Examples with ContentKind com.google.template.soy.data.SanitizedContent.ContentKind used on opensource projects

Example 1 with ContentKind

use of com.google.template.soy.data.SanitizedContent.ContentKind in project closure-templates by google.

the class BidiDirectivesRuntime method bidiUnicodeWrap.

public static SoyString bidiUnicodeWrap(BidiGlobalDir dir, SoyValue value) {
    // normalize null between tofu and jbcsrc
    value = value == null ? NullData.INSTANCE : value;
    ContentKind valueKind = null;
    Dir valueDir = null;
    if (value instanceof SanitizedContent) {
        SanitizedContent sanitizedContent = (SanitizedContent) value;
        valueKind = sanitizedContent.getContentKind();
        valueDir = sanitizedContent.getContentDirection();
    }
    BidiFormatter bidiFormatter = BidiFormatter.getInstance(dir.toDir());
    // We treat the value as HTML if and only if it says it's HTML, even though in legacy usage, we
    // sometimes have an HTML string (not SanitizedContent) that is passed to an autoescape="false"
    // template or a {print $foo |noAutoescape}, with the output going into an HTML context without
    // escaping. We simply have no way of knowing if this is what is happening when we get
    // non-SanitizedContent input, and most of the time it isn't.
    boolean isHtml = valueKind == ContentKind.HTML;
    String wrappedValue = bidiFormatter.unicodeWrap(valueDir, value.coerceToString(), isHtml);
    // Unicode-wrapping safe HTML.
    if (valueKind == ContentKind.TEXT || valueKind == ContentKind.HTML) {
        // run.
        return UnsafeSanitizedContentOrdainer.ordainAsSafe(wrappedValue, valueKind, dir.toDir());
    }
    // TEXT, or HTML.
    if (valueKind != null) {
        return StringData.forValue(wrappedValue);
    }
    // The input was not SanitizedContent, so our output isn't SanitizedContent either.
    return StringData.forValue(wrappedValue);
}

Example 2 with ContentKind

use of com.google.template.soy.data.SanitizedContent.ContentKind in project closure-templates by google.

the class RenderVisitor method visitCallNodeHelper.

// for IntelliJ
@SuppressWarnings("ConstantConditions")
private void visitCallNodeHelper(CallNode node, TemplateNode callee) {
    // ------ Build the call data. ------
    SoyRecord dataToPass;
    if (node.isPassingAllData()) {
        dataToPass = data;
    } else if (node.isPassingData()) {
        SoyValue dataRefValue = eval(node.getDataExpr(), node);
        if (!(dataRefValue instanceof SoyRecord)) {
            throw RenderException.create("In 'call' command " + node.toSourceString() + ", the data reference does not resolve to a SoyRecord.").addStackTraceElement(node);
        }
        dataToPass = (SoyRecord) dataRefValue;
    } else {
        dataToPass = null;
    }
    SoyRecord callData;
    int numChildren = node.numChildren();
    if (numChildren == 0) {
        // --- Cases 1 and 2: Not passing params. ---
        if (dataToPass == null) {
            // Case 1: Not passing data and not passing params.
            callData = ParamStore.EMPTY_INSTANCE;
        } else {
            // Case 2: Passing data and not passing params.
            callData = dataToPass;
        }
    } else {
        // --- Cases 3 and 4: Passing params. ---
        ParamStore mutableCallData;
        if (dataToPass == null) {
            // Case 3: Not passing data and passing params.
            mutableCallData = new BasicParamStore(numChildren);
        } else {
            // Case 4: Passing data and passing params.
            mutableCallData = new AugmentedParamStore(dataToPass, numChildren);
        }
        for (CallParamNode child : node.getChildren()) {
            if (child instanceof CallParamValueNode) {
                mutableCallData.setField(child.getKey().identifier(), lazyEval(((CallParamValueNode) child).getExpr(), child));
            } else if (child instanceof CallParamContentNode) {
                mutableCallData.setField(child.getKey().identifier(), renderRenderUnitNode((CallParamContentNode) child));
            } else {
                throw new AssertionError();
            }
        }
        callData = mutableCallData;
    }
    if (node.getEscapingDirectives().isEmpty()) {
        // No escaping at the call site -- render directly into the output buffer.
        RenderVisitor rv = this.createHelperInstance(currOutputBuf, callData);
        try {
            rv.renderTemplate(callee, node.getParamsToRuntimeCheck(callee));
        } catch (RenderException re) {
            // this template call.
            throw re.addStackTraceElement(node);
        }
    } else {
        // Escaping the call site's result, such as at a strict template boundary.
        // TODO: Some optimization is needed here before Strict Soy can be widely used:
        // - Only create this temporary buffer when contexts mismatch. We could run a pre-pass that
        // eliminates escaping directives when all callers are known.
        // - Instead of creating a temporary buffer and copying, wrap with an escaping StringBuilder.
        StringBuilder calleeBuilder = new StringBuilder();
        RenderVisitor rv = this.createHelperInstance(calleeBuilder, callData);
        try {
            rv.renderTemplate(callee, node.getParamsToRuntimeCheck(callee));
        } catch (RenderException re) {
            // this template call.
            throw re.addStackTraceElement(node);
        }
        ContentKind calleeKind = fromSanitizedContentKind(callee.getContentKind());
        SoyValue resultData = calleeKind != null ? UnsafeSanitizedContentOrdainer.ordainAsSafe(calleeBuilder.toString(), calleeKind) : StringData.forValue(calleeBuilder.toString());
        for (SoyPrintDirective directive : node.getEscapingDirectives()) {
            resultData = applyDirective(directive, resultData, ImmutableList.<SoyValue>of(), node);
        }
        append(currOutputBuf, resultData, node);
    }
}