import { FlowrAnalyzerFilesContext, type RAnalysisRequest, type ReadOnlyFlowrAnalyzerFilesContext } from './flowr-analyzer-files-context';
import type { ProjectKind } from './project-kind';
import { FlowrAnalyzerDependenciesContext, type ReadOnlyFlowrAnalyzerDependenciesContext } from './flowr-analyzer-dependencies-context';
import type { Range } from 'semver';
import { type FlowrAnalyzerPlugin, PluginType } from '../plugins/flowr-analyzer-plugin';
import type { fileProtocol, RParseRequestFromFile, RParseRequests } from '../../r-bridge/retriever';
import { FlowrConfig } from '../../config';
import type { DeepPartial } from 'ts-essentials';
import type { FlowrFileProvider } from './flowr-file';
import type { ReadOnlyFlowrAnalyzerEnvironmentContext } from './flowr-analyzer-environment-context';
import { FlowrAnalyzerEnvironmentContext } from './flowr-analyzer-environment-context';
import type { ReadOnlyFlowrAnalyzerMetaContext } from './flowr-analyzer-meta-context';
import { FlowrAnalyzerMetaContext } from './flowr-analyzer-meta-context';
import type { FlowrAnalyzer } from '../flowr-analyzer';
import type { ReadOnlyFlowrAnalyzerIncrementalAnalysisContext } from './flowr-analyzer-incremental-analysis-context';
import { FlowrAnalyzerIncrementalAnalysisContext } from './flowr-analyzer-incremental-analysis-context';
import type { InvalidationEvent, InvalidationEventReceiver } from '../cache/flowr-cache';
import { FlowrAnalyzerGasContext, type ReadOnlyFlowrAnalyzerGasContext } from './flowr-analyzer-gas-context';
/**
 * This is a read-only interface to the {@link FlowrAnalyzerContext}.
 * It prevents you from modifying the context, but allows you to inspect it (which is probably what you want when using the {@link FlowrAnalyzer}).
 * If you are a {@link FlowrAnalyzerPlugin} and want to modify the context, you can use the {@link FlowrAnalyzerContext} directly.
 */
export interface ReadOnlyFlowrAnalyzerContext {
    /** Project metadata such as name, version, and namespace. */
    readonly meta: ReadOnlyFlowrAnalyzerMetaContext;
    /** Files to be analyzed and their loading order. */
    readonly files: ReadOnlyFlowrAnalyzerFilesContext;
    /** Identified dependencies and their versions. */
    readonly deps: ReadOnlyFlowrAnalyzerDependenciesContext;
    /** Environment information used during analysis. */
    readonly env: ReadOnlyFlowrAnalyzerEnvironmentContext;
    /** The incremental context provides potential information for the next incremental analysis run */
    readonly inc: ReadOnlyFlowrAnalyzerIncrementalAnalysisContext;
    /** The configuration options used by the analyzer. */
    readonly config: FlowrConfig;
    /** class names of plugins that activated (produced a result) since the last reset; only filled when `config.repl.showPlugins` is set */
    readonly activatedPlugins: ReadonlySet<string>;
    /** The project kind the effective {@link config} is specialized for and the overrides it applies, or `undefined` when no specialization is in effect. */
    configSpecialization(): {
        readonly kind: ProjectKind;
        readonly overwrite: DeepPartial<FlowrConfig>;
    } | undefined;
    /** The R version analysis assumes when resolving versioned (base-R) exports (see `solver.sigdb.assumedRVersion`). */
    readonly resolvedRVersion: string;
    /** Whether {@link resolvedRVersion} is a genuine signal (a config pin, project metadata, or an engine-detected version) rather than the fallback default. */
    readonly rVersionKnown: boolean;
    /** Where {@link resolvedRVersion} comes from, as only {@link RVersionOrigin.Config} and {@link RVersionOrigin.Metadata} say anything about the analyzed code. */
    readonly rVersionOrigin: RVersionOrigin;
    /** Classify the {@link ProjectKind} of the project, see {@link ReadOnlyFlowrAnalyzerFilesContext#projectKind}. */
    projectKind(): ProjectKind;
    /** The versions a dependency can possibly have, see {@link ReadOnlyFlowrAnalyzerDependenciesContext#inferredRange}. */
    inferredRange(name: string): Range | undefined;
    /**
     * Resource-usage guard (gas).
     * Call `ctx.gas.checkGas(key)` at expensive analysis sites to obtain the current pressure level.
     * Returns `GasLevel.Normal` with zero overhead when gas is disabled for `key`.
     * @see {@link ReadOnlyFlowrAnalyzerGasContext}
     */
    readonly gas: ReadOnlyFlowrAnalyzerGasContext;
}
/** Where the R version an analysis assumes comes from, see {@link ReadOnlyFlowrAnalyzerContext.rVersionOrigin}. */
export declare const enum RVersionOrigin {
    /** pinned via `solver.sigdb.assumedRVersion` */
    Config = "config",
    /** stated by the project itself (e.g. a `DESCRIPTION` `Depends: R (>= x)`) */
    Metadata = "metadata",
    /** detected from the R installation running the analysis, which says nothing about the analyzed code */
    Engine = "engine",
    /** nothing said anything, so the fallback default is used */
    Default = "default"
}
/**
 * This summarizes the other context layers used by the {@link FlowrAnalyzer}.
 * Have a look at the attributes and layers listed below (e.g., {@link files} and {@link deps})
 * to get an idea of the capabilities provided by this context.
 * Besides these, this layer only orchestrates the different steps and layers, providing a collection of convenience methods.
 * In general, you do not have to worry about these details, as the {@link FlowrAnalyzerBuilder} and {@link FlowrAnalyzer} take care of them.
 *
 * To inspect, e.g., the loading order, you can do so via {@link files.loadingOrder.getLoadingOrder}. To get information on a specific library, use
 * {@link deps.getDependency}.
 * If you are just interested in inspecting the context, you can use {@link ReadOnlyFlowrAnalyzerContext} instead (e.g., via {@link inspect}).
 */
export declare class FlowrAnalyzerContext implements ReadOnlyFlowrAnalyzerContext, InvalidationEventReceiver {
    readonly meta: FlowrAnalyzerMetaContext;
    readonly files: FlowrAnalyzerFilesContext;
    readonly deps: FlowrAnalyzerDependenciesContext;
    readonly env: FlowrAnalyzerEnvironmentContext;
    readonly inc: FlowrAnalyzerIncrementalAnalysisContext;
    /** class names of plugins that activated since the last reset; only filled when `config.repl.showPlugins` is set */
    readonly activatedPlugins: Set<string>;
    readonly gas: FlowrAnalyzerGasContext;
    private _analyzer;
    /** an auto-detected R version (from the engine), recorded once at the analyzer boundary; see {@link resolvedRVersion} */
    private _detectedR;
    /** the configuration as given, i.e. before {@link FlowrConfig.specializeConfig} is applied */
    readonly baseConfig: FlowrConfig;
    /** {@link baseConfig}, specialized for {@link _configKind} */
    private _config;
    /** the {@link ProjectKind} {@link _config} holds, `undefined` as long as it has to be resolved */
    private _configKind;
    /** set while classifying, as the classification must not read the config it decides, see {@link kindToSpecializeFor} */
    private _classifying;
    /** accumulated runtime overrides from {@link updateConfig}, applied on top of the specialized config so they always win */
    private runtimeOverrides;
    /** memoized {@link config}: {@link specializedConfig} merged with {@link runtimeOverrides} */
    private _effective;
    private _appliedLogLevel;
    /** the specialized object {@link _effective} was built from, for identity-based invalidation on a kind change */
    private _effectiveOf;
    /**
     * {@link baseConfig} specialized for the project {@link ProjectKind}, with any {@link updateConfig|runtime
     * overrides} applied on top (those win over both base and specialization).
     */
    get config(): FlowrConfig;
    /** {@link baseConfig} with the {@link FlowrConfig.specializeConfig} of the project's kind applied ({@link FlowrConfig.forKind}), resolved once per kind. */
    private specializedConfig;
    /**
     * Apply a runtime {@link FlowrConfig} update. It is layered on top of the specialized config (so it wins over
     * project-kind specialization) and never mutates the shared {@link baseConfig}. The analysis cache must be
     * invalidated separately (see {@link FlowrAnalyzer.updateConfig}), as the results were computed under the old config.
     */
    updateConfig(update: DeepPartial<FlowrConfig>): void;
    /** Discards every {@link updateConfig} override made so far, reverting {@link config} back to {@link baseConfig} (specialized for the project kind). */
    resetConfig(): void;
    /** The project kind the effective {@link config} is specialized for, plus the overrides it applies, or `undefined` when no specialization is in effect. */
    configSpecialization(): {
        readonly kind: ProjectKind;
        readonly overwrite: DeepPartial<FlowrConfig>;
    } | undefined;
    /** {@link projectKind}, resolved with {@link baseConfig}, as classifying the project reads the config again */
    private kindToSpecializeFor;
    constructor(config: FlowrConfig, plugins: ReadonlyMap<PluginType, readonly FlowrAnalyzerPlugin[]>);
    /**
     * Provides the analyzer associated with this context, if any.
     * This is usually set when the context is used within an analyzer instance.
     * Please note, that this may be `undefined` if the context is used standalone (e.g., during setup or in plugins that do not have access to the analyzer).
     */
    get analyzer(): FlowrAnalyzer | undefined;
    setAnalyzer(analyzer: FlowrAnalyzer): void;
    /** Record the engine's auto-detected R version (used when `solver.sigdb.assumedRVersion` is `"auto"`). */
    setDetectedRVersion(version: string): void;
    /** The R version analysis assumes when resolving versioned (base-R) exports (see {@link resolveAssumedRVersion}). */
    get resolvedRVersion(): string;
    /** Whether {@link resolvedRVersion} is a genuine signal (a config pin, project metadata, or engine detection) rather than the fallback default. */
    get rVersionKnown(): boolean;
    /** Where {@link resolvedRVersion} comes from, which decides what it says about the analyzed code. */
    get rVersionOrigin(): RVersionOrigin;
    /** Classify the {@link ProjectKind} of the project (delegates to the cached {@link FlowrAnalyzerFilesContext#projectKind}). */
    projectKind(): ProjectKind;
    /** The versions a dependency can possibly have (delegates to {@link FlowrAnalyzerDependenciesContext#inferredRange}). */
    inferredRange(name: string): Range | undefined;
    /** delegate request addition */
    addRequests(requests: readonly RAnalysisRequest[]): void;
    addFile(f: string | FlowrFileProvider | RParseRequestFromFile): void;
    addFiles(f: (string | FlowrFileProvider | RParseRequestFromFile)[]): void;
    /**
     * Get a read-only version of this context.
     * This is useful if you want to pass the context to a place where you do not want it to be modified or just to reduce
     * the available methods.
     */
    inspect(): ReadOnlyFlowrAnalyzerContext;
    /**
     * Reset the context to its initial state, e.g., removing all files, dependencies, and loading orders.
     */
    reset(): void;
    receive(event: InvalidationEvent): void;
}
/**
 * Lifting {@link requestFromInput} to create a full {@link FlowrAnalyzerContext} from input requests.
 * Please use this only for a "quick" setup, or to have compatibility with the pre-project flowR era.
 * Otherwise, refer to a {@link FlowrAnalyzerBuilder} to create a fully customized {@link FlowrAnalyzer} instance.
 * @see {@link requestFromInput} - for details on how inputs are processed into requests.
 * @see {@link contextFromSources} - to create a context from source code strings directly.
 */
export declare function contextFromInput(input: `${typeof fileProtocol}${string}` | string | readonly string[] | RParseRequests, config?: FlowrConfig, plugins?: FlowrAnalyzerPlugin[]): FlowrAnalyzerContext;
/**
 * Create a {@link FlowrAnalyzerContext} from a set of source code strings.
 * @param sources - A record mapping file paths to their source code content.
 * @param config  - Configuration options for the analyzer.
 * @param plugins - Optional plugins to extend the analyzer's functionality.
 * @see {@link contextFromInput}    - to create a context from input requests.
 * @see {@link FlowrInlineTextFile} - to create inline text files for the sources.
 */
export declare function contextFromSources(sources: Record<string, string>, config?: FlowrConfig, plugins?: FlowrAnalyzerPlugin[]): FlowrAnalyzerContext;