package com.airlock.iam.authentication.application.service.airlock2fa;

import com.airlock.iam.authentication.domain.model.airlock2fa.Airlock2FAUserFactorAuthenticationStep;
import com.airlock.iam.factor.domain.model.airlock2fa.otp.Airlock2FAOtp;
import com.airlock.iam.factor.domain.model.airlock2fa.otp.Airlock2FAPasscode;
import com.airlock.iam.flow.api.domain.model.flow.FlowResult;
import com.airlock.iam.flow.api.domain.model.step.StepResult;
import com.airlock.iam.flow.domain.model.flow.FlowProvider;
import jakarta.inject.Inject;
import java.util.function.Function;

public class Airlock2FAUserFactorAuthentication {
   private final FlowProvider flow;

   @Inject
   public Airlock2FAUserFactorAuthentication(FlowProvider flow) {
      this.flow = flow;
   }

   public FlowResult checkPasscode(Airlock2FAPasscode passcode) {
      return this.executeStepMethod(step -> step.checkPasscode(passcode));
   }

   public FlowResult retrieveZeroTouchInformation() {
      return this.executeStepMethod(Airlock2FAUserFactorAuthenticationStep::retrieveZeroTouchInformation);
   }

   public FlowResult switchToOffline() {
      return this.executeStepMethod(Airlock2FAUserFactorAuthenticationStep::switchToOffline);
   }

   public FlowResult listDevices() {
      return this.executeStepMethod(Airlock2FAUserFactorAuthenticationStep::listDevices);
   }

   public FlowResult retrieveOfflineQrCodeChallenge() {
      return this.executeStepMethod(Airlock2FAUserFactorAuthenticationStep::retrieveOfflineQrCodeChallenge);
   }

   public FlowResult checkOfflineQrCodeOtp(Airlock2FAOtp otp) {
      return this.executeStepMethod(step -> step.checkOfflineQrCodeOtp(otp));
   }

   private FlowResult executeStepMethod(Function<Airlock2FAUserFactorAuthenticationStep, StepResult> stepMethod) {
      return this.flow.getCurrentOrStartNew().execute(stepMethod, Airlock2FAUserFactorAuthenticationStep.class);
   }
}