this is a simplified way to reduce the setup of google oAuth , your just import and define ur id and keys and done you will get the user details and jwt tokens
The Firebase Authenticaton component of the Firebase JS SDK.
GitHub API token authentication for browsers and Node.js
Google APIs Authentication Client Library for Node.js
Official SDK for Supabase Auth
The most comprehensive authentication framework for TypeScript.
node.js basic auth parser
Get the auth token set for an npm registry (if any)
Octokit authentication strategy for OAuth clients
GitHub OAuth Device authentication strategy for JavaScript
GitHub OAuth App authentication for JavaScript
GitHub App authentication for JavaScript
Authentication for Next.js
Tanstack hooks for better-auth
GitHub API token authentication for browsers and Node.js
Telemetry package for Better Auth
Relay Client Authentication
Kysely adapter for Better Auth
Authentication for the Web.
FirebaseAuth compatibility package that uses API style compatible with Firebase@8 and prior versions
The most comprehensive authentication framework for TypeScript.
Amazon Cognito Identity Provider JavaScript SDK
Use the Supabase JavaScript library in popular server-side rendering (SSR) frameworks.
@firebase/auth interop Types
The simple managed user service
Provides SMTP STARTTLS support for Ruby 1.8.6 (built-in for 1.8.7+). Simply require 'smtp_tls' and use the Net::SMTP#enable_starttls method to talk to servers that use STARTTLS. require 'net/smtp' begin require 'smtp_tls' rescue LoadError end smtp = Net::SMTP.new address, port smtp.enable_starttls smtp.start Socket.gethostname, user, password, authentication do |server| server.send_message message, from, to end You can also test your SMTP connection settings using mail_smtp_tls: $ date | ruby -Ilib bin/mail_smtp_tls smtp.example.com submission \ "your username" "your password" plain \ from@example.com to@example.com Using SMTP_TLS 1.0.3 -> "220 smtp.example.com ESMTP XXX\r\n" <- "EHLO you.example.com\r\n" -> "250-smtp.example.com at your service, [192.0.2.1]\r\n" -> "250-SIZE 35651584\r\n" -> "250-8BITMIME\r\n" -> "250-STARTTLS\r\n" -> "250-ENHANCEDSTATUSCODES\r\n" -> "250 PIPELINING\r\n" <- "STARTTLS\r\n" -> "220 2.0.0 Ready to start TLS\r\n" TLS connection started <- "EHLO you.example.com\r\n" -> "250-smtp.example.com at your service, [192.0.2.1]\r\n" -> "250-SIZE 35651584\r\n" -> "250-8BITMIME\r\n" -> "250-AUTH LOGIN PLAIN\r\n" -> "250-ENHANCEDSTATUSCODES\r\n" -> "250 PIPELINING\r\n" <- "AUTH PLAIN BASE64_STUFF_HERE\r\n" -> "235 2.7.0 Accepted\r\n" <- "MAIL FROM:<from@example.com>\r\n" -> "250 2.1.0 OK XXX\r\n" <- "RCPT TO:<to@example.com>\r\n" -> "250 2.1.5 OK XXX\r\n" <- "DATA\r\n" -> "354 Go ahead XXX\r\n" writing message from String wrote 91 bytes -> "250 2.0.0 OK 1247028988 XXX\r\n" <- "QUIT\r\n" -> "221 2.0.0 closing connection XXX\r\n" This will connect to smtp.example.com using the submission port (port 587) with a username and password of "your username" and "your password" and authenticate using plain-text auth (the submission port always uses SSL) then send the current date to to@example.com from from@example.com. Debug output from the connection will be printed on stderr.
========================================================= FreeSWITCHeR Copyright (c) 2009 The Rubyists (Jayson Vaughn, Tj Vanderpoel, Michael Fellinger, Kevin Berry) Distributed under the terms of the MIT License. ========================================================== ABOUT ----- A ruby library for interacting with the "FreeSWITCH" (http://www.freeswitch.org) opensource telephony platform REQUIREMENTS ------------ * ruby (>= 1.8) * eventmachine (If you wish to use Outbound and Inbound listener) USAGE ----- An Outbound Event Listener Example that reads and returns DTMF input: -------------------------------------------------------------------- Simply just create a subclass of FSR::Listner::Outbound and all new calls/sessions will invoke the "session_initiated" callback method. <b>NOTE</b>: FSR uses blocks within the 'session_inititated' method to ensure that the next "freeswich command" is not executed until the previous "Freeswitch command" has finished. This is kicked off by "answer do" #!/usr/bin/ruby require 'fsr' require 'fsr/listener/outbound' class OutboundDemo < FSR::Listener::Outbound def session_initiated exten = @session.headers[:caller_caller_id_number] FSR::Log.info "*** Answering incoming call from #{exten}" answer do FSR::Log.info "***Reading DTMF from #{exten}" read("/home/freeswitch/freeswitch/sounds/music/8000/sweet.wav", 4, 10, "input", 7000) do |read_var| FSR::Log.info "***Success, grabbed #{read_var.strip} from #{exten}" # Tell the caller what they entered speak("Got the DTMF of: #{read_var}") do #Hangup the call hangup end end end end end FSR.start_oes! OutboundDemo, :port => 8084, :host => "127.0.0.1" An Inbound Event Socket Listener example using FreeSWITCHeR's hook system: -------------------------------------------------------------------------- #!/usr/bin/ruby require 'pp' require 'fsr' require "fsr/listener/inbound" # EXAMPLE 1 # This adds a hook on CHANNEL_CREATE events. You can also create a method to handle the event you're after. See the next example FSL::Inbound.add_event_hook(:CHANNEL_CREATE) {|event| FSR::Log.info "*** [#{event.content[:unique_id]}] Channel created - greetings from the hook!" } # EXAMPLE 2 # Define a method to handle CHANNEL_HANGUP events. def custom_channel_hangup_handler(event) FSR::Log.info "*** [#{event.content[:unique_id]}] Channel hangup. The event:" pp event end # This adds a hook for EXAMPLE 2 FSL::Inbound.add_event_hook(:CHANNEL_HANGUP) {|event| custom_channel_hangup_handler(event) } # Start FSR Inbound Listener FSR.start_ies!(FSL::Inbound, :host => "localhost", :port => 8021) An Inbound Event Socket Listener example using the on_event callback method instead of hooks: --------------------------------------------------------------------------------------------- #!/usr/bin/ruby require 'pp' require 'fsr' require "fsr/listener/inbound" class IesDemo < FSR::Listener::Inbound def on_event(event) pp event.headers pp event.content[:event_name] end end FSR.start_ies!(IesDemo, :host => "localhost", :port => 8021, :auth => "ClueCon") An example of using FSR::CommandSocket to originate a new call in irb: ---------------------------------------------------------------------- irb(main):001:0> require 'fsr' => true irb(main):002:0> FSR.load_all_commands => [:sofia, :originate] irb(main):003:0> sock = FSR::CommandSocket.new => #<FSR::CommandSocket:0xb7a89104 @server="127.0.0.1", @socket=#<TCPSocket:0xb7a8908c>, @port="8021", @auth="ClueCon"> irb(main):007:0> sock.originate(:target => 'sofia/gateway/carlos/8179395222', :endpoint => FSR::App::Bridge.new("user/bougyman")).run => {"Job-UUID"=>"732075a4-7dd5-4258-b124-6284a82a5ae7", "body"=>"", "Content-Type"=>"command/reply", "Reply-Text"=>"+OK Job-UUID: 732075a4-7dd5-4258-b124-6284a82a5ae7"} SUPPORT ------- Home page at http://code.rubyists.com/projects/fs #rubyists on FreeNode
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