Examples with Parameter org.wso2.transport.http.netty.config.Parameter used on opensource projects

Example 31 with Parameter

use of org.wso2.transport.http.netty.config.Parameter in project ballerina by ballerina-lang.

the class CodeGenerator method createFunctionInfoEntry.

/**
 * Creates a {@code FunctionInfo} from the given function node in AST.
 *
 * @param funcNode function node in AST
 */
private void createFunctionInfoEntry(BLangFunction funcNode) {
    BInvokableSymbol funcSymbol = funcNode.symbol;
    BInvokableType funcType = (BInvokableType) funcSymbol.type;
    // Add function name as an UTFCPEntry to the constant pool
    int funcNameCPIndex = this.addUTF8CPEntry(currentPkgInfo, funcNode.name.value);
    FunctionInfo funcInfo = new FunctionInfo(currentPackageRefCPIndex, funcNameCPIndex);
    funcInfo.paramTypes = funcType.paramTypes.toArray(new BType[0]);
    funcInfo.retParamTypes = funcType.retTypes.toArray(new BType[0]);
    funcInfo.signatureCPIndex = addUTF8CPEntry(this.currentPkgInfo, generateFunctionSig(funcInfo.paramTypes, funcInfo.retParamTypes));
    funcInfo.flags = funcSymbol.flags;
    if (funcNode.receiver != null) {
        funcInfo.attachedToTypeCPIndex = getTypeCPIndex(funcNode.receiver.type).value;
    }
    this.addWorkerInfoEntries(funcInfo, funcNode.getWorkers());
    // Add parameter default value info
    addParameterDefaultValues(funcNode, funcInfo);
    this.currentPkgInfo.functionInfoMap.put(funcSymbol.name.value, funcInfo);
}

Example 32 with Parameter

use of org.wso2.transport.http.netty.config.Parameter in project ballerina by ballerina-lang.

the class Desugar method visit.

@Override
public void visit(BLangFunction funcNode) {
    SymbolEnv fucEnv = SymbolEnv.createFunctionEnv(funcNode, funcNode.symbol.scope, env);
    if (!funcNode.interfaceFunction) {
        addReturnIfNotPresent(funcNode);
    }
    // To preserve endpoint code gen order.
    Collections.reverse(funcNode.endpoints);
    funcNode.endpoints = rewrite(funcNode.endpoints, fucEnv);
    funcNode.body = rewrite(funcNode.body, fucEnv);
    funcNode.workers = rewrite(funcNode.workers, fucEnv);
    // the struct variable as the first parameter
    if (funcNode.receiver != null) {
        BInvokableSymbol funcSymbol = funcNode.symbol;
        List<BVarSymbol> params = funcSymbol.params;
        params.add(0, funcNode.receiver.symbol);
        BInvokableType funcType = (BInvokableType) funcSymbol.type;
        funcType.paramTypes.add(0, funcNode.receiver.type);
    }
    result = funcNode;
}

Example 33 with Parameter

use of org.wso2.transport.http.netty.config.Parameter in project ballerina by ballerina-lang.

the class TreeVisitor method visit.

public void visit(BLangAction actionNode) {
    String actionName = actionNode.getName().getValue();
    BSymbol actionSymbol = actionNode.symbol;
    SymbolEnv actionEnv = SymbolEnv.createResourceActionSymbolEnv(actionNode, actionSymbol.scope, symbolEnv);
    if (this.isWithinParameterContext(actionName, NODE_TYPE_ACTION)) {
        this.populateSymbols(this.resolveAllVisibleSymbols(actionEnv), actionEnv);
        setTerminateVisitor(true);
    } else if (!ScopeResolverConstants.getResolverByClass(cursorPositionResolver).isCursorBeforeNode(actionNode.getPosition(), actionNode, this, this.documentServiceContext)) {
        // TODO: Handle Annotation attachments
        // Visit the endpoints
        actionNode.endpoints.forEach(bLangEndpoint -> this.acceptNode(bLangEndpoint, actionEnv));
        // Cursor position is calculated against the resource parameter scope resolver since both are similar
        cursorPositionResolver = ResourceParamScopeResolver.class;
        actionNode.workers.forEach(w -> this.acceptNode(w, actionEnv));
        // Cursor position is calculated against the Block statement scope resolver
        cursorPositionResolver = BlockStatementScopeResolver.class;
        this.blockOwnerStack.push(actionNode);
        acceptNode(actionNode.body, actionEnv);
        this.blockOwnerStack.pop();
    }
}

Example 34 with Parameter

use of org.wso2.transport.http.netty.config.Parameter in project ballerina by ballerina-lang.

the class Generator method paramAnnotation.

/**
 * Get description annotation of the parameter.
 * @param node parent node.
 * @param param parameter.
 * @return description of the parameter.
 */
private static String paramAnnotation(BLangNode node, BLangVariable param) {
    String subName = param.getName() == null ? param.type.tsymbol.name.value : param.getName().getValue();
    for (AnnotationAttachmentNode annotation : getAnnotationAttachments(node)) {
        BLangRecordLiteral bLangRecordLiteral = (BLangRecordLiteral) annotation.getExpression();
        if (bLangRecordLiteral.getKeyValuePairs().size() != 1) {
            continue;
        }
        BLangExpression bLangLiteral = bLangRecordLiteral.getKeyValuePairs().get(0).getValue();
        String attribVal = bLangLiteral.toString();
        if ((annotation.getAnnotationName().getValue().equals("Param")) && attribVal.startsWith(subName + ":")) {
            return attribVal.split(subName + ":")[1].trim();
        }
    }
    return "";
}

Example 35 with Parameter

use of org.wso2.transport.http.netty.config.Parameter in project ballerina by ballerina-lang.

the class AbstractHTTPAction method send.

/**
 * Send outbound request through the client connector. If the Content-Type is multipart, check whether the boundary
 * exist. If not get a new boundary string and add it as a parameter to Content-Type, just before sending header
 * info through wire. If a boundary string exist at this point, serialize multipart entity body, else serialize
 * entity body which can either be a message data source or a byte channel.
 *
 * @param dataContext               holds the ballerina context and callback
 * @param outboundRequestMsg        Outbound request that needs to be sent across the wire
 * @param async                     whether a handle should be return
 * @return connector future for this particular request
 * @throws Exception When an error occurs while sending the outbound request via client connector
 */
private void send(DataContext dataContext, HTTPCarbonMessage outboundRequestMsg, boolean async) throws Exception {
    BStruct bConnector = (BStruct) dataContext.context.getRefArgument(0);
    Struct httpClient = BLangConnectorSPIUtil.toStruct(bConnector);
    HttpClientConnector clientConnector = (HttpClientConnector) httpClient.getNativeData(HttpConstants.HTTP_CLIENT);
    String contentType = HttpUtil.getContentTypeFromTransportMessage(outboundRequestMsg);
    String boundaryString = null;
    if (HeaderUtil.isMultipart(contentType)) {
        boundaryString = HttpUtil.addBoundaryIfNotExist(outboundRequestMsg, contentType);
    }
    HttpMessageDataStreamer outboundMsgDataStreamer = new HttpMessageDataStreamer(outboundRequestMsg);
    OutputStream messageOutputStream = outboundMsgDataStreamer.getOutputStream();
    RetryConfig retryConfig = getRetryConfiguration(httpClient);
    HTTPClientConnectorListener httpClientConnectorLister = new HTTPClientConnectorListener(dataContext, retryConfig, outboundRequestMsg, outboundMsgDataStreamer);
    HttpResponseFuture future = clientConnector.send(outboundRequestMsg);
    if (async) {
        future.setResponseHandleListener(httpClientConnectorLister);
    } else {
        future.setHttpConnectorListener(httpClientConnectorLister);
    }
    try {
        if (boundaryString != null) {
            serializeMultiparts(dataContext.context, messageOutputStream, boundaryString);
        } else {
            serializeDataSource(dataContext.context, messageOutputStream);
        }
    } catch (IOException | EncoderException serializerException) {
        // We don't have to do anything here as the client connector will notify
        // the error though the listener
        logger.warn("couldn't serialize the message", serializerException);
    }
}