Open Source Go File Sharing Software for Windows - Page 3
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Go File Sharing Software for Windows
View 163 business solutionsBrowse free open source Go File Sharing Software for Windows and projects below. Use the toggles on the left to filter open source Go File Sharing Software for Windows by OS, license, language, programming language, and project status.
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Multiverse
Decentralized Version Control System
The goal of the Multiverse project is to create a developer-centric network for code hosting, collaboration, and archival. One that is community-operated, privacy-respecting, and completely open source. Multiverse builds on top of the libp2p and IPFS projects to provide a decentralized code-hosting network. Decentralized networks shift the power from service providers to the users in the form of data ownership. Data ownership and data portability are the two core factors that will drive innovation on the Multiverse network. Switching service providers is completely transparent as none of your data is trapped behind a walled garden. -
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OCI Registry P2P
A IPFS backed storage implementation for docker/OCI registry
A IPFS-backed storage implementation for the docker/OCI registry. This Project brings together cloud-native and peer-to-peer by enabling you to pull images directly from IPFS in way that's supported by existing container tooling. In addition, you can also push images and store them on IPFS. P2P OCI registries give you the ability to pull container images from IPFS, without being directly connected to a different registry. -
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Qri CLI
Organize, version, automate, and share datasets
Because qri is global and content-addressed, adding data to qri also checks the entire network to see if someone has added it before. Since qri is focused solely on datasets, it can provide meaningful search results. Every change on qri is associated with a peer, creating an audit-able trail you can use to quickly see what has changed and who has changed it. All datasets on qri are automatically described at the time of ingest using a flexible schema that makes data naturally inter-operate. Qri comes with tools to turn all datasets on the network into a JSON API with a single command. Finally, all changes in qri are tracked & synced. Qri helps you organize, version, automate, and share datasets. All changes to Qri Datasets are versioned. Compare one version to any other. Explore the history of commits to see how datasets evolve over time. Use our code editor and CI-style automation to keep your datasets fresh and tidy. -
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SIPS
A Simple IPFS Pinning Service
SIPS is still in early development and is not guaranteed to do much of anything. Although it should function for basic usage, expect bugs, and definitely don't use it for anything that has money associated with it. SIPS is a Simple IPFS Pinning Service. It does the bare minimum necessary to present a functional pinning service. SIPS is capable of using either Postgres or SQLite3 as its backend. By default only Postgres is available, but the sqlite3 build tag will add support for SQLite3. -
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Space Daemon
The Space Daemon packages together IPFS, Textile Threads/Buckets
Space Daemon is a wrapper built in Go around awesome IPFS tools so that you can have start coding a decentralized desktop app as fast as possible. It's built on top of Textile Threads and Buckets. Space Daemon requires a few modules to run successfully. If you downloaded the binary, you don't have to worry about this since it will be connecting to our services. It's good to understand what's happening behind the scenes though. All encrypted files are stored in an IPFS node. For convenience, Space Daemon runs an embedded node within the daemon that can be configured as well as the option to specify an external node to connect to. Centralized services that are optional, but offer additional convenience. Used mainly for identity. By using these services, you can allow users to claim usernames, so that Space Daemon can know the public key of a given username and in that way share files via username without having to input public keys directly. -
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Temporal
Temporal is an easy-to-use, enterprise-grade interface
Temporal is an enterprise-grade storage solution that allows you easily integrate with distributed storage technologies like IPFS, without sacrificing functionality with an easy to use API leveraging all the benefits the distributed web has to offer. Temporal's API comes in two flavors, hosted or on-site. Should you not have the resources, or interest in maintaining your own infrastructure you can take advantage of our hosted API running in our very own datacenter. Those who have the interest, and/or resources may deploy Temporal within your own environments. For those that deploy Temporal themselves, we offer paid for support, installation, tutorials, and product usage information sessions allowing organizations to leverage all the capabilities that Temporal offers. Temporal is modular such that the underlying protocols it connects to, can easily be upgraded, and replaced with without having to change the overall architecture. -
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crawler
A toolchain for bringing web2 to web3
A toolchain for bringing web2 to web3. IPFS daemon should be launched. Download enwiki-latest-all-titles to crawler root dir. Basically, there are two main functions provided by crawler tool. The first one is to parse wiki titles and submit links between keywords and wiki pages. Also, crawler has separate command upload-duras-to-ipfs to upload files to local IPFS node. All DURAs are collected under single root unixfs directory. -
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go-ipfs-plugin-i2p-gateway
A plugin for presenting an IPFS gateway over i2p
Plugin for presenting an IPFS gateway over i2p. This is only the gateway part, A.K.A. the easy part. It will make your IPFS gateway accessible via i2p clients, but it will not route communication between IPFS nodes over i2p(1). This means that it doesn't make your IPFS instance anonymous, it just makes it accssible to clients anonymously(2). It simply takes advantage of the plugin system to set up some hidden services when the IPFS plugin is initialized. It does this by reading the IPFS config file to find the ports that have been configured by the admin running IPFS, then using the SAM API to forward those ports to I2P. Once they are forwarded, a config file is generated containing the i2p configuration and it's base32 and base64 addresses. This is stored in a file called "i2pconfig." Finally, it simply forwards the IPFS gateway to I2P. -
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go-ipns
Utilities for creating, parsing, and validating IPNS records
This package contains all of the components necessary to create, understand, and validate IPNS records. It does not publish or resolve those records. Kubo uses this package internally to manipulate records. Once you have the record, you’ll need to use IPFS to publish it. There are several other major operations you can do with go-ipns. Check out the API docs or look at the tests in this repo for examples. -
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go-libp2p-http
HTTP on top of libp2p
Package p2phttp allows to serve HTTP endpoints and making HTTP requests through libp2p using Go's standard "http" and "net" stack. Instead of the regular "host:port" addressing, p2phttp uses a Peer ID and lets libp2p take care of the routing, thus taking advantage of features like multi-routes, NAT transversal and stream multiplexing over a single connection. This package is a library that uses Go modules for dependency management. -
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go-matrix
First version of go-MATRIX, especially for TPS optimization and AI
First version of go-MATRIX, especially for TPS optimization and AI. In the current version, mining nodes that are elected but fail to report their base compute will get blacklisted and lose all rewards for that round. The new patch will raise the penalty for backlisted mining nodes. If blacklisted, your node is also unable to become a candidate mining Masternode for the next election cycle. Difficulty level drops when a new validation leader is elected. If there is a new validation leader in one mining cycle (the time for generating 3 blocks), this mining cycle will take longer to finish, and difficulty for mining the following block will lower down. (The validators take turns to generate blocks, and a validator which has generated a block is considered the validation leader of that block.) Therefore, the increase in mining time caused in this way has nothing to do with the actual computing power. -
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go-textile
Infrastructure for building composable apps and services on the IPFS
Textile provides encrypted, recoverable, schema-based, and cross-application data storage built on IPFS and libp2p. We like to think of it as a decentralized data wallet with built-in protocols for sharing and recovery, or more simply, an open and programmable iCloud. Textile is still under heavy development and no part of it should be used before a thorough review of the underlying code and an understanding that APIs and protocols may change rapidly. There may be coding mistakes and the underlying protocols may contain design flaws. Please let us know immediately if you have discovered a security vulnerability. Textile is a set of tools and trust-less infrastructure for building censorship-resistant and privacy-preserving applications. While interoperable with the whole IPFS peer-to-peer network, Textile-flavored peers represent an additional layer or sub-network of users, applications, and services. -
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ipfs-pump
A tool to transfer data between IPFS nodes or storage
ipfs-pump is a command line tool to copy data between IPFS nodes, cluster or storage. -
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ipfs-upload-client
A minimal CLI tool to upload files and directories to IPFS
ipfs-upload-client is a minimal CLI tool to upload files or directories to Infura's IPFS or another API endpoint. -
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ipld-eml
An RFC-5322 compatible email parser that stores data on IPFS
ipld-eml is an RFC-5322 compliand IPLD object format for storing email messages, in both a space efficient, and time efficient manner. TemporalX is used as the interface into IPFS. Emails are converted into a protocol buffer object, before being stored onto IPFS. There are currently two methods for storing the IPLD objects: -
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kiosk
Multi-tenancy extension for Kubernetes
kiosk is a multi-tenancy extension For Kubernetes. Secure cluster sharing & self-service namespace provisioning. Accounts & account users to separate tenants in a shared Kubernetes cluster. Self-service namespace provisioning for account users. Account limits to ensure quality of service and fairness when sharing a cluster. Namespace templates for secure tenant isolation and self-service namespace initialization. Multi-cluster tenant management for sharing a pool of clusters. Kubernetes is designed as a single-tenant platform, which makes it hard for cluster admins to host multiple tenants in a single Kubernetes cluster. However, sharing a cluster has many advantages, e.g. more efficient resource utilization, less admin/configuration effort or easier sharing of cluster-internal resources among different tenants. -
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krab
krab is an encrypted keystore for use with IPFS
krab is a "semi secure" keystore that satisfies the IPFS keystore interface, allowing it to be used natively with many existing IPFS implementations, and tools. It stores keys on disk in a badger datastore, encrypting the keys before being stored in the datastore. Each time a key is fetched, it is decrypted first. A single password is used to encrypt all keys. -
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libipfs
A C-Style library implemented in Go for using IPFS in C++/C.
A C-Style library implemented in Go for using IPFS in C++/C. -
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multirpc
Multi transport RPC
A JSON-driven, signature-ready, flexible and modular RPC stack for multiple transports. This GoLang module provides a full stack for implementing a flexible RPC service. The same mux router could be used for providing service to multiple network transports in parallel. The aim for multirpc is to provide and easy way to implement an RPC communication over any transport layer, using the same JSON structure and signature schema. The API consumer only needs to provide the application layer (define the custom JSON fields and handlers). The RPC provides security mechanisms for validating the origin and for authentication (using secp256k1 cryptography). The network encryption (if any) must be handled on the transport layer. -
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nftool
A suite of tools for NFT generative art
A suite of tools for NFT generative art. Generate ERC-721 and ERC-1155 compatible metadata. Traits/Attributes/Properties Generation. Configure custom rarity. Generate collection attributes configuration file. Merge collections, shuffle collections. Find collisions between collections, and image Generation. Generate images from the collection description. Generate images in parallel. Generate only missing images (if you delete a few images from the output folder). Generate traits rarity. Generate collection rarity. Provenance, generate provenance, OpenSea, update metadata of collection. -
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orb DID Method
A DID method implementation that extends the Sidetree protocol
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.) -
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peerchat
A terminal-based P2P chat application using libp2p and Golang
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. -
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vocdoni-node
A set of libraries and tools for the Vocdoni decentralized backend
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.