![]() AWS Lambda is free to use for up to 1-million requests and 1GB outbound data transfer per month. An Amazon Web Services (AWS) account is required to host the Lambda function for your Alexa Smart Home Skill.When running Home Assistant, using the Duck DNS add-on is the easiest method. Read more on our blog about how to set up encryption for Home Assistant. A self-signed certificate will work, but a certificate signed by an Amazon approved certificate authority is recommended. The Alexa Smart Home API requires your Home Assistant instance to be accessible from the internet via HTTPS on port 443 using an SSL/TLS certificate.Doorbell Announcement with binary_sensor.Alexa Smart Home Integration Configuration.Configure the Smart Home Service Endpoint.Create an Amazon Alexa Smart Home Skill.Steps to Integrate an Amazon Alexa Smart Home Skill with Home Assistant: Home Assistant Cloud requires a paid subscription after a 30-day free trial.įor Home Assistant Cloud Users, documentation can be found here. Just log in via the user interface and a secure connection with the cloud will be established. With Home Assistant Cloud you don’t have to deal with dynamic DNS, SSL certificates or opening ports on your router. We have been trying to make a Web based front end for our developers to send the binaries to the Windows box with this script running so that it can be signed and returned.With Home Assistant Cloud, you can connect your Home Assistant instance in a few simple clicks to Amazon Alexa. I used AutoHotKey to automate the password entry using the script following. TracePrint("Unlocked token %ws\n", TokenName.c_str()) TracePrint("Token %ws unlock failed, error 0x%08X\n", TokenName.c_str(), Error) If(!CryptSetProvParam(hProv, PP_SIGNATURE_PIN, (BYTE*)TokenPin.c_str(), 0)) TracePrint("CryptAcquireContext for token %ws failed, error 0x%08X\n", TokenName.c_str(), Error) If(!CryptAcquireContextW(&hProv, TokenName.c_str(), DefProviderName, PROV_RSA_FULL, CRYPT_SILENT)) Or use token's default container name, which looks like "ab-c0473610-8e6f-4a6a-ae2c-af944d09e01c" Basically you can either use "\\.\AKS ifdh 0" form Token naming can be found in "eToken Software Developer's Guide" But feel free to comment if you find a situation when some more efforts will be required.Įdit: added code sample HCRYPTPROV OpenToken(const std::wstring& TokenName, const std::string& TokenPin)Ĭonst wchar_t DefProviderName = L"eToken Base Cryptographic Provider" Note: once you create the context is seems to just work for current process entirely, no need to pass it to other Crypto API functions or anything. After that the process can use certificates on that token to sign files. You then need to use CryptSetProvParam with parameter PP_SIGNATURE_PIN to specify your token password. This can be done by creating a context ( CryptAcquireContext) with flag CRYPT_SILENT using token name in form "\\.\AKS ifdh 0" or token container name, which is some guid visible in cerificate properties in the Authentication Client application. Std::wcout << L"Successfully signed " << fileToSign << L"\n" Īctually on Windows you can specify the token password fully programmatically. Std::wcerr << L"CryptUIWizDigitalSign failed, error " << std::hex << std::showbase << ::GetLastError() << L"\n" ![]() If (!::CryptUIWizDigitalSign(CRYPTUI_WIZ_NO_UI, NULL, NULL, &signInfo, NULL)) SignInfo.dwSigningCertChoice = CRYPTUI_WIZ_DIGITAL_SIGN_PVK SignInfo.dwSubjectChoice = CRYPTUI_WIZ_DIGITAL_SIGN_SUBJECT_FILE ![]() ![]() Presumably you must specify the reader name if you have more than one reader connected - as I only have one reader I cannot confirm this.
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