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import {  AbstractBuilder,  BuildContext,  BuildResult,} from "./abstractBuilder.ts";import { crayon, log, sprintf } from "./deps.ts";import { Logger } from "./logger.ts";import { ISource } from "./source.ts";import { SourceFileBag } from "./sourceFileBag.ts";
/** * A Builder with logging */export type BuilderOptions = {  name?: string;  logLevel?: log.LevelName;};
export class Builder extends AbstractBuilder {  public logger: Logger;
  constructor(    context: BuildContext,    options?: BuilderOptions,  ) {    super(context);    this.logger = new Logger(options?.logLevel || "INFO", options?.name);  }  async cleanOutput() {    try {      this.logger.info(sprintf("Cleaning %s", this.context.output));      await super.cleanOutput();    } catch (_error) {      // Don't do anything    }  }
  async build(sources: SourceFileBag): Promise<BuildResult> {    this.logger.info("Building");    try {      const result = await super.build(sources);      this.logger.info("Build complete");
      return result;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  async gatherSources(    from: string = this.context.root,  ): Promise<SourceFileBag> {    try {      this.logger.debug(sprintf("Gathering sources from: %s", from));      const sources = await super.gatherSources(from);      this.logger.debug("Gathered sources");
      return sources;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  async vendorSources(sources: SourceFileBag) {    try {      this.logger.info(sprintf("Vendoring %d sources", sources.size));      const vendored = await super.vendorSources(sources);      this.logger.info(sprintf("Vendored %d dependencies", vendored.size));
      return vendored;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  async copySources(    sources: SourceFileBag,    destination: string = this.context.output,  ) {    try {      this.logger.info(sprintf("Copy %d sources", sources.size));      const copied = await super.copySources(sources, destination);      this.logger.info(sprintf("Copied %d sources", copied.size));
      return copied;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  copySource(source: ISource, destination: string) {    try {      this.logger.debug(        sprintf("Copy %s -> %s", source.path(), destination),      );      return super.copySource(source, destination);    } catch (error) {      this.logger.error(error);      throw error;    }  }
  async compileSources(sources: SourceFileBag) {    try {      this.logger.debug(sprintf("Compiling %d sources", sources.size));      const compiled = await super.compileSources(sources);      this.logger.debug(sprintf("Compiled %d sources", compiled.size));
      return compiled;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  async compileSource(source: ISource) {    try {      this.logger.debug(sprintf("Compiling source: %s", source.path()));      await super.compileSource(source);      this.logger.debug(sprintf("Compiled source: %s", source.path()));      return source;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  async buildModuleGraph(sources: SourceFileBag) {    try {      this.logger.debug(        sprintf("Building module graph for %d sources", sources.size),      );      const graph = await super.buildModuleGraph(sources);      this.logger.debug(sprintf("Built module graph"));
      return graph;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  isEntrypoint(source: ISource, aliased = true): boolean {    try {      const value = super.isEntrypoint(source, aliased);      this.logger.debug(        sprintf(          "isEntrypoint: %s = %s",          source.relativePath(),          this.#formatBoolean(value),        ),      );      return value;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  isIgnored(source: ISource): boolean {    try {      const value = super.isIgnored(source);      this.logger.debug(        sprintf(          "isIgnored: %s = %s",          source.relativePath(),          this.#formatBoolean(value),        ),      );      return value;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  isCompilable(source: ISource): boolean {    try {      const value = super.isCompilable(source);      this.logger.debug(        sprintf(          "isCompilable: %s = %s",          source.relativePath(),          this.#formatBoolean(value),        ),      );      return value;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  isHashable(source: ISource): boolean {    try {      const value = super.isHashable(source);      this.logger.debug(        sprintf(          "isHashable: %s = %s",          source.relativePath(),          this.#formatBoolean(value),        ),      );      return value;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  isManifestExcluded(source: ISource): boolean {    try {      const value = super.isManifestExcluded(source);      this.logger.debug(        sprintf(          "isManifestExcluded: %s = %s",          source.relativePath(),          this.#formatBoolean(value),        ),      );      return value;    } catch (error) {      this.logger.error(error);      throw error;    }  }
  #formatBoolean(value: boolean) {    return value ? crayon.green("true") : crayon.red("false");  }}