Open Source Go Communications Software - Page 5

Golang version of personal micro-signal API, breaking through login restrictions, similar to developing public accounts, developing personal micro-signals. WeChat robot, using WeChat to complete the customized development of some functions. Modules are easy to use and easy to expand. Support customized development, such as logging, and automatic reply. Breakthrough login restrictions. No need to scan the QR code repeatedly to log in. Support multiple WeChat accounts to log in at the same time. Message reply, send text, pictures, files, emoji and other messages to designated objects (friends, groups) Hot login (no need to repeatedly scan the code to log in), custom message processing, file download, message anti-withdrawal. Obtain object information, set friend notes, pull friends into groups, etc.

Orb implements the following specifications: did:orb, Activity Anchors. The did:orb method is based on the Sidetree specification and Activity Anchors is based on the ActivityPub and ActivityStreams specifications. The project is built using make. The BDD test suite can be run with make bdd-test. This command builds the Orb images and runs the integration tests. A full set of integration tests is included, which demonstrate all the features of Orb, including adding followers/witnesses and creating/resolving sample DIDs. (These are located in ./test/bdd/features.)

A terminal-based P2P chat application using libp2p and Golang that uses a Kademlia DHT and the IPFS network for peer discovery and routing. The application was inspired by chat examples found on libp2p's pubsub library, but is more evolved and fully featured version of it. It uses a Kademlia DHT from libp2p for peer discovery and routing and supports a more fully featured host. The other components of the libp2p such as TLS encryption, peer active discovery, YAMUX stream multiplexing are integrated as well. The application also allows users to jump between different chat rooms without having to restart the application and they can also change their usernames at any point. The application works for two nodes on the same network or on different networks. Nodes that are behind NATs on private network are able to communicate with each other because the application attempts to configure the router automatically using UPnP and also uses AutoRelay (TURN) to facilitate the connection.

readeef is a self-hosted feed aggregator. Similar to Google Reader, but on your own server. readeef is written in Go, and as of October 2017, requires at least version 1.8 of the language. The currently supported databases are PostgreSQL, and SQLite. SQLite support is only built if CGO is enabled. The later is not recommended, as locking problems will occur. A single binary may be built from the sources. It currently contains three subcommands, one for starting the server, one for rebuilding the search index (while the server is stopped), and an administrative command, for manipulating users.

A Slack client for your terminal. Download a compatible binary for your system. For convenience, place slack-term in a directory where you can access it from the command line. Usually this is /usr/local/bin. If you want, you can also get slack-term via Go. You can also run it with docker, make sure you have a valid config file on your host system. In addition to running slack-term from the command line by using slack-term, you have some additional flags that you can use. You can specify a different location of the slack term config file. This enables you to run several slack-term instances with different configurations/tokens. You can also specify the slack-token that needs to be used, from the command line. There is also an option to set the slack-token for a single slack-term instance by setting the SLACK_TOKEN environment variable.

"TurkDevOps SourForce" Herkese selamlar, Geliştirici Ekipleri için açık kaynağa olan ilgimiz ve katkılarımız sayesinde bizlere yardımcı olarak kuruluşumuzu destekleyen "SourceForge" kuruluşuna teşekkür ederiz. Güncellemeler için lütfen abone olunuz, her zaman güvende kalın. Posta listeleri ve tartışma forumu dahilinde her türlü fikir ve yorum alışverişine açığız Topluluklarımızda misafirperver dayanışmamız saygı ve hoşgörü ile karşılanır, profesyonel bir ortamda davranış kurallarına uygun hareket edilmeli ve diğer topluluklara incelikle yaklaşarak etkileşim içinde olmalıdırlar. Tüm ekiplere başarılar

This repository contains a set of libraries and tools for the Vocdoni decentralized backend infrastructure, as described in the documentation. Vocdoni is a universally verifiable, censorship-resistant, and anonymous self-sovereign governance system, designed with the scalability and ease-of-use to support either small/private and big/national elections. Our main aim is a trustless voting system, where anyone can speak their voice and where everything can be audited. We are engineering building blocks for a permissionless, private and censorship-resistant democracy. We intend the algorithms, systems, and software that we build to be a useful contribution toward making violence in these crypto networks impossible by protecting users privacy with cryptography. In particular, our aim is to provide the necessary tooling for the political will of network participants to translate outwardly into real political capital, without sacrificing privacy.

In 1928 I was visited again by aliens who brought special metals and materials to show me for the materials data lab at less than infinity co. I showed them to my supervisor at the time and he was not at first excited. So, they left the planet and explained that they would possibly return if they had nothing better to do. Later on, I realized one of the unique properties of one of the materials.