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/** * Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved. * SPDX-License-Identifier: Apache-2.0. */ #pragma once #include #include #include #include #include #include #include #include #include #include namespace smithy { static const char* UNSIGNED_PAYLOAD = "UNSIGNED-PAYLOAD"; static const char* EMPTY_STRING_SHA256 = "e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855"; static const char v4AsymmetricLogTag[] = "AWSAuthSymmetricV4Signer"; static const char* USER_AGENT = "user-agent"; static const char* X_AMZN_TRACE_ID = "x-amzn-trace-id"; /** * A smithy SigV4 signer wrapper on top of legacy SDK SigV4 signer * TODO: refactor into own signer using smithy design */ class AwsSigV4aSigner : public AwsSignerBase { public: using SigV4aAuthSchemeParameters = smithy::DefaultAuthSchemeResolverParameters; explicit AwsSigV4aSigner(const Aws::String& serviceName, const Aws::String& region) : m_serviceName(serviceName), m_region(region) { } SigningFutureOutcome sign(std::shared_ptr httpRequest, const AwsCredentialIdentityBase& identity, SigningProperties properties) override { auto signPayloadIt = properties.find("SignPayload"); bool signPayload = signPayloadIt != properties.end() ? signPayloadIt->second.get() == "true" : false; assert(httpRequest); assert(identity.expiration().has_value()); auto &request = *httpRequest; auto crtCredentials = Aws::MakeShared(v4AsymmetricLogTag, Aws::Crt::ByteCursorFromCString(identity.accessKeyId().c_str()), Aws::Crt::ByteCursorFromCString(identity.secretAccessKey().c_str()), Aws::Crt::ByteCursorFromCString((*identity.sessionToken()).c_str()), (*identity.expiration()).Seconds()); Aws::Crt::Auth::AwsSigningConfig awsSigningConfig; bool success = createAwsSigningConfig(crtCredentials, request, awsSigningConfig, signPayload); if(!success) { AWS_LOGSTREAM_ERROR(v4AsymmetricLogTag, "Failed to get Auth configuration"); return SigningError(Aws::Client::CoreErrors::MEMORY_ALLOCATION, "", "Failed to get Auth configuration", false); } std::shared_ptr crtHttpRequest = request.ToCrtHttpRequest(); auto sigv4HttpRequestSigner = Aws::MakeShared(v4AsymmetricLogTag); //This is an async call, so we need to wait till we have received an outcome Aws::String errorMessage; bool processed = false; //producer function sigv4HttpRequestSigner->SignRequest(crtHttpRequest, awsSigningConfig, [&request, &success, &errorMessage, &processed, this](const std::shared_ptr& signedCrtHttpRequest, int errorCode) { std::unique_lock lock(m_mutex); m_cv.wait(lock, [&]{ return !processed; }); success = (errorCode == AWS_ERROR_SUCCESS); if (success) { if (m_signatureType == Aws::Crt::Auth::SignatureType::HttpRequestViaHeaders) { for (size_t i = 0; i < signedCrtHttpRequest->GetHeaderCount(); i++) { Aws::Crt::Optional httpHeader = signedCrtHttpRequest->GetHeader(i); request.SetHeaderValue(Aws::String(reinterpret_cast(httpHeader->name.ptr), httpHeader->name.len), Aws::String(reinterpret_cast(httpHeader->value.ptr), httpHeader->value.len)); } } else if (m_signatureType == Aws::Crt::Auth::SignatureType::HttpRequestViaQueryParams) { Aws::Http::URI newPath(reinterpret_cast(signedCrtHttpRequest->GetPath()->ptr)); request.GetUri().SetQueryString(newPath.GetQueryString()); } else { errorMessage = "No action to take when signature type is neither \"HttpRequestViaHeaders\" nor \"HttpRequestViaQueryParams\""; AWS_LOGSTREAM_ERROR(v4AsymmetricLogTag, errorMessage); success = false; } } else { Aws::OStringStream errStream; errStream << "Encountered internal error during signing process with AWS signature version 4 (Asymmetric):" << aws_error_str(errorCode); errorMessage = errStream.str(); AWS_LOGSTREAM_ERROR(v4AsymmetricLogTag, errorMessage); } processed = true; m_cv.notify_all(); } ); //consumer { std::unique_lock lock(m_mutex); m_cv.wait(lock, [&]{ return processed; }); } return success? SigningFutureOutcome(std::move(httpRequest)) : SigningError(Aws::Client::CoreErrors::MEMORY_ALLOCATION, "", "Failed to sign the request with sigv4", false); } virtual ~AwsSigV4aSigner() {}; protected: bool createAwsSigningConfig( std::shared_ptr& crtCredentials, const Aws::Http::HttpRequest& request, Aws::Crt::Auth::AwsSigningConfig& awsSigningConfig, bool signBody) const { awsSigningConfig.SetSigningAlgorithm(static_cast(Aws::Auth::AWSSigningAlgorithm::ASYMMETRIC_SIGV4)); awsSigningConfig.SetSignatureType(m_signatureType); awsSigningConfig.SetRegion(m_region.c_str()); awsSigningConfig.SetService(m_region.c_str()); awsSigningConfig.SetSigningTimepoint(GetSigningTimestamp().UnderlyingTimestamp()); awsSigningConfig.SetUseDoubleUriEncode(m_urlEscape); awsSigningConfig.SetShouldNormalizeUriPath(true); awsSigningConfig.SetOmitSessionToken(false); awsSigningConfig.SetShouldSignHeaderUserData(reinterpret_cast(const_cast*>(&m_unsignedHeaders))); awsSigningConfig.SetShouldSignHeaderCallback([](const Aws::Crt::ByteCursor *name, void *user_data) { Aws::Set* unsignedHeaders = static_cast*>(user_data); Aws::String headerKey(reinterpret_cast(name->ptr), name->len); return unsignedHeaders->find(Aws::Utils::StringUtils::ToLower(headerKey.c_str())) == unsignedHeaders->cend(); }); if (m_signatureType == Aws::Crt::Auth::SignatureType::HttpRequestViaHeaders) { Aws::String payloadHash(UNSIGNED_PAYLOAD); if(signBody || request.GetUri().GetScheme() != Aws::Http::Scheme::HTTPS) { if (!request.GetContentBody()) { AWS_LOGSTREAM_DEBUG(v4AsymmetricLogTag, "Using cached empty string sha256 " << EMPTY_STRING_SHA256 << " because payload is empty."); payloadHash = EMPTY_STRING_SHA256; } else { // The hash will be calculated from the payload during signing. payloadHash = {}; } } else { AWS_LOGSTREAM_DEBUG(v4AsymmetricLogTag, "Note: Http payloads are not being signed. signPayloads=" << signBody << " http scheme=" << Aws::Http::SchemeMapper::ToString(request.GetUri().GetScheme())); } awsSigningConfig.SetSignedBodyValue(payloadHash.c_str()); awsSigningConfig.SetSignedBodyHeader(m_includeSha256HashHeader ? Aws::Crt::Auth::SignedBodyHeaderType::XAmzContentSha256 : Aws::Crt::Auth::SignedBodyHeaderType::None); } else if (m_signatureType == Aws::Crt::Auth::SignatureType::HttpRequestViaQueryParams) { if (ServiceRequireUnsignedPayload(m_serviceName)) { awsSigningConfig.SetSignedBodyValue(UNSIGNED_PAYLOAD); } else { awsSigningConfig.SetSignedBodyValue(EMPTY_STRING_SHA256); } } else { AWS_LOGSTREAM_ERROR(v4AsymmetricLogTag, "The signature type should be either \"HttpRequestViaHeaders\" or \"HttpRequestViaQueryParams\""); return false; } awsSigningConfig.SetExpirationInSeconds(static_cast(m_expirationTimeInSeconds)); awsSigningConfig.SetCredentials(crtCredentials); return true; } bool ServiceRequireUnsignedPayload(const Aws::String& serviceName) const { // S3 uses a magic string (instead of the empty string) for its body hash for presigned URLs as outlined here: // https://docs.aws.amazon.com/AmazonS3/latest/API/sigv4-query-string-auth.html // this is true for PUT, POST, GET, DELETE and HEAD operations. // However, other services (for example RDS) implement the specification as outlined here: // https://docs.aws.amazon.com/general/latest/gr/sigv4-create-canonical-request.html // which states that body-less requests should use the empty-string SHA256 hash. return "s3" == serviceName || "s3-object-lambda" == serviceName; } Aws::String m_serviceName; Aws::String m_region; //params that can be exposed later long long m_expirationTimeInSeconds{0}; const bool m_includeSha256HashHeader{true}; const bool m_urlEscape{true}; const Aws::Set m_unsignedHeaders{USER_AGENT,X_AMZN_TRACE_ID}; const Aws::Crt::Auth::SignatureType m_signatureType{Aws::Crt::Auth::SignatureType::HttpRequestViaQueryParams}; std::condition_variable m_cv; std::mutex m_mutex; }; }