gasLimit) { super(BINARY, contractAddress, web3j, transactionManager, gasPrice, gasLimit); } public RemoteCall...TypeReference() {})); return executeRemoteCallSingleValueReturn(function, BigInteger.class); } public RemoteCall...TypeReference() {})); return executeRemoteCallSingleValueReturn(function, BigInteger.class); } public RemoteCall...TypeReference() {})); return executeRemoteCallSingleValueReturn(function, BigInteger.class); } public RemoteCall...TypeReference () {})); return executeRemoteCallSingleValueReturn(function, String.class); } public static RemoteCall
用命令行登录博客园,共三次请求,第一次请求获取表单的 VIEWSTATE 和 EVENTVALIDATION,第二次带账户登录,第三次带Cookie访问其首页: //封装成远程访问的函数 function RemoteCall...} //第一次远程访问博客园的登录入口 var url = "http://passport.cnblogs.com/login.aspx"; var objFirst = RemoteCall...username + "&tbPassword="+password + "&btnLogin="+encodeURIComponent("登 录"); var objSecond = RemoteCall...cookie,再次访问其首页 var json = {"Cookie": objSecond.getResponseHeader("Set-Cookie")}; var objThird = RemoteCall
redisplay, reduce, reducedim, reenable_sigint, ReentrantLock, reim, reinterpret, relpath, rem, rem1, remotecall..., remotecall_fetch, remotecall_wait, RemoteRef, repeat, repeated, replace, repmat, repr, reprmime, require
RemoteCall var2 = ref.newCall((RemoteObject) registry, operations, 2, 4905912898345647071L); ObjectOutput...java.rmi.registry.LocateRegistry; import java.rmi.registry.Registry; import java.rmi.server.Operation; import java.rmi.server.RemoteCall...f2.setAccessible(true); Operation[] operations = (Operation[]) f2.get(registry); RemoteCall
Inject() { __asm { pushad // 一段简单的汇编 popad ret } } void RemoteCall
BankAPI 的 url 值,将其与 baseUrl 组合起来即可构成一个完整的的 url,再加上第 2 步中拼接字符串即可构造一个完全的请求 代码如下: private static String remoteCall...现在再来看一下创建用户和付款的逻辑 //创建用户方法 public static String createUser(CreateUserAPI request) throws IOException { return remoteCall...(request); } //支付方法 public static String pay(PayAPI request) throws IOException { return remoteCall...(request); } 可以看到所有的请求现在都只要统一调用 remoteCall 这个方法即可,remoteCall 这个方法统一了所有请求的逻辑,省略了巨量无关的代码,让代码的可维护性大大增强
实现的具体代码如下: void RemoteCall() { HWND hWnd = ::FindWindow(NULL, L"XXXXXX"); DWORD dwPid = 0;
private static String remoteCall(AbstractAPI api) throws IOException { //从BankAPI注解获取请求地址...System.currentTimeMillis() - begin); return result; } 可以看到,所有处理参数排序、填充、加签、请求调用的核心逻辑,都汇聚在了 remoteCall...有了这个核心方法,BankService 中每一个接口的实现就非常简单了,只是参数的组装,然后调用 remoteCall 即可。...createUserAPI.setIdentity(identity); createUserAPI.setAge(age); createUserAPI.setMobile(mobile); return remoteCall...payAPI = new PayAPI(); payAPI.setUserId(userId); payAPI.setAmount(amount); return remoteCall
private static String remoteCall(AbstractAPI api) throws IOException { //从BankAPI注解获取请求地址 BankAPI...param, System.currentTimeMillis() - begin); return result; } 可以看到,所有处理参数排序、填充、加签、请求调用的核心逻辑,都汇聚在了 remoteCall...有了这个核心方法,BankService 中每一个接口的实现就非常简单了,只是参数的组装,然后调用 remoteCall 即可。...createUserAPI.setIdentity(identity); createUserAPI.setAge(age); createUserAPI.setMobile(mobile); return remoteCall...PayAPI payAPI = new PayAPI(); payAPI.setUserId(userId); payAPI.setAmount(amount); return remoteCall
看反射如何配合注解实现动态的接口参数组装: private static String remoteCall(AbstractAPI api) throws IOException { // 从类上获得...bankAPI.url(), param, System.currentTimeMillis() - begin); return result; } 所有处理参数排序、填充、加签、请求调用的核心逻辑,都汇聚在remoteCall...有这方法,BankService中每一个接口的实现就非常简单了,只是参数的组装,然后调用remoteCall。 ? 涉及类结构性的通用处理,都可按照该模式减少重复代码。
var END_POINT=”/bfapp”; var buffalo = new Buffalo(END_POINT); buffalo.remoteCall
int length() default -1; String type() default ""; } 3.3 反射配合注解实现动态的接口参数组装 private static String remoteCall
,其实漏洞产生的原因还是挺简单的,位于: sun.rmi.registry.RegistryImpl_Skel#dispatch: public void dispatch(Remote var1, RemoteCall...就触发反序列化而言,其实跟前面提到的bind的代码逻辑类似,DGCImpl_Skel#dispatch: public void dispatch(Remote var1, RemoteCall var2...clean(ObjID[] var1, long var2, VMID var4, boolean var5) throws RemoteException { //DGC连接 RemoteCall...处断点: public Remote lookup(String var1) throws AccessException, NotBoundException, RemoteException { RemoteCall...operations = (Operation[]) ReflectionHelper.getFieldValue(registry, "operations"); java.rmi.server.RemoteCall
看反射如何配合注解实现动态的接口参数组装: private static String remoteCall(AbstractAPI api) throws IOException { // 从类上获得...bankAPI.url(), param, System.currentTimeMillis() - begin); return result; } 所有处理参数排序、填充、加签、请求调用的核心逻辑,都汇聚在remoteCall...有这方法,BankService中每一个接口的实现就非常简单了,只是参数的组装,然后调用remoteCall。
length() default -1; String type() default ""; } 1.3.3 反射配合注解实现动态的接口参数组装 private static String remoteCall
java.rmi.registry.LocateRegistry; import java.rmi.registry.Registry; import java.rmi.server.Operation; import java.rmi.server.RemoteCall...] operations = (Operation[]) fields_1[0].get(registry_remote); // 跟lookup方法一样的传值过程 RemoteCall
switchPage函数这样实现: function switchPage(page) { pageBuffalo.remoteCall(”pageService.loadPage”, [
java.rmi.registry.LocateRegistry; import java.rmi.registry.Registry; import java.rmi.server.Operation; import java.rmi.server.RemoteCall...] operations = (Operation[]) fields_1[0].get(registry_remote); // 跟lookup方法一样的传值过程 RemoteCall...setAccessible(true); Operation[] operations = (Operation[]) fields_1[0].get(registry); RemoteCall
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