stm32_usb.md

USB:

STM32F0xx	STM32F1xx	STM32F37x	STM32F3xx	STM32G0xx	STM32G4xx	STM32L0xx	STM32L1xx	STM32L4xx	STM32L5xx	STM32WBxx
STM32F042x6	STM32F101xE	STM32F373xC	STM32F302x8	STM32G0B1xx	STM32G431xx	STM32L052xx	STM32L100xB	STM32L422xx	STM32L552xx	STM32WB55xx
STM32F048xx	STM32F101xG		STM32F302xC	STM32G0C1xx	STM32G441xx	STM32L053xx	STM32L100xBA	STM32L432xx
STM32F070x6	STM32F103x6		STM32F302xE		STM32G473xx	STM32L062xx	STM32L100xC	STM32L433xx
STM32F070xB	STM32F103xB		STM32F303xC		STM32G474xx	STM32L063xx	STM32L151xB	STM32L443xx
STM32F072xB	STM32F103xE		STM32F303xE		STM32G483xx	STM32L072xx	STM32L151xBA	STM32L452xx
STM32F078xx	STM32F103xG		STM32F358xC		STM32G484xx	STM32L073xx	STM32L151xC
					STM32G491xx		STM32L151xCA
							STM32L151xD
							STM32L151xDX
							STM32L151xE
							STM32L152xB
							STM32L152xBA
							STM32L152xC
							STM32L152xCA
							STM32L152xD
							STM32L162xC
							STM32L162xCA
							STM32L162xD
							STM32L162xDX
							STM32L162xE

OTG:

STM32F1xx	STM32F4xx	STM32F7xx	STM32H7xx	STM32L4xx	STM32L4xx+
STM32F105xC	STM32F205xx	STM32F722xx	STM32H723xx	STM32L475xx	STM32L4P5xx
STM32F107xC	STM32F207xx	STM32F723xx	STM32H725xx	STM32L476xx	STM32L4Q5xx
	STM32F215xx	STM32F732xx	STM32H730xx	STM32L486xx	STM32L4R5xx
	STM32F217xx	STM32F733xx	STM32H733xx	STM32L496xx	STM32L4R7xx
	STM32F401xC	STM32F745xx	STM32H735xx	STM32L4A6xx	STM32L4R9xx
	STM32F401xE	STM32F746xx	STM32H743xx		STM32L4S5xx
	STM32F401xx	STM32F756xx	STM32H745xx		STM32L4S7xx
	STM32F405xx	STM32F765xx	STM32H747xx		STM32L4S9xx
	STM32F407xx	STM32F767xx	STM32H750xx
	STM32F411xE	STM32F769xx	STM32H753xx
	STM32F411xx	STM32F777xx	STM32H755xx
	STM32F412Cx	STM32F779xx	STM32H757xx
	STM32F412Rx		STM32H7A3xx
	STM32F412Vx		STM32H7A3xxQ
	STM32F412Zx		STM32H7B0xx
	STM32F412xx		STM32H7B3xx
	STM32F413xx		STM32H7B3xxQ
	STM32F415xx
	STM32F417xx
	STM32F427xx
	STM32F429xx
	STM32F437xx
	STM32F439xx
	STM32F446xx
	STM32F469xx
	STM32F479xx

stm32_usb.sh

#!/bin/bash
# Copyright 2018-2023 Nick Brassel (@tzarc)
# SPDX-License-Identifier: GPL-2.0-or-later

umask 022

this_script="$(realpath "${BASH_SOURCE[0]}")"
script_dir="$(realpath "$(dirname "$this_script")")"

function searcher() {
    local search=$1
    local replace=$2
    pushd "$script_dir/qmk_firmware" >/dev/null
    find "lib/chibios" -name stm32_registry.h |
        while read file; do
            grep -Po1 'defined\((STM32[^_][^\)]+)' "$file" |
                grep STM32 |
                grep -v 'F2XX' |
                grep -v 'MP' |
                grep -v '_' |
                cut -d'(' -f2 |
                sort |
                uniq |
                while read chip; do
                    echo -e "#define $chip\n#include \"$file\"\n#ifndef $search\n#define $search FALSE\n#endif\n::: $search :::" |
                        arm-none-eabi-gcc -E - 2>&1 |
                        grep ':::' |
                        awk '{print $2}' |
                        xargs echo $(basename $(dirname $file)) $chip |
                        grep TRUE |
                        sed -e 's@TRUE@'$replace'@g' |
                        sort |
                        uniq
                done |
                sort |
                uniq
        done
    popd >/dev/null
}

function all_targets() {
    {
        searcher STM32_HAS_USB USB
        searcher STM32_HAS_OTG1 OTG
        searcher STM32_HAS_OTG2 OTG
    } | sort | uniq | column -t
}

if [[ ! -f "$script_dir/stm32_usb.txt" ]]; then
    all_targets >"$script_dir/stm32_usb.txt"
fi

function peripheral_targets() {
    local peripheral_type="$1"
    local families=$(cat "$script_dir/stm32_usb.txt" | awk "/${peripheral_type}\$/ {print \$1}" | sort | uniq)
    for family in $(echo $families | sort | uniq); do
        local re_family=$(echo $family | sed -e 's@+@\\+@g')
        local chips=$(cat "$script_dir/stm32_usb.txt" | awk "/${peripheral_type}\$/" | awk "/^${re_family} / {print \$2}" | sort | uniq)
        for chip in $chips; do
            echo "$family: $chip"
        done
    done
}

function markdown_table() {
    # Accepts lines in format "family: chip" and transposes them into a table
    local -A families
    local -A chips
    while read line; do
        local family="$(echo "$line" | cut -d: -f1 | xargs echo)"
        local chip="$(echo "$line" | cut -d: -f2 | xargs echo)"
        families[$family]=1
        chips[$family]="${chips[$family]} $chip"
    done < <(cat -)

    local maxlen=0
    for family in "${!families[@]}"; do
        local thislen=$(echo ${chips[$family]} | wc -w)
        if [[ $maxlen -lt $thislen ]]; then maxlen=$thislen; fi
    done

    echo -n "|"
    for family in $(echo "${!families[@]}" | tr ' ' '\n' | sort | uniq); do echo -n " $family |"; done
    echo
    echo -n "|"
    for family in $(echo "${!families[@]}" | tr ' ' '\n' | sort | uniq); do echo -n " ---- |"; done
    echo
    for ((i = 1; i <= $maxlen; i++)); do
        echo -n "|"
        for family in $(echo "${!families[@]}" | tr ' ' '\n' | sort | uniq); do
            local thislen=$(echo ${chips[$family]} | wc -w)
            if [[ $thislen -lt $i ]]; then
                echo -n "      |"
                continue
            fi
            local chip=$(echo ${chips[$family]} | cut -d' ' -f$i)
            echo -n " $chip |"
        done
        echo
    done
}

{
echo "### USB:"
echo
peripheral_targets USB | markdown_table
echo
echo "### OTG:"
echo
peripheral_targets OTG | markdown_table
} | tee "$script_dir/stm32_usb.md"

madman ^{actaually impressive tho}