participants.add(replacedBy);

        //We need to ensure that the conflict is orderly injected to the list of conflicts
        //Brand new conflict goes to the end
        //If we find any matching conflict we have to hook up with it

        //Find an existing matching conflict
        for (K participant : participants) {
            Conflict c = conflictsByParticipant.get(participant);
            if (c != null) {

    }

    /**
     * Resolves the conflict by delegating to the conflict resolver who selects single version from given candidates. Executes provided action against the conflict resolution result object.
     */
    @Override
    public void resolveNextConflict(Action<ConflictResolutionResult> resolutionAction) {
        assert hasConflicts();
        ConflictContainer<ModuleIdentifier, ComponentState>.Conflict conflict = conflicts.popConflict();

        !conflict.conflictExists()

        when:
        conflict = handler.registerCandidate(
            candidate(capability, cs2)
        )

        then:
        conflict.conflictExists()

        when:
        // use a reasonably high number so that the test becomes at best flaky if we break the contract
        50.times {
            ComponentState cs = component("group", "m_${it}")
            expectedIds << cs.id.module

    api(libs.testng)
    api(libs.bsh) {
        because("""We need to create a capability conflict between "org.beanshell:bsh", and "org.beanshell:beanshell" by explicitly including this lib
            version of bsh, instead of depending on the transitive version contributed by testng.  This lib contributes the "beanshell" capability,
            and the conflict resolution rules from capabilities.json ensures this is the version that is resolved.

    static <T> PotentialConflict potentialConflict(@Nullable final ConflictContainer<ModuleIdentifier, T>.Conflict conflict) {
        if (conflict == null) {
            return NO_CONFLICT;
        }
        return new HasConflict(conflict.participants);
    }

    static PotentialConflict noConflict() {
        return NO_CONFLICT;
    }

#include "tsl/platform/statusor.h"

#define DEBUG_TYPE "run-tf-graph-optimization"

namespace tensorflow {
namespace {
// Creates a pass to convert MLIR to Graph, run user-specified Graph
// Optimization Passes and convert back to MLIR.
// Constraints: This pass expects that all operations in the MLIR module either
// belong to 'tf' or '_tf' dialect. The output is in '_tf' dialect.
class GraphOptPass

	if ns.SingularTable {
		return ns.toSchemaName(table)
	}
	return ns.toSchemaName(inflection.Singular(table))
}

// ColumnName convert string to column name
func (ns NamingStrategy) ColumnName(table, column string) string {
	return ns.toDBName(column)
}

// JoinTableName convert string to join table name
func (ns NamingStrategy) JoinTableName(str string) string {
	if !ns.NoLowerCase && strings.ToLower(str) == str {

    }

    private
    fun VersionNumber.format() =
        // reformat according to our versioning scheme, since toString() would typically convert 1.0 to 1.0.0
        GradleVersion.version("$major.${minor}${if (micro > 0) ".$micro" else ""}${if (qualifier != null) "-$qualifier" else ""}")

    fun ConeKotlinType.asKtType() = analysisSession.firSymbolBuilder.typeBuilder.buildKtType(this)

    fun KtPsiDiagnostic.asKtDiagnostic(): KaDiagnosticWithPsi<*> =
        KT_DIAGNOSTIC_CONVERTER.convert(analysisSession, this as KtDiagnostic)

    fun ConeDiagnostic.asKtDiagnostic(
        source: KtSourceElement,
        callOrAssignmentSource: KtSourceElement?,
    ): KaDiagnosticWithPsi<*>? {

			// create a match all object
			cpw.Match = &networking.EnvoyFilter_EnvoyConfigObjectMatch{Context: networking.EnvoyFilter_ANY}
		} else if cp.Match.Proxy != nil && cp.Match.Proxy.ProxyVersion != "" {
			// Attempt to convert regex to a simple prefix match for the common case of matching
			// a standard Istio version. This field should likely be replaced with semver, but for now
			// we can workaround the performance impact of regex