}
        return this
    }

    /**
     * Expect a deprecation warning to appear when {@link #build()} or {@link #buildAndFail()} is called
     * for an old version of a third-party plugin. The assumption is that the deprecation has already
     * been fixed in a later version of the plugin, and thus no followup is needed.
     *
     * @param warning the text of the warning to match.
     */

namespace mlir::TF {

// Cluster structure captures all the operations that are assigned to same
// device and can form a legal strict cluster.
// Ops must follow same ordering in their parent block. We rely on this
// assumption to perform analysis.
struct Cluster {
  llvm::SetVector<Operation*> ops;
  std::string target;
};

// Builds the op clusters in the `block`. Ops are filtered by the function

public class ClassGeneratorSuffixRegistry {
    // Use Throwable to record the location where a suffix was registered, to allow diagnostics when a collision is found
    // This may have performance implications, however the assumption is that class generators are global scoped objects that are created once and in very small numbers
    private static final Map<String, Throwable> SUFFIXES = new ConcurrentHashMap<>();

    /**

// not, the same-scale op will not be quantized. This decision is based on the
// current assumption that the performance gain of the same-scale op itself
// could not beat the overhead of the quantize and dequantize routines need to
// be added around that op. When the assumption changes, this policy might
// change as well.
bool IsConnectedWithQuantizedCompsiteFunction(Operation* same_scale_op);

//
// Note that these criteria are more restrictive than necessary:
//  - they will force a fixed order on operations that read from/write to
//    *different* variables
//  - they make the blanket assumption that any functions called cause or depend
//    on side effects (i.e., access resource variables.)
//
// By moving the logic to compile time, we will be able to do a finer-grained

import javax.annotation.Nullable;
import java.io.IOException;
import java.util.Map;

/**
 * Defines the Gson serialization and deserialization for {@link ProblemDefinition} based on the assumption that they have exactly one implementation.
 */
public final class ProblemReportAdapterFactory implements TypeAdapterFactory {

    @Override
    @Nullable
    @SuppressWarnings("unchecked")

            require(spec != null)
            // TODO - a scope can currently potentially have multiple export and local ClassLoaders but we're assuming one here
            //  Rather than fix the assumption here, it would be better to rework the scope implementation so that it produces no more than one export and one local ClassLoader
            val local = scopeId is ClassLoaderScopeIdentifier && scopeId.localId() == classLoaderId

	return &ValidationAnalyzer{s: s}
}

// AllValidationAnalyzers returns a slice with a validation analyzer for each Istio schema
// This automation comes with an assumption: that the collection names used by the schema match the metadata used by Galley components
func AllValidationAnalyzers() []analysis.Analyzer {
	result := make([]analysis.Analyzer, 0)

        given:
        // TODO: Generating the Xcode files for incompatible source compatibility shouldn't fail the build
        //   Thus, we should be able to remove the assumption below.
        assumeSwiftCompilerSupportsLanguageVersion(componentSourceCompatibility)
        fixture.writeToProject(testDirectory)
        makeSingleProject()

/**
 * Adds the ability to replace statements.
 */
// Implementation note: It is only necessary to override visit methods
// for AST nodes that reference statements. For ClosureExpression we rely on
// the assumption that it always references a BlockStatement and hence our
// visitBlockStatement() method gets called.
public abstract class StatementReplacingVisitorSupport extends ClassCodeVisitorSupport {
  private Statement replacement;