| # Install required Termux packages | |
| apt update | |
| apt install openssh openssl openssl-1.1 proot-distro | |
| # Setup ssh (optional) | |
| passwd # Type your password here | |
| whoami # Get your username | |
| ifconfig # Get your IP | |
| # Add openssl-1.1 library to path (otherwise curl and other programs won't work) |
| <!DOCTYPE html> | |
| <html> | |
| <head> | |
| <meta charset="utf-8"> | |
| <title></title> | |
| <script> | |
| var uniqueId = 0;function genUniqueKeyframeName(){return"seq-"+uniqueId++}var uniqueId=0,SceneItem=function(n,t,i,r,u){n.style.visibility="visible";this.keyframe_sequence=u;this.element=n;this.animation_name=t;this.animation_duration=r;this.keyframes="@-ms-keyframes "+t+" {"+i+"}"},KeyframeSequencer=function(n){this._created_keyframes=[];this.container_element=n;this._sequences=[];var t=document.createElement("style");document.head.appendChild(t);this.stylesheet=t.sheet},ScenesManager;KeyframeSequencer.prototype.addSequence=function(n,t,i,r){var u={},e,s,f,o,h,c;for(u.element=n,u.keyframe_name=genUniqueKeyframeName(),u.keyframe_style_str="@-ms-keyframes "+u.keyframe_name+" {",e=0,f=0;f<t.length;f++)o=t[f].duration,e+=o;for(s=0,f=0;f<t.length;f++)o=t[f].duration,s+=o,h=s/e*100+"%",c=t[f].properties,u.keyframe_style_str+=h+"{"+c+"}";u.keyframe_style_str+="}";u.delay=i;u.duration=e+"s";u.fill_mode=r||"both";this._sequences.push(u)};Key |
| #include <filesystem> | |
| #include <string> | |
| #include <iostream> | |
| #include <regex> | |
| namespace fs = std::filesystem; | |
| int main() { | |
| fs::path p = "e:\\abc\\xyz.txt"; | |
| std::string s = p.string(); |
Basic API is as following. You can use curlconverter to convert to any programming language you would like.
QEMU ESP32 is a fork of QEMU with Espressif patches for emulating ESP32 microcontroller series. Normally there is prebuilt files in Releases tab, but for some reasons if you want to (or have to) build yourself, then you can follow this guide.
I would recommend Windows environment with MSYS2 for building this. This guide aims at building for x64 architecture, but probably you can do the same for x86 by replacing x86_64 packages with x86 ones.
I recently have Armbian installed on my set-top box and its apt got crazy when I used it:
$ sudo apt install xfce4-terminal
Reading package lists... Done
Building dependency tree... Done
Reading state information... Done
The following additional packages will be installed:
libvte-2.91-0 libvte-2.91-common
The following NEW packages will be installed:
| import idaapi | |
| import idc | |
| import idautils | |
| # Function to open a file dialog and return the selected file path | |
| def select_map_file(): | |
| map_file = idaapi.ask_file(0, "*.map", "Select System.map") | |
| return map_file | |
| # Function to parse the map file and create a dictionary of address-function name mappings |
| root@localhost:~# ldd /system/lib64/libvulkan.so | |
| linux-vdso.so.1 (0x00000077322f2000) | |
| android.hardware.configstore@1.0.so => /system/lib64/android.hardware.configstore@1.0.so (0x000000773226c000) | |
| android.hardware.configstore-utils.so => /system/lib64/android.hardware.configstore-utils.so (0x00000077322eb000) | |
| libziparchive.so => /system/lib64/libziparchive.so (0x000000773225d000) | |
| libhardware.so => /system/lib64/libhardware.so (0x00000077322e7000) | |
| libsync.so => /system/lib64/libsync.so (0x0000007732258000) | |
| libbase.so => /system/lib64/libbase.so (0x0000007732243000) | |
| libdl_android.so => /system/lib64/libdl_android.so (0x0000007732240000) | |
| libhidlbase.so => /system/lib64/libhidlbase.so (0x000000773219a000) |
| f = open("in.c") | |
| a = f.read().split("\n") | |
| f.close() | |
| b = [] | |
| for i in a: | |
| b.append(a[1:]) | |
| f = open("out.c", "w") |