誰もが私に尋ねる-「なぜこれが必要なの？」 これに対して、私は誇らしげに答えます-「私は1Cで取引機器にアクセスするために、WSプロトコル、既製のコンポーネントを使用するWebサービスにアクセスします。
1C、Linux、Excel、Word、OpenXML、ADO、およびNet Core 。 さらに、DynamicObjectを使用して、JSオブジェクトを.Net側に転送します。
すべてのプラットフォームに対して特定の
CEF構成を作成でき、クロスプラットフォームのデスクトップアプリケーションを実行できます。 Electronのアナログとして。 .Net Coreは開発中です。TypeScriptでエンコードするときにクラスの説明を作成し、IntelliSenseを使用すると、WPFおよびUWPのアプリケーションをAngular 2に簡単に転送できます。
しかし、これらはthese慢な言葉であり、それを必要とする人はほとんどいないことを完全に理解しています。 しかし、特に1Cでプログラミングした後は、とても興味があります。
可能性を示すために
、1CのNative VKを介した.Netクラスのクロスプラットフォーム使用の記事から例を取り上げます
。 または、COMをLinux IIに置き換えます。
糖分が多く、すべての問題を示しています。 すぐにRuslishをおpoびします。 私は一生懸命努力しますが、私はそれについて多くの例を持っています。そして、時間はほとんどありません。
//
//IConfiguration WithDefaultLoader(this IConfiguration configuration, Action<LoaderSetup> setup = null, IEnumerable<IRequester> requesters = null);
var config = Configuration.Default.WithDefaultLoader();
//
var address = "https://en.wikipedia.org/wiki/List_of_The_Big_Bang_Theory_episodes";
//
//
//Task<IDocument> OpenAsync(this IBrowsingContext context, string address);
var document = BrowsingContext.New(config).OpenAsync(address).Result;
// CSS
var rowSelector = "tr.vevent";
var = document.QuerySelectorAll<IHtmlTableRowElement>(rowSelector);
foreach (var str in )
TypeScript :
let Net = NetObject.NetWrapper;
let $$ = NetObject.FlagDeleteObject; //
// AngleSharp
let AngleSharp = Net.("AngleSharp");
//
let Configuration = AngleSharp.GetType("AngleSharp.Configuration");
let BrowsingContext = AngleSharp.GetType("AngleSharp.BrowsingContext");
let HtmlParser = AngleSharp.GetType("AngleSharp.Parser.Html.HtmlParser");
let IHtmlTableRowElement = AngleSharp.GetType("AngleSharp.Dom.Html.IHtmlTableRowElement");
let ApiExtensions = AngleSharp.GetType("AngleSharp.Extensions.ApiExtensions");
let Default = Configuration._Default;
var config = Default.WithDefaultLoader();
//
var address = "https://en.wikipedia.org/wiki/List_of_The_Big_Bang_Theory_episodes";
//
let Context = BrowsingContext.New(config);
//
//Task<IDocument> OpenAsync(this IBrowsingContext context, string address);
let document = await Context.async.OpenAsync(address);
// Proxy Target fuction
//
document = NetObject.WrapResult(document, true);
// CSS
let rowSelector = "tr.vevent";
//
//let rows = document.QuerySelectorAll([IHtmlTableRowElement], rowSelector);
//
//IEnumerable < TElement > QuerySelectorAll<TElement>(this IParentNode parent, string selectors) where TElement : IElement;
let rows = ApiExtensions.QuerySelectorAll([IHtmlTableRowElement], document, rowSelector);
// ,
//let rows = document.QuerySelectorAll(rowSelector);
//
for (let row of rows) {
let Cells = row._Cells;
let i = 0;
let = new ();
this.ResultParse.push();
//
for (let Cell of Cells) {
// ,
if (i < 8) {
[this.Colums[i]] = Cell._TextContent;
Cell($$); //
i++;
}
}
Cells($$);
row($$);
}
rows($$);
//
NetObject.DeleteNetObjets(AngleSharp, Configuration, BrowsingContext, HtmlParser, IHtmlTableRowElement, ApiExtensions, Default, config, Context, document);
alert(" "+Net.());
C#. "_"
let Default = Configuration._Default;
async:
let document = await Context.async.OpenAsync(address);
, :
let rows = ApiExtensions.QuerySelectorAll([IHtmlTableRowElement], document, rowSelector);
, .Net
Cells(NetObject.FlagDeleteObject);
Cells($$);
Intel Core i3-2120 CPU 3.3 GHz.
Proxy 60
Proxy 45k
160k
- .
.
public class
{
public string { get; set; }
public (string )
{
this. = ;
}
public object ExpandoObject()
{
dynamic res = new ExpandoObject();
res. = " ExpandoObject";
res. = 456;
res. = (Func<string>)(() => res.);
res. = (Func<int, int, int>)((x, y) => x + y);
return res;
}
}
TypeScript :
//
let = Net.GetType("TestDllForCoreClr.", "TestDllForCoreClr");
// new
let TO = new (" ");
// ExpandoObject
var EO = TO.ExpandoObject();
let =EO._;// _
let =EO._;
let = EO._;
let res= ());//
// ExpandoObject
res= EO.());// ExpandoObject
.
.Net . IDispatch Linux.
CEF :
declare var window: WindowInterface;
export interface WindowInterface {
CallNetMethod(Id: number, MethodName: string, args?: any[]): any;//
CallNetDelegate(Id: number, args?: any[]): any; //
CallNetPropertySet(Id: number, PropertyName: string, value: any): void; //
CallNetPropertyGet(Id: number, PropertyName: string): any; //
DeleteNetObject(Id: number): void; // .Net
// Task Task<T>
CallAsyncNetObjectFunction(Id: number, MethodName: string, TaskId: string, args?: any[]): any;
// CEF, Promise
RegisterCallBacks(SetAsyncResult: (Successfully: boolean, TaskId: string, result: any) => void): void;
//
CallNetObjectGenericFunction(Id: number, MethodName: string, types: any[], args?: any[]): any;
// IEnumerator MoveNext .Net
IteratorNext(Id: number): any;
}
Target :
export interface NetObjectinterface {
(): void;
Id: number;
isNetObject: boolean;
IsAsyncCall?: boolean;
CallAsProp(target: NetObject, name: any): ResultCallAsProp;
Execute: (target: NetObject, name: any, args: any[]) => any;
}
Target new (). Handler:
export var NetObjectHandler: ProxyHandler<NetObjectinterface> = {
get: (target, name: any) => {
// PropertyGet
// "_"
let res = target.CallAsProp(target, name);
if (res.Successfully)
return res.result;
return (...args: any[]) => {
return target.Execute(target, name, args);
}
},
set: function (target, prop, value, receiver) {
return NetObject.SetPropertyValue(target, prop, value, receiver);
},
apply: (target, that, args) => {
if (args.length == 1) {
var param = args[0];
if (param === NetObject.FlagGetObject)
return target;
else if (param === NetObject.FlagDeleteObject) {
window.DeleteNetObject(target.Id);
return undefined;
}
}
NetObject.SetArgs(args);
let res = window.CallNetDelegate(target.Id, args)
return NetObject.WrapResult(res, true);
},
construct: (target, argumentsList, newTarget) => {
// Net
// object (object , params object[] argOrig)
NetObject.SetArgs(argumentsList);
argumentsList.unshift(target);
let res = window.CallNetMethod(0, "", argumentsList);
return NetObject.WrapResult(res, true);
}
}
Target:
function getNetObject(id: number): NetObjectinterface {
let netObject = <NetObjectinterface>function (start: number) { };
netObject.Id = id;
netObject.isNetObject = true;
netObject[NetObject.isNetclass] = true;
netObject.Execute = NetObject.Execute;
netObject.CallAsProp = NetObject.CallAsProp;
return netObject;
}
CEF :
static WrapResult(value: any, ReturnProxy: boolean = false): any {
if (typeof value == "object") {
if ("IsNetObject" in value) {
let res = getNetObject(value.Id);
if (ReturnProxy)
return new Proxy(res, NetObjectHandler);
else
return res
}
}
return value;
}
:
static GetPromise(Target: NetObjectinterface, name: any, args: any[]) {
let key = window.CallNetMethod(0, "GetUniqueString");
let promise = new Promise((resolve, reject) => {
NetObject.PromiseDictioanary.set(key, { resolve: resolve, reject: reject });
window.CallAsyncNetObjectFunction(Target.Id, name, key, args);
});
return promise;
}
:
static SetPromiseResult(Successfully: boolean, TaskId: string, result: any) {
let item = NetObject.PromiseDictioanary.get(TaskId);
try {
NetObject.PromiseDictioanary.delete(TaskId);
// Proxy Target function
// result = NetObject.WrapResult(result, true);
// " then"
if (Successfully)
item.resolve(result);
else
item.reject(result);
}
catch (e) {
item.reject(" " + e);
alert(" " + e);
}
}
:
static PromiseDictioanary = new Map();
:
NetProxydeclare var window: WindowInterface;
declare var $_: Symbol;
declare var _$: Symbol;
export interface WindowInterface {
CallNetMethod(Id: number, MethodName: string, args?: any[]): any;//
CallNetDelegate(Id: number, args?: any[]): any; //
CallNetPropertySet(Id: number, PropertyName: string, value: any): void; //
CallNetPropertyGet(Id: number, PropertyName: string): any; //
DeleteNetObject(Id: number): void; // .Net
// Task Task<T>
CallAsyncNetObjectFunction(Id: number, MethodName: string, TaskId: string, args?: any[]): any;
// CEF, Promise
RegisterCallBacks(SetAsyncResult: (Successfully: boolean, TaskId: string, result: any) => void): void;
//
CallNetObjectGenericFunction(Id: number, MethodName: string, types: any[], args?: any[]): any;
// IEnumerator MoveNext .Net
IteratorNext(Id: number): any;
}
class ResultCallAsProp {
constructor(public Successfully: boolean, public result?: any) { };
}
export interface NetObjectinterface {
(): void;
Id: number;
isNetObject: boolean;
IsAsyncCall?: boolean;
CallAsProp(target: NetObject, name: any): ResultCallAsProp;
Execute: (target: NetObject, name: any, args: any[]) => any;
}
export var NetObjectHandler: ProxyHandler<NetObjectinterface> = {
get: (target, name: any) => {
let res = target.CallAsProp(target, name);
if (res.Successfully)
return res.result;
return (...args: any[]) => {
return target.Execute(target, name, args);
}
},
set: function (target, prop, value, receiver) {
return NetObject.SetPropertyValue(target, prop, value, receiver);
},
apply: (target, that, args) => {
if (args.length == 1) {
var param = args[0];
if (param === NetObject.FlagGetObject)
return target;
else if (param === NetObject.FlagDeleteObject) {
window.DeleteNetObject(target.Id);
return undefined;
}
}
NetObject.SetArgs(args);
let res = window.CallNetDelegate(target.Id, args)
return NetObject.WrapResult(res, true);
},
construct: (target, argumentsList, newTarget) => {
// var res = NetObject.GetNetObject(5);
// return new Proxy(res, NetObjectHandler)
NetObject.SetArgs(argumentsList);
argumentsList.unshift(target);
let res = window.CallNetMethod(0, "", argumentsList);
return NetObject.WrapResult(res, true);
}
}
function getNetObject(id: number): NetObjectinterface {
let netObject = <NetObjectinterface>function (start: number) { };
netObject.Id = id;
netObject.isNetObject = true;
netObject[NetObject.isNetclass] = true;
netObject.Execute = NetObject.Execute;
netObject.CallAsProp = NetObject.CallAsProp;
return netObject;
}
function GetNetProxy(): any {
let res = getNetObject(0);
if (NetObject.FlagFirstLoad) {
try {
window.RegisterCallBacks(NetObject.SetPromiseResult);
}
catch (e) {
// alert(" " + e);
}
NetObject.FlagFirstLoad = false;
}
return new Proxy(res, NetObjectHandler);
}
export class NetObject {
static GetNetObject(id: number) { return getNetObject(id); }
static isNetclass = Symbol();
static IsAsyncCall = Symbol();
static FlagGetObject = Symbol();
static FlagDeleteObject = Symbol();
static FlagFirstLoad = true;
static NetWrapper = GetNetProxy();
static PromiseDictioanary = new Map();
static GetIterator(target: NetObjectinterface): any {
return function () {
let IdIterator = window.CallNetMethod(0, "GetIterator", [target]).Id;
return {
next: function () {
let value = window.IteratorNext(IdIterator);
if (value === undefined) {
return { value: undefined, done: true };
} else
return { value: NetObject.WrapResult(value, true), done: false }
}
}
}
}
static WrapResult(value: any, ReturnProxy: boolean = false): any {
if (typeof value == "object") {
if ("IsNetObject" in value) {
let res = getNetObject(value.Id);
if (ReturnProxy)
return new Proxy(res, NetObjectHandler);
else
return res
}
}
return value;
}
static WrapObject(value: any): any {
if (typeof value == "function") {
if (NetObject.isNetclass in value)
return new Proxy(value, NetObjectHandler);
}
}
static GetPropertyValue(target: NetObjectinterface, name: any): any {
let res = window.CallNetPropertyGet(target.Id, name);
return NetObject.WrapResult(res, true);
}
static SetPropertyValue(target: NetObjectinterface, prop: any, value: any, receiver: any): any {
let res = window.CallNetPropertySet(target.Id, prop, NetObject.GetTarget(value));
return true;
}
static CallAsProp(Target: NetObjectinterface, name: any): ResultCallAsProp {
if (name === Symbol.iterator) {
return new ResultCallAsProp(true, NetObject.GetIterator(Target));
}
if (name === Symbol.toPrimitive) {
return new ResultCallAsProp(true, () => { return `Id= ${Target.Id}, isNetObject= ${Target.isNetObject}` });
}
if (name.startsWith('_')) {
return new ResultCallAsProp(true, NetObject.GetPropertyValue(Target, name.substring(1)));
}
if (name === "async") {
let res = getNetObject(Target.Id);
res.Execute = NetObject.ExecuteAsync;
res.CallAsProp = NetObject.CallAsPropAsync;
return new ResultCallAsProp(true, new Proxy(res, NetObjectHandler));
}
return new ResultCallAsProp(false);
}
static CallAsPropAsync(Target: NetObjectinterface, name: any): ResultCallAsProp {
return new ResultCallAsProp(false);
}
static GetPromise(Target: NetObjectinterface, name: any, args: any[]) {
let key = window.CallNetMethod(0, "GetUniqueString");
let promise = new Promise((resolve, reject) => {
NetObject.PromiseDictioanary.set(key, { resolve: resolve, reject: reject });
window.CallAsyncNetObjectFunction(Target.Id, name, key, args);
});
return promise;
}
static GetTarget(obj: any): any {
if (typeof obj == "function") {
if (NetObject.isNetclass in obj)
return obj(NetObject.FlagGetObject);
}
return obj;
}
static SetArgs(args: any[]) {
for (let i in args) {
let obj = args[i];
if (typeof obj == "function") {
if (NetObject.isNetclass in obj)
args[i] = obj(NetObject.FlagGetObject);
}
}
}
static SetPromiseResult(Successfully: boolean, TaskId: string, result: any) {
let item = NetObject.PromiseDictioanary.get(TaskId);
try {
NetObject.PromiseDictioanary.delete(TaskId);
// result = NetObject.WrapResult(result, true);
if (Successfully)
item.resolve(result);
else
item.reject(result);
}
catch (e) {
item.reject(" " + e);
alert(" " + e);
}
}
static CheckGenericMethod(args: any[]): any {
var argsCount = args.length;
if (argsCount > 0 && args[0] instanceof Array) {
var types = args[0].slice();
NetObject.SetArgs(types);
var args2 = args.slice(1);
NetObject.SetArgs(args2);
return { IsGeneric: true, types: types, args: args2 }
}
return { IsGeneric: false };
}
static Execute(Target: NetObjectinterface, name: any, args: any[]) {
let res = undefined;
let chek = NetObject.CheckGenericMethod(args);
if (chek.IsGeneric) {
res = window.CallNetObjectGenericFunction(Target.Id, name, chek.types, chek.args);
}
else {
NetObject.SetArgs(args);
res = window.CallNetMethod(Target.Id, name, args);
}
return NetObject.WrapResult(res, true);
}
static ExecuteAsync(Target: NetObjectinterface, name: any, args: any[]) {
let res = undefined;
let chek = NetObject.CheckGenericMethod(args);
if (chek.IsGeneric) {
let Target0 = getNetObject(0);
let task = window.CallNetObjectGenericFunction(Target.Id, name, chek.types, chek.args);
res = NetObject.GetPromise(Target0, "ReturnParam", [getNetObject(task.Id)]);
window.DeleteNetObject(task.Id);
}
else {
NetObject.SetArgs(args);
res = NetObject.GetPromise(Target, name, args);
}
return res;
}
static New(Target: NetObjectinterface, name: any, args: any[]): any {
NetObject.SetArgs(args);
var res = window.CallNetMethod(0, "", args);
return NetObject.WrapResult(res, true);
}
static DeleteNetObjets(...args: any[]) {
for (let item of args)
item(NetObject.FlagDeleteObject);
}
}
++. , , .
Dev Tools CefSimple:
CEF JS .Net Core#include "include/CEF_V8.H"
#include "ManagedDomainLoader.h"
#include "CefV8HandlersForNet.h"
#include "types.h"
#include "NetConverter.h"
#include "include/base/cef_bind.h"
#include "include/wrapper/cef_closure_task.h"
#include <thread>
#include "include/base/cef_platform_thread.h"
namespace NetObjectToNative{
BaseClassForNetHandlers::BaseClassForNetHandlers(ManagedDomainLoader* mD)
{
this->mD = mD;
}
bool CallNetObjectFunction::Execute(const CefString& name,
CefRefPtr<CefV8Value> object,
const CefV8ValueList& arguments,
CefRefPtr<CefV8Value>& retval,
CefString& exception) {
const size_t argumentsCount = arguments.size();
vector<wstring> savedstrings;
NetObjectToNative::tVariant* Params = nullptr;
int Target = arguments[0]->GetIntValue();
wstring MethodMame = arguments[1]->GetStringValue().ToWString();
CefRefPtr<CefV8Value> params;
size_t argCount = 0;
if (argumentsCount == 3)
{
params = arguments[2];
if (!params->IsArray())
{
exception = CefString(L" 3 ");
return true;
}
argCount = params->GetArrayLength();
}
if (argCount > 0)
{
savedstrings.reserve(argCount);
Params = new NetObjectToNative::tVariant[argumentsCount];
NetObjectToNative::tVariant* Param = Params;
for (size_t i = 0; i < argCount; ++i)
{
NetObjectToNative::ConvertCEFtoNet(params->GetValue(i), &Param[i], savedstrings);
}
}
wchar_t* Error = nullptr;
NetObjectToNative::tVariant RetVal;
bool res = mD->pCallAsFunc(Target, MethodMame.c_str(), &RetVal, Params, argCount, &Error);
if (res)
{
retval = NetObjectToNative::ConvertNetToCef(&RetVal, true);
}
else
{
if (Error)
exception = CefString(std::wstring(Error));
delete Error;
}
if (Params) delete[] Params;
return true;
}
//====================== ============================================
bool CallAsyncNetObjectFunction::Execute(const CefString& name,
CefRefPtr<CefV8Value> object,
const CefV8ValueList& arguments,
CefRefPtr<CefV8Value>& retval,
CefString& exception) {
const size_t argumentsCount = arguments.size();
vector<wstring> savedstrings;
NetObjectToNative::tVariant* Params = nullptr;
int Target = arguments[0]->GetIntValue();
wstring MethodMame = arguments[1]->GetStringValue().ToWString();
wstring TaskId = arguments[2]->GetStringValue().ToWString();
CefRefPtr<CefV8Value> params;
size_t argCount = 0;
if (argumentsCount == 4)
{
params = arguments[3];
if (!params->IsArray())
{
exception = CefString(L" 4 ");
return true;
}
argCount = params->GetArrayLength();
}
if (argCount > 0)
{
savedstrings.reserve(argCount);
Params = new NetObjectToNative::tVariant[argumentsCount];
NetObjectToNative::tVariant* Param = Params;
for (size_t i = 0; i < argCount; ++i)
{
NetObjectToNative::ConvertCEFtoNet(params->GetValue(i), &Param[i], savedstrings);
}
}
wchar_t* Error = nullptr;
NetObjectToNative::tVariant RetVal;
//bool res = mD->pCallAsFunc(Target, MethodMame.c_str(), &RetVal, Params, argCount, &Error);
bool res = mD->pCallAsyncFunc(Target, MethodMame.c_str(), this->cfn, TaskId.c_str(), Params, argCount, &Error);
if (res)
{
retval = NetObjectToNative::ConvertNetToCef(&RetVal, true);
}
else
{
if (Error)
exception = CefString(std::wstring(Error));
delete Error;
}
if (Params) delete[] Params;
return true;
}
//============================ Call Generic Function
bool CallNetObjectGenericFunction::Execute(const CefString& name,
CefRefPtr<CefV8Value> object,
const CefV8ValueList& arguments,
CefRefPtr<CefV8Value>& retval,
CefString& exception) {
const size_t argumentsCount = arguments.size();
vector<wstring> savedstrings;
NetObjectToNative::tVariant* Params = nullptr;
NetObjectToNative::tVariant* ParamsTypes = nullptr;
int Target = arguments[0]->GetIntValue();
wstring MethodMame = arguments[1]->GetStringValue().ToWString();
CefRefPtr<CefV8Value> params;
CefRefPtr<CefV8Value> types= arguments[2];
size_t typesCount= types->GetArrayLength();
size_t argCount = 0;
if (argumentsCount == 4)
{
params = arguments[3];
if (!params->IsArray())
{
exception = CefString(L" 4 ");
return true;
}
argCount = params->GetArrayLength();
}
savedstrings.reserve(argCount+ typesCount);
ParamsTypes = new NetObjectToNative::tVariant[typesCount];
for (size_t i = 0; i < typesCount; ++i)
{
NetObjectToNative::ConvertCEFtoNet(types->GetValue(i), &ParamsTypes[i], savedstrings);
}
if (argCount > 0)
{
Params = new NetObjectToNative::tVariant[argumentsCount];
NetObjectToNative::tVariant* Param = Params;
for (size_t i = 0; i < argCount; ++i)
{
NetObjectToNative::ConvertCEFtoNet(params->GetValue(i), &Param[i], savedstrings);
}
}
wchar_t* Error = nullptr;
NetObjectToNative::tVariant RetVal;
bool res = mD->pCallAsGenericFunc(Target, MethodMame.c_str(), &RetVal, ParamsTypes, typesCount, Params, argCount, &Error);
if (res)
{
retval = NetObjectToNative::ConvertNetToCef(&RetVal, true);
}
else
{
if (Error)
exception = CefString(std::wstring(Error));
delete Error;
}
if (Params) delete[] Params;
delete[] ParamsTypes;
return true;
}
//===================== CallNetDelegate
bool CallNetDelegate::Execute(const CefString& name,
CefRefPtr<CefV8Value> object,
const CefV8ValueList& arguments,
CefRefPtr<CefV8Value>& retval,
CefString& exception) {
const size_t argumentsCount = arguments.size();
vector<wstring> savedstrings;
NetObjectToNative::tVariant* Params = nullptr;
int Target = arguments[0]->GetIntValue();
CefRefPtr<CefV8Value> params;
size_t argCount = 0;
if (argumentsCount == 2)
{
params = arguments[1];
if (!params->IsArray())
{
exception = CefString(" 2 ");
return true;
}
argCount = params->GetArrayLength();
}
if (argCount > 0)
{
savedstrings.reserve(argCount);
Params = new NetObjectToNative::tVariant[argumentsCount];
NetObjectToNative::tVariant* Param = Params;
for (size_t i = 0; i < argCount; ++i)
{
NetObjectToNative::ConvertCEFtoNet(params->GetValue(i), &Param[i], savedstrings);
}
}
wchar_t* Error = nullptr;
NetObjectToNative::tVariant RetVal;
bool res = mD->pCallAsDelegate(Target, &RetVal, Params, argCount, &Error);
if (res)
{
retval = NetObjectToNative::ConvertNetToCef(&RetVal, true);
}
else
{
if (Error)
exception = CefString(std::wstring(Error));
delete Error;
}
if (Params) delete[] Params;
return true;
}
// CallNetObjectPropertySet
bool CallNetObjectPropertySet::Execute(const CefString& name,
CefRefPtr<CefV8Value> object,
const CefV8ValueList& arguments,
CefRefPtr<CefV8Value>& retval,
CefString& exception) {
const size_t argumentsCount = arguments.size();
if (argumentsCount != 3)
{
exception = CefString(L" PropertySet 3 ");
return true;
}
vector<wstring> savedstrings;
int Target = arguments[0]->GetIntValue();
wstring PropertyName = arguments[1]->GetStringValue().ToWString();
CefRefPtr<CefV8Value> value = arguments[2];
savedstrings.reserve(1);
NetObjectToNative::tVariant Param;
NetObjectToNative::ConvertCEFtoNet(value, &Param, savedstrings);
wchar_t* Error = nullptr;
bool res = mD->pSetPropVal(Target, PropertyName.c_str(), &Param, &Error);
if (!res)
{
if (Error)
{
exception = CefString(std::wstring(Error));
delete Error;
}
else
exception = CefString(L" "+ PropertyName);
}
return true;
}
bool DeleteNetObject::Execute(const CefString& name,
CefRefPtr<CefV8Value> object,
const CefV8ValueList& arguments,
CefRefPtr<CefV8Value>& retval,
CefString& exception) {
const size_t argumentsCount = arguments.size();
if (argumentsCount != 1)
{
exception = CefString(L" DeleteObject 1 ");
return true;
}
CefRefPtr<CefV8Value> value = arguments[0];
mD->pDeleteObject(value->GetIntValue());
return true;
}
bool IteratorNext::Execute(const CefString& name,
CefRefPtr<CefV8Value> object,
const CefV8ValueList& arguments,
CefRefPtr<CefV8Value>& retval,
CefString& exception) {
const size_t argumentsCount = arguments.size();
if (argumentsCount != 1)
{
exception = CefString(L" IteratorNext 1 ");
return true;
}
CefRefPtr<CefV8Value> value = arguments[0];
wchar_t* Error = nullptr;
NetObjectToNative::tVariant RetVal;
bool res= mD->pIteratorNext(value->GetIntValue(),&RetVal, &Error);
if (res)
{
retval = NetObjectToNative::ConvertNetToCef(&RetVal, true);
}
else
{
retval = CefV8Value::CreateUndefined();
if (Error)
{
exception = CefString(std::wstring(Error));
delete Error;
}
}
return true;
}
bool CallNetObjectPropertyGet::Execute(const CefString& name,
CefRefPtr<CefV8Value> object,
const CefV8ValueList& arguments,
CefRefPtr<CefV8Value>& retval,
CefString& exception) {
int Target = arguments[0]->GetIntValue();
wstring PropertyName = arguments[1]->GetStringValue().ToWString();
wchar_t* Error = nullptr;
NetObjectToNative::tVariant RetVal;
bool res = mD->pGetPropVal(Target, PropertyName.c_str(), &RetVal,&Error);
if (!res)
{
if (Error)
{
exception = CefString(std::wstring(Error));
delete Error;
}
else
exception = CefString(L" " + PropertyName);
}
else
retval = NetObjectToNative::ConvertNetToCef(&RetVal, true);
return true;
}
void SetHandlerToContex(CefRefPtr<CefV8Handler> Handler, CefRefPtr<CefV8Value> object, const char* MetodName)
{
CefRefPtr<CefV8Value> CallNetObject = CefV8Value::CreateFunction(MetodName, Handler);
// Add the "myfunc" function to the "window" object.
object->SetValue(MetodName, CallNetObject, V8_PROPERTY_ATTRIBUTE_NONE);
}
void ContextForNetHandlers::OnContextCreated(CefRefPtr<CefBrowser> browser, CefRefPtr<CefFrame> frame, CefRefPtr<CefV8Context> context)
{
this->context = context;
// Retrieve the context's window object.
CefRefPtr<CefV8Value> object = context->GetGlobal();
NetObjectToNative::ManagedDomainLoader* mD = NetObjectToNative::ManagedDomainLoader::InitManagedDomain(L"c:\\Program Files\\DNX\\runtimes\\dnx-coreclr-win-x86.1.0.0-rc1-update1\\bin\\", L"", L"");
//=========== CallNetMethod =======================================================
SetHandlerToContex(new CallNetObjectFunction(mD), object, "CallNetMethod");
//=========== CallNetDelegate =======================================================
SetHandlerToContex(new CallNetDelegate(mD), object, "CallNetDelegate");
//=========== PropertySet =======================================================
SetHandlerToContex(new CallNetObjectPropertySet(mD), object, "CallNetPropertySet");
//=========== PropertyGet =======================================================
SetHandlerToContex(new CallNetObjectPropertyGet(mD), object, "CallNetPropertyGet");
//=========== PropertyGet =======================================================
SetHandlerToContex(new DeleteNetObject(mD), object, "DeleteNetObject");
//=========== SetCallBacks =======================================================
SetHandlerToContex(new SetCallBacks(mD, this, object), object, "RegisterCallBacks");
//============ CallAsyncNetObjectFunction ================================
SetHandlerToContex(new CallAsyncNetObjectFunction(mD, this), object, "CallAsyncNetObjectFunction");
//============ CallNetObjectGenericFunction ================================
SetHandlerToContex(new CallNetObjectGenericFunction(mD), object, "CallNetObjectGenericFunction");
//============ IteratorNext ================================
SetHandlerToContex(new IteratorNext(mD), object, "IteratorNext");
}
void ContextForNetHandlers::AsyncCalBack(const wchar_t* TaskID, bool Successfully, tVariant* ReturnValue)
{
if (!CefCurrentlyOn(TID_RENDERER)) {
// Execute on the UI thread.
// CefPostTask(TID_UI, base::Bind(&AsyncCalBack2, TaskID, Successfully,ReturnValue, CallbackContext));
CefPostTask(TID_RENDERER, base::Bind(&SetCallBacks::AsyncCalBack, this->scb, TaskID, Successfully, ReturnValue));
return;
}
scb->AsyncCalBack(TaskID, Successfully, ReturnValue);
}
//==================== Set CallBacs
bool SetCallBacks::Execute(const CefString& name,
CefRefPtr<CefV8Value> object,
const CefV8ValueList& arguments,
CefRefPtr<CefV8Value>& retval,
CefString& exception) {
this_id = std::this_thread::get_id();
if (arguments.size() == 1 && arguments[0]->IsFunction()) {
AsyncMetodCall = arguments[0];
CallbackContext = CefV8Context::GetCurrentContext();
cfn->scb = this;
/*CefV8ValueList args;
args.push_back(CefV8Value::CreateBool(true));
args.push_back(CefV8Value::CreateString(L""));
args.push_back(CefV8Value::CreateString(L""));
if (AsyncMetodCall->ExecuteFunctionWithContext(CallbackContext, globalObj, args)) {
}*/
return true;
}
return true;
}
void SetCallBacks::AsyncCalBack(const wchar_t* TaskID, bool Successfully, tVariant* ReturnValue)
{
CefV8ValueList args;
std::thread::id Curr_id = std::this_thread::get_id();
if (this_id != Curr_id)
{
}
if (CallbackContext.get() && CallbackContext->Enter()) {
args.push_back(CefV8Value::CreateBool(true));
args.push_back(CefV8Value::CreateString(TaskID));
delete[] TaskID;
if (ReturnValue==nullptr)
args.push_back(CefV8Value::CreateUndefined());
else
{
args.push_back(NetObjectToNative::ConvertNetToCef(ReturnValue, true));
delete[] ReturnValue;
}
if (AsyncMetodCall->ExecuteFunctionWithContext(CallbackContext, globalObj, args)) {
}
CallbackContext->Exit();
}
}
}
1,.Net Core. .Net 1.
,
.
. cefsimple\Release\ Test.html. cefsimple\NetObjectToNative\
CEF .Net Core. ManagedDomainLoader ClrLoader .Net Core, .
CefV8HandlersForNet JS CEF. NetConverter Net Cef.
NetObjectToCEF CEF. TestDllForCoreClr .
TestTypeScript\TestTypeScript\app\ ts Proxy. NetProxy.ts Proxy.
home.component.ts AngleSharp. counter.component.ts . TestSpeed.ts
node_modules. TestTypeScript npm install
. TestTypeScript CefProgects\cefsimple\Release\cefsimple.exe. JS. TS « « »». .
cefsimple.
opensource.spotify.com/cefbuilds/index.html 32- Standard Distribution tests\cefsimple\ h NetObjectToNative.
VS 2015 CEF cmake.exe -G «Visual Studio 14»
VS 2017 cmake.exe -G «Visual Studio 15 2017».
!