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424 řádky
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local HU = {}
function HU.FailNotify(...)
if HU.NotifyFunc then HU.NotifyFunc(...) end
end
function HU.DebugNofity(...)
if HU.DebugNofityFunc then HU.DebugNofityFunc(...) end
end
local function GetWorkingDir()
if HU.WorkingDir == nil then
local p = io.popen("echo %cd%")
if p then
HU.WorkingDir = p:read("*l").."\\"
p:close()
end
end
return HU.WorkingDir
end
local function Normalize(path)
path = path:gsub("/","\\")
if path:find(":") == nil then
path = GetWorkingDir()..path
end
local pathLen = #path
if path:sub(pathLen, pathLen) == "\\" then
path = path:sub(1, pathLen - 1)
end
local parts = { }
for w in path:gmatch("[^\\]+") do
if w == ".." and #parts ~=0 then table.remove(parts)
elseif w ~= "." then table.insert(parts, w)
end
end
return table.concat(parts, "\\")
end
function HU.InitFileMap(RootPath)
for _, rootpath in pairs(RootPath) do
rootpath = Normalize(rootpath)
local file = io.popen("dir /S/B /A:A "..rootpath)
io.input(file)
for line in io.lines() do
local FileName = string.match(line,".*\\(.*)%.lua")
if FileName ~= nil then
if HU.FileMap[FileName] == nil then
HU.FileMap[FileName] = {}
end
local luapath = string.sub(line, #rootpath+2, #line-4)
luapath = string.gsub(luapath, "\\", ".")
HU.LuaPathToSysPath[luapath] = SysPath
table.insert(HU.FileMap[FileName], {SysPath = line, LuaPath = luapath})
end
end
file:close()
end
end
function HU.InitFakeTable()
local meta = {}
HU.Meta = meta
local function FakeT() return setmetatable({}, meta) end
local function EmptyFunc() end
local function pairs() return EmptyFunc end
local function setmetatable(t, metaT)
HU.MetaMap[t] = metaT
return t
end
local function getmetatable(t, metaT)
return setmetatable({}, t)
end
local function require(LuaPath)
if not HU.RequireMap[LuaPath] then
local FakeTable = FakeT()
HU.RequireMap[LuaPath] = FakeTable
end
return HU.RequireMap[LuaPath]
end
function meta.__index(t, k)
if k == "setmetatable" then
return setmetatable
elseif k == "pairs" or k == "ipairs" then
return pairs
elseif k == "next" then
return EmptyFunc
elseif k == "require" then
return require
else
local FakeTable = FakeT()
rawset(t, k, FakeTable)
return FakeTable
end
end
function meta.__newindex(t, k, v) rawset(t, k, v) end
function meta.__call() return FakeT(), FakeT(), FakeT() end
function meta.__add() return meta.__call() end
function meta.__sub() return meta.__call() end
function meta.__mul() return meta.__call() end
function meta.__div() return meta.__call() end
function meta.__mod() return meta.__call() end
function meta.__pow() return meta.__call() end
function meta.__unm() return meta.__call() end
function meta.__concat() return meta.__call() end
function meta.__eq() return meta.__call() end
function meta.__lt() return meta.__call() end
function meta.__le() return meta.__call() end
function meta.__len() return meta.__call() end
return FakeT
end
function HU.InitProtection()
HU.Protection = {}
HU.Protection[setmetatable] = true
HU.Protection[pairs] = true
HU.Protection[ipairs] = true
HU.Protection[next] = true
HU.Protection[require] = true
HU.Protection[HU] = true
HU.Protection[HU.Meta] = true
HU.Protection[math] = true
HU.Protection[string] = true
HU.Protection[table] = true
end
function HU.AddFileFromHUList()
package.loaded[HU.UpdateListFile] = nil
local FileList = _G.originalRequire (HU.UpdateListFile)
HU.ALL = false
HU.HUMap = {}
for _, file in pairs(FileList) do
if file == "_ALL_" then
HU.ALL = true
for k, v in pairs(HU.FileMap) do
for _, path in pairs(v) do
HU.HUMap[path.LuaPath] = path.SysPath
end
end
return
end
if HU.FileMap[file] then
for _, path in pairs(HU.FileMap[file]) do
HU.HUMap[path.LuaPath] = path.SysPath
end
elseif string.find(file, "$") then
local search_str = string.sub(file, 2)
for k, v in pairs(HU.FileMap) do
for _, path in pairs(v) do
local file_parts = Split(path.SysPath, "\\")
if file_parts and #file_parts > 0 then
local file_name = file_parts[#file_parts]
local isFind = string.find(file_name, search_str)
if isFind then
HU.HUMap[path.LuaPath] = path.SysPath
end
end
end
end
else
HU.FailNotify("HotUpdate can't not find "..file)
end
end
end
function HU.ErrorHandle(e)
HU.FailNotify("HotUpdate Error\n"..tostring(e))
HU.ErrorHappen = true
end
function HU.BuildNewCode(SysPath, LuaPath)
io.input(SysPath)
local NewCode = io.read("*all")
if HU.ALL and HU.OldCode[SysPath] == nil then
HU.OldCode[SysPath] = NewCode
return
end
if HU.OldCode[SysPath] == NewCode then
io.input():close()
return false
end
HU.DebugNofity(SysPath)
io.input(SysPath)
local chunk = "--[["..LuaPath.."]] "
chunk = chunk..NewCode
io.input():close()
local NewFunction = loadstring(chunk)
if not NewFunction then
HU.FailNotify(SysPath.." has syntax error.")
collectgarbage("collect")
return false
else
HU.FakeENV = HU.FakeT()
HU.MetaMap = {}
HU.RequireMap = {}
setfenv(NewFunction, HU.FakeENV)
local NewObject
HU.ErrorHappen = false
xpcall(function () NewObject = NewFunction() end, HU.ErrorHandle)
if not HU.ErrorHappen then
HU.OldCode[SysPath] = NewCode
return true, NewObject
else
collectgarbage("collect")
return false
end
end
end
function HU.Travel_G()
local visited = {}
visited[HU] = true
local function f(t)
if (type(t) ~= "function" and type(t) ~= "table") or visited[t] or HU.Protection[t] then return end
visited[t] = true
if type(t) == "function" then
for i = 1, math.huge do
local name, value = debug.getupvalue(t, i)
if not name then break end
if type(value) == "function" then
for _, funcs in ipairs(HU.ChangedFuncList) do
if value == funcs[1] then
debug.setupvalue(t, i, funcs[2])
end
end
end
f(value)
end
elseif type(t) == "table" then
f(debug.getmetatable(t))
local changeIndexs = {}
for k,v in pairs(t) do
f(k); f(v);
if type(v) == "function" then
for _, funcs in ipairs(HU.ChangedFuncList) do
if v == funcs[1] then t[k] = funcs[2] end
end
end
if type(k) == "function" then
for index, funcs in ipairs(HU.ChangedFuncList) do
if k == funcs[1] then changeIndexs[#changeIndexs+1] = index end
end
end
end
for _, index in ipairs(changeIndexs) do
local funcs = HU.ChangedFuncList[index]
t[funcs[2]] = t[funcs[1]]
t[funcs[1]] = nil
end
end
end
f(_G)
local registryTable = debug.getregistry()
f(registryTable)
for _, funcs in ipairs(HU.ChangedFuncList) do
if funcs[3] == "HUDebug" then funcs[4]:HUDebug() end
end
end
function HU.ReplaceOld(OldObject, NewObject, LuaPath, From, Deepth)
if type(OldObject) == type(NewObject) then
if type(NewObject) == "table" then
HU.UpdateAllFunction(OldObject, NewObject, LuaPath, From, "")
elseif type(NewObject) == "function" then
HU.UpdateOneFunction(OldObject, NewObject, LuaPath, nil, From, "")
end
end
end
function HU.HotUpdateCode(LuaPath, SysPath)
local OldObject = package.loaded[LuaPath]
print("Cat:luahotupdate [264] OldObject: ",OldObject,LuaPath)
if OldObject ~= nil then
HU.VisitedSig = {}
HU.ChangedFuncList = {}
local Success, NewObject = HU.BuildNewCode(SysPath, LuaPath)
if Success then
HU.ReplaceOld(OldObject, NewObject, LuaPath, "Main", "")
for LuaPath, NewObject in pairs(HU.RequireMap) do
local OldObject = package.loaded[LuaPath]
HU.ReplaceOld(OldObject, NewObject, LuaPath, "Main_require", "")
end
setmetatable(HU.FakeENV, nil)
HU.UpdateAllFunction(HU.ENV, HU.FakeENV, " ENV ", "Main", "")
if #HU.ChangedFuncList > 0 then
HU.Travel_G()
end
collectgarbage("collect")
end
elseif HU.OldCode[SysPath] == nil then
io.input(SysPath)
HU.OldCode[SysPath] = io.read("*all")
io.input():close()
end
end
function HU.ResetENV(object, name, From, Deepth)
local visited = {}
local function f(object, name)
if not object or visited[object] then return end
visited[object] = true
if type(object) == "function" then
HU.DebugNofity(Deepth.."HU.ResetENV", name, " from:"..From)
xpcall(function () setfenv(object, HU.ENV) end, HU.FailNotify)
elseif type(object) == "table" then
HU.DebugNofity(Deepth.."HU.ResetENV", name, " from:"..From)
for k, v in pairs(object) do
f(k, tostring(k).."__key", " HU.ResetENV ", Deepth.." " )
f(v, tostring(k), " HU.ResetENV ", Deepth.." ")
end
end
end
f(object, name)
end
function HU.UpdateUpvalue(OldFunction, NewFunction, Name, From, Deepth)
HU.DebugNofity(Deepth.."HU.UpdateUpvalue", Name, " from:"..From)
local OldUpvalueMap = {}
local OldExistName = {}
for i = 1, math.huge do
local name, value = debug.getupvalue(OldFunction, i)
if not name then break end
OldUpvalueMap[name] = value
OldExistName[name] = true
end
for i = 1, math.huge do
local name, value = debug.getupvalue(NewFunction, i)
if not name then break end
if OldExistName[name] then
local OldValue = OldUpvalueMap[name]
if type(OldValue) ~= type(value) then
debug.setupvalue(NewFunction, i, OldValue)
elseif type(OldValue) == "function" then
HU.UpdateOneFunction(OldValue, value, name, nil, "HU.UpdateUpvalue", Deepth.." ")
elseif type(OldValue) == "table" then
HU.UpdateAllFunction(OldValue, value, name, "HU.UpdateUpvalue", Deepth.." ")
debug.setupvalue(NewFunction, i, OldValue)
else
debug.setupvalue(NewFunction, i, OldValue)
end
else
HU.ResetENV(value, name, "HU.UpdateUpvalue", Deepth.." ")
end
end
end
function HU.UpdateOneFunction(OldObject, NewObject, FuncName, OldTable, From, Deepth)
if HU.Protection[OldObject] or HU.Protection[NewObject] then return end
if OldObject == NewObject then return end
local signature = tostring(OldObject)..tostring(NewObject)
if HU.VisitedSig[signature] then return end
HU.VisitedSig[signature] = true
HU.DebugNofity(Deepth.."HU.UpdateOneFunction "..FuncName.." from:"..From)
if pcall(debug.setfenv, NewObject, getfenv(OldObject)) then
HU.UpdateUpvalue(OldObject, NewObject, FuncName, "HU.UpdateOneFunction", Deepth.." ")
HU.ChangedFuncList[#HU.ChangedFuncList + 1] = {OldObject, NewObject, FuncName, OldTable}
end
end
function HU.UpdateAllFunction(OldTable, NewTable, Name, From, Deepth)
if HU.Protection[OldTable] or HU.Protection[NewTable] then return end
if OldTable == NewTable then return end
local function call_back( OldTable,NewTable )
return tostring(OldTable or "")..tostring(NewTable or "")
end
local have_error,signature = pcall(call_back,OldTable,NewTable)
if not have_error then
--直接跳出
print('----LZR luahotupdate.lua 你要重新点下热更')
return
end
if HU.VisitedSig[signature] then return end
HU.VisitedSig[signature] = true
HU.DebugNofity(Deepth.."HU.UpdateAllFunction "..Name.." from:"..From)
for ElementName, Element in pairs(NewTable) do
local OldElement = OldTable[ElementName]
if type(Element) == type(OldElement) then
if type(Element) == "function" then
HU.UpdateOneFunction(OldElement, Element, ElementName, OldTable, "HU.UpdateAllFunction", Deepth.." ")
elseif type(Element) == "table" then
HU.UpdateAllFunction(OldElement, Element, ElementName, "HU.UpdateAllFunction", Deepth.." ")
end
elseif OldElement == nil and type(Element) == "function" then
if pcall(setfenv, Element, HU.ENV) then
OldTable[ElementName] = Element
end
end
end
local OldMeta = debug.getmetatable(OldTable)
local NewMeta = HU.MetaMap[NewTable]
if type(OldMeta) == "table" and type(NewMeta) == "table" then
HU.UpdateAllFunction(OldMeta, NewMeta, Name.."'s Meta", "HU.UpdateAllFunction", Deepth.." ")
end
end
function HU.Init(UpdateListFile, RootPath, FailNotify, ENV)
HU.UpdateListFile = UpdateListFile
HU.HUMap = {}
HU.FileMap = {}
HU.NotifyFunc = FailNotify
HU.OldCode = {}
HU.ChangedFuncList = {}
HU.VisitedSig = {}
HU.FakeENV = nil
HU.ENV = ENV or _G
HU.LuaPathToSysPath = {}
HU.InitFileMap(RootPath)
HU.FakeT = HU.InitFakeTable()
HU.InitProtection()
HU.ALL = false
end
function HU.Update()
HU.AddFileFromHUList()
for LuaPath, SysPath in pairs(HU.HUMap) do
HU.HotUpdateCode(LuaPath, SysPath)
end
end
return HU