rpc->request(__FUNCTION__,array($from,$to,"0x6f05b59d3b200000")); Hello all, I have installed geth1.4.18 .And i run this command geth --"> rpc->request(__FUNCTION__,array($from,$to,"0x6f05b59d3b200000")); Hello all, I have installed geth1.4.18 .And i run this command geth --"> rpc->request(__FUNCTION__,array($from,$to,"0x6f05b59d3b200000")); Hello all, I have installed geth1.4.18 .And i run this command geth --"> rpc->request(__FUNCTION__,array($from,$to,"0x6f05b59d3b200000")); Hello all, I have installed geth1.4.18 .And i run this command geth --"/>
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Ethereum Json-rpc Api

Ethereum/web3.js - Gitter

Ethereum/web3.js - Gitter

Ethereum node JavaScript API - Here is an example of that solution ["invalid argument 0: json: cannot unmarshal string into Go value of type ethapi.SendTxArgs",-32602] $json = $this->rpc->request(__FUNCTION__,array($from,$to,"0x6f05b59d3b200000")); Hello all, I have installed geth1.4.18 .And i run this command geth --genesis eth-test/genesis.json --datadir /home/testing123/.ethereum/ --networkid 1234 --port 30303 --rpcport 8545 console but i got this error "flag provided but not defined: -genesis". And how to fix this error ? who tell me , how create json-rpc sendTransaction in wallet console ok. but application to JSONRPC can't curl -X POST --data '{"jsonrpc":"2.0","method":"eth_sendTransaction","params":[{see above}],"id":1}' @fabdarice @christopherdro I didnt mention --rpc while running geth node ,must have missed in a haste. how can i use filters to view the transactions for an account ? const defaultEstimateGas = 50000000const myContractSend = web3.eth.contract(abi).at('0x446c3Ae44f43BCc9a51F2582Af76FD050b8916A8')myContractSend.transfer.sendTransaction('0x0C22B633bc8372a1956716330E34Eb548f3Df2ac', 2, { gas: web3.toHex(defaultEstimateGas)}, function(a, b) { console.log(a, b) }) it gives me an error Error: invalid address @Mari-Muthu you should try --init instead of using --genesis geth --init eth-test/genesis.json --datadir /home/testing123/.ethereum/ --networkid 1234 --port 30303 --rpcport 8545 Hi all, wondering if you can help - having a nightmare here after pounding web3 with a high transaction throughput, I keep getting back It's after about 13000 consecutive calls do you know how create sendTransaction param Error: HTTP RPC already running on 0.0.0.0:8545 at web3.js:3104:20 at web3.js:6191:15 at web3.js:5004:36 at :1:1 like I said, a few thousand transactions Continue reading >>

How To Create A Rpc Enabled Private Network Inethereum

How To Create A Rpc Enabled Private Network Inethereum

How to create a RPC enabled private network inEthereum Lets create a Geth private network with remote call procedure APIs. Ethereum is a platform to create decentralized applications which uses Blockchain data structure. Please install the Geth client before going to other sections. You can find the details about the installation here . After installing, run the following command in your command line terminal. Geth help command returns the Geth commands and options. Now create a folder in your home folder. In the following sections, we will call that folder . Make sure to keep that folder in a safe location. Lets create a private network by running the following command, $ geth --identity "" --rpc --rpcport "" --rpccorsdomain "*" --rpcapi "db,eth,net,web3" --datadir "" --port "" --nodiscover --networkid console $ geth --identity "jay" --rpc --rpcport "8080" --rpccorsdomain "*" --rpcapi "db,eth,net,web3" --datadir "/home/jayamini/.ethereum/geth/chaindata/TestChain1" --port "30303" --nodiscover --networkid 1999 console rpcport: HTTP-RPC server listening port (default: 8545) rpcapi: APIs offered over the HTTP-RPC interface rpccorsdomain: Comma separated list of domains from which to accept cross origin requests (browser enforced) datadir: Data directory for the databases and keystore port: Network listening port (default: 30303) nodiscover: Disables the peer discovery mechanism (manual peer addition) networkid: Network identifier (integer, 1=Frontier, 2=Morden (disused), 3=Ropsten, 4=Rinkeby) (default: 1) console: Start an interactive JavaScript environment ( Note: You can find more details about Geth commands and options by running - -help command.) After running the above command, Continue reading >>

Infura - Scalable Blockchain Infrastructure - Ethereum And Ipfs

Infura - Scalable Blockchain Infrastructure - Ethereum And Ipfs

Our mission is to provide the world with secure, stable, and scalable access to Ethereum and IPFS. For Ethereum dapp developers, INFURATM eliminates the need to install, configure, and maintain Ethereum nodes. FerrymanTM is a software layer that improves reliability and helps INFURA scale. Access IPFS seamlessly without the hassle of managing the infrastructure on your own. INFURATM assists the decentralization movement and advances the state of the art by providing ... Public endpoints for the Ethereum Mainnet and all testnet networks For decentralized storage, with custom reliability features Fully compatible with the standard JSON-RPC API and popular web3 libraries A reverse proxy that helps with scaling and reliability Geth and Paritythe most popular clients, both for robustness Permissioned private infrastructure can be set up for your organization Start using INFURATM in a few easy steps! It's an easy signup to get your own access token. Use one of these test or production INFURATM endpoints as your Ethereum client provider. Add your Access Token to the end of the URL. Below is a quick command line example using CURL. $ curl -X POST \ -H "Content-Type: application/json" \ --data '{"jsonrpc": "2.0", "id": 1, "method": "eth_blockNumber", "params": []}' \ "$ {"jsonrpc": "2.0","result": "0x3ccb11", "id":1} where the "0x3ccb11" will be replaced with the block number of the most recent block on that network. You can read more about getting started with INFURATM in this blog post . A fast Ethereum API for decentralized applications Running and syncing Ethereum blockchain nodes can be time-consuming and requires lots of storage. Regular end-users may have a hard time keeping their clients in sync. We take care of devops with reliable transaction processing so you can foc Continue reading >>

Send Transactions To Ethereum Contracts Via Json Rpc Api

Send Transactions To Ethereum Contracts Via Json Rpc Api

I'm playing around with geth and wanted to interacts with contracts through JSON RPC API. However, I'm confused because there is no place for input in the eth.sendTransaction API. Per Ethereum Gitbook , eth.sendTransaction takes in params like this: params: [{ "from": "0xb60e8dd61c5d32be8058bb8eb970870f07233155", "to": "0xd46e8dd67c5d32be8058bb8eb970870f072445675", "gas": "0x76c0", // 30400, "gasPrice": "0x9184e72a000", // 10000000000000 "value": "0x9184e72a", // 2441406250 "data": "0xd46e8dd67c5d32be8d46e8dd67c5d32be8058bb8eb970870f072445675058bb8eb970870f072445675"}] All these fields make sense but there is no place to specify the input. Using other tools, such as console and web apps, I can sendTransaction and noticed the TX takes a form like this: > eth.getTransactionFromBlock(60){ blockHash: "0xc386191621e45e170d50c1caacc9090b7117e09d0847c46f77f6a3c822ec5580", blockNumber: 60, from: "0xd9b56ae6e0f7a7e0e0dec74b685b2c7f3f543472", gas: 66666, gasPrice: 50000000000, hash: "0x28aa9e720e11f2f81490b6500a3a56c19ec77b936fc745d16c302387837f324e", input: "0xc6888fa10000000000000000000000000000000000000000000000000000000000000064", nonce: 6, to: "0x689495d3e1ff1b955bc4d0bde622bdb34dbb787b", transactionIndex: 0, value: 0} Note the there is an input field. So is it possible to send transaction via JSON RPC API? If so, which API should be used? Continue reading >>

Web3: Ethereum Api For Haskell

Web3: Ethereum Api For Haskell

aeson (>=1.2.4.0 && <1.3), async (>=2.1.1.1 && <2.3), base (>4.9 && <4.12), basement (>=0.0.7 && <0.1), bytestring (>=0.10.8.2 && <0.11), cereal (>=0.5.5.0 && <0.6), cryptonite (==0.25.*), data-default (>=0.7.1.1 && <0.8), exceptions (>=0.8.3 && <0.9), generics-sop (>=0.3.2.0 && <0.4), http-client (>=0.5.12.1 && <0.6), http-client-tls (>=0.3.5.3 && <0.4), machines (>=0.6.3 && <0.7), memory (>=0.14.16 && <0.15), mtl (>=2.2.2 && <2.3), parsec (>=3.1.13.0 && <3.2), tagged (>=0.8.5 && <0.9), template-haskell (>=2.12.0.0 && <2.14), text (>=1.2.3.0 && <1.3), transformers (>=0.5.2.0 && <0.6) [ details ] (no votes yet) [estimated by rule of succession ] Use -f to enable a flag, or -f - to disable that flag. More info web3-0.7.1.0.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) This is the Ethereum compatible Haskell API which implements the Generic JSON RPC spec. $ git clone && cd hs-web3$ stack setup$ stack ghci This library runs only paired with geth or parity Ethereum node,please start node first before using the library. Any Ethereum node communication wrapped with Web3 monadic type. > import Network.Ethereum.Web3.Web3> :t clientVersionclientVersion :: Web3 Text To run this computation used runWeb3' or runWeb3 functions. > import Network.Ethereum.Web3> runWeb3 clientVersionRight "Parity//v1.4.5-beta-a028d04-20161126/x86_64-linux-gnu/rustc1.13.0" Function runWeb3 use default Web3 provider at localhost:8545. > :t runWeb3runWeb3 :: MonadIO m => Web3 a -> m (Either Web3Error a) Quasiquotation is used to parse contract ABI or load from JSON file. TemplateHaskell driven Haskell contract API generator can automatical create ABI encoding instances and contract method helpers. > :set -XQuasiQuotes> import Network.Ethereum.Contr Continue reading >>

Tutorial For Building An Ethereum Dapp With Integrated Web3 Monitoring

Tutorial For Building An Ethereum Dapp With Integrated Web3 Monitoring

Tutorial for building an Ethereum DApp with Integrated Web3 Monitoring Tutorial on building an Ethereum decentralized app with Solidity and Truffle, and integrating Moesif API Insights for monitoring Web3 interactions. Co-founder @Moesif @TroveMarket, Worked @Zynga @Microsoft, Studied @MIT, Invested @HornetApp @ECitySky This post walks through the steps to creating a simple Ethereum DApp usingWeb3.js and Truffle and set up monitoring of the API transactions sent tothe blockchain. This article also provides explanation of various pieces of technologyinvolved in developing DApps. Decentralized Applications (or DApps) are applications that do not rely on a centralized backendrunning in AWS or Azure that power traditional web and mobile applications(outside of hosting the frontend code itself). Instead,the application interacts directly with a blockchain which can be thought of distributedcluster of nodes analogous to applications interacting directly with a masterlesscluster of Cassandra nodes with full replication on every peer in anuntrusted peer-to-peer network. These blockchain nodes do not require a leader which would defeat the purpose ofbeing truly decentralized. Unlike leader election in various consensus protocols like Raft and Paxos ,blockchain transactions are sent to and processed by random nodes via Proof of Work or Proof of Stake.These nodes are untrusted nodes running in an arbitrary sized network onvarious compute devices around the world. Such technology can enable true decentralized ledgers and systems of records. DApps are the frontend apps which interact with these blockchain over an API. For Ethereum , this API is a JSON-RPC layer called the Ethereum Web3 API which Moesif supports natively. Ethereum is an implementationof blockchain technology that ca Continue reading >>

Ethereum-rpc-client 0.4.4

Ethereum-rpc-client 0.4.4

Returns the gas price in wei as an integer ### `Client.get_balance(address, block="latest")` * **address**: The hex encoded address to lookup the balance for. * **block**: The block to use for the lookup. Returns the account balance for the address in wei as an integer. ### `Client.get_code(address, block="latest")` * **address**: The hex encoded address to lookup the code for. * **block**: The block to use for the lookup. ### `Client.call(_from=None, to=None, gas=None, gas_price=None, value=0, data=None, block="latest")` > * **_from**: The hex encoded address to use as the source for the call. * **to**: The hex encoded address of the contract for the call. * **gas**: Integer gas alotment for the call. * **gas_price**: Integer gas price in wei. * **value**: Integer amount in wei to send with the call. ### `Client.send_transaction(_from=None, to=None, gas=None, gas_price=None, value=0, data=None) * **_from**: The hex encoded address to use as the source for the transaction. * **to**: The hex encoded address of the contract for the transaction. * **gas**: Integer gas alotment for the transaction. * **gas_price**: Integer gas price in wei. * **value**: Integer amount in wei to send with the transaction. * **txn_hash**: The hex encoded transaction hash to lookup. Returns a dictionary of the transaction receipt or `None` if no receipt is * **transactionHash**: hex encoded hash of the transaction. * **transactionIndex**: integer of the transactions index position in the block. * **blockHash**: hex encoded hash of the block where this transaction was in. * **blockNumber**: integer block number where this transaction was in. * **cumulativeGasUsed**: The total amount of gas used when this transaction was executed in the block. * **gasUsed**: The amount of gas used by this speci Continue reading >>

Infosec Handlers Diary Blog - Internet Wide Ethereum Json-rpc Scans

Infosec Handlers Diary Blog - Internet Wide Ethereum Json-rpc Scans

Ethereum is certainly getting a lot of press this year, and with this, we also see the bad guys spending more effort to steal the shiny fresh off the digital mint crypto coins. Etherum itself is a rather complex beast, but one feature Ethereum nodes provide is a remote access option via RPC. Typically, nodes are listening on port 8545 . For the last few months, we have been seeing a steady increase in requests for this port. {"jsonrpc":"2.0","method":"eth_getBlockByNumber","params":["0x1", false], "id":406270} The user agent matches the typical Go library used to implement these requests. At this point, this looks just like a recognizance query. If anybody has the "right" response to this type of query, please let me know. the "id" parameter changes between requests. Currently, two IP addresses are scanning specifically hard using these requests: 216.158.238.186 - Interserver Inc. (a New Jersey hosting company) 46.166.148.120 -NFOrce Entertainment BV (Durch hosting company) If you are using Ethereum, and if you are running an Ethereum node, then please make sure the node is not listening to inbound queries. As far as I can tell, these requests are simple HTTP requests, they are not protected by same-origin policy and can easily be issued via Javascript. It would be trivial to have Javascript look for a node on the host connecting to a web server, even if the host is behind NAT. Probably because investors in cryptocurrencies are used to taking risks, the JSON RPC interface does not provide for authentication. Instead, if you do want to use any form of authentication, you have to proxy the queries via a server like Nginxthat is then able to filter and authenticate requests. If you are more familiar with the use of JSON-RPC for Ethereum, or if you have anything else to co Continue reading >>

22-ethjson: Ethereum Json-rpc

22-ethjson: Ethereum Json-rpc

At present there are two key datatypes that are passed over JSON:unformatted byte arrays and quantities. Both are passed with a hexencoding, however with different requirements to formatting: When encoding QUANTITIES (integers, numbers): encode as hex, prefixwith 0x, the most compact representation (slight exception: zeroshould be represented as 0x0). Examples: - 0x41 (65 in decimal) -0x400 (1024 in decimal) - WRONG: 0x (should always have at least onedigit - zero is 0x0) - WRONG: 0x0400 (no leading zeroes allowed) -WRONG: ff (must be prefixed 0x) When encoding UNFORMATTED DATA (byte arrays, account addresses,hashes, bytecode arrays): encode as hex, prefix with 0x, two hexdigits per byte. Examples: - 0x41 (size 1, A) - 0x004200 (size 3, :raw-latex:`\0`B:raw-latex:` 0`) - 0x (size 0, ) - WRONG: 0xf0f0f(must be even number of digits) - WRONG: 004200 (must be prefixed 0x) Currently cpp-ethereum and go-ethereum providesJSON-RPC communication over http and IPC (unix socket Linux andOSX/named pipes on Windows). From version 1.4 go-ethereum has websocketsupport. // Requestcurl -X POST --data '{"jsonrpc":"2.0","method":"web3_clientVersion","params":[],"id":67}'// Result{ "id":67, "jsonrpc":"2.0", "result": "Mist/v0.9.3/darwin/go1.4.1"} Returns Keccak-256 (not the standardized SHA3-256) of the given data. String - the data to convert into a SHA3 hash DATA - The SHA3 result of the given string. // Requestcurl -X POST --data '{"jsonrpc":"2.0","method":"web3_sha3","params":["0x68656c6c6f20776f726c64"],"id":64}'// Result{ "id":64, "jsonrpc": "2.0", "result": "0x47173285a8d7341e5e972fc677286384f802f8ef42a5ec5f03bbfa254cb01fad"} Returns the current network protocol version. String - The current network protocol version // Requestcurl -X POST --data '{"jsonrpc":"2.0","method":"net_ver Continue reading >>

Myetherapi: An Api By Myetherwallet

Myetherapi: An Api By Myetherwallet

web3.setProvider(new web3.providers.HttpProvider('PUT_ENDPOINT_URL_HERE') // Request curl -H "Content-Type: application/json" -X POST --data '{"jsonrpc":"2.0","method":"eth_getBalance","params":["0x7cB57B5A97eAbe94205C07890BE4c1aD31E486A8", "latest"],"id":1}' // Result { "id":1, "jsonrpc": "2.0", "result": "0x231d5cd577654ceab3" // 647751843213568961203 } var web3 = new Web3(); web3.setProvider(new web3.providers.HttpProvider('web3.eth.getBalance("0x7cB57B5A97eAbe94205C07890BE4c1aD31E486A8").toString(); //Result "647751843213568961203" var web3 = new Web3(); web3.setProvider(new web3.providers.HttpProvider('var filter = web3.eth.filter('pending'); filter.watch(function(error, result) { if (!error) { web3.eth.getTransaction(result, function(error, data) { if (!error) $("#newTxs tr:first").after(''+data.from+''+data.to+' '+web3.fromWei(data.value,'ether').toString()+' ETH '); }); } }); //Result //checkout latest transactions below, it might take a second to load as it is waiting for incoming txs Continue reading >>

Go Ethereum - Personal Api Documentation For Json Rpc - Ethereum Stack Exchange

Go Ethereum - Personal Api Documentation For Json Rpc - Ethereum Stack Exchange

Ethereum's JSON-RPC spec doesn't contain the personal APIs, because the personal APIs are an extension by Geth. The JSON-RPC spec represents what a compliant Ethereum client should implement. @BokkyPooBah has linked to other helpful answers, which mention risks of managing accounts via JSON-RPC, and probably the reason why the spec doesn't advocate implementation of them by all compliant clients (such as cpp-ethereum, pyethapp). The reason that the "personal" methods are not listed in the JSON-RPC spec is that they are not "official" API methods, i.e. they are not necessarily implemented across all clients. What you're looking for is the GO-Ethereum client's management API , which includes the "personal" commands. Note that this only applies to geth, and is not necessarily supported in the same manner across all clients. It is generally not recommended to expose these commands over RPC, since local applications can communicate via IPC, and RPC can be accessed by remote, possibly unauthorized clients, and because it is transmitted via plaintext HTTP, passwords should be handled carefully over it. If you're sure you know what you're doing, you can enable RPC access to management commands using the --rpcapi flag in geth. Once they are enabled, you can access them the same way you would access any method over RPC, for example: curl -X POST --data '{"jsonrpc":"2.0","method":"personal_unlockAccount","params":["0x4bb96091ee9d802ed039c4d1a5f6216f90f81b01","myPassword"],"id":1}' localhost:8545` Not all that useful other than seeing '{"jsonrpc":"2.0","method":"personal_newAccount","params":["password"],"id":1}' which shows that the rpc method format for personal calls. ByronP Apr 18 '16 at 14:56 I also disagree with the idea that doing this is unsafe and thus not well documented Continue reading >>

Json Rpc Api | Ethereum Builder's Guide

Json Rpc Api | Ethereum Builder's Guide

JSON is a lightweight data-interchange format. It can represent numbers, strings, ordered sequences of values, and collections of name/value pairs. JSON-RPC is a stateless, light-weight remote procedure call (RPC) protocol. Primarily this specification defines several data structures and the rules around their processing. It is transport agnostic in that the concepts can be used within the same process, over sockets, over HTTP, or in many various message passing environments. It uses JSON ( RFC 4627 ) as data format. To talk to an ethereum node from inside a JavaScript application use the web3.js library, which gives an convenient interface for the RPC methods.See the JavaScript API for more. You can start the HTTP JSON-RPC with the --rpc flag change the default port (8545) and listing address (localhost) with: geth --rpc --rpcaddr --rpcport If accessing the RPC from a browser, CORS will need to be enabled with the appropriate domain set. Otherwise, JavaScript calls are limit by the same-origin policy and requests will fail: geth --rpc --rpccorsdomain "The JSON RPC can also be started from the geth console using the admin.startRPC(addr, port) command. You can start it by running eth application with -j option: You can also specify JSON-RPC port (default is 8080): At present there are two key datatypes that are passed over JSON: unformatted byte arrays and quantities. Both are passed with a hex encoding, however with different requirements to formatting: When encoding QUANTITIES (integers, numbers): encode as hex, prefix with "0x", the most compact representation (slight exception: zero should be represented as "0x0"). Examples: WRONG: 0x (should always have at least one digit - zero is "0x0") WRONG: 0x0400 (no leading zeroes allowed) When encoding UNFORMATTED DATA Continue reading >>

Using A Layer 7 Proxy For Ethereum Blockchain Clients Json-rpc Endpoint

Using A Layer 7 Proxy For Ethereum Blockchain Clients Json-rpc Endpoint

This walk-through shows how, we validated API Management as a Layer 7 proxy in front of an Ethereum client using the Ethereum JSON-RPC JavaScript library web3.jsfor this project. In this scenario, utilizing Microsoft Azure API Management is necessary to ensure that only internal traffic from an Azure tenant via Virtual Networks (VNET) can access the Ethereum clients JSON-RPC listening endpoint. In this example, the Ethereum client is Go Ethereum. Utilizing API Management provides additional risk mitigation features; however, this extra security also creates a blocker for the Geth JSON-RPC client libraries making calls that require custom HTTP Headers, such as the Ethereum JavaScript API. For addressing this blocker, a NPM package was created. This library overrides the behavior of the web3.js HttpProvider, and permits injection of HTTP Headers that API Management can use for authorization and authentication of callers. Typically, an Ethereum clients JSON-RPC endpoint is unprotected and uses only HTTP with no option to validate callers of the endpointor to use HTTPS (TLS). This approach represents a possible attack vector for abuse such as a denial-of-service (DoS), snooping, or worse. Some guidance exists from other Blockchain platforms, such as Bitcoin, to never use their version of JSON-RPC on the internet. The guidance from Ethereum is to ensure that the port is blocked from any internet usage. If there is a desire to present this endpoint either internally or externally, Azure API Management can assist in managing the service for security purposes, while adding other features such as analytics and tracking. Whether internal or external, this open port is an attack vector that needs to be part of a secure infrastructure design. Azure API Management provides HTTPS fo Continue reading >>

Json Rpc Ethereum/wiki Wiki Github

Json Rpc Ethereum/wiki Wiki Github

You can start the HTTP JSON-RPC with the --rpc flag change the default port (8545) and listing address (localhost) with: geth --rpc --rpcaddr --rpcport If accessing the RPC from a browser, CORS will need to be enabled with the appropriate domain set. Otherwise, JavaScript calls are limit by the same-origin policy and requests will fail: geth --rpc --rpccorsdomain "The JSON RPC can also be started from the geth console using the admin.startRPC(addr, port) command. You can start it by running eth application with -j option: You can also specify JSON-RPC port (default is 8545): In python the JSONRPC server is currently started by default and listens on 127.0.0.1:4000 You can change the port and listen address by giving a config option. pyethapp -c jsonrpc.listen_port=4002 -c jsonrpc.listen_host=127.0.0.2 run At present there are two key datatypes that are passed over JSON: unformatted byte arrays and quantities. Both are passed with a hex encoding, however with different requirements to formatting: When encoding QUANTITIES (integers, numbers): encode as hex, prefix with "0x", the most compact representation (slight exception: zero should be represented as "0x0"). Examples: WRONG: 0x (should always have at least one digit - zero is "0x0") WRONG: 0x0400 (no leading zeroes allowed) When encoding UNFORMATTED DATA (byte arrays, account addresses, hashes, bytecode arrays): encode as hex, prefix with "0x", two hex digits per byte. Examples: When requests are made that act on the state of ethereum, the last default block parameter determines the height of the block. The following options are possible for the defaultBlock parameter: String "earliest" for the earliest/genesis block String "latest" - for the latest mined block String "pending" - for the pending state/transactio Continue reading >>

Nethereum

Nethereum

Nethereum is the .Net integration library for Ethereum, simplifying the access and smart contract interaction with Ethereum nodes both public or permissioned like Geth, Parity or Quorum . Nethereum is developed targeting netstandard 1.1, net451 and also as a portable library, hence it is compatible with all the operating systems (Windows, Linux, MacOS, Android and OSX) and has been tested on cloud, mobile, desktop, Xbox, hololens and windows IoT. Upcoming releases will include functionalities such as DevP2P , Plasma and Micro-Payments. Geth management API (admin, personal, debugging, miner). ABI to .Net type encoding and decoding, including attribute based for complex object deserialization. Transaction, RLP and message signing, verification and recovery of accounts. Libraries for standard contracts Token, ENS and Uport Integrated TestRPC testing to simplify TDD and BDD (Specflow) development. Key storage using Web3 storage standard, compatible with Geth and Parity. Simplified account life cycle for both managed by third party client (personal) or stand alone (signed transactions). Code generation of smart contracts services. Nethereum provides two types of packages. Standalone packages targeting Netstandard 1.1, net451 and where possible net351 to support Unity3d. There is also a Nethereum.Portable library which combines all the packages into a single portable library. As netstandard evolves and is more widely supported, the portable library might be eventually deprecated. To install the main packages you can either: Continue reading >>

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