BBFL is a loosely-defined language for describing the content of binary files. The intention is to be unambiguous enough for a human to understand how a file is structured.
This document uses the following units:
| local t = {'a', 'b', 'c', 'd'} | |
| setmetatable(t, { | |
| __call = function(t, _, i) | |
| if i == nil then | |
| i = 1 | |
| else | |
| i = i + 1 | |
| end | |
| local v = t[i] | |
| if v == nil then |
| --[[ | |
| ModuleName | |
| A short description of the module. | |
| SYNOPSIS | |
| -- Lua code that showcases an overview of the API. | |
| local foobar = ModuleName.TopLevel("foo") | |
| print(foobar.Thing) |
The format of the MaterialColors property is an array of colors. Each group of 3 bytes represents a Color3 corresponding to a particular Material enum item. The 3 bytes in each group correspond to the R, G, and B components of the Color3.
The array corresponds to a predetermined, constant list of materials. The first two groups appear to always be zeroed. It is possible these are reserved for the Air and Water materials.
RR GG BB
| --[[ Scheduler | |
| A custom scheduler for managing threads. | |
| SYNOPSIS | |
| New(): Scheduler | |
| Drivers: Dictionary[string]Driver | |
| Drivers.Heartbeat: Driver | |
| Drivers.ContinuousHeartbeat: Driver |
| #endian:little | |
| main Dictionary | |
| type Value struct { | |
| Type uint:8 | |
| if .Type == 00 {} | |
| if .Type == 01 {} | |
| if .Type == 02 {Value String} | |
| if .Type == 03 {Value Bool} |
| library core | |
| func getmetatable(table: table): dictionary | |
| Returns the metatable of the specified object if it has one, otherwise | |
| returns nil. If the object does have a metatable, but the metatable has | |
| a __metatable field set, the value of __metatable will be returned | |
| instead. | |
| func setmetatable(table: table, metatable: table?): dictionary | |
| Sets the metatable for the given table. If metatable is nil, the | |
| metatable of the given table is removed. If the original metatable has a |
| # Select all members, setting Class field to name of members' class. | |
| def SelectMembers: [.Classes[] | .Name as $class | .Members[] | .Class=$class]; | |
| # Display name of resulting member. | |
| def MemberName(m): m.Class + "." + m.Name; | |
| # Get names of all members. | |
| def AllMemberNames: SelectMembers | map(MemberName(.)); | |
| # Select all members containing type t. |
First a shrink with the Disk Management tool is tried, which will hopefully be
all that is needed. If that fails, then ntfsresize is used on linux to move
otherwise unmovable files to clear the way. diskpart is then used to extend
the file system back to the original size, which resolves corruption issues.
Even though it is now back at the original size, the files themselves have not
been moved back, so it is now possible to do a shrink the normal way.
| :: dlasset [asset id] [output file] | |
| @echo rbxmk.delete{rbxmk.output{"%2"}};rbxmk.map{rbxmk.input{format="rbxm","rbxassetid://%1"},rbxmk.output{"%2"}} | rbxmk |