// Copyright 2019 The Chromium OS Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.

// THIS CODE IS GENERATED.
// Generated with command:
// ./proto_print.py --subdir common --proto-include attestation/proto_bindings
// ../../system_api/dbus/attestation/attestation_ca.proto

#include "attestation/common/print_attestation_ca_proto.h"

#include <inttypes.h>

#include <string>

#include <base/strings/string_number_conversions.h>
#include <base/strings/stringprintf.h>

namespace attestation {

std::string GetProtoDebugString(CertificateProfile value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(CertificateProfile value,
                                          int indent_size) {
  if (value == ENTERPRISE_MACHINE_CERTIFICATE) {
    return "ENTERPRISE_MACHINE_CERTIFICATE";
  }
  if (value == ENTERPRISE_USER_CERTIFICATE) {
    return "ENTERPRISE_USER_CERTIFICATE";
  }
  if (value == CONTENT_PROTECTION_CERTIFICATE) {
    return "CONTENT_PROTECTION_CERTIFICATE";
  }
  if (value == CONTENT_PROTECTION_CERTIFICATE_WITH_STABLE_ID) {
    return "CONTENT_PROTECTION_CERTIFICATE_WITH_STABLE_ID";
  }
  if (value == CAST_CERTIFICATE) {
    return "CAST_CERTIFICATE";
  }
  if (value == GFSC_CERTIFICATE) {
    return "GFSC_CERTIFICATE";
  }
  if (value == JETSTREAM_CERTIFICATE) {
    return "JETSTREAM_CERTIFICATE";
  }
  if (value == ENTERPRISE_ENROLLMENT_CERTIFICATE) {
    return "ENTERPRISE_ENROLLMENT_CERTIFICATE";
  }
  if (value == XTS_CERTIFICATE) {
    return "XTS_CERTIFICATE";
  }
  return "<unknown>";
}

std::string GetProtoDebugString(TpmVersion value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(TpmVersion value, int indent_size) {
  if (value == TPM_1_2) {
    return "TPM_1_2";
  }
  if (value == TPM_2_0) {
    return "TPM_2_0";
  }
  return "<unknown>";
}

std::string GetProtoDebugString(NVRAMQuoteType value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(NVRAMQuoteType value,
                                          int indent_size) {
  if (value == BOARD_ID) {
    return "BOARD_ID";
  }
  if (value == SN_BITS) {
    return "SN_BITS";
  }
  return "<unknown>";
}

std::string GetProtoDebugString(ResponseStatus value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(ResponseStatus value,
                                          int indent_size) {
  if (value == OK) {
    return "OK";
  }
  if (value == SERVER_ERROR) {
    return "SERVER_ERROR";
  }
  if (value == BAD_REQUEST) {
    return "BAD_REQUEST";
  }
  if (value == REJECT) {
    return "REJECT";
  }
  if (value == QUOTA_LIMIT_EXCEEDED) {
    return "QUOTA_LIMIT_EXCEEDED";
  }
  return "<unknown>";
}

std::string GetProtoDebugString(KeyProfile value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(KeyProfile value, int indent_size) {
  if (value == EMK) {
    return "EMK";
  }
  if (value == EUK) {
    return "EUK";
  }
  return "<unknown>";
}

std::string GetProtoDebugString(const Quote& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(const Quote& value, int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_quote()) {
    output += indent + "  quote: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.quote().data(), value.quote().size()).c_str());
    output += "\n";
  }
  if (value.has_quoted_data()) {
    output += indent + "  quoted_data: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.quoted_data().data(), value.quoted_data().size())
            .c_str());
    output += "\n";
  }
  if (value.has_quoted_pcr_value()) {
    output += indent + "  quoted_pcr_value: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.quoted_pcr_value().data(),
                                        value.quoted_pcr_value().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_pcr_source_hint()) {
    output += indent + "  pcr_source_hint: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.pcr_source_hint().data(),
                                        value.pcr_source_hint().size())
                            .c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const EncryptedData& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(const EncryptedData& value,
                                          int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_wrapped_key()) {
    output += indent + "  wrapped_key: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.wrapped_key().data(), value.wrapped_key().size())
            .c_str());
    output += "\n";
  }
  if (value.has_iv()) {
    output += indent + "  iv: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.iv().data(), value.iv().size()).c_str());
    output += "\n";
  }
  if (value.has_mac()) {
    output += indent + "  mac: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.mac().data(), value.mac().size()).c_str());
    output += "\n";
  }
  if (value.has_encrypted_data()) {
    output += indent + "  encrypted_data: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.encrypted_data().data(),
                                        value.encrypted_data().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_wrapping_key_id()) {
    output += indent + "  wrapping_key_id: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.wrapping_key_id().data(),
                                        value.wrapping_key_id().size())
                            .c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const SignedData& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(const SignedData& value,
                                          int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_data()) {
    output += indent + "  data: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.data().data(), value.data().size()).c_str());
    output += "\n";
  }
  if (value.has_signature()) {
    output += indent + "  signature: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.signature().data(), value.signature().size())
            .c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const EncryptedIdentityCredential& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(
    const EncryptedIdentityCredential& value,
    int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_asym_ca_contents()) {
    output += indent + "  asym_ca_contents: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.asym_ca_contents().data(),
                                        value.asym_ca_contents().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_sym_ca_attestation()) {
    output += indent + "  sym_ca_attestation: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.sym_ca_attestation().data(),
                                        value.sym_ca_attestation().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_tpm_version()) {
    output += indent + "  tpm_version: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.tpm_version(), indent_size + 2)
            .c_str());
    output += "\n";
  }
  if (value.has_encrypted_seed()) {
    output += indent + "  encrypted_seed: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.encrypted_seed().data(),
                                        value.encrypted_seed().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_credential_mac()) {
    output += indent + "  credential_mac: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.credential_mac().data(),
                                        value.credential_mac().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_wrapped_certificate()) {
    output += indent + "  wrapped_certificate: ";
    base::StringAppendF(&output, "%s",
                        GetProtoDebugStringWithIndent(
                            value.wrapped_certificate(), indent_size + 2)
                            .c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const AttestationEnrollmentRequest& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(
    const AttestationEnrollmentRequest& value,
    int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_encrypted_endorsement_credential()) {
    output += indent + "  encrypted_endorsement_credential: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.encrypted_endorsement_credential(),
                                      indent_size + 2)
            .c_str());
    output += "\n";
  }
  if (value.has_identity_public_key()) {
    output += indent + "  identity_public_key: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.identity_public_key().data(),
                                        value.identity_public_key().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_pcr0_quote()) {
    output += indent + "  pcr0_quote: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.pcr0_quote(), indent_size + 2)
            .c_str());
    output += "\n";
  }
  if (value.has_pcr1_quote()) {
    output += indent + "  pcr1_quote: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.pcr1_quote(), indent_size + 2)
            .c_str());
    output += "\n";
  }
  if (value.has_enterprise_enrollment_nonce()) {
    output += indent + "  enterprise_enrollment_nonce: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.enterprise_enrollment_nonce().data(),
                        value.enterprise_enrollment_nonce().size())
            .c_str());
    output += "\n";
  }
  if (value.has_tpm_version()) {
    output += indent + "  tpm_version: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.tpm_version(), indent_size + 2)
            .c_str());
    output += "\n";
  }
  if (value.has_encrypted_rsa_endorsement_quote()) {
    output += indent + "  encrypted_rsa_endorsement_quote: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.encrypted_rsa_endorsement_quote(),
                                      indent_size + 2)
            .c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const AttestationEnrollmentResponse& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(
    const AttestationEnrollmentResponse& value,
    int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_status()) {
    output += indent + "  status: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.status(), indent_size + 2).c_str());
    output += "\n";
  }
  if (value.has_detail()) {
    output += indent + "  detail: ";
    base::StringAppendF(&output, "%s", value.detail().c_str());
    output += "\n";
  }
  if (value.has_encrypted_identity_credential()) {
    output += indent + "  encrypted_identity_credential: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.encrypted_identity_credential(),
                                      indent_size + 2)
            .c_str());
    output += "\n";
  }
  if (value.has_extra_details()) {
    output += indent + "  extra_details: ";
    base::StringAppendF(&output, "%s", value.extra_details().c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const AttestationCertificateRequest& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(
    const AttestationCertificateRequest& value,
    int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_identity_credential()) {
    output += indent + "  identity_credential: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.identity_credential().data(),
                                        value.identity_credential().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_certified_public_key()) {
    output += indent + "  certified_public_key: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.certified_public_key().data(),
                                        value.certified_public_key().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_certified_key_info()) {
    output += indent + "  certified_key_info: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.certified_key_info().data(),
                                        value.certified_key_info().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_certified_key_proof()) {
    output += indent + "  certified_key_proof: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.certified_key_proof().data(),
                                        value.certified_key_proof().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_message_id()) {
    output += indent + "  message_id: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.message_id().data(), value.message_id().size())
            .c_str());
    output += "\n";
  }
  if (value.has_profile()) {
    output += indent + "  profile: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.profile(), indent_size + 2)
            .c_str());
    output += "\n";
  }
  if (value.has_origin()) {
    output += indent + "  origin: ";
    base::StringAppendF(&output, "%s", value.origin().c_str());
    output += "\n";
  }
  if (value.has_temporal_index()) {
    output += indent + "  temporal_index: ";
    base::StringAppendF(&output, "%" PRId32, value.temporal_index());
    output += "\n";
  }
  if (value.has_tpm_version()) {
    output += indent + "  tpm_version: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.tpm_version(), indent_size + 2)
            .c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const AttestationCertificateResponse& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(
    const AttestationCertificateResponse& value,
    int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_status()) {
    output += indent + "  status: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.status(), indent_size + 2).c_str());
    output += "\n";
  }
  if (value.has_detail()) {
    output += indent + "  detail: ";
    base::StringAppendF(&output, "%s", value.detail().c_str());
    output += "\n";
  }
  if (value.has_certified_key_credential()) {
    output += indent + "  certified_key_credential: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.certified_key_credential().data(),
                                        value.certified_key_credential().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_intermediate_ca_cert()) {
    output += indent + "  intermediate_ca_cert: ";
    base::StringAppendF(&output, "%s",
                        base::HexEncode(value.intermediate_ca_cert().data(),
                                        value.intermediate_ca_cert().size())
                            .c_str());
    output += "\n";
  }
  if (value.has_message_id()) {
    output += indent + "  message_id: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.message_id().data(), value.message_id().size())
            .c_str());
    output += "\n";
  }
  output += indent + "  additional_intermediate_ca_cert: {";
  for (int i = 0; i < value.additional_intermediate_ca_cert_size(); ++i) {
    if (i > 0) {
      base::StringAppendF(&output, ", ");
    }
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.additional_intermediate_ca_cert(i).data(),
                        value.additional_intermediate_ca_cert(i).size())
            .c_str());
  }
  output += "}\n";
  if (value.has_extra_details()) {
    output += indent + "  extra_details: ";
    base::StringAppendF(&output, "%s", value.extra_details().c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const AttestationResetRequest& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(const AttestationResetRequest& value,
                                          int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_encrypted_identity_credential()) {
    output += indent + "  encrypted_identity_credential: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.encrypted_identity_credential(),
                                      indent_size + 2)
            .c_str());
    output += "\n";
  }
  if (value.has_token()) {
    output += indent + "  token: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.token().data(), value.token().size()).c_str());
    output += "\n";
  }
  if (value.has_encrypted_endorsement_credential()) {
    output += indent + "  encrypted_endorsement_credential: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.encrypted_endorsement_credential(),
                                      indent_size + 2)
            .c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const AttestationResetResponse& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(const AttestationResetResponse& value,
                                          int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_status()) {
    output += indent + "  status: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.status(), indent_size + 2).c_str());
    output += "\n";
  }
  if (value.has_detail()) {
    output += indent + "  detail: ";
    base::StringAppendF(&output, "%s", value.detail().c_str());
    output += "\n";
  }
  if (value.has_extra_details()) {
    output += indent + "  extra_details: ";
    base::StringAppendF(&output, "%s", value.extra_details().c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const Challenge& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(const Challenge& value,
                                          int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_prefix()) {
    output += indent + "  prefix: ";
    base::StringAppendF(&output, "%s", value.prefix().c_str());
    output += "\n";
  }
  if (value.has_nonce()) {
    output += indent + "  nonce: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.nonce().data(), value.nonce().size()).c_str());
    output += "\n";
  }
  if (value.has_timestamp()) {
    output += indent + "  timestamp: ";
    base::StringAppendF(&output, "%" PRId64, value.timestamp());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const ChallengeResponse& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(const ChallengeResponse& value,
                                          int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_challenge()) {
    output += indent + "  challenge: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.challenge(), indent_size + 2)
            .c_str());
    output += "\n";
  }
  if (value.has_nonce()) {
    output += indent + "  nonce: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.nonce().data(), value.nonce().size()).c_str());
    output += "\n";
  }
  if (value.has_encrypted_key_info()) {
    output += indent + "  encrypted_key_info: ";
    base::StringAppendF(&output, "%s",
                        GetProtoDebugStringWithIndent(
                            value.encrypted_key_info(), indent_size + 2)
                            .c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

std::string GetProtoDebugString(const KeyInfo& value) {
  return GetProtoDebugStringWithIndent(value, 0);
}

std::string GetProtoDebugStringWithIndent(const KeyInfo& value,
                                          int indent_size) {
  std::string indent(indent_size, ' ');
  std::string output =
      base::StringPrintf("[%s] {\n", value.GetTypeName().c_str());

  if (value.has_key_type()) {
    output += indent + "  key_type: ";
    base::StringAppendF(
        &output, "%s",
        GetProtoDebugStringWithIndent(value.key_type(), indent_size + 2)
            .c_str());
    output += "\n";
  }
  if (value.has_domain()) {
    output += indent + "  domain: ";
    base::StringAppendF(&output, "%s", value.domain().c_str());
    output += "\n";
  }
  if (value.has_device_id()) {
    output += indent + "  device_id: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.device_id().data(), value.device_id().size())
            .c_str());
    output += "\n";
  }
  if (value.has_certificate()) {
    output += indent + "  certificate: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.certificate().data(), value.certificate().size())
            .c_str());
    output += "\n";
  }
  if (value.has_signed_public_key_and_challenge()) {
    output += indent + "  signed_public_key_and_challenge: ";
    base::StringAppendF(
        &output, "%s",
        base::HexEncode(value.signed_public_key_and_challenge().data(),
                        value.signed_public_key_and_challenge().size())
            .c_str());
    output += "\n";
  }
  output += indent + "}\n";
  return output;
}

}  // namespace attestation