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440 lines (394 loc) · 9.83 KB
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--[[
Copyright 2017 YANG Huan ([email protected]).
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
--]]
local System = System
local throw = System.throw
local Object = System.Object
local String = System.String
local Boolean = System.Boolean
local Delegate = System.Delegate
local getClass = System.getClass
local InvalidCastException = System.InvalidCastException
local ArgumentNullException = System.ArgumentNullException
local TypeLoadException = System.TypeLoadException
local NullReferenceException = System.NullReferenceException
local Char = System.Char
local SByte = System.SByte
local Byte = System.Byte
local Int16 = System.Int16
local UInt16 = System.UInt16
local Int32 = System.Int32
local UInt32 = System.UInt32
local Int64 = System.Int64
local UInt64 = System.UInt64
local Single = System.Single
local Double = System.Double
local Int = System.Int
local Number = System.Number
local type = type
local getmetatable = getmetatable
local ipairs = ipairs
local select = select
local unpack = table.unpack
local floor = math.floor
local Type = {}
local NumberType = {
__index = Type,
__eq = function (a, b)
local c1, c2 = a.c, b.c
if c1 == c2 then
return true
end
if c1 == Number or c2 == Number then
return true
end
return false
end
}
local function newNumberType(c)
return setmetatable({ c = c }, NumberType)
end
local types = {
[Char] = newNumberType(Char),
[SByte] = newNumberType(SByte),
[Byte] = newNumberType(Byte),
[Int16] = newNumberType(Int16),
[UInt16] = newNumberType(UInt16),
[Int32] = newNumberType(Int32),
[UInt32] = newNumberType(UInt32),
[Int64] = newNumberType(Int64),
[UInt64] = newNumberType(UInt64),
[Single] = newNumberType(Single),
[Double] = newNumberType(Double),
[Int] = newNumberType(Int),
[Number] = newNumberType(Number),
}
local function typeof(cls)
assert(cls)
local type = types[cls]
if type == nil then
type = setmetatable({ c = cls }, Type)
types[cls] = type
end
return type
end
local function getType(obj)
return typeof(getmetatable(obj))
end
System.Object.GetType = getType
System.typeof = typeof
local function isGenericName(name)
return name:byte(#name) == 93
end
function Type.getIsGenericType(this)
return isGenericName(this.c.__name__)
end
function Type.getIsEnum(this)
return this.c.__kind__ == "E"
end
function Type.getName(this)
local name = this.name
if name == nil then
local clsName = this.c.__name__
local pattern = isGenericName(clsName) and "^.*()%.(.*)%[.+%]$" or "^.*()%.(.*)$"
name = clsName:gsub(pattern, "%2")
this.name = name
end
return name
end
function Type.getFullName(this)
return this.c.__name__
end
function Type.getNamespace(this)
local namespace = this.namespace
if namespace == nil then
local clsName = this.c.__name__
local pattern = isGenericName(clsName) and "^(.*)()%..*%[.+%]$" or "^(.*)()%..*$"
namespace = clsName:gsub(pattern, "%1")
this.namespace = namespace
end
return namespace
end
local function getBaseType(this)
local baseType = this.baseType
if baseType == nil then
local baseCls = getmetatable(this.c)
if baseCls ~= nil then
baseType = typeof(baseCls)
this.baseType = baseType
end
end
return baseType
end
Type.getBaseType = getBaseType
local function isSubclassOf(this, c)
local p = this
if p == c then
return false
end
while p ~= nil do
if p == c then
return true
end
p = getBaseType(p)
end
return false
end
Type.IsSubclassOf = isSubclassOf
local function getIsInterface(this)
return this.c.__kind__ == "I"
end
Type.getIsInterface = getIsInterface
local function getIsValueType(this)
return this.c.__kind__ == "S"
end
Type.getIsValueType = getIsValueType
local function getInterfaces(this)
local interfaces = this.interfaces
if interfaces == nil then
interfaces = {}
local p = this.c
repeat
local interfacesCls = p.__interfaces__
if interfacesCls ~= nil then
for _, i in ipairs(interfacesCls) do
interfaces[#interfaces + 1] = typeof(i)
end
end
p = getmetatable(p)
until p == nil
this.interfaces = interfaces
end
return interfaces
end
function Type.getInterfaces(this)
local interfaces = getInterfaces(this)
local array = {}
for _, i in ipairs(interfaces) do
array[#array + 1] = i
end
return System.arrayFromTable(array, Type)
end
local function implementInterface(this, ifaceType)
local t = this
while t ~= nil do
local interfaces = getInterfaces(this)
if interfaces ~= nil then
for _, i in ipairs(interfaces) do
if i == ifaceType or implementInterface(i, ifaceType) then
return true
end
end
end
t = getBaseType(t)
end
return false
end
local function isAssignableFrom(this, c)
if c == nil then
return false
end
if this == c then
return true
end
if getIsInterface(this) then
return implementInterface(c, this)
else
return isSubclassOf(c, this)
end
end
Type.IsAssignableFrom = isAssignableFrom
function Type.IsInstanceOfType(this, obj)
if obj == nil then
return false
end
return isAssignableFrom(this, obj:GetType())
end
function Type.ToString(this)
return this.c.__name__
end
function Type.GetTypeFrom(typeName, throwOnError, ignoreCase)
if typeName == nil then
throw(ArgumentNullException("typeName"))
end
if #typeName == 0 then
if throwOnError then
throw(TypeLoadException("Arg_TypeLoadNullStr"))
end
return nil
end
assert(not ignoreCase, "ignoreCase is not support")
local cls = getClass(typeName)
if cls ~= nil then
return typeof(cls)
end
if throwOnError then
throw(TypeLoadException(typeName .. ": failed to load."))
end
return nil
end
Type.Equals = System.equals
System.define("System.Type", Type)
local function isInterfaceOf(t, ifaceType)
repeat
local interfaces = t.__interfaces__
if interfaces then
for _, i in ipairs(interfaces) do
if i == ifaceType or isInterfaceOf(i, ifaceType) then
return true
end
end
end
t = getmetatable(t)
until t == nil
return false
end
local isUserdataTypeOf = System.config.isUserdataTypeOf
local numbers = {
[Char] = { 0, 65535 },
[SByte] = { -128, 127 },
[Byte] = { 0, 255 },
[Int16] = { -32768, 32767 },
[UInt16] = { 0, 65535 },
[Int32] = { -2147483648, 2147483647 },
[UInt32] = { 0, 4294967295 },
[Int64] = { -9223372036854775808, 9223372036854775807 },
[UInt64] = { 0, 18446744073709551615 },
[Single] = { -3.40282347E+38, 3.40282347E+38, 1 },
[Double] = { nil, nil, 2 }
}
numbers[Int] = numbers[Int32]
local function isStringOrBoolean(cls, StringOrBoolean)
if cls == StringOrBoolean then
return true
end
if cls.__kind__ == "I" then
return isInterfaceOf(StringOrBoolean, cls)
end
return false
end
function isTypeOf(obj, cls)
if cls == Object then return true end
local typename = type(obj)
if typename == "number" then
local info = numbers[cls]
if info ~= nil then
local min, max, sign = info[1], info[2], info[3]
if sign == nil then
if obj < min or obj > max then
return false
end
if floor(obj) ~= obj then
return false
end
elseif sign == 1 then
if obj < min or obj > max then
return false
end
end
return true
elseif cls.__kind__ == "I" then
return isInterfaceOf(Number, cls)
end
return false
elseif typename == "string" then
return isStringOrBoolean(cls, String)
elseif typename == "table" then
local t = getmetatable(obj)
if t == cls or t == nil then
return true
end
if cls.__kind__ == "I" then
return isInterfaceOf(t, cls)
else
local base = getmetatable(t)
while base ~= nil do
if base == cls then
return true
end
base = getmetatable(base)
end
return false
end
elseif typename == "boolean" then
return isStringOrBoolean(cls, Boolean)
elseif typename == "function" then
return cls == Delegate
elseif typename == "userdata" then
if isUserdataTypeOf then
return isUserdataTypeOf(obj, cls)
end
return true
else
assert(false)
end
end
function System.is(obj, cls)
if obj ~= nil then
return isTypeOf(obj, cls)
end
return cls == nil
end
function System.as(obj, cls)
if obj ~= nil and isTypeOf(obj, cls) then
return obj
end
return nil
end
function System.cast(cls, obj)
if obj == nil then
if cls.__kind__ ~= "S" then
return nil
end
throw(NullReferenceException(), 1)
else
if isTypeOf(obj, cls) then
return obj
end
throw(InvalidCastException(), 1)
end
end
function System.new(cls)
if numbers[cls] then
return 0
end
if cls == Boolean then
return false
end
local ctor = cls.__ctor__
if type(ctor) == "table" then
ctor = ctor[1]
end
local this = setmetatable({}, cls)
ctor(this)
return this
end
function System.CreateInstance(type, ...)
if type == nil then
throw(ArgumentNullException("type"))
end
if getmetatable(type) ~= Type then -- is T
return type()
end
local len = select("#", ...)
if len == 1 then
local args = ...
if System.isArrayLike(args) then
local t = {}
for k, v in System.ipairs(args) do
t[k] = v
end
return type.c(unpack(t, 1, #args))
end
end
return type.c(...)
end