llm

type AIRequest struct {
	Id    string `json:"id"`
	Input string `json:"inputs"`
}

type DeepCodeLLMBinding interface {
	SnykLLMBindings
	ExplainWithOptions(options ExplainOptions) (string, error)
}

type DeepcodeLLMBinding struct {
	// contains filtered or unexported fields
}

type ExplainOptions struct {
	// Derivation = Code Flow
	// const derivationLineNumbers: Set<number> = new Set<number>();
	//          for (const markerLocation of suggestion.markers!) {
	//            for (const markerPos of markerLocation.pos) {
	//              const lines = markerPos.rows;
	//              for (const line of lines) {
	//                derivationLineNumbers.add(line + 1);
	//              }
	//            }
	//            markerLocation.pos;
	//          }
	//          console.log('Derivation lines: ', ...derivationLineNumbers);
	//
	//          const derivationLines: string[] = [];
	//          const fileLines: string[] = fileContent.split('\n');
	//          for (const derivationLineNumber of derivationLineNumbers) {
	//            derivationLines.push(fileLines.at(derivationLineNumber - 1)!);
	//          }
	//          let Derivation = derivationLines.join(',');
	//          Derivation = Derivation.replace(/\t/g, '  ');
	//          console.log('Derivation: ', Derivation);
	Derivation string `json:"derivation"`

	// vulnerability name from Snyk Code (rule)
	RuleKey string `json:"rule_key"`

	// Snyk Code message for the vulnerability
	RuleMessage string `json:"rule_message"`

	// fix difference
	Diff string `json:"diff"`
}

type Option func(*DeepcodeLLMBinding)

type OutputFormat string

type SnykLLMBindings interface {
	// PublishIssues sends issues to an LLM for further processing.
	// the map in the slice of issues map is a json representation of json key : value
	// In case of errors, they are returned
	PublishIssues(issues []map[string]string) error

	// Explain forwards an input and desired output format to an LLM to
	// receive an explanation. The implementation should alter the LLM
	// prompt to honor the output format, but is not required to enforce
	// the format. The results should be streamed into the given channel
	//
	// Parameters:
	// input - the thing to be explained as a string
	// format - the requested outputFormat
	// output - a channel that can be used to stream the results
	Explain(input AIRequest, format OutputFormat, output chan<- string) error
}