| #include<iostream> | |
| #include<cstdio> | |
| #include<cstring> | |
| #include<algorithm> | |
| using namespace std; | |
| #define NN 101000 | |
| int n,m,i,ord[NN],b[NN],totn,tott,root[NN],a,bb,c; | |
| struct segtree{ |
Official support for updated SRG->MCP mappings is already completed, but in the event that you require local mappings, this 'hack' can serve to inject your own custom mappings faster than the official schedule.
For Forge/FML, you will need to know basic directory management and git.
For LiteLoader, you will need to know the structure of Maven repositories, inspecting raw JSON files by hand, MCP's build tools, compiling LiteLoader from SVN sources, ANT, and some Google-fu.
| #!/usr/bin/env python | |
| import sys | |
| import gmpy | |
| import curve25519 | |
| from struct import pack | |
| from hashlib import sha256 | |
| from binascii import hexlify, unhexlify |
| <blockstate> == { | |
| "forge_marker": 1, | |
| "defaults": <variant>, // optional, added to all variants | |
| "variants": { | |
| "<property>": { | |
| "<value>": <variant> // variant definition for the specified value of this property; variants for multiple values can be specified. | |
| }, | |
| "<variant name>": <variant>, // variant definition for the full variant string | |
| "<variant name>": [<variant1>, ...], // array of definitions for the full variant - result will be the random variant | |
| } |
Title: Simple Sabotage Field Manual Author: Strategic Services Office of Strategic Services
A "node" is an element that looks like this:
{
"type": "root|literal|argument",
"parser": "", // only applicable if type is argument
"properties": {}, // only applicable if type is argument, defaults to empty object
"executable": true, // default if not specified is false, meaning it isn't a runnable command by itself
"children": {}, // default if not specified is {}, meaning no children
"redirect": [] // default if not specified is null, meaning no redirect
}
Current state is still in development
#####Preface By this point, you should already understand the object structure and concept of Causes and EventContexts. If you have not, do consider reading that aspect prior to reading this section as this section is about the implementation that powers creating these objects for all events.
CurseGradle is a Gradle plugin that lets you publish artifacts to CurseForge. Consult the CurseGradle wiki for the full details. It works out of the box for ForgeGradle projects, but requires a bit of configuration for Fabric projects, which is the subject of this gist.
CurseGradle will assume the environment is a ForgeGradle environment, so its integration has to be manually switched off.
Without ForgeGradle, CurseGradle doesn't know which Minecraft version you are working with, so it has to be specified manually.
The correct main artifact is the output of the remapJar task.