import type { ConnectorType, DMMF as PrismaDMMF } from '@prisma/generator-helper';
import type { GeneratorConfig as ZodGeneratorConfig } from './config/parser';
import { type EnhancedModelInfo } from './helpers/zod-integration';
import type { CustomImport } from './parsers/zod-comments';
import { SchemaEnumWithValues, TransformerParams } from './types';
import type { GeneratedManifest } from './utils/safeOutputManagement';
import { type StrictModeResolver } from './utils/strict-mode-resolver';
/**
 * Filter validation result interface
 */
interface FilterValidationResult {
    isValid: boolean;
    errors: string[];
    warnings: string[];
    suggestions: string[];
}
export default class Transformer {
    name: string;
    fields: PrismaDMMF.SchemaArg[];
    schemaImports: Set<string>;
    models: PrismaDMMF.Model[];
    modelOperations: PrismaDMMF.ModelMapping[];
    enumTypes: SchemaEnumWithValues[];
    enhancedModels: EnhancedModelInfo[];
    static enumNames: string[];
    static rawOpsMap: {
        [name: string]: string;
    };
    static provider: ConnectorType;
    static previewFeatures: string[] | undefined;
    private static outputPath;
    private hasJson;
    private hasDecimal;
    private static prismaClientOutputPath;
    private static isCustomPrismaClientOutputPath;
    private static prismaClientProvider;
    private static prismaClientConfig;
    private static isGenerateSelect;
    private static isGenerateInclude;
    private static generatorConfig;
    private static strictModeResolver;
    private static usedSchemaFilePaths;
    private static isJsonSchemaModeEnabled;
    private static getJsonSchemaOptions;
    private static exportTypedSchemas;
    private static exportZodSchemas;
    private static typedSchemaSuffix;
    private static zodSchemaSuffix;
    private lastExcludedFieldNames;
    private static jsonHelpersWritten;
    private static decimalHelpersWritten;
    private static currentManifest;
    constructor(params: TransformerParams);
    static setOutputPath(outPath: string): void;
    static setIsGenerateSelect(isGenerateSelect: boolean): void;
    static setIsGenerateInclude(isGenerateInclude: boolean): void;
    static setGeneratorConfig(config: ZodGeneratorConfig): void;
    static getGeneratorConfig(): ZodGeneratorConfig | null;
    static getStrictModeResolver(): StrictModeResolver | null;
    private static escapeRegExp;
    /**
     * Check if a model should be generated based on configuration
     */
    static isModelEnabled(modelName: string): boolean;
    /**
     * Get list of enabled models for generation
     */
    static getEnabledModels(allModels: PrismaDMMF.Model[]): PrismaDMMF.Model[];
    /**
     * Log information about model filtering
     */
    static logModelFiltering(allModels: PrismaDMMF.Model[]): void;
    /**
     * Check if a specific operation should be generated for a model
     */
    static isOperationEnabled(modelName: string, operationName: string): boolean;
    /**
     * Get list of enabled operations for a model
     */
    static getEnabledOperations(modelName: string, allOperations: string[]): string[];
    /**
     * Log information about operation filtering for a model
     */
    static logOperationFiltering(modelName: string, allOperations: string[]): void;
    /**
     * Check if a field should be included in schema generation
     */
    static isFieldEnabled(fieldName: string, modelName?: string, variant?: 'pure' | 'input' | 'result'): boolean;
    /**
     * Check if a field name matches any pattern in the exclusion list
     * Supports wildcards: *field, field*, *field*
     */
    static isFieldMatchingPatterns(fieldName: string, patterns: string[]): boolean;
    /**
     * Filter fields based on configuration and relationship preservation
     */
    static filterFields(fields: PrismaDMMF.SchemaArg[], modelName?: string, variant?: 'pure' | 'input' | 'result', models?: PrismaDMMF.Model[], schemaName?: string): PrismaDMMF.SchemaArg[];
    /**
     * Get excluded relation fields by comparing original and filtered fields
     */
    static getExcludedRelationFields(originalFields: PrismaDMMF.SchemaArg[], filteredFields: PrismaDMMF.SchemaArg[], model: PrismaDMMF.Model): PrismaDMMF.Field[];
    /**
     * Get foreign key schema args for excluded relation fields
     */
    static getForeignKeyFieldsForExcludedRelations(excludedRelationFields: PrismaDMMF.Field[], model: PrismaDMMF.Model): PrismaDMMF.SchemaArg[];
    /**
     * Check if a schema arg represents a relation field
     */
    static isRelationFieldArg(field: PrismaDMMF.SchemaArg): boolean;
    /**
     * Extract related model name from field arg
     */
    static extractRelatedModelFromFieldArg(field: PrismaDMMF.SchemaArg): string | null;
    /**
     * Extract model name from object schema context
     */
    static extractModelNameFromContext(schemaName: string): string | null;
    /**
     * Determine schema variant from context
     */
    static determineSchemaVariant(schemaName: string): 'pure' | 'input' | 'result';
    /**
     * Log information about field filtering
     */
    static logFieldFiltering(originalCount: number, filteredCount: number, modelName?: string, variant?: string): void;
    /**
     * Check if a model has relationships to other ENABLED models
     * This is a filtered version of checkModelHasModelRelation that only considers enabled models
     */
    static checkModelHasEnabledModelRelation(model: PrismaDMMF.Model): boolean;
    /**
     * Check if a relation field points to an enabled model
     */
    static isEnabledRelationField(modelField: PrismaDMMF.Field): boolean;
    /**
     * Filter relation fields to only include those pointing to enabled models
     */
    static filterRelationFields(fields: PrismaDMMF.Field[]): PrismaDMMF.Field[];
    /**
     * Get list of enabled related models for a given model
     */
    static getEnabledRelatedModels(model: PrismaDMMF.Model): string[];
    /**
     * Check if a model should have include schemas generated
     * Only if it has relationships to other enabled models
     */
    static shouldGenerateIncludeSchema(model: PrismaDMMF.Model): boolean;
    /**
     * Check if a model should have select schemas generated
     */
    static shouldGenerateSelectSchema(_model: PrismaDMMF.Model): boolean;
    /**
     * Log relationship preservation information
     */
    static logRelationshipPreservation(model: PrismaDMMF.Model): void;
    static setExportTypedSchemas(exportTypedSchemas: boolean): void;
    static setExportZodSchemas(exportZodSchemas: boolean): void;
    static setTypedSchemaSuffix(typedSchemaSuffix: string): void;
    static setZodSchemaSuffix(zodSchemaSuffix: string): void;
    /**
     * Generate the correct object schema name based on export settings
     */
    static getObjectSchemaName(baseName: string): string;
    static getOutputPath(): string;
    static setCurrentManifest(manifest: GeneratedManifest | null): void;
    static getCurrentManifest(): GeneratedManifest | null;
    static setPrismaClientOutputPath(prismaClientCustomPath: string): void;
    /**
     * Resolve the import specifier for Prisma Client relative to a target directory.
     * Falls back to '@prisma/client' when user did not configure a custom output.
     */
    static resolvePrismaImportPath(targetDir: string): string;
    static setPrismaClientProvider(provider: string): void;
    static setPrismaClientConfig(config: Record<string, unknown>): void;
    static getPrismaClientProvider(): string;
    static getPrismaClientConfig(): Record<string, unknown>;
    /**
     * Determines the schemas directory path based on the output path.
     * If the output path already ends with 'schemas', use it directly.
     * Otherwise, append 'schemas' to the output path.
     */
    static getSchemasPath(): string;
    static generateIndex(): Promise<void>;
    generateEnumSchemas(): Promise<void>;
    /**
     * Check if an enum schema should be generated based on enabled models
     */
    private isEnumSchemaEnabled;
    /**
     * Shared regex patterns for model-specific enum detection
     */
    private static readonly modelEnumPatterns;
    /**
     * Extract model name from enum name
     */
    private extractModelNameFromEnum;
    /**
     * Normalize enum names to match import expectations
     * For model-related enums, use Pascal case model names consistently
     */
    private normalizeEnumName;
    /**
     * Convert model names to DMMF aggregate input names
     * For doc_parser_agent model: matches Prisma's DMMF format Doc_parser_agentCountAggregateInput
     */
    private getAggregateInputName;
    /**
     * Get the correct Prisma type name for model types
     * Prisma uses the original model name as-is (e.g., doc_parser_agent -> Prisma.doc_parser_agentSelect)
     */
    private getPrismaTypeName;
    /**
     * Check if a model has numeric fields that support avg/sum operations
     */
    private modelHasNumericFields;
    generateImportZodStatement(): "import * as z from 'zod';\n" | "import * as z from 'zod/v4';\n" | "import { z } from 'zod/v3';\n";
    /**
     * Generate custom import statements from @zod.import() annotations
     *
     * @param customImports - Array of custom import objects
     * @param outputPath - Current output path for relative import adjustment
     * @returns Generated import statements string
     */
    generateCustomImportStatements(customImports: CustomImport[] | undefined, outputPath?: string): string;
    /**
     * Get custom imports for a specific schema context
     * This method is called AFTER the schema content is generated to determine which imports are actually needed
     *
     * @param modelName - Name of the model
     * @param schemaContent - The generated schema content to analyze for import usage
     * @returns Array of custom imports needed for this specific schema
     */
    getCustomImportsForModel(modelName: string | null, schemaContent?: string): CustomImport[];
    /**
     * Check if a field actually contains custom validation logic
     */
    private fieldContainsCustomValidation;
    /**
     * Get custom schema for a specific field
     *
     * @param fieldName - Name of the field
     * @returns Custom schema string or null if not found
     */
    getCustomSchemaForField(fieldName: string): string | null;
    /**
     * Adjust relative import paths based on output directory structure
     *
     * @param importStatement - Original import statement
     * @param outputPath - Current output path
     * @returns Adjusted import statement
     */
    private adjustRelativeImportPath;
    generateExportSchemaStatement(name: string, schema: string): string;
    generateObjectSchema(): Promise<void>;
    generateObjectSchemaFields(): string[];
    generateObjectSchemaField(field: PrismaDMMF.SchemaArg): [string, PrismaDMMF.SchemaArg, boolean][];
    wrapWithZodValidators(mainValidator: string, field: PrismaDMMF.SchemaArg, inputType: PrismaDMMF.SchemaArg['inputTypes'][0], skipZodAnnotations?: boolean): string;
    addSchemaImport(name: string): void;
    /**
     * Check if a schema import should be included based on minimal mode configuration
     */
    private isSchemaImportEnabled;
    /**
     * Extract model name from schema name for import filtering
     */
    private extractModelNameFromSchema;
    /**
     * Extract max length constraint from native type (e.g., @db.VarChar(255) -> 255)
     */
    private extractMaxLengthFromNativeType;
    /**
     * Extract existing max constraint from @zod validations
     */
    private extractExistingMaxConstraint;
    /**
     * Replace all max constraints in a validation string with a single constraint
     */
    private replaceAllMaxConstraints;
    /**
     * Extract @zod validations for a specific field using the enhanced model information
     */
    private extractZodValidationsForField;
    generatePrismaStringLine(field: PrismaDMMF.SchemaArg, inputType: PrismaDMMF.SchemaArg['inputTypes'][0], inputsLength: number): string;
    generateFieldValidators(zodStringWithMainType: string, field: PrismaDMMF.SchemaArg): string;
    prepareObjectSchema(zodObjectSchemaFields: string[]): string;
    generateExportObjectSchemaStatement(schema: string): string;
    /**
     * Emit a manual TS type and a `satisfies z.ZodType<...>` check for Zod-only, self-recursive schemas.
     * This avoids TS7022 and keeps output variable types unchanged.
     */
    private generateZodOnlySanityCheck;
    /**
     * Resolve the appropriate Prisma type identifier for an object schema export.
     * In Prisma 6, certain aggregate input types are exported with a `Type` suffix.
     * Example: Prisma.PlanetCountAggregateInputType instead of Prisma.PlanetCountAggregateInput
     */
    private resolvePrismaTypeForObject;
    addFinalWrappers({ zodStringFields }: {
        zodStringFields: string[];
    }): string;
    generateJsonSchemaImplementation(): string;
    private static ensureJsonHelpersFile;
    private static ensureDecimalHelpersFile;
    generateObjectSchemaImportStatements(customImports?: CustomImport[]): string;
    /**
     * Get the file extension to use for imports based on Prisma client configuration
     * For ESM with importFileExtension = "js", we need to add .js extension
     */
    private getImportFileExtension;
    /**
     * Convert model name to PascalCase for consistent file naming
     */
    private getPascalCaseModelName;
    /**
     * Resolve an input object import honoring naming.input patterns, aliasing to stable identifiers.
     */
    private generateInputImport;
    /**
     * Generate enum import honoring naming.enum patterns, aliasing to stable identifiers.
     */
    private generateEnumImport;
    /**
     * Generate input import for object schemas honoring naming.input patterns.
     * Similar to generateInputImport but for object-to-object imports using './' prefix.
     */
    private generateObjectInputImport;
    /**
     * Generate schema file name with collision detection and custom naming support
     */
    private static generateSchemaFileName;
    /**
     * Check for and handle file path collisions
     */
    private static checkSchemaFileCollision;
    /**
     * Generate schema file with collision detection and consistent naming
     */
    private static writeSchemaFile;
    /**
     * Clear collision detection state (called at start of generation)
     */
    static clearSchemaFileCollisions(): void;
    /**
     * Generate import statement with validation - only if target will be generated
     */
    static generateValidatedImportStatement(importName: string, importPath: string, modelName?: string): string;
    /**
     * Check if an import should be generated based on filtering rules
     */
    static shouldGenerateImport(importName: string, relatedModelName?: string): boolean;
    /**
     * Extract model name from import name
     */
    static extractModelFromImportName(importName: string): string | null;
    /**
     * Get import file extension (static version)
     */
    static getImportFileExtension(): string;
    generateSchemaImports(): string;
    checkIsModelQueryType(type: string): {
        isModelQueryType: boolean;
        modelName: string;
        queryName: string;
    } | {
        isModelQueryType: boolean;
        modelName?: undefined;
        queryName?: undefined;
    };
    resolveModelQuerySchemaName(modelName: string, queryName: string): string;
    wrapWithZodObject(zodStringFields: string | string[]): string;
    resolveObjectSchemaName(): string;
    generateModelSchemas(): Promise<void>;
    /**
     * Generate result schemas for all enabled models
     */
    generateResultSchemas(): Promise<void>;
    generateImportStatements(imports: (string | undefined)[]): string;
    /**
     * Clean and validate import array, removing empty and invalid imports
     */
    static cleanAndValidateImports(imports: (string | undefined)[]): string[];
    /**
     * Parse import statement to extract information
     */
    static parseImportStatement(importStatement: string): {
        importName: string;
        importPath: string;
        relatedModel?: string;
    } | null;
    /**
     * Generate smart import statement that checks if target exists
     */
    generateSmartImportStatement(importName: string, importPath: string, relatedModel?: string): string;
    /**
     * Log import management information
     */
    static logImportManagement(originalImports: (string | undefined)[], cleanedImports: string[], context?: string): void;
    /**
     * Validate filter combinations and detect conflicts
     */
    static validateFilterCombinations(allModels: PrismaDMMF.Model[]): FilterValidationResult;
    /**
     * Validate model dependencies and relationships
     */
    static validateModelDependencies(allModels: PrismaDMMF.Model[], result: FilterValidationResult): void;
    /**
     * Validate operation consistency across models
     */
    static validateOperationConsistency(allModels: PrismaDMMF.Model[], result: FilterValidationResult): void;
    /**
     * Validate field exclusion conflicts
     */
    static validateFieldExclusions(allModels: PrismaDMMF.Model[], result: FilterValidationResult): void;
    /**
     * Validate variant consistency
     */
    static validateVariantConsistency(result: FilterValidationResult): void;
    /**
     * Validate mode consistency
     */
    static validateModeConsistency(result: FilterValidationResult): void;
    /**
     * Log filter validation results
     */
    static logFilterValidation(validationResult: FilterValidationResult): void;
    /**
     * Perform comprehensive filter validation
     */
    static performFilterValidation(allModels: PrismaDMMF.Model[]): boolean;
    resolveSelectIncludeImportAndZodSchemaLine(model: PrismaDMMF.Model): {
        selectImport: string;
        includeImport: string;
        selectZodSchemaLine: string;
        includeZodSchemaLine: string;
        selectZodSchemaLineLazy: string;
        includeZodSchemaLineLazy: string;
        selectValueExpr: string;
        includeValueExpr: string;
    };
    private resolveIncludeFieldReference;
    resolveOrderByWithRelationImportAndZodSchemaLine(model: PrismaDMMF.Model): {
        orderByImport: string;
        orderByZodSchemaLine: string;
    };
    /**
     * Determines if a select schema should be inlined to avoid circular dependencies.
     * Following community generator approach: ALWAYS inline select schemas.
     * Use lazy loading only for specific relation fields within the inlined schema.
     */
    shouldInlineSelectSchema(_model: PrismaDMMF.Model): boolean;
    /**
     * Generates inline select schema definition code within the FindMany file.
     * This prevents circular imports by defining the schema locally.
     * Follows community generator pattern with aggressive inlining.
     */
    generateInlineSelectSchema(model: PrismaDMMF.Model): string;
    /**
     * Generates the additional imports needed for inlined select schemas.
     * Returns import statements for Args schemas referenced in relation fields.
     */
    generateInlineSelectImports(_model: PrismaDMMF.Model): string[];
    /**
     * Generates dual schema exports: typed version and Zod-method-friendly version
     */
    generateDualSchemaExports(modelName: string, operationType: string, schemaDefinition: string, prismaType: string): string;
    /**
     * Generates dual select schema exports for inlined schemas
     */
    generateDualSelectSchemaExports(model: PrismaDMMF.Model, operation?: 'FindFirst' | 'FindFirstOrThrow' | 'FindMany' | 'FindUnique' | 'FindUniqueOrThrow'): string;
    /**
     * Generates just the schema definition without export statement
     */
    generateInlineSelectSchemaDefinition(model: PrismaDMMF.Model): string;
}
export {};