Home - News ( United States | United Kingdom | Italy | Germany ) - Football scores

Showing content from https://github.com/UnknownShadow200/ClassicalSharp below:

GitHub - ClassiCube/ClassiCube: Custom Minecraft Classic

ClassiCube is a custom Minecraft Classic compatible client written in C from scratch.

Important

ClassiCube is not affiliated with (or supported by) Mojang AB, Minecraft, or Microsoft in any way.

ClassiCube is not trying to replicate modern Minecraft.

ClassiCube aims to replicate the 2009 Minecraft Classic client while offering optional enhancements to improve gameplay. ClassiCube can run on many systems, including desktop, web, mobile, and even some consoles.

• Much better performance and minimal memory usage compared to original Minecraft Classic
• Optional enhancements including custom blocks, models, and environment colors
• Partially supports some features of Minecraft Classic versions before 0.30
• Works with effectively all graphics cards that support OpenGL or Direct3D 9
• Runs on Windows, macOS, Linux, Android, iOS, and in a web browser
• Also runs on OpenBSD, FreeBSD, NetBSD, Solaris, Haiku, IRIX, SerenityOS
• Although in various stages of early development, also runs on various consoles

You can download ClassiCube here and the very latest builds here.

ClassiCube strives to replicate the original Minecraft Classic experience by strictly adhering to clean room reverse engineering approach.

If you're interested in documenting or verifying the behaviour of the original Minecraft Classic, please get in contact on the ClassiCube Discord

Initially, you will need to run ClassiCube.exe to download the required assets from minecraft.net and classicube.net.
Just click 'OK' to the dialog menu that appears when you start the launcher.

Note: When running from within VirtualBox, disable Mouse Integration, otherwise the in-game camera won't work properly.

Singleplayer mode Run ClassiCube.exe, then click Singleplayer at the main menu.

Multiplayer mode Run ClassiCube.exe. You can connect to LAN/locally hosted servers, and classicube.net servers if you have a ClassiCube account.

The most common reason for being stuck on OpenGL 1.1 is non-working GPU drivers - so if possible, you should try either installing or updating the drivers for your GPU.

Otherwise:

• On Windows, you can still run the OpenGL build of ClassiCube anyways.
  (You can try downloading and using the MESA software renderer from here for slightly better performance though)
• On other operating systems, you will have to compile the game yourself.
  Don't forget to add -DCC_BUILD_GL11 to the compilation command line so that the compiled game supports OpenGL 1.1.

ClassiCube runs on:

• Windows - 95 and later
• macOS - 10.5 or later (can be compiled for 10.3/10.4 though)
• Linux - needs libopenal
• Android - 2.3 or later
• iOS - 8.0 or later
• Most web browsers (even runs on IE11)

And also runs on:

• Raspberry Pi - needs libopenal
• FreeBSD - needs libexecinfo and openal-soft packages (can download from here)
• NetBSD - needs libexecinfo and openal-soft packages (can download from here)
• OpenBSD - needs libexecinfo and openal packages
• Solaris - needs openal packages
• Haiku - needs openal package (if you have a GitHub account, can download from here)
• BeOS - untested on actual hardware
• IRIX - needs openal packages
• SerenityOS - needs SDL2
• Classic Mac OS (System 7 and later)
• Dreamcast - unfinished, but usable (can download from here)
• Saturn - unfinished, major rendering and stability issues (can download from here)
• Switch - unfinished, but usable (can download from here)
• Wii U - unfinished, major issues, broken on real hardware (can download from here)
• Wii - unfinished, but usable (can download from here)
• GameCube - unfinished, but usable (can download from here)
• Nintendo 64 - unfinished, moderate rendering issues (can download from here)
• 3DS - unfinished, but usable (can download from here)
• DS/DSi - unfinished, rendering issues (can download from here)
• PS Vita - unfinished, rendering issues (can download from here)
• PSP - unfinished, rendering issues (can download from here)
• PS3 - unfinished, rendering issues (can download from here)
• PS2 - unfinished, major rendering and stability issues (can download from here)
• PS1 - unfinished, major rendering and stability issues (can download from here)
• Xbox 360 - completely unfinished, broken on real hardware (can download from here)
• Xbox - unfinished, major rendering issues (can download from here)
• Symbian (S60 3rd Edition FP1 and later) - unfinished, but usable

Note: The instructions below automatically compile ClassiCube with the recommended defaults for the platform.
If you (not recommended) want to override the defaults (e.g. to compile OpenGL build on Windows), see here for details.

1. Open ClassiCube.sln (File -> Open -> Project/Solution)
2. Compile/Build it (Build -> Build Solution).

If you get a The Windows SDK version 5.1 was not found compilation error, see here for how to fix

1. Use 'Developer Tools for Visual Studio' from Start Menu
2. Navigate to the directory with ClassiCube's source code
3. Run cl.exe src\*.c third_party\bearssl\*.c /link user32.lib gdi32.lib winmm.lib dbghelp.lib shell32.lib comdlg32.lib /out:ClassiCube.exe

Assuming that you used the installer from https://sourceforge.net/projects/mingw-w64/ :

1. Install MinGW-W64
2. Use either Run Terminal from Start Menu or run mingw-w64.bat in the installation folder
3. Navigate to the directory with ClassiCube's source code
4. Run either:
   • make mingw - produces a simple non-optimised executable, easier to debug
   • make mingw RELEASE=1 - produces an optimised executable, harder to debug

Assuming that you used the installer from https://osdn.net/projects/mingw/ :

1. Install MinGW. You need mingw32-base-bin and msys-base-bin packages.
2. Run msys.bat in the C:\MinGW\msys\1.0 folder.
3. Navigate to the directory with ClassiCube's source code
4. Run either:
   • make mingw - produces a simple non-optimised executable, easier to debug
   • make mingw RELEASE=1 - produces an optimised executable, harder to debug

Setting up TCC:

1. Download and extract tcc-0.9.27-win64-bin.zip from https://bellard.org/tcc/
2. Download winapi-full-for-0.9.27.zip from https://bellard.org/tcc/
3. Copy winapi folder and _mingw_dxhelper.h from winapi-full-for-0.9.27.zip into TCC's include folder

Compiling with TCC:

1. Navigate to the directory with ClassiCube's source code
2. Run tcc.exe -o ClassiCube.exe src/*.c third_party/bearssl/*.c -lwinmm -lgdi32 -luser32 -lcomdlg32 -lshell32
   (Note: You may need to specify the full path to tcc.exe instead of just tcc.exe)

1. Install X11, XInput2, and OpenGL development libraries if necessary.
   For Ubuntu, these are the libx11-dev, libxi-dev and libgl1-mesa-dev packages
2. Run either:
   • make linux - produces a simple non-optimised executable, easier to debug
   • make linux RELEASE=1 - produces an optimised executable, harder to debug

1. Install MinGW-w64 if necessary. (Ubuntu: gcc-mingw-w64 package)
2. Run make mingw CC=i686-w64-mingw32-gcc

1. Install MinGW-w64 if necessary. (Ubuntu: gcc-mingw-w64 package)
2. Run make mingw CC=x86_64-w64-mingw32-gcc

Although the regular linux compiliation flags will work fine, to take full advantage of the hardware:

make rpi

1. Install a C compiler if necessary. The easiest way of obtaining one is by installing Xcode.
2. Run either:
   • make darwin - produces a simple non-optimised executable, easier to debug
   • make darwin RELEASE=1 - produces an optimised executable, harder to debug

1. Open the misc/macOS/CCMAC.xcodeproj project in Xcode
2. Compile the project

NOTE: If you are distributing a modified version, please change the package ID from com.classicube.android.client to something else - otherwise Android users won't be able to have both ClassiCube and your modified version installed at the same time on their Android device

Open android folder in Android Studio (TODO explain more detailed)

Run gradlew in android folder (TODO explain more detailed)

iOS version will have issues as it's incomplete and only tested in iOS Simulator

NOTE: If you are distributing a modified version, please change the bundle ID from com.classicube.ios.client to something else - otherwise iOS users won't be able to have both ClassiCube and your modified version installed at the same time on their iOS device

1. Open the misc/ios/CCIOS.xcodeproj project in Xcode
2. Compile the project

xcodebuild -sdk iphoneos -configuration Debug (TODO explain more detailed)

1. Install emscripten if necessary.
2. Run either:
   • make web - produces simple non-optimised output, easier to debug
   • make web RELEASE=1 - produces optimised output, harder to debug

The generated javascript file has some issues. See here for how to fix

For details on how to integrate the webclient into a website, see here

All console ports need assistance from someone experienced with homebrew development - if you're interested, please get in contact on the ClassiCube Discord.

Run make switch. You'll need libnx and mesa

NOTE: It is highly recommended that you install the precompiled devkitpro packages from here - you need the switch-dev group and the switch-mesa switch-glm packages)

Run make wiiu. You'll need wut

NOTE: It is highly recommended that you install the precompiled devkitpro packages from here - you need the wiiu-dev group)

Run make 3ds. You'll need libctru

NOTE: It is highly recommended that you install the precompiled devkitpro packages from here - you need the 3ds-dev group)

Run make wii. You'll need libogc

NOTE: It is highly recommended that you install the precompiled devkitpro packages from here - you need the wii-dev group)

Run make gamecube. You'll need libogc

NOTE: It is highly recommended that you install the precompiled devkitpro packages from here - you need the gamecube-dev group)

Run make ds. You'll need BlocksDS

Run make n64. You'll need the opengl branch of libdragon

Run make vita. You'll need vitasdk

Run make psp. You'll need pspsdk

NOTE: It is recommended that you install the precompiled pspsdk version from here

Run make ps3. You'll need PSL1GHT

Run make ps2. You'll need ps2sdk

Run make ps1. You'll need PSn00bSDK

Run make 360. You'll need libxenon

Run make xbox. You'll need nxdk

Run make dreamcast. You'll need KallistiOS

Run make saturn. You'll need libyaul

1. Install gmake, libxi, libexecinfo, openssl and openal-soft packages if needed
2. Run either:
   • gmake freebsd - produces a simple non-optimised executable, easier to debug
   • gmake freebsd RELEASE=1 - produces an optimised executable, harder to debug

1. Install gmake, libexecinfo, openssl and openal packages if needed
2. Run either:
   • gmake openbsd - produces a simple non-optimised executable, easier to debug
   • gmake openbsd RELEASE=1 - produces an optimised executable, harder to debug

1. Install gmake, libexecinfo, openssl and openal-soft packages if needed
2. Run either:
   • gmake netbsd - produces a simple non-optimised executable, easier to debug
   • gmake netbsd RELEASE=1 - produces an optimised executable, harder to debug

1. Install gmake, libxi, libexecinfo, openssl and openal-soft packages if needed
2. Run either:
   • gmake dragonfly - produces a simple non-optimised executable, easier to debug
   • gmake dragonfly RELEASE=1 - produces an optimised executable, harder to debug

1. Install required packages if needed
2. Run either:
   • make sunos - produces a simple non-optimised executable, easier to debug
   • make sunos RELEASE=1 - produces an optimised executable, harder to debug

1. Install gcc, haiku_devel, openal_devel packages if needed
2. Run either:
   • make haiku - produces a simple non-optimised executable, easier to debug
   • make haiku RELEASE=1 - produces an optimised executable, harder to debug

1. Install a C compiler
2. Run either:
   • make beos - produces a simple non-optimised executable, easier to debug
   • make beos RELEASE=1 - produces an optimised executable, harder to debug

1. Install required packages if needed
2. Run either:
   • make irix - produces a simple non-optimised executable, easier to debug
   • make irix RELEASE=1 - produces an optimised executable, harder to debug

1. Install SDL2 port if needed
2. Run either:
   • make serenityos - produces a simple non-optimised executable, easier to debug
   • make serenityos RELEASE=1 - produces an optimised executable, harder to debug

1. Install Retro68
2. Run either
   • make macclassic_68k (For a M68k build)
   • make macclassic_ppc (For a PPC build)

The PowerPC build will usually perform much better

Guide for Carbide.c++

You'll have to write the necessary code. You should read portability.md in doc folder.

Functions and variables in .h files are mostly documented.

Further information (e.g. style) for ClassiCube's source code can be found in the doc and misc folders.

Fixes for compilation errors when using musl or old glibc for C standard library

• Press escape (after joining a world) or pause to switch to the pause menu.

• Pause menu -> Options -> Controls lists all of the key combinations used by the client.

• Note that toggling 'vsync' to on will minimise CPU usage, while off will maximimise chunk loading speed.

• Press F to cycle view distance. Lower view distances can improve performance.

• If the server has disabled hacks, key combinations such as fly and speed will not do anything.

• To see the list of built in commands, type /client.

• To see help for a given built in command, type /client help <command name>.

• FreeType - Font handling for all platforms
• GCC - Compiles client for linux
• MinGW-w64 - Compiles client for windows
• Clang - Compiles client for macOS
• Emscripten - Compiles client for web
• RenderDoc - Graphics debugging
• BearSSL - SSL/TLS support on consoles
• libnx - Backend for Switch
• Ryujinx - Emulator used to test Switch port
• wut - Backend for Wii U
• Cemu - Emulator used to test Wii U port
• libctru - Backend for 3DS
• citro3D - Rendering backend for 3DS
• Citra - Emulator used to test 3DS port
• libogc - Backend for Wii and GameCube
• libfat - Filesystem backend for Wii/GC
• Dolphin - Emulator used to test Wii/GC port
• libdragon - Backend for Nintendo 64
• ares - Emulator used to test Nintendo 64 port
• BlocksDS - Backend for Nintendo DS
• melonDS - Emulator used to test Nintendo DS port
• vitasdk - Backend for PS Vita
• Vita3K - Emulator used to test Vita port
• pspsdk - Backend for PSP
• PPSSPP - Emulator used to test PSP port
• PSL1GHT - Backend for PS3
• RPCS3 - Emulator used to test PS3 port
• ps2sdk - Backend for PS2
• PCSX2 - Emulator used to test PS2 port
• PSn00bSDK - Backend for PS1
• duckstation - Emulator used to test PS1 port
• libxenon - Backend for Xbox 360
• nxdk - Backend for Xbox
• xemu - Emulator used to test Xbox port
• cxbx-reloaded - Emulator used to test Xbox port
• KallistiOS - Backend for Dreamcast
• GLdc - Basis of rendering backend for Dreamcast
• flycast - Emulator used to test Dreamcast port
• libyaul - Backend for Saturn
• mednafen - Emulator used to test Saturn port

ClassiCube uses sounds from Freesound.org
Full credits are listed in doc/sound-credits.md

RetroSearch is an open source project built by @garambo | Open a GitHub Issue

Search and Browse the WWW like it's 1997 | Search results from DuckDuckGo

HTML: 3.2 | Encoding: UTF-8 | Version: 0.7.4