/**
 * Pro Feature Base Class
 *
 * Abstract base class for all Pro features with DMMF access and common functionality
 */
import { DMMF } from '@prisma/generator-helper';
import { ProGeneratorContext, ProContextUtils } from './ProGeneratorContext';
import { DMMFHelpers } from './DMMFHelpers';
export declare abstract class ProFeatureBase {
    protected context: ProGeneratorContext;
    protected utils: ProContextUtils;
    protected dmmfHelpers: DMMFHelpers;
    constructor(context: ProGeneratorContext);
    /**
     * Validate license for this feature before generation
     * Override in subclasses to specify feature name
     */
    protected abstract getFeatureName(): string;
    /**
     * Main generation method - implement in subclasses
     */
    protected abstract generateFeature(): Promise<void>;
    /**
     * Public generate method with license validation
     */
    generate(): Promise<void>;
    /**
     * Models this feature should generate for.
     *
     * Every pack routes its model loop through here, so honouring the config in
     * this one place is what makes exclusion work across all of them — otherwise
     * join tables and secret-bearing models get endpoints, forms and SDK methods
     * whether you asked for them or not.
     */
    protected getEnabledModels(): DMMF.Model[];
    /**
     * Whether a model should be included.
     *
     * Uses the same `models: { <Name>: { enabled: false } }` shape as the core
     * generator's configuration, so one config governs both. A model with no
     * entry is included, which keeps existing setups generating exactly what they
     * generated before.
     */
    protected isModelEnabled(modelName: string): boolean;
    /**
     * Get field documentation/comments from DMMF
     */
    protected getFieldDocumentation(model: DMMF.Model, fieldName: string): string | undefined;
    /**
     * Get model documentation/comments from DMMF
     */
    protected getModelDocumentation(model: DMMF.Model): string | undefined;
    /**
     * Get all fields of a specific kind from a model
     */
    protected getFieldsByKind(model: DMMF.Model, kind: DMMF.FieldKind): DMMF.Field[];
    /**
     * Get all scalar fields from a model
     */
    protected getScalarFields(model: DMMF.Model): DMMF.Field[];
    /**
     * Get all relation fields from a model
     */
    protected getRelationFields(model: DMMF.Model): DMMF.Field[];
    /**
     * Get all enum fields from a model
     */
    protected getEnumFields(model: DMMF.Model): DMMF.Field[];
    /**
     * Check if a field is required (not optional and no default value)
     */
    protected isFieldRequired(field: DMMF.Field): boolean;
    /**
     * Check if a field is unique
     */
    protected isFieldUnique(model: DMMF.Model, fieldName: string): boolean;
    /**
     * Get field type as string for code generation
     */
    protected getFieldTypeString(field: DMMF.Field): string;
    /**
     * Write file safely with proper directory creation
     */
    protected writeFile(filePath: string, content: string): Promise<void>;
    /**
     * Log info message
     */
    protected logInfo(message: string): void;
    /**
     * Report options that will not do what the caller expects.
     *
     * Silence was the worst possible response here: a mistyped key was discarded
     * without a word, and several documented options were accepted while having no
     * effect, so a configuration that did nothing looked exactly like one that
     * worked. `notImplemented` names options that are read but not yet acted on;
     * anything outside both lists is reported as unrecognised.
     */
    protected warnAboutOptions(config: Record<string, unknown> | undefined, spec: {
        supported: string[];
        notImplemented?: string[];
    }): void;
    /**
     * Log warning message.
     *
     * Warnings go to stdout, not stderr: Prisma runs generators as child processes
     * over JSON-RPC and does not relay their stderr, so a console.warn here is
     * invisible to the person running `prisma generate` — which silently defeated
     * every diagnostic the packs emit.
     */
    protected logWarning(message: string): void;
    /**
     * Log error message.
     *
     * Stdout, for the same reason as logWarning: Prisma does not relay a
     * generator's stderr, so an error written there never reaches the person
     * running `prisma generate`. An invisible error is worse than an invisible
     * warning — it is the one message they most need.
     */
    protected logError(message: string): void;
    /**
     * Extract comments that match a specific pattern
     * Useful for parsing special annotations like @policy, @pii, etc.
     */
    protected extractAnnotationsFromComment(comment: string | undefined, annotationType: string): string[];
    /**
     * Parse field-level annotations from documentation
     */
    protected parseFieldAnnotations(model: DMMF.Model, fieldName: string, annotationType: string): string[];
    /**
     * Parse model-level annotations from documentation
     */
    protected parseModelAnnotations(model: DMMF.Model, annotationType: string): string[];
    /**
     * Get all models that have a specific annotation
     */
    protected getModelsWithAnnotation(annotationType: string): DMMF.Model[];
    /**
     * Get all fields from a model that have a specific annotation
     */
    protected getFieldsWithAnnotation(model: DMMF.Model, annotationType: string): DMMF.Field[];
    /**
     * Generate TypeScript import statements
     */
    protected generateImports(imports: Array<{
        from: string;
        imports: string[];
        typeOnly?: boolean;
    }>): string;
    /**
     * Generate export statements
     */
    protected generateExports(exports: string[]): string;
}