com.isuwang.dapeng.core.InvocationContext.getHeader java code examples

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/**
 * 根据matcher.Id，返回上下文中对应的值
 *
 * @param ctx
 * @param matcher
 * @return
 */
public static Object checkFieldMatcher(InvocationContext ctx, Matcher matcher) {
  Id id = matcher.getId();
  if ("operatorId".equals(id.getName())) {
    return ctx.getHeader().getOperatorId().orElse(null);
  } else if ("callerFrom".equals(id.getName())) {
    return ctx.getHeader().getCallerFrom().orElse(null);
  } else if ("ip".equals(id.getName())) {
    return ctx.getHeader().getCallerIp().orElse(null);
  } else if ("customerId".equals(id.getName())) {
    return ctx.getHeader().getCustomerId().orElse(null);
  } else if ("service".equals(id.getName())) {
    return ctx.getHeader().getServiceName();
  } else if ("method".equals(id.getName())) {
    return ctx.getHeader().getMethodName();
  } else if ("version".equals(id.getName())) {
    return ctx.getHeader().getVersionName();
  } else {
    throw new AssertionError("not support Field: " + id.getName());
  }
}

/**
 * 根据matcher.Id，返回上下文中对应的值
 *
 * @param ctx
 * @param matcher
 * @return
 */
public static Object checkFieldMatcher(InvocationContext ctx, Matcher matcher) {
  Id id = matcher.getId();
  if ("operatorId".equals(id.getName())) {
    return ctx.getHeader().getOperatorId().orElse(null);
  } else if ("callerFrom".equals(id.getName())) {
    return ctx.getHeader().getCallerFrom().orElse(null);
  } else if ("ip".equals(id.getName())) {
    return ctx.getHeader().getCallerIp().orElse(null);
  } else if ("customerId".equals(id.getName())) {
    return ctx.getHeader().getCustomerId().orElse(null);
  } else if ("service".equals(id.getName())) {
    return ctx.getHeader().getServiceName();
  } else if ("method".equals(id.getName())) {
    return ctx.getHeader().getMethodName();
  } else if ("version".equals(id.getName())) {
    return ctx.getHeader().getVersionName();
  } else {
    throw new AssertionError("not support Field: " + id.getName());
  }
}

invocationContext.getHeader().setTransactionId(Optional.of(transactionContext.getCurrentTransactionId()));
invocationContext.getHeader().setTransactionSequence(Optional.of(transactionContext.getCurrentTransactionSequence()));
transactionProcess.setExpectedStatus(TGlobalTransactionProcessExpectedStatus.Success);
transactionProcess.setServiceName(invocationContext.getHeader().getServiceName());
transactionProcess.setMethodName(invocationContext.getHeader().getMethodName());
transactionProcess.setVersionName(invocationContext.getHeader().getVersionName());
transactionProcess.setRollbackMethodName(invocationContext.getHeader().getMethodName() + "_rollback");

invocationContext.getHeader().setTransactionId(Optional.of(transactionContext.getCurrentTransactionId()));
invocationContext.getHeader().setTransactionSequence(Optional.of(transactionContext.getCurrentTransactionSequence()));
transactionProcess.setExpectedStatus(TGlobalTransactionProcessExpectedStatus.Success);
transactionProcess.setServiceName(invocationContext.getHeader().getServiceName());
transactionProcess.setMethodName(invocationContext.getHeader().getMethodName());
transactionProcess.setVersionName(invocationContext.getHeader().getVersionName());
transactionProcess.setRollbackMethodName(invocationContext.getHeader().getMethodName() + "_rollback");

public <REQ, RESP> RESP send(REQ request, TCommonBeanSerializer<REQ> requestSerializer, TCommonBeanSerializer<RESP> responseSerializer) throws TException {
  final InvocationContext context = InvocationContext.Factory.getCurrentInstance();
  SoaHeader header = context.getHeader();
  RESP response=null;
    header =  InvocationContext.Factory.getCurrentInstance().getHeader();
    if (msg.type == TMessageType.EXCEPTION) {
      TApplicationException x = TApplicationException.read(protocol);

SoaHeader soaHeader = context.getHeader();
        SoaHeader resultSoaHeader = InvocationContext.Factory.getCurrentInstance().getHeader();
        if (TMessageType.EXCEPTION == msg.type) {
          TApplicationException x = TApplicationException.read(inputProtocol);

SoaHeader soaHeader = context.getHeader();
        SoaHeader resultSoaHeader = InvocationContext.Factory.getCurrentInstance().getHeader();
        if (TMessageType.EXCEPTION == msg.type) {
          TApplicationException x = TApplicationException.read(inputProtocol);

SoaHeader soaHeader = context.getHeader();
  soaHeader=InvocationContext.Factory.getCurrentInstance().getHeader();
  if (TMessageType.EXCEPTION == msg.type) {
    TApplicationException x = TApplicationException.read(inputProtocol);

@Override
public <REQ, RESP> RESP send(REQ request, TCommonBeanSerializer<REQ> requestSerializer, TCommonBeanSerializer<RESP> responseSerializer) throws TException {
  InvocationContext context = InvocationContext.Factory.getCurrentInstance();
  SoaHeader soaHeader = context.getHeader();
      soaHeader = InvocationContext.Factory.getCurrentInstance().getHeader();

public <REQ, RESP> RESP send(REQ request, RESP response, TBeanSerializer<REQ> requestSerializer, TBeanSerializer<RESP> responseSerializer) throws TException {
  InvocationContext context = InvocationContext.Factory.getCurrentInstance();
  SoaHeader soaHeader = context.getHeader();
      soaHeader=InvocationContext.Factory.getCurrentInstance().getHeader();
      if (TMessageType.EXCEPTION == msg.type) {
        TApplicationException x = TApplicationException.read(inputProtocol);

SoaHeader soaHeader = context.getHeader() == null ? new SoaHeader() : context.getHeader();

SoaHeader soaHeader = context.getHeader() == null ? new SoaHeader() : context.getHeader();

@SuppressWarnings("unchecked")
protected <REQ, RESP> RESP sendBase(REQ request, RESP response, TBeanSerializer<REQ> requestSerializer, TBeanSerializer<RESP> responseSerializer) throws TException {
  InvocationContext context = InvocationContext.Factory.getCurrentInstance();
  SoaHeader soaHeader = context.getHeader();

  context.setCalleeIp(infos[0]);
  context.setCalleePort(Integer.valueOf(infos[1]));
  context.getHeader().setVersionName(infos[2]);
} else if (isLocal) {
  context.setCalleeIp(SoaSystemEnvProperties.SOA_SERVICE_IP);

@SuppressWarnings("unchecked")
protected <REQ, RESP> RESP sendBase(REQ request, TCommonBeanSerializer<REQ> requestSerializer, TCommonBeanSerializer<RESP> responseSerializer) throws TException {
  InvocationContext context = InvocationContext.Factory.getCurrentInstance();
  SoaHeader soaHeader = context.getHeader();

@SuppressWarnings("unchecked")
protected <REQ, RESP> RESP sendBase(REQ request, RESP response, TBeanSerializer<REQ> requestSerializer, TBeanSerializer<RESP> responseSerializer) throws TException {
  InvocationContext context = InvocationContext.Factory.getCurrentInstance();
  SoaHeader soaHeader = context.getHeader();

  context.setCalleeIp(infos[0]);
  context.setCalleePort(Integer.valueOf(infos[1]));
  context.getHeader().setVersionName(infos[2]);
} else if (isLocal) {
  context.setCalleeIp(SoaSystemEnvProperties.SOA_SERVICE_IP);

/**
 * 发送异步请求
 *
 * @param request            请求实体
 * @param response           返回实体
 * @param requestSerializer
 * @param responseSerializer
 * @param timeout            超时时间
 * @param <REQ>
 * @param <RESP>
 * @return
 * @throws TException
 */
protected <REQ, RESP> Future<RESP> sendBaseAsync(REQ request, RESP response, TBeanSerializer<REQ> requestSerializer, TBeanSerializer<RESP> responseSerializer, long timeout) throws TException {
  InvocationContext context = InvocationContext.Factory.getCurrentInstance();
  SoaHeader soaHeader = context.getHeader();
  soaHeader.setAsyncCall(true);
  final StubFilterChain stubFilterChain = new StubFilterChain();
  stubFilterChain.setLastFilter(new SendMessageFilter());
  stubFilterChain.setAttribute(StubFilterChain.ATTR_KEY_CONTEXT, context);
  stubFilterChain.setAttribute(StubFilterChain.ATTR_KEY_HEADER, soaHeader);
  stubFilterChain.setAttribute(StubFilterChain.ATTR_KEY_REQUEST, request);
  stubFilterChain.setAttribute(SendMessageFilter.ATTR_KEY_SENDMESSAGE, (SendMessageFilter.SendMessageAction) (chain) -> {
    SoaConnection conn = connectionPool.getConnection();
    Future<RESP> resp = conn.sendAsync(request, response, requestSerializer, responseSerializer, timeout);
    chain.setAttribute(StubFilterChain.ATTR_KEY_RESPONSE, resp);
  });
  stubFilterChain.doFilter();
  return (Future<RESP>) stubFilterChain.getAttribute(StubFilterChain.ATTR_KEY_RESPONSE);
}

/**
 * 发送异步请求
 *
 * @param request            请求实体
 * @param response           返回实体
 * @param requestSerializer
 * @param responseSerializer
 * @param timeout            超时时间
 * @param <REQ>
 * @param <RESP>
 * @return
 * @throws TException
 */
protected <REQ, RESP> Future<RESP> sendBaseAsync(REQ request, RESP response, TBeanSerializer<REQ> requestSerializer, TBeanSerializer<RESP> responseSerializer, long timeout) throws TException {
  InvocationContext context = InvocationContext.Factory.getCurrentInstance();
  SoaHeader soaHeader = context.getHeader();
  soaHeader.setAsyncCall(true);
  final StubFilterChain stubFilterChain = new StubFilterChain();
  stubFilterChain.setLastFilter(new SendMessageFilter());
  stubFilterChain.setAttribute(StubFilterChain.ATTR_KEY_CONTEXT, context);
  stubFilterChain.setAttribute(StubFilterChain.ATTR_KEY_HEADER, soaHeader);
  stubFilterChain.setAttribute(StubFilterChain.ATTR_KEY_REQUEST, request);
  stubFilterChain.setAttribute(SendMessageFilter.ATTR_KEY_SENDMESSAGE, (SendMessageFilter.SendMessageAction) (chain) -> {
    SoaConnection conn = connectionPool.getConnection();
    Future<RESP> resp = conn.sendAsync(request, response, requestSerializer, responseSerializer, timeout);
    chain.setAttribute(StubFilterChain.ATTR_KEY_RESPONSE, resp);
  });
  stubFilterChain.doFilter();
  return (Future<RESP>) stubFilterChain.getAttribute(StubFilterChain.ATTR_KEY_RESPONSE);
}

/**
 * 发送异步请求
 *
 * @param request            请求实体
 * @param requestSerializer
 * @param responseSerializer
 * @param timeout            超时时间
 * @param <REQ>
 * @param <RESP>
 * @return
 * @throws TException
 */
protected <REQ, RESP> Future<RESP> sendBaseAsync(REQ request, TCommonBeanSerializer<REQ> requestSerializer, TCommonBeanSerializer<RESP> responseSerializer, long timeout) throws TException {
  InvocationContext context = InvocationContext.Factory.getCurrentInstance();
  SoaHeader soaHeader = context.getHeader();
  soaHeader.setAsyncCall(true);
  final StubFilterChain stubFilterChain = new StubFilterChain();
  stubFilterChain.setLastFilter(new SendMessageFilter());
  stubFilterChain.setAttribute(StubFilterChain.ATTR_KEY_CONTEXT, context);
  stubFilterChain.setAttribute(StubFilterChain.ATTR_KEY_HEADER, soaHeader);
  stubFilterChain.setAttribute(StubFilterChain.ATTR_KEY_REQUEST, request);
  stubFilterChain.setAttribute(SendMessageFilter.ATTR_KEY_SENDMESSAGE, (SendMessageFilter.SendMessageAction) (chain) -> {
    SoaCommonConnection conn = connectionPool.getCommonConnection();
    Future<RESP> resp = conn.sendAsync(request, requestSerializer, responseSerializer, timeout);
    chain.setAttribute(StubFilterChain.ATTR_KEY_RESPONSE, resp);
  });
  stubFilterChain.doFilter();
  return (Future<RESP>) stubFilterChain.getAttribute(StubFilterChain.ATTR_KEY_RESPONSE);
}

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How to use getHeadermethodin com.isuwang.dapeng.core.InvocationContext

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getHeader
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