cu to B.Cu)"
    },
    {
      "Type": "Copper",
      "Thickness": 0.035,
      "Name": "B.Cu"
    },
    {
      "Type": "SolderMask",
      "Thickness": 0.01,
      "Name": "Bottom Solder Mask"
    },
    {
      "Type": "SolderPaste",
      "Name": "Bottom Solder Paste"
    },
    {
      "Type": "Legend",
      "Name": "Bottom Silk Screen"
    }
  ]
 }
--- a/board-design/pico-ducky.kicad_pcb
+++ b/board-design/pico-ducky.kicad_pcb
@@ -0,0 +1,578 @@
 (kicad_pcb (version 20211014) (generator pcbnew)
  (general
    (thickness 1.6)
  )
  (paper "A4")
  (layers
    (0 "F.Cu" signal)
    (31 "B.Cu" signal)
    (32 "B.Adhes" user "B.Adhesive")
    (33 "F.Adhes" user "F.Adhesive")
    (34 "B.Paste" user)
    (35 "F.Paste" user)
    (36 "B.SilkS" user "B.Silkscreen")
    (37 "F.SilkS" user "F.Silkscreen")
    (38 "B.Mask" user)
    (39 "F.Mask" user)
    (40 "Dwgs.User" user "User.Drawings")
    (41 "Cmts.User" user "User.Comments")
    (42 "Eco1.User" user "User.Eco1")
    (43 "Eco2.User" user "User.Eco2")
    (44 "Edge.Cuts" user)
    (45 "Margin" user)
    (46 "B.CrtYd" user "B.Courtyard")
    (47 "F.CrtYd" user "F.Courtyard")
    (48 "B.Fab" user)
    (49 "F.Fab" user)
    (50 "User.1" user)
    (51 "User.2" user)
    (52 "User.3" user)
    (53 "User.4" user)
    (54 "User.5" user)
    (55 "User.6" user)
    (56 "User.7" user)
    (57 "User.8" user)
    (58 "User.9" user)
  )
  (setup
    (stackup
      (layer "F.SilkS" (type "Top Silk Screen"))
      (layer "F.Paste" (type "Top Solder Paste"))
      (layer "F.Mask" (type "Top Solder Mask") (thickness 0.01))
      (layer "F.Cu" (type "copper") (thickness 0.035))
      (layer "dielectric 1" (type "core") (thickness 1.51) (material "FR4") (epsilon_r 4.5) (loss_tangent 0.02))
      (layer "B.Cu" (type "copper") (thickness 0.035))
      (layer "B.Mask" (type "Bottom Solder Mask") (thickness 0.01))
      (layer "B.Paste" (type "Bottom Solder Paste"))
      (layer "B.SilkS" (type "Bottom Silk Screen"))
      (copper_finish "None")
      (dielectric_constraints no)
    )
    (pad_to_mask_clearance 0)
    (pcbplotparams
      (layerselection 0x00010fc_ffffffff)
      (disableapertmacros false)
      (usegerberextensions false)
      (usegerberattributes true)
      (usegerberadvancedattributes true)
      (creategerberjobfile true)
      (svguseinch false)
      (svgprecision 6)
      (excludeedgelayer true)
      (plotframeref false)
      (viasonmask false)
      (mode 1)
      (useauxorigin false)
      (hpglpennumber 1)
      (hpglpenspeed 20)
      (hpglpendiameter 15.000000)
      (dxfpolygonmode true)
      (dxfimperialunits true)
      (dxfusepcbnewfont true)
      (psnegative false)
      (psa4output false)
      (plotreference true)
      (plotvalue true)
      (plotinvisibletext false)
      (sketchpadsonfab false)
      (subtractmaskfromsilk false)
      (outputformat 1)
      (mirror false)
      (drillshape 0)
      (scaleselection 1)
      (outputdirectory "cad/")
    )
  )
  (net 0 "")
  (net 1 "unconnected-(J1-Pad2)")
  (net 2 "unconnected-(J1-Pad4)")
  (net 3 "unconnected-(J1-Pad5)")
  (net 4 "unconnected-(J1-Pad9)")
  (net 5 "unconnected-(J1-Pad10)")
  (net 6 "unconnected-(J1-Pad11)")
  (net 7 "unconnected-(J1-Pad12)")
  (net 8 "unconnected-(J1-Pad16)")
  (net 9 "unconnected-(J1-Pad17)")
  (net 10 "unconnected-(J1-Pad19)")
  (net 11 "unconnected-(J2-Pad1)")
  (net 12 "unconnected-(J2-Pad2)")
  (net 13 "unconnected-(J2-Pad3)")
  (net 14 "unconnected-(J2-Pad4)")
  (net 15 "unconnected-(J2-Pad5)")
  (net 16 "unconnected-(J2-Pad6)")
  (net 17 "unconnected-(J2-Pad7)")
  (net 18 "unconnected-(J2-Pad8)")
  (net 19 "unconnected-(J2-Pad9)")
  (net 20 "unconnected-(J2-Pad10)")
  (net 21 "unconnected-(J2-Pad11)")
  (net 22 "unconnected-(J2-Pad12)")
  (net 23 "unconnected-(J2-Pad13)")
  (net 24 "unconnected-(J2-Pad14)")
  (net 25 "unconnected-(J2-Pad15)")
  (net 26 "unconnected-(J2-Pad16)")
  (net 27 "unconnected-(J2-Pad17)")
  (net 28 "unconnected-(J2-Pad18)")
  (net 29 "unconnected-(J2-Pad19)")
  (net 30 "unconnected-(J2-Pad20)")
  (net 31 "Net-(J1-Pad3)")
  (net 32 "Net-(J1-Pad6)")
  (net 33 "Net-(J1-Pad7)")
  (net 34 "Net-(J1-Pad14)")
  (net 35 "Net-(J1-Pad15)")
  (net 36 "Net-(J1-Pad18)")
  (net 37 "Net-(J1-Pad20)")
  (net 38 "Net-(J1-Pad8)")
  (net 39 "Net-(J1-Pad13)")
  (net 40 "Net-(J1-Pad1)")
  (net 41 "unconnected-(S1-Pad2)")
  (net 42 "unconnected-(S2-Pad3)")
  (footprint "Connector_PinSocket_2.54mm:PinSocket_1x20_P2.54mm_Vertical" (layer "F.Cu")
    (tedit 5A19A41E) (tstamp 31e895e5-7b36-4827-b794-b5b947f2801b)
    (at 131 53.4)
    (descr "Through hole straight socket strip, 1x20, 2.54mm pitch, single row (from Kicad 4.0.7), script generated")
    (tags "Through hole socket strip THT 1x20 2.54mm single row")
    (property "Sheetfile" "pico-ducky.kicad_sch")
    (property "Sheetname" "")
    (path "/60ef5d45-ab54-4614-8417-f29731f193e9")
    (attr through_hole)
    (fp_text reference "J2" (at 0 -2.77) (layer "F.SilkS")
      (effects (font (size 1 1) (thickness 0.15)))
      (tstamp 13666891-0874-46d5-8b1f-5f8a3d2e3667)
    )
    (fp_text value "Conn_01x20_Female" (at 0 51.03) (layer "F.Fab")
      (effects (font (size 1 1) (thickness 0.15)))
      (tstamp 826e5a92-f4a7-481c-a810-e691fb4242fa)
    )
    (fp_text user "${REFERENCE}" (at 0 24.13 90) (layer "F.Fab")
      (effects (font (size 1 1) (thickness 0.15)))
      (tstamp faaede8c-2aeb-4f9f-951c-9e98aefd8353)
    )
    (fp_line (start 1.33 1.27) (end 1.33 49.59) (layer "F.SilkS") (width 0.12) (tstamp 73d985f0-c578-40ca-ab9b-537d56fc30c2))
    (fp_line (start -1.33 49.59) (end 1.33 49.59) (layer "F.SilkS") (width 0.12) (tstamp 8edc9dab-270b-46ce-86c7-43d2ea9d2561))
    (fp_line (start -1.33 1.27) (end 1.33 1.27) (layer "F.SilkS") (width 0.12) (tstamp 906e14b4-a894-4fb8-92ce-dc27c4d28378))
    (fp_line (start 1.33 -1.33) (end 1.33 0) (layer "F.SilkS") (width 0.12) (tstamp a9c07e71-f8a5-403b-8e00-562e3cd133e0))
    (fp_line (start -1.33 1.27) (end -1.33 49.59) (layer "F.SilkS") (width 0.12) (tstamp ac998646-16d3-4146-971c-4cb50e1f3fdb))
    (fp_line (start 0 -1.33) (end 1.33 -1.33) (layer "F.SilkS") (width 0.12) (tstamp b55ffde1-3db6-44e1-8a25-d5de2cc37fea))
    (fp_line (start 1.75 50) (end -1.8 50) (layer "F.CrtYd") (width 0.05) (tstamp 2622f595-7ff0-453e-9b78-19125b1110e8))
    (fp_line (start -1.8 -1.8) (end 1.75 -1.8) (layer "F.CrtYd") (width 0.05) (tstamp 7bb67499-9a91-41e1-afe8-7eef34869d71))
    (fp_line (start -1.8 50) (end -1.8 -1.8) (layer "F.CrtYd") (width 0.05) (tstamp 7bfd21eb-4ee9-42ce-8900-a93d825953d0))
    (fp_line (start 1.75 -1.8) (end 1.75 50) (layer "F.CrtYd") (width 0.05) (tstamp 900716a9-2103-4663-a7b4-094a39ecb871))
    (fp_line (start 1.27 49.53) (end -1.27 49.53) (layer "F.Fab") (width 0.1) (tstamp 071715f0-4a79-4e1a-8718-9cffdd92cf95))
    (fp_line (start 1.27 -0.635) (end 1.27 49.53) (layer "F.Fab") (width 0.1) (tstamp 18f447e2-259c-4c3c-b887-9d9c6df88167))
    (fp_line (start -1.27 49.53) (end -1.27 -1.27) (layer "F.Fab") (width 0.1) (tstamp 2e306457-a203-45bd-8828-39a6fc7884b5))
    (fp_line (start -1.27 -1.27) (end 0.635 -1.27) (layer "F.Fab") (width 0.1) (tstamp 46aecb8d-9ecb-45b1-85b3-c48114c449a4))
    (fp_line (start 0.635 -1.27) (end 1.27 -0.635) (layer "F.Fab") (width 0.1) (tstamp c587cddf-70f7-45f9-a743-257eda0ecb2b))
    (pad "1" thru_hole rect locked (at 0 0) (size 1.7 1.7) (drill 1) (layers *.Cu *.Mask)
      (net 11 "unconnected-(J2-Pad1)") (pinfunction "Pin_1") (pintype "passive") (tstamp 133696af-8bcb-4f2a-918a-966f6f31bafd))
    (pad "2" thru_hole oval locked (at 0 2.54) (size 1.7 1.7) (drill 1) (layers *.Cu *.Mask)
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  (segment (start 105.4 75.8) (end 108.135 75.8) (width 0.25) (layer "F.Cu") (net 38) (tstamp 4aba0570-361a-43a1-8475-4e31d3442aa1))
  (segment (start 108.135 75.8) (end 112.95 70.985) (width 0.25) (layer "F.Cu") (net 38) (tstamp ac902824-adcb-4fe8-b2b9-74384e4a02b2))
  (segment (start 107.065001 77.800001) (end 112.95 83.685) (width 0.25) (layer "F.Cu") (net 39) (tstamp 14a5d740-983d-4a64-b3ba-76fb523ba838))
  (segment (start 105.4 77.800001) (end 107.065001 77.800001) (width 0.25) (layer "F.Cu") (net 39) (tstamp bcf37e83-ac07-479a-9d97-44519b68796f))
  (segment (start 106.695 53.205) (end 105.7 54.2) (width 0.25) (layer "F.Cu") (net 40) (tstamp 5c706984-8543-460e-8fea-862f0cc5a54d))
  (segment (start 112.95 53.205) (end 106.695 53.205) (width 0.25) (layer "F.Cu") (net 40) (tstamp d6bd5cd5-1aab-4e14-a87e-6b0202d3c68c))
 )
--- a/board-design/pico-ducky.kicad_prl
+++ b/board-design/pico-ducky.kicad_prl
@@ -0,0 +1,75 @@
 {
  "board": {
    "active_layer": 0,
    "active_layer_preset": "All Layers",
    "auto_track_width": true,
    "hidden_nets": [],
    "high_contrast_mode": 0,
    "net_color_mode": 1,
    "opacity": {
      "pads": 1.0,
      "tracks": 1.0,
      "vias": 1.0,
      "zones": 0.6
    },
    "ratsnest_display_mode": 0,
    "selection_filter": {
      "dimensions": true,
      "footprints": true,
      "graphics": true,
      "keepouts": true,
      "lockedItems": true,
      "otherItems": true,
      "pads": true,
      "text": true,
      "tracks": true,
      "vias": true,
      "zones": true
    },
    "visible_items": [
      0,
      1,
      2,
      3,
      4,
      5,
      8,
      9,
      10,
      11,
      12,
      13,
      14,
      15,
      16,
      17,
      18,
      19,
      20,
      21,
      22,
      23,
      24,
      25,
      26,
      27,
      28,
      29,
      30,
      32,
      33,
      34,
      35,
      36
    ],
    "visible_layers": "fffffff_ffffffff",
    "zone_display_mode": 0
  },
  "meta": {
    "filename": "pico-ducky.kicad_prl",
    "version": 3
  },
  "project": {
    "files": []
  }
 }
--- a/board-design/pico-ducky.kicad_pro
+++ b/board-design/pico-ducky.kicad_pro
@@ -0,0 +1,433 @@
 {
  "board": {
    "design_settings": {
      "defaults": {
        "board_outline_line_width": 0.09999999999999999,
        "copper_line_width": 0.19999999999999998,
        "copper_text_italic": false,
        "copper_text_size_h": 1.5,
        "copper_text_size_v": 1.5,
        "copper_text_thickness": 0.3,
        "copper_text_upright": false,
        "courtyard_line_width": 0.049999999999999996,
        "dimension_precision": 4,
        "dimension_units": 3,
        "dimensions": {
          "arrow_length": 1270000,
          "extension_offset": 500000,
          "keep_text_aligned": true,
          "suppress_zeroes": false,
          "text_position": 0,
          "units_format": 1
        },
        "fab_line_width": 0.09999999999999999,
        "fab_text_italic": false,
        "fab_text_size_h": 1.0,
        "fab_text_size_v": 1.0,
        "fab_text_thickness": 0.15,
        "fab_text_upright": false,
        "other_line_width": 0.15,
        "other_text_italic": false,
        "other_text_size_h": 1.0,
        "other_text_size_v": 1.0,
        "other_text_thickness": 0.15,
        "other_text_upright": false,
        "pads": {
          "drill": 0.762,
          "height": 1.524,
          "width": 1.524
        },
        "silk_line_width": 0.15,
        "silk_text_italic": false,
        "silk_text_size_h": 1.0,
        "silk_text_size_v": 1.0,
        "silk_text_thickness": 0.15,
        "silk_text_upright": false,
        "zones": {
          "45_degree_only": false,
          "min_clearance": 0.508
        }
      },
      "diff_pair_dimensions": [
        {
          "gap": 0.0,
          "via_gap": 0.0,
          "width": 0.0
        }
      ],
      "drc_exclusions": [],
      "meta": {
        "version": 2
      },
      "rule_severities": {
        "annular_width": "error",
        "clearance": "error",
        "copper_edge_clearance": "error",
        "courtyards_overlap": "error",
        "diff_pair_gap_out_of_range": "error",
        "diff_pair_uncoupled_length_too_long": "error",
        "drill_out_of_range": "error",
        "duplicate_footprints": "warning",
        "extra_footprint": "warning",
        "footprint_type_mismatch": "error",
        "hole_clearance": "error",
        "hole_near_hole": "error",
        "invalid_outline": "error",
        "item_on_disabled_layer": "error",
        "items_not_allowed": "error",
        "length_out_of_range": "error",
        "malformed_courtyard": "error",
        "microvia_drill_out_of_range": "error",
        "missing_courtyard": "ignore",
        "missing_footprint": "warning",
        "net_conflict": "warning",
        "npth_inside_courtyard": "ignore",
        "padstack": "error",
        "pth_inside_courtyard": "ignore",
        "shorting_items": "error",
        "silk_over_copper": "warning",
        "silk_overlap": "warning",
        "skew_out_of_range": "error",
        "through_hole_pad_without_hole": "error",
        "too_many_vias": "error",
        "track_dangling": "warning",
        "track_width": "error",
        "tracks_crossing": "error",
        "unconnected_items": "error",
        "unresolved_variable": "error",
        "via_dangling": "warning",
        "zone_has_empty_net": "error",
        "zones_intersect": "error"
      },
      "rules": {
        "allow_blind_buried_vias": false,
        "allow_microvias": false,
        "max_error": 0.005,
        "min_clearance": 0.0,
        "min_copper_edge_clearance": 0.0,
        "min_hole_clearance": 0.25,
        "min_hole_to_hole": 0.25,
        "min_microvia_diameter": 0.19999999999999998,
        "min_microvia_drill": 0.09999999999999999,
        "min_silk_clearance": 0.0,
        "min_through_hole_diameter": 0.3,
        "min_track_width": 0.19999999999999998,
        "min_via_annular_width": 0.049999999999999996,
        "min_via_diameter": 0.39999999999999997,
        "solder_mask_clearance": 0.0,
        "solder_mask_min_width": 0.0,
        "use_height_for_length_calcs": true
      },
      "track_widths": [
        0.0
      ],
      "via_dimensions": [
        {
          "diameter": 0.0,
          "drill": 0.0
        }
      ],
      "zones_allow_external_fillets": false,
      "zones_use_no_outline": true
    },
    "layer_presets": []
  },
  "boards": [],
  "cvpcb": {
    "equivalence_files": []
  },
  "erc": {
    "erc_exclusions": [],
    "meta": {
      "version": 0
    },
    "pin_map": [
      [
        0,
        0,
        0,
        0,
        0,
        0,
        1,
        0,
        0,
        0,
        0,
        2
      ],
      [
        0,
        2,
        0,
        1,
        0,
        0,
        1,
        0,
        2,
        2,
        2,
        2
      ],
      [
        0,
        0,
        0,
        0,
        0,
        0,
        1,
        0,
        1,
        0,
        1,
        2
      ],
      [
        0,
        1,
        0,
        0,
        0,
        0,
        1,
        1,
        2,
        1,
        1,
        2
      ],
      [
        0,
        0,
        0,
        0,
        0,
        0,
        1,
        0,
        0,
        0,
        0,
        2
      ],
      [
        0,
        0,
        0,
        0,
        0,
        0,
        0,
        0,
        0,
        0,
        0,
        2
      ],
      [
        1,
        1,
        1,
        1,
        1,
        0,
        1,
        1,
        1,
        1,
        1,
        2
      ],
      [
        0,
        0,
        0,
        1,
        0,
        0,
        1,
        0,
        0,
        0,
        0,
        2
      ],
      [
        0,
        2,
        1,
        2,
        0,
        0,
        1,
        0,
        2,
        2,
        2,
        2
      ],
      [
        0,
        2,
        0,
        1,
        0,
        0,
        1,
        0,
        2,
        0,
        0,
        2
      ],
      [
        0,
        2,
        1,
        1,
        0,
        0,
        1,
        0,
        2,
        0,
        0,
        2
      ],
      [
        2,
        2,
        2,
        2,
        2,
        2,
        2,
        2,
        2,
        2,
        2,
        2
      ]
    ],
    "rule_severities": {
      "bus_definition_conflict": "error",
      "bus_entry_needed": "error",
      "bus_label_syntax": "error",
      "bus_to_bus_conflict": "error",
      "bus_to_net_conflict": "error",
      "different_unit_footprint": "error",
      "different_unit_net": "error",
      "duplicate_reference": "error",
      "duplicate_sheet_names": "error",
      "extra_units": "error",
      "global_label_dangling": "warning",
      "hier_label_mismatch": "error",
      "label_dangling": "error",
      "lib_symbol_issues": "warning",
      "multiple_net_names": "warning",
      "net_not_bus_member": "warning",
      "no_connect_connected": "warning",
      "no_connect_dangling": "warning",
      "pin_not_connected": "error",
      "pin_not_driven": "error",
      "pin_to_pin": "warning",
      "power_pin_not_driven": "error",
      "similar_labels": "warning",
      "unannotated": "error",
      "unit_value_mismatch": "error",
      "unresolved_variable": "error",
      "wire_dangling": "error"
    }
  },
  "libraries": {
    "pinned_footprint_libs": [],
    "pinned_symbol_libs": []
  },
  "meta": {
    "filename": "pico-ducky.kicad_pro",
    "version": 1
  },
  "net_settings": {
    "classes": [
      {
        "bus_width": 12.0,
        "clearance": 0.2,
        "diff_pair_gap": 0.25,
        "diff_pair_via_gap": 0.25,
        "diff_pair_width": 0.2,
        "line_style": 0,
        "microvia_diameter": 0.3,
        "microvia_drill": 0.1,
        "name": "Default",
        "pcb_color": "rgba(0, 0, 0, 0.000)",
        "schematic_color": "rgba(0, 0, 0, 0.000)",
        "track_width": 0.25,
        "via_diameter": 0.8,
        "via_drill": 0.4,
        "wire_width": 6.0
      }
    ],
    "meta": {
      "version": 2
    },
    "net_colors": null
  },
  "pcbnew": {
    "last_paths": {
      "gencad": "",
      "idf": "",
      "netlist": "",
      "specctra_dsn": "",
      "step": "",
      "vrml": ""
    },
    "page_layout_descr_file": ""
  },
  "schematic": {
    "annotate_start_num": 0,
    "drawing": {
      "default_line_thickness": 6.0,
      "default_text_size": 50.0,
      "field_names": [],
      "intersheets_ref_own_page": false,
      "intersheets_ref_prefix": "",
      "intersheets_ref_short": false,
      "intersheets_ref_show": false,
      "intersheets_ref_suffix": "",
      "junction_size_choice": 3,
      "label_size_ratio": 0.375,
      "pin_symbol_size": 25.0,
      "text_offset_ratio": 0.15
    },
    "legacy_lib_dir": "",
    "legacy_lib_list": [],
    "meta": {
      "version": 1
    },
    "net_format_name": "",
    "ngspice": {
      "fix_include_paths": true,
      "fix_passive_vals": false,
      "meta": {
        "version": 0
      },
      "model_mode": 0,
      "workbook_filename": ""
    },
    "page_layout_descr_file": "",
    "plot_directory": "",
    "spice_adjust_passive_values": false,
    "spice_external_command": "spice \"%I\"",
    "subpart_first_id": 65,
    "subpart_id_separator": 0
  },
  "sheets": [
    [
      "9538e4ed-27e6-4c37-b989-9859dc0d49e8",
      ""
    ]
  ],
  "text_variables": {}
 }
--- a/board-design/pico-ducky.kicad_sch
+++ b/board-design/pico-ducky.kicad_sch
--- a/boot.py
+++ b/boot.py
@@ -1,38 +1,13 @@
 # License : GPLv2.0
 # copyright (c) 2023  Dave Bailey
 # Author: Dave Bailey (dbisu, @daveisu)
 # Pico and Pico W board support
 from board import *
 import board
 import digitalio
 import storage
-noStorage = False
+noStorageStatus = False
 noStoragePin = digitalio.DigitalInOut(GP15)
 noStoragePin.switch_to_input(pull=digitalio.Pull.UP)
-noStorageStatus = noStoragePin.value
+noStorageStatus = not noStoragePin.value
-# If GP15 is not connected, it will default to being pulled high (True)
+if(noStorageStatus == True):
 # If GP is connected to GND, it will be low (False)
 # Pico:
 #   GP15 not connected == USB visible
 #   GP15 connected to GND == USB not visible
 # Pico W:
 #   GP15 not connected == USB NOT visible
 #   GP15 connected to GND == USB visible
 if(board.board_id == 'raspberry_pi_pico' or board.board_id == 'raspberry_pi_pico2'):
    # On Pi Pico, default to USB visible
    noStorage = not noStorageStatus
 elif(board.board_id == 'raspberry_pi_pico_w' or board.board_id == 'raspberry_pi_pico2_w'):
    # on Pi Pico W, default to USB hidden by default
    # so webapp can access storage
    noStorage = noStorageStatus
 if(noStorage == True):
    # don't show USB drive to host PC
    storage.disable_usb_drive()
    print("Disabling USB drive")
--- a/build_scripts/create_release_bundle.py
+++ b/build_scripts/create_release_bundle.py
@@ -1,125 +0,0 @@
 import os
 import shutil
 import re
 import sys
 import zipfile
 languages = [ "MAC_FR",
              "US_DVO",
              "WIN_BR",
              "WIN_CZ",
              "WIN_CZ1",
              "WIN_DA",
              "WIN_DE",
              "WIN_ES",
              "WIN_FR",
              "WIN_HU",
              "WIN_IT",
              "WIN_PO",
              "WIN_SW",
              "WIN_TR",
              "WIN_UK" ]
 supported_boards = ["raspberry_pi_pico",
                    "raspberry_pi_pico_w",
                    "raspberry_pi_pico2",
                    "raspberry_pi_pico2_w"]
 files_to_bundle = ["boot.py",
                   "code.py",
                   "duckyinpython.py",
                   "wsgiserver.py",
                   "webapp.py",
                   "secrets.py",
                   "payload.dd",
                   "payload2.dd",
                   "payload3.dd",
                   "payload4.dd",
                   "INSTALL.txt"]
 dirs_to_bundle = ["lib"]
 def bundle_files_to_zip(source_dir, destination_dir, file_list, target_file, replacement_dict, version):
  """
  Bundles files from a source directory into a new directory with a unique name.
  Args:
    source_dir: Path to the source directory containing the files.
    destination_dir: Path to the destination directory where bundles will be created.
    file_list: List of filenames to be included in the bundle.
    target_file: Filename of the file to be modified.
    replacement_dict: Dictionary containing key-value pairs for text replacements.
  Returns:
    None
  """
  if not os.path.exists(destination_dir):
    os.makedirs(destination_dir)
  # Generate a unique bundle name (e.g., using a timestamp)
  bundle_name = f"pico-ducky-{version}-{destination_dir}.zip"
  bundle_path = os.path.join(destination_dir, bundle_name)
  # Create a temporary directory for the bundle contents
  temp_dir = os.path.join(destination_dir, "temp_bundle")
  os.makedirs(temp_dir)
  for filename in file_list:
    source_file = os.path.join(source_dir, filename)
    destination_file = os.path.join(temp_dir, filename)
    if filename == target_file:
      with open(source_file, 'r') as f:
        file_content = f.read()
      for key, value in replacement_dict.items():
        file_content = re.sub(key, value, file_content)
      with open(destination_file, 'w') as f:
        f.write(file_content)
    else:
      shutil.copy2(source_file, destination_file)
  for dir in dirs_to_bundle:
      shutil.copytree(os.path.join(source_dir,dir),os.path.join(temp_dir,dir))
  #find uf2 files for supported boards
  for root, dirs, files in os.walk(source_dir):
    for file in files:
        for board in supported_boards:
            if '-'+board+'-' in file:
                source_file = os.path.join(source_dir, file)
                destination_file = os.path.join(temp_dir, file)
                shutil.copy2(source_file, destination_file)
    # Create the ZIP archive
  with zipfile.ZipFile(bundle_path, 'w', zipfile.ZIP_DEFLATED) as zipf:
    for root, _, files in os.walk(temp_dir):
      for file in files:
        file_path = os.path.join(root, file)
        archive_path = os.path.relpath(file_path, temp_dir)
        zipf.write(file_path, archive_path)
  # Remove the temporary directory
  shutil.rmtree(temp_dir)
 def main(argv):
    version = argv[0]
    for dest_dir in languages:
        source_directory = "US"
        target_file_to_modify = "duckyinpython.py"
        replacements = {
            "#from keyboard_layout_win_LANG": "from keyboard_layout_"+dest_dir.lower(),
            "#from keycode_win_LANG": "from keycode_"+dest_dir.lower(),
            "from adafruit_hid.keyboard_": "#from adafruit_hid.keyboard_",
            "from adafruit_hid.keycode": "#from adafruit_hid.keycode"
        }
        bundle_files_to_zip(source_directory, dest_dir, files_to_bundle,
                        target_file_to_modify, replacements, version)
 if __name__ == "__main__":
   main(sys.argv[1:])
--- a/code.py
+++ b/code.py
@@ -1,82 +0,0 @@
 # License : GPLv2.0
 # copyright (c) 2023  Dave Bailey
 # Author: Dave Bailey (dbisu, @daveisu)
 # Pico and Pico W board support
 import supervisor
 import time
 import digitalio
 from board import *
 import board
 from duckyinpython import *
 if(board.board_id == 'raspberry_pi_pico_w' or board.board_id == 'raspberry_pi_pico2_w'):
    import wifi
    from webapp import *
 # sleep at the start to allow the device to be recognized by the host computer
 time.sleep(.5)
 def startWiFi():
    import ipaddress
    # Get wifi details and more from a secrets.py file
    try:
        from secrets import secrets
    except ImportError:
        print("WiFi secrets are kept in secrets.py, please add them there!")
        raise
    print("Connect wifi")
    #wifi.radio.connect(secrets['ssid'],secrets['password'])
    wifi.radio.start_ap(secrets['ssid'],secrets['password'])
    HOST = repr(wifi.radio.ipv4_address_ap)
    PORT = 80        # Port to listen on
    print(HOST,PORT)
 # turn off automatically reloading when files are written to the pico
 #supervisor.disable_autoreload()
 supervisor.runtime.autoreload = False
 if(board.board_id == 'raspberry_pi_pico' or board.board_id == 'raspberry_pi_pico2'):
    led = pwmio.PWMOut(board.LED, frequency=5000, duty_cycle=0)
 elif(board.board_id == 'raspberry_pi_pico_w' or board.board_id == 'raspberry_pi_pico2_w'):
    led = digitalio.DigitalInOut(board.LED)
    led.switch_to_output()
 progStatus = False
 progStatus = getProgrammingStatus()
 print("progStatus", progStatus)
 if(progStatus == False):
    print("Finding payload")
    # not in setup mode, inject the payload
    payload = selectPayload()
    print("Running ", payload)
    runScript(payload)
    print("Done")
 else:
    print("Update your payload")
 led_state = False
 async def main_loop():
    global led,button1
    button_task = asyncio.create_task(monitor_buttons(button1))
    if(board.board_id == 'raspberry_pi_pico_w' or board.board_id == 'raspberry_pi_pico2_w'):
        pico_led_task = asyncio.create_task(blink_pico_w_led(led))
        print("Starting Wifi")
        startWiFi()
        print("Starting Web Service")
        webservice_task = asyncio.create_task(startWebService())
        await asyncio.gather(pico_led_task, button_task, webservice_task)
    else:
        pico_led_task = asyncio.create_task(blink_pico_led(led))
        await asyncio.gather(pico_led_task, button_task)
 asyncio.run(main_loop())
--- a/duckyinpython.py
+++ b/duckyinpython.py
@@ -1,25 +1,9 @@
 # License : GPLv2.0
-# copyright (c) 2023  Dave Bailey
+# copyright (c) 2021  Dave Bailey
 # Author: Dave Bailey (dbisu, @daveisu)
 #
 #  TODO: ADD support for the following:
 # Add jitter
 # Add LED functionality
 import re
 import time
 import random
 import digitalio
 from digitalio import DigitalInOut, Pull
 from adafruit_debouncer import Debouncer
 import board
 from board import *
 import pwmio
 import asyncio
 import usb_hid
 from adafruit_hid.keyboard import Keyboard
 from adafruit_hid.consumer_control import ConsumerControl
 from adafruit_hid.consumer_control_code import ConsumerControlCode
 # comment out these lines for non_US keyboards
 from adafruit_hid.keyboard_layout_us import KeyboardLayoutUS as KeyboardLayout
@@ -27,22 +11,38 @@ from adafruit_hid.keycode import Keycode
 # uncomment these lines for non_US keyboards
 # replace LANG with appropriate language
-#from keyboard_layout_win_LANG import KeyboardLayout as KeyboardLayout
+#from keyboard_layout_win_LANG import KeyboardLayout
 #from keycode_win_LANG import Keycode
-def _capsOn():
+import supervisor
    return kbd.led_on(Keyboard.LED_CAPS_LOCK)
-def _numOn():
+import time
-    return kbd.led_on(Keyboard.LED_NUM_LOCK)
+import digitalio
 from board import *
 import pwmio
-def _scrollOn():
+led = pwmio.PWMOut(LED, frequency=5000, duty_cycle=0)
    return kbd.led_on(Keyboard.LED_SCROLL_LOCK)
-duckyKeys = {
+def led_pwm_up(led):
-    'WINDOWS': Keycode.GUI, 'RWINDOWS': Keycode.RIGHT_GUI, 'GUI': Keycode.GUI, 'RGUI': Keycode.RIGHT_GUI, 'COMMAND': Keycode.GUI, 'RCOMMAND': Keycode.RIGHT_GUI,
+    for i in range(100):
-    'APP': Keycode.APPLICATION, 'MENU': Keycode.APPLICATION, 'SHIFT': Keycode.SHIFT, 'RSHIFT': Keycode.RIGHT_SHIFT,
+        # PWM LED up and down
-    'ALT': Keycode.ALT, 'RALT': Keycode.RIGHT_ALT, 'OPTION': Keycode.ALT, 'ROPTION': Keycode.RIGHT_ALT, 'CONTROL': Keycode.CONTROL, 'CTRL': Keycode.CONTROL, 'RCTRL': Keycode.RIGHT_CONTROL,
+        if i < 50:
            led.duty_cycle = int(i * 2 * 65535 / 100)  # Up
        time.sleep(0.01)
 def led_pwm_down(led):
    for i in range(100):
        # PWM LED up and down
        if i >= 50:
            led.duty_cycle = 65535 - int((i - 50) * 2 * 65535 / 100)  # Down
        time.sleep(0.01)
 # led = digitalio.DigitalInOut(LED)
 # led.direction = digitalio.Direction.OUTPUT
 duckyCommands = {
    'WINDOWS': Keycode.WINDOWS, 'GUI': Keycode.GUI,
    'APP': Keycode.APPLICATION, 'MENU': Keycode.APPLICATION, 'SHIFT': Keycode.SHIFT,
    'ALT': Keycode.ALT, 'CONTROL': Keycode.CONTROL, 'CTRL': Keycode.CONTROL,
    'DOWNARROW': Keycode.DOWN_ARROW, 'DOWN': Keycode.DOWN_ARROW, 'LEFTARROW': Keycode.LEFT_ARROW,
    'LEFT': Keycode.LEFT_ARROW, 'RIGHTARROW': Keycode.RIGHT_ARROW, 'RIGHT': Keycode.RIGHT_ARROW,
    'UPARROW': Keycode.UP_ARROW, 'UP': Keycode.UP_ARROW, 'BREAK': Keycode.PAUSE,
@@ -60,243 +60,48 @@ duckyKeys = {
    'Z': Keycode.Z, 'F1': Keycode.F1, 'F2': Keycode.F2, 'F3': Keycode.F3,
    'F4': Keycode.F4, 'F5': Keycode.F5, 'F6': Keycode.F6, 'F7': Keycode.F7,
    'F8': Keycode.F8, 'F9': Keycode.F9, 'F10': Keycode.F10, 'F11': Keycode.F11,
-    'F12': Keycode.F12, 'F13': Keycode.F13, 'F14': Keycode.F14, 'F15': Keycode.F15,
+    'F12': Keycode.F12,
-    'F16': Keycode.F16, 'F17': Keycode.F17, 'F18': Keycode.F18, 'F19': Keycode.F19,
+
    'F20': Keycode.F20, 'F21': Keycode.F21, 'F22': Keycode.F22, 'F23': Keycode.F23,
    'F24': Keycode.F24
 }
 duckyConsumerKeys = {
    'MK_VOLUP': ConsumerControlCode.VOLUME_INCREMENT, 'MK_VOLDOWN': ConsumerControlCode.VOLUME_DECREMENT, 'MK_MUTE': ConsumerControlCode.MUTE,
    'MK_NEXT': ConsumerControlCode.SCAN_NEXT_TRACK, 'MK_PREV': ConsumerControlCode.SCAN_PREVIOUS_TRACK,
    'MK_PP': ConsumerControlCode.PLAY_PAUSE, 'MK_STOP': ConsumerControlCode.STOP
 }
 variables = {"$_RANDOM_MIN": 0, "$_RANDOM_MAX": 65535}
 internalVariables = {"$_CAPSLOCK_ON": _capsOn, "$_NUMLOCK_ON": _numOn, "$_SCROLLLOCK_ON": _scrollOn}
 defines = {}
 functions = {}
 letters = "abcdefghijklmnopqrstuvwxyz"
 numbers = "0123456789"
 specialChars = "!@#$%^&*()"
 class IF:
    def __init__(self, condition, codeIter):
        self.condition = condition
        self.codeIter = list(codeIter)
        self.lastIfResult = None
    def _exitIf(self):
        _depth = 0
        for line in self.codeIter:
            line = self.codeIter.pop(0)
            line = line.strip()
            if line.upper().startswith("END_IF"):
                _depth -= 1
            elif line.upper().startswith("IF"):
                _depth += 1
            if _depth < 0:
                print("No else, exiting" + str(list(self.codeIter)))
                break
        return(self.codeIter)
    def runIf(self):
        if isinstance(self.condition, str):
            self.lastIfResult = evaluateExpression(self.condition)
        elif isinstance(self.condition, bool):
            self.lastIfResult = self.condition
        else:
            raise ValueError("Invalid condition type")
        # print(f"condition {self.condition} result is {self.lastIfResult} since \"$VAR\" is {variables["$VAR"]}, code is {self.codeIter}")
        depth = 0
        for line in self.codeIter:
            line = self.codeIter.pop(0)
            line = line.strip()
            if line == "":
                continue
            # print(line)
            if line.startswith("IF"):
                depth += 1
            elif line.startswith("END_IF"):
                if depth == 0:
                    return(self.codeIter, -1)
                depth -=1
            elif line.startswith("ELSE") and depth == 0:
                # print(f"ELSE LINE {line}, lastIfResult: {self.lastIfResult}")
                if self.lastIfResult is False:
                    line = line[4:].strip()  # Remove 'ELSE' and strip whitespace
                    if line.startswith("IF"):
                        nestedCondition = _getIfCondition(line)
                        # print(f"nested IF {nestedCondition}")
                        self.codeIter, self.lastIfResult = IF(nestedCondition, self.codeIter).runIf()
                        if self.lastIfResult == -1 or self.lastIfResult == True:
                            # print(f"self.lastIfResult {self.lastIfResult}")
                            return(self.codeIter, True)
                    else:
                        return IF(True, self.codeIter).runIf()                        #< Regular ELSE block
                else:
                    self._exitIf()
                    break
            # Process regular lines
            elif self.lastIfResult:
                # print(f"running line {line}")
                self.codeIter = list(parseLine(line, self.codeIter))
        # print("end of if")
        return(self.codeIter, self.lastIfResult)
 def _getIfCondition(line):
    return str(line)[2:-4].strip()
 def _isCodeBlock(line):
    line = line.upper().strip()
    if line.startswith("IF") or line.startswith("WHILE"):
        return True
    return False
 def _getCodeBlock(linesIter):
    """Returns the code block starting at the given line."""
    code = []
    depth = 1
    for line in linesIter:
        line = line.strip()
        if line.upper().startswith("END_"):
            depth -= 1
        elif _isCodeBlock(line):
            depth += 1
        if depth <= 0:
            break
        code.append(line)
    return code
 def evaluateExpression(expression):
    """Evaluates an expression with variables and returns the result."""
    # Replace variables (e.g., $FOO) in the expression with their values
    expression = re.sub(r"\$(\w+)", lambda m: str(variables.get(f"${m.group(1)}", 0)), expression)
    expression = expression.replace("^", "**")     #< Replace ^ with ** for exponentiation
    expression = expression.replace("&&", "and")
    expression = expression.replace("||", "or")
    return eval(expression, {}, variables)
 def deepcopy(List):
    return(List[:])
 def convertLine(line):
-    commands = []
+    newline = []
    # print(line)
    # loop on each key - the filter removes empty values
    for key in filter(None, line.split(" ")):
        key = key.upper()
        # find the keycode for the command in the list
-        command_keycode = duckyKeys.get(key, None)
+        command_keycode = duckyCommands.get(key, None)
        command_consumer_keycode = duckyConsumerKeys.get(key, None)
        if command_keycode is not None:
            # if it exists in the list, use it
-            commands.append(command_keycode)
+            newline.append(command_keycode)
        elif command_consumer_keycode is not None:
            # if it exists in the list, use it
            commands.append(1000+command_consumer_keycode)
        elif hasattr(Keycode, key):
            # if it's in the Keycode module, use it (allows any valid keycode)
-            commands.append(getattr(Keycode, key))
+            newline.append(getattr(Keycode, key))
        else:
            # if it's not a known key name, show the error for diagnosis
            print(f"Unknown key: <{key}>")
-    # print(commands)
+    # print(newline)
-    return commands
+    return newline
 def runScriptLine(line):
-    keys = convertLine(line)
+    for k in line:
-    for k in keys:
+        kbd.press(k)
-        if k > 1000:
+    kbd.release_all()
            consumerControl.press(int(k-1000))
        else:
            kbd.press(k)
    for k in reversed(keys):
        if k > 1000:
            consumerControl.release()
        else:
            kbd.release(k)
 def sendString(line):
    layout.write(line)
-def replaceVariables(line):
+def parseLine(line):
-    for var in variables:
+    global defaultDelay
-        line = line.replace(var, str(variables[var]))
+    if(line[0:3] == "REM"):
-    for var in internalVariables:
+        # ignore ducky script comments
        line = line.replace(var, str(internalVariables[var]()))
    return line
 def replaceDefines(line):
    for define, value in defines.items():
        line = line.replace(define, value)
    return line
 def parseLine(line, script_lines):
    global defaultDelay, variables, functions, defines
    line = line.strip()
    line = line.replace("$_RANDOM_INT", str(random.randint(int(variables.get("$_RANDOM_MIN", 0)), int(variables.get("$_RANDOM_MAX", 65535)))))
    line = replaceDefines(line)
    if line[:10] == "INJECT_MOD":
        line = line[11:]
    elif line.startswith("REM_BLOCK"):
        while line.startswith("END_REM") == False:
            line = next(script_lines).strip()
            # print(line)
    elif(line[0:3] == "REM"):
        pass
    elif line.startswith("HOLD"):
        # HOLD command to press and hold a key
        key = line[5:].strip().upper()
        commandKeycode = duckyKeys.get(key, None)
        if commandKeycode:
            kbd.press(commandKeycode)
        else:
            print(f"Unknown key to HOLD: <{key}>")
    elif line.startswith("RELEASE"):
        # RELEASE command to release a held key
        key = line[8:].strip().upper()
        commandKeycode = duckyKeys.get(key, None)
        if commandKeycode:
            kbd.release(commandKeycode)
        else:
            print(f"Unknown key to RELEASE: <{key}>")
    elif(line[0:5] == "DELAY"):
        line = replaceVariables(line)
        time.sleep(float(line[6:])/1000)
    elif line == "STRINGLN":               #< stringLN block
        line = next(script_lines).strip()
        line = replaceVariables(line)
        while line.startswith("END_STRINGLN") == False:
            sendString(line)
            kbd.press(Keycode.ENTER)
            kbd.release(Keycode.ENTER)
            line = next(script_lines).strip()
            line = replaceVariables(line)
            line = replaceDefines(line)
    elif(line[0:8] == "STRINGLN"):
        sendString(replaceVariables(line[9:]))
        kbd.press(Keycode.ENTER)
        kbd.release(Keycode.ENTER)
    elif line == "STRING":                 #< string block
        line = next(script_lines).strip()
        line = replaceVariables(line)
        while line.startswith("END_STRING") == False:
            sendString(line)
            line = next(script_lines).strip()
            line = replaceVariables(line)
            line = replaceDefines(line)
    elif(line[0:6] == "STRING"):
-        sendString(replaceVariables(line[7:]))
+        sendString(line[7:])
    elif(line[0:5] == "PRINT"):
-        line = replaceVariables(line[6:])
+        print("[SCRIPT]: " + line[6:])
        print("[SCRIPT]: " + line)
    elif(line[0:6] == "IMPORT"):
        runScript(line[7:])
    elif(line[0:13] == "DEFAULT_DELAY"):
@@ -308,140 +113,20 @@ def parseLine(line, script_lines):
            led.value = False
        else:
            led.value = True
    elif(line[0:3] == "LED"):
        if(led.value == True):
            led.value = False
        else:
            led.value = True
    elif(line[:7] == "LED_OFF"):
        led.value = False
    elif(line[:5] == "LED_R"):
        led.value = True
    elif(line[:5] == "LED_G"):
        led.value = True
    elif(line[0:21] == "WAIT_FOR_BUTTON_PRESS"):
        button_pressed = False
        # NOTE: we don't use assincio in this case because we want to block code execution
        while not button_pressed:
            button1.update()
            button1Pushed = button1.fell
            button1Released = button1.rose
            button1Held = not button1.value
            if(button1Pushed):
                print("Button 1 pushed")
                button_pressed = True
    elif line.startswith("VAR"):
        match = re.match(r"VAR\s+\$(\w+)\s*=\s*(.+)", line)
        if match:
            varName = f"${match.group(1)}"
            value = evaluateExpression(match.group(2))
            variables[varName] = value
        else:
            raise SyntaxError(f"Invalid variable declaration: {line}")
    elif line.startswith("$"):
        match = re.match(r"\$(\w+)\s*=\s*(.+)", line)
        if match:
            varName = f"${match.group(1)}"
            expression = match.group(2)
            value = evaluateExpression(expression)
            variables[varName] = value
        else:
            raise SyntaxError(f"Invalid variable update, declare variable first: {line}")
    elif line.startswith("DEFINE"):
        defineLocation = line.find(" ")
        valueLocation = line.find(" ", defineLocation + 1)
        defineName = line[defineLocation+1:valueLocation]
        defineValue = line[valueLocation+1:]
        defines[defineName] = defineValue
    elif line.startswith("FUNCTION"):
        # print("ENTER FUNCTION")
        func_name = line.split()[1]
        functions[func_name] = []
        line = next(script_lines).strip()
        while line != "END_FUNCTION":
            functions[func_name].append(line)
            line = next(script_lines).strip()
    elif line.startswith("WHILE"):
        # print("ENTER WHILE LOOP")
        condition = line[5:].strip()
        loopCode = list(_getCodeBlock(script_lines))
        while evaluateExpression(condition) == True:
            currentIterCode = deepcopy(loopCode)
            print(loopCode)
            while currentIterCode:
                loopLine = currentIterCode.pop(0)
                currentIterCode = list(parseLine(loopLine, iter(currentIterCode)))      #< very inefficient, should be replaced later.
    elif line.upper().startswith("IF"):
        # print("ENTER IF")
        script_lines, ret = IF(_getIfCondition(line), script_lines).runIf()
        print(f"IF returned {ret} code")
    elif line.upper().startswith("END_IF"):
        pass
    elif line == "RANDOM_LOWERCASE_LETTER":
        sendString(random.choice(letters))
    elif line == "RANDOM_UPPERCASE_LETTER":
        sendString(random.choice(letters.upper()))
    elif line == "RANDOM_LETTER":
        sendString(random.choice(letters + letters.upper()))
    elif line == "RANDOM_NUMBER":
        sendString(random.choice(numbers))
    elif line == "RANDOM_SPECIAL":
        sendString(random.choice(specialChars))
    elif line == "RANDOM_CHAR":
        sendString(random.choice(letters + letters.upper() + numbers + specialChars))
    elif line == "VID_RANDOM" or line == "PID_RANDOM":
        for _ in range(4):
            sendString(random.choice("0123456789ABCDEF"))
    elif line == "MAN_RANDOM" or line == "PROD_RANDOM":
        for _ in range(12):
            sendString(random.choice(letters + letters.upper() + numbers))
    elif line == "SERIAL_RANDOM":
        for _ in range(12):
            sendString(random.choice(letters + letters.upper() + numbers + specialChars))
    elif line == "RESET":
        kbd.release_all()
    elif line in functions:
        updated_lines = []
        inside_while_block = False
        for func_line in functions[line]:
            if func_line.startswith("WHILE"):
                inside_while_block = True  # Start skipping lines
                updated_lines.append(func_line)
            elif func_line.startswith("END_WHILE"):
                inside_while_block = False  # Stop skipping lines
                updated_lines.append(func_line)
                parseLine(updated_lines[0], iter(updated_lines))
                updated_lines = []  # Clear updated_lines after parsing
            elif inside_while_block:
                updated_lines.append(func_line)
            elif not (func_line.startswith("END_WHILE") or func_line.startswith("WHILE")):
                parseLine(func_line, iter(functions[line]))
    else:
-        runScriptLine(line)
+        newScriptLine = convertLine(line)
-    
+        runScriptLine(newScriptLine)
    return(script_lines)
 kbd = Keyboard(usb_hid.devices)
 consumerControl = ConsumerControl(usb_hid.devices)
 layout = KeyboardLayout(kbd)
-#init button
+# turn off automatically reloading when files are written to the pico
-button1_pin = DigitalInOut(GP22) # defaults to input
+supervisor.disable_autoreload()
 button1_pin.pull = Pull.UP      # turn on internal pull-up resistor
 button1 =  Debouncer(button1_pin)
-#init payload selection switch
+# sleep at the start to allow the device to be recognized by the host computer
-payload1Pin = digitalio.DigitalInOut(GP4)
+time.sleep(.5)
-payload1Pin.switch_to_input(pull=digitalio.Pull.UP)
+
-payload2Pin = digitalio.DigitalInOut(GP5)
+led_pwm_up(led)
 payload2Pin.switch_to_input(pull=digitalio.Pull.UP)
 payload3Pin = digitalio.DigitalInOut(GP10)
 payload3Pin.switch_to_input(pull=digitalio.Pull.UP)
 payload4Pin = digitalio.DigitalInOut(GP11)
 payload4Pin.switch_to_input(pull=digitalio.Pull.UP)
 def getProgrammingStatus():
    # check GP0 for setup mode
@@ -458,46 +143,44 @@ def runScript(file):
    global defaultDelay
    duckyScriptPath = file
    restart = True
    try:
-        while restart:
+        f = open(duckyScriptPath,"r",encoding='utf-8')
-            restart = False
+        previousLine = ""
-            with open(duckyScriptPath, "r", encoding='utf-8') as f:
+        for line in f:
-                script_lines = iter(f.readlines())
+            line = line.rstrip()
-                previousLine = ""
+            if(line[0:6] == "REPEAT"):
-                for line in script_lines:
+                for i in range(int(line[7:])):
-                    print(f"runScript: {line}")
+                    #repeat the last command
-                    if(line[0:6] == "REPEAT"):
+                    parseLine(previousLine)
-                        for i in range(int(line[7:])):
+                    time.sleep(float(defaultDelay)/1000)
-                            #repeat the last command
+            else:
-                            parseLine(previousLine, script_lines)
+                parseLine(line)
-                            time.sleep(float(defaultDelay) / 1000)
+                previousLine = line
-                    elif line.startswith("RESTART_PAYLOAD"):
+            time.sleep(float(defaultDelay)/1000)
                        restart = True
                        break
                    elif line.startswith("STOP_PAYLOAD"):
                        restart = False
                        break
                    else:
                        parseLine(line, script_lines)
                        previousLine = line
                    time.sleep(float(defaultDelay) / 1000)
    except OSError as e:
-        print("Unable to open file", file)
+        print("Unable to open file ", file)
 def selectPayload():
    global payload1Pin, payload2Pin, payload3Pin, payload4Pin
    payload = "payload.dd"
    # check switch status
    # payload1 = GPIO4 to GND
    # payload2 = GPIO5 to GND
    # payload3 = GPIO10 to GND
    # payload4 = GPIO11 to GND
    payload1Pin = digitalio.DigitalInOut(GP4)
    payload1Pin.switch_to_input(pull=digitalio.Pull.UP)
    payload1State = not payload1Pin.value
    payload2Pin = digitalio.DigitalInOut(GP5)
    payload2Pin.switch_to_input(pull=digitalio.Pull.UP)
    payload2State = not payload2Pin.value
    payload3Pin = digitalio.DigitalInOut(GP10)
    payload3Pin.switch_to_input(pull=digitalio.Pull.UP)
    payload3State = not payload3Pin.value
    payload4Pin = digitalio.DigitalInOut(GP11)
    payload4Pin.switch_to_input(pull=digitalio.Pull.UP)
    payload4State = not payload4Pin.value
    if(payload1State == True):
        payload = "payload.dd"
@@ -515,81 +198,28 @@ def selectPayload():
        # default to payload1
        payload = "payload.dd"
    return payload
-async def blink_led(led):
+progStatus = False
-    print("Blink")
+progStatus = getProgrammingStatus()
    if(board.board_id == 'raspberry_pi_pico' or board.board_id == 'raspberry_pi_pico2'):
        blink_pico_led(led)
    elif(board.board_id == 'raspberry_pi_pico_w' or board.board_id == 'raspberry_pi_pico2_w'):
        blink_pico_w_led(led)
-async def blink_pico_led(led):
+if(progStatus == False):
-    print("starting blink_pico_led")
+    # not in setup mode, inject the payload
-    led_state = False
+    payload = selectPayload()
-    while True:
+    print("Running ", payload)
-        if led_state:
+    runScript(payload)
            #led_pwm_up(led)
            #print("led up")
            for i in range(100):
                # PWM LED up and down
                if i < 50:
                    led.duty_cycle = int(i * 2 * 65535 / 100)  # Up
                await asyncio.sleep(0.01)
            led_state = False
        else:
            #led_pwm_down(led)
            #print("led down")
            for i in range(100):
                # PWM LED up and down
                if i >= 50:
                    led.duty_cycle = 65535 - int((i - 50) * 2 * 65535 / 100)  # Down
                await asyncio.sleep(0.01)
            led_state = True
        await asyncio.sleep(0)
-async def blink_pico_w_led(led):
+    print("Done")
-    print("starting blink_pico_w_led")
+else:
-    led_state = False
+    print("Update your payload")
    while True:
        if led_state:
            #print("led on")
            led.value = 1
            await asyncio.sleep(0.5)
            led_state = False
        else:
            #print("led off")
            led.value = 0
            await asyncio.sleep(0.5)
            led_state = True
        await asyncio.sleep(0.5)
-async def monitor_buttons(button1):
+led_state = False
-    global inBlinkeyMode, inMenu, enableRandomBeep, enableSirenMode,pixel
+while True:
-    print("starting monitor_buttons")
+    if led_state:
-    button1Down = False
+        led_pwm_up(led)
-    while True:
+        led_state = False
-        button1.update()
+    else:
-
+        led_pwm_down(led)
-        button1Pushed = button1.fell
+        led_state = True
-        button1Released = button1.rose
+    
        button1Held = not button1.value
        if(button1Pushed):
            print("Button 1 pushed")
            button1Down = True
        if(button1Released):
            print("Button 1 released")
            if(button1Down):
                print("push and released")
        if(button1Released):
            if(button1Down):
                # Run selected payload
                payload = selectPayload()
                print("Running ", payload)
                runScript(payload)
                print("Done")
            button1Down = False
        await asyncio.sleep(0)
--- a/examples/functions.dd
+++ b/examples/functions.dd
@@ -1,13 +0,0 @@
 REM Example Function
 FUNCTION COUNTDOWN()
 	REM The next four lines open Notepad in Windows and type "Hello World!"
 	GUI r
 	DELAY 1000
 	STRING notepad
 	ENTER
 	DELAY 2000
 	STRING Hello World!
 	ENTER
 END_FUNCTION
 COUNTDOWN()
--- a/examples/while_loops.dd
+++ b/examples/while_loops.dd
@@ -1,7 +0,0 @@
 VAR $TIME = 3
 WHILE ($TIME > 0)
 	STRING .
 	DELAY 500
 	STRING While Looop!!
 	ENTER
 END_WHILE
--- a/webapp.py
+++ b/webapp.py
@@ -1,243 +0,0 @@
 # License : GPLv2.0
 # copyright (c) 2023  Dave Bailey
 # Author: Dave Bailey (dbisu, @daveisu)
 # FeatherS2 board support
 import socketpool
 import time
 import os
 import storage
 import wsgiserver as server
 from adafruit_wsgi.wsgi_app import WSGIApp
 import wifi
 from duckyinpython import *
 payload_html = """<!DOCTYPE html>
 <html>
    <head> <title>Pico W Ducky</title> </head>
    <body> <h1>Pico W Ducky</h1>
        <table border="1"> <tr><th>Payload</th><th>Actions</th></tr> {} </table>
        <br>
        <a href="/new">New Script</a>
    </body>
 </html>
 """
 edit_html = """<!DOCTYPE html>
 <html>
  <head>
    <title>Script Editor</title>
  </head>
  <body>
    <form action="/write/{}" method="POST">
      <textarea rows="5" cols="60" name="scriptData">{}</textarea>
      <br/>
      <input type="submit" value="submit"/>
    </form>
    <br>
    <a href="/ducky">Home</a>
  </body>
 </html>
 """
 new_html = """<!DOCTYPE html>
 <html>
  <head>
    <title>New Script</title>
  </head>
  <body>
    <form action="/new" method="POST">
      Script Name<br>
      <textarea rows="1" cols="60" name="scriptName"></textarea>
      Script<br>
      <textarea rows="5" cols="60" name="scriptData"></textarea>
      <br/>
      <input type="submit" value="submit"/>
    </form>
    <br>
    <a href="/ducky">Home</a>
  </body>
 </html>
 """
 response_html = """<!DOCTYPE html>
 <html>
    <head> <title>Pico W Ducky</title> </head>
    <body> <h1>Pico W Ducky</h1>
        {}
        <br>
        <a href="/ducky">Home</a>
    </body>
 </html>
 """
 newrow_html = "<tr><td>{}</td><td><a href='/edit/{}'>Edit</a> / <a href='/run/{}'>Run</a></tr>"
 def setPayload(payload_number):
    if(payload_number == 1):
        payload = "payload.dd"
    else:
        payload = "payload"+str(payload_number)+".dd"
    return(payload)
 def ducky_main(request):
    print("Ducky main")
    payloads = []
    rows = ""
    files = os.listdir()
    #print(files)
    for f in files:
        if ('.dd' in f) == True:
            payloads.append(f)
            newrow = newrow_html.format(f,f,f)
            #print(newrow)
            rows = rows + newrow
    response = payload_html.format(rows)
    return(response)
 _hexdig = '0123456789ABCDEFabcdef'
 _hextobyte = None
 def cleanup_text(string):
    """unquote('abc%20def') -> b'abc def'."""
    global _hextobyte
    if not string:
        return b''
    if isinstance(string, str):
        string = string.encode('utf-8')
    bits = string.split(b'%')
    if len(bits) == 1:
        return string
    res = [bits[0]]
    append = res.append
    if _hextobyte is None:
        _hextobyte = {(a + b).encode(): bytes([int(a + b, 16)])
                      for a in _hexdig for b in _hexdig}
    for item in bits[1:]:
        try:
            append(_hextobyte[item[:2]])
            append(item[2:])
        except KeyError:
            append(b'%')
            append(item)
    return b''.join(res).decode().replace('+',' ')
 web_app = WSGIApp()
@web_app.route("/ducky")
 def duck_main(request):
    response = ducky_main(request)
    return("200 OK", [('Content-Type', 'text/html')], response)
@web_app.route("/edit/<filename>")
 def edit(request, filename):
    print("Editing ", filename)
    f = open(filename,"r",encoding='utf-8')
    textbuffer = ''
    for line in f:
        textbuffer = textbuffer + line
    f.close()
    response = edit_html.format(filename,textbuffer)
    #print(response)
    return("200 OK",[('Content-Type', 'text/html')], response)
@web_app.route("/write/<filename>",methods=["POST"])
 def write_script(request, filename):
    data = request.body.getvalue()
    fields = data.split("&")
    form_data = {}
    for field in fields:
        key,value = field.split('=')
        form_data[key] = value
    #print(form_data)
    storage.remount("/",readonly=False)
    f = open(filename,"w",encoding='utf-8')
    textbuffer = form_data['scriptData']
    textbuffer = cleanup_text(textbuffer)
    #print(textbuffer)
    for line in textbuffer:
        f.write(line)
    f.close()
    storage.remount("/",readonly=True)
    response = response_html.format("Wrote script " + filename)
    return("200 OK",[('Content-Type', 'text/html')], response)
@web_app.route("/new",methods=['GET','POST'])
 def write_new_script(request):
    response = ''
    if(request.method == 'GET'):
        response = new_html
    else:
        data = request.body.getvalue()
        fields = data.split("&")
        form_data = {}
        for field in fields:
            key,value = field.split('=')
            form_data[key] = value
        #print(form_data)
        filename = form_data['scriptName']
        textbuffer = form_data['scriptData']
        textbuffer = cleanup_text(textbuffer)
        storage.remount("/",readonly=False)
        f = open(filename,"w",encoding='utf-8')
        for line in textbuffer:
            f.write(line)
        f.close()
        storage.remount("/",readonly=True)
        response = response_html.format("Wrote script " + filename)
    return("200 OK",[('Content-Type', 'text/html')], response)
@web_app.route("/run/<filename>")
 def run_script(request, filename):
    print("run_script ", filename)
    response = response_html.format("Running script " + filename)
    #print(response)
    runScript(filename)
    return("200 OK",[('Content-Type', 'text/html')], response)
@web_app.route("/")
 def index(request):
    response = ducky_main(request)
    return("200 OK", [('Content-Type', 'text/html')], response)
@web_app.route("/api/run/<filenumber>")
 def run_script(request, filenumber):
    filename = setPayload(int(filenumber))
    print("run_script ", filenumber)
    response = response_html.format("Running script " + filename)
    #print(response)
    runScript(filename)
    return("200 OK",[('Content-Type', 'text/html')], response)
 async def startWebService():
    HOST = repr(wifi.radio.ipv4_address_ap)
    PORT = 80        # Port to listen on
    print(HOST,PORT)
    wsgiServer = server.WSGIServer(PORT, application=web_app)
    print(f"open this IP in your browser: http://{HOST}:{PORT}/")
    # Start the server
    wsgiServer.start()
    while True:
        wsgiServer.update_poll()
        await asyncio.sleep(0)
--- a/wsgiserver.py
+++ b/wsgiserver.py
@@ -1,286 +0,0 @@
 # SPDX-FileCopyrightText: Copyright (c) 2019 Matt Costi for Adafruit Industries
 #
 # SPDX-License-Identifier: MIT
 """
 `adafruit_esp32spi_wsgiserver`
 ================================================================================
 A simple WSGI (Web Server Gateway Interface) server that interfaces with the ESP32 over SPI.
 Opens a specified port on the ESP32 to listen for incoming HTTP Requests and
 Accepts an Application object that must be callable, which gets called
 whenever a new HTTP Request has been received.
 The Application MUST accept 2 ordered parameters:
    1. environ object (incoming request data)
    2. start_response function. Must be called before the Application
        callable returns, in order to set the response status and headers.
 The Application MUST return a single string in a list,
 which is the response data
 Requires update_poll being called in the applications main event loop.
 For more details about Python WSGI see:
 https://www.python.org/dev/peps/pep-0333/
 * Author(s): Matt Costi
 """
 # pylint: disable=no-name-in-module
 import io
 import gc
 from micropython import const
 import socketpool
 import wifi
 class BadRequestError(Exception):
    """Raised when the client sends an unexpected empty line"""
    pass
 _BUFFER_SIZE = 32
 buffer = bytearray(_BUFFER_SIZE)
 def readline(socketin):
    """
    Implement readline() for native wifi using recv_into
    """
    data_string = b""
    while True:
        try:
            num = socketin.recv_into(buffer, 1)
            data_string += str(buffer, 'utf8')[:num]
            if num == 0:
                return data_string
            if data_string[-2:] == b"\r\n":
                return data_string[:-2]
        except OSError as ex:
            # if ex.errno == 9: # [Errno 9] EBADF
            #     return None
            if ex.errno == 11:  # [Errno 11] EAGAIN
                continue
            raise
 def read(socketin,length = -1):
    total = 0
    data_string = b""
    try:
        if length > 0:
            while total < length:
                reste = length - total
                num = socketin.recv_into(buffer, min(_BUFFER_SIZE, reste))
                #
                if num == 0:
                    # timeout
                    # raise OSError(110)
                    return data_string
                #
                data_string += buffer[:num]
                total = total + num
            return data_string
        else:
            while True:
                num = socketin.recv_into(buffer, 1)
                data_string += str(buffer, 'utf8')[:num]
                if num == 0:
                    return data_string
    except OSError as ex:
        if ex.errno == 11: # [Errno 11] EAGAIN
            return data_string
        raise
 def parse_headers(sock):
    """
    Parses the header portion of an HTTP request/response from the socket.
    Expects first line of HTTP request/response to have been read already
    return: header dictionary
    rtype: Dict
    """
    headers = {}
    while True:
        line = readline(sock)
        if not line or line == b"\r\n":
            break
        #print("**line: ", line)
        title, content = line.split(b': ', 1)
        if title and content:
            title = str(title.lower(), 'utf-8')
            content = str(content, 'utf-8')
            headers[title] = content
    return headers
 pool = socketpool.SocketPool(wifi.radio)
 NO_SOCK_AVAIL = const(255)
 # pylint: disable=invalid-name
 class WSGIServer:
    """
    A simple server that implements the WSGI interface
    """
    def __init__(self, port=80, debug=False, application=None):
        self.application = application
        self.port = port
        self._server_sock = None
        self._client_sock = None
        self._debug = debug
        self._response_status = None
        self._response_headers = []
    def start(self):
        """
        starts the server and begins listening for incoming connections.
        Call update_poll in the main loop for the application callable to be
        invoked on receiving an incoming request.
        """
        self._server_sock = pool.socket(pool.AF_INET,pool.SOCK_STREAM)
        HOST = repr(wifi.radio.ipv4_address_ap)
        self._server_sock.bind((repr(wifi.radio.ipv4_address_ap), self.port))
        self._server_sock.listen(1)
 #         if self._debug:
 #             ip = _the_interface.pretty_ip(_the_interface.ip_address)
 #             print("Server available at {0}:{1}".format(ip, self.port))
 #             print(
 #                 "Sever status: ",
 #                 _the_interface.get_server_state(self._server_sock.socknum),
 #             )
    def pretty_ip(self):
        return f"http://{wifi.radio.ipv4_address_ap}:{self.port}"
    def update_poll(self):
        """
        Call this method inside your main event loop to get the server
        check for new incoming client requests. When a request comes in,
        the application callable will be invoked.
        """
        self.client_available()
        if self._client_sock:
            try:
                environ = self._get_environ(self._client_sock)
                result = self.application(environ, self._start_response)
                self.finish_response(result)
            except BadRequestError:
                self._start_response("400 Bad Request", [])
                self.finish_response([])
    def finish_response(self, result):
        """
        Called after the application callbile returns result data to respond with.
        Creates the HTTP Response payload from the response_headers and results data,
        and sends it back to client.
        :param string result: the data string to send back in the response to the client.
        """
        try:
            response = "HTTP/1.1 {0}\r\n".format(self._response_status)
            for header in self._response_headers:
                response += "{0}: {1}\r\n".format(*header)
            response += "\r\n"
            self._client_sock.send(response.encode("utf-8"))
            for data in result:
                if isinstance(data, str):
                    data = data.encode("utf-8")
                elif not isinstance(data, bytes):
                    data = str(data).encode("utf-8")
                bytes_sent = 0
                while bytes_sent < len(data):
                    try:
                        bytes_sent += self._client_sock.send(data[bytes_sent:])
                    except OSError as ex:
                        if ex.errno != 11:  # [Errno 11] EAGAIN
                            raise
            gc.collect()
        except OSError as ex:
            if ex.errno != 104:  # [Errno 104] ECONNRESET
                raise
        finally:
            #print("closing")
            self._client_sock.close()
            self._client_sock = None
    def client_available(self):
        """
        returns a client socket connection if available.
        Otherwise, returns None
        :return: the client
        :rtype: Socket
        """
        sock = None
        if not self._server_sock:
            print("Server has not been started, cannot check for clients!")
        elif not self._client_sock:
            self._server_sock.setblocking(False)
            try:
                self._client_sock, addr = self._server_sock.accept()
            except OSError as ex:
                if ex.errno != 11:  # [Errno 11] EAGAIN
                    raise
        return None
    def _start_response(self, status, response_headers):
        """
        The application callable will be given this method as the second param
        This is to be called before the application callable returns, to signify
        the response can be started with the given status and headers.
        :param string status: a status string including the code and reason. ex: "200 OK"
        :param list response_headers: a list of tuples to represent the headers.
            ex ("header-name", "header value")
        """
        self._response_status = status
        self._response_headers = [("Server", "esp32WSGIServer")] + response_headers
    def _get_environ(self, client):
        """
        The application callable will be given the resulting environ dictionary.
        It contains metadata about the incoming request and the request body ("wsgi.input")
        :param Socket client: socket to read the request from
        """
        env = {}
        line = readline(client).decode("utf-8")
        try:
            (method, path, ver) = line.rstrip("\r\n").split(None, 2)
        except ValueError:
            raise BadRequestError("Unknown request from client.")
        env["wsgi.version"] = (1, 0)
        env["wsgi.url_scheme"] = "http"
        env["wsgi.multithread"] = False
        env["wsgi.multiprocess"] = False
        env["wsgi.run_once"] = False
        env["REQUEST_METHOD"] = method
        env["SCRIPT_NAME"] = ""
        env["SERVER_NAME"] = str(wifi.radio.ipv4_address_ap)
        env["SERVER_PROTOCOL"] = ver
        env["SERVER_PORT"] = self.port
        if path.find("?") >= 0:
            env["PATH_INFO"] = path.split("?")[0]
            env["QUERY_STRING"] = path.split("?")[1]
        else:
            env["PATH_INFO"] = path
        headers = parse_headers(client)
        if "content-type" in headers:
            env["CONTENT_TYPE"] = headers.get("content-type")
        if "content-length" in headers:
            env["CONTENT_LENGTH"] = headers.get("content-length")
            body = read(client, int(env["CONTENT_LENGTH"]))
            env["wsgi.input"] = io.StringIO(body)
        else:
            body = read(client)
            env["wsgi.input"] = io.StringIO(body)
        for name, value in headers.items():
            key = "HTTP_" + name.replace("-", "_").upper()
            if key in env:
                value = "{0},{1}".format(env[key], value)
            env[key] = value
        return env