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https://github.com/arrjunpradeep/medic-chain

A Blockchain based medical records management system that has been implemented on Ethereum platform
https://github.com/arrjunpradeep/medic-chain

admin blockchain blockchain-network contract devchain ethereum geth health-records medical-record medicalrecord patient records-management smart-contract testing testnet truffle

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A Blockchain based medical records management system that has been implemented on Ethereum platform

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README 

        
# Medic@Chain



### A blockchain-based Medical Records Management System





  




Today, doctors & health professionals are limited in the level of care they can provide because due to inability to view your complete, accurate health records. The proposed solution is a blockchain network created by the Health Department, who registers the doctors in this network. The doctors can publish patients medical records safely on blockchain network.



## System Requirements



1. Operating System : Ubuntu 16.04

2. System RAM : 4GB or Above



## Step by step instructions for installing / setting up the application for use



**Step 1:** Download the repostory using the command:  

```

 Git Clone "https://gitlab.com/ced_b3_projects/ced-b3-g10.git"

 ```

**Step 2:** Install the dependecies using the command: 

```

 npm Install  

 ```

**Step 3:** Use the following command to compile smart contract:  

```

 truffle compile  

 ```

**Step 4:** Use one of the following commands to connect to the devchain,private or public chain:  



**Devchain:**



1: Run the chain using following command

```

geth --datadir dev --networkid "4002" --rpc --rpcport 8545 --ipcpath "~/.ethereum/geth.ipc" --rpccorsdomain "*" --rpcapi "db,personal, eth, web3, net" --dev

```

2: In new terminal find coin base address and Copy to app.js

```

geth attach

> eth.accounts

```

3: Copy coin base address to app.js.Create 4 more accounts and pass ether to them using following comments

```

personal.newAccount("")//4 times

eth.sendTransaction({from:eth.accounts[0],to:eth.accounts[1],value:100000000000000000000})//pass 100 ether to each account

```

4: Cut the chain and rerun the chain using following comment to unlock the new accounts

```

geth --datadir dev --networkid "4002" --rpc --rpcport 8545 --ipcpath "~/.ethereum/geth.ipc" --rpccorsdomain "*" --rpcapi "db,personal, eth, web3, net" --dev --unlock 1,2,3,4 --allow-insecure-unlock

```

*Password: Enter Key*



**Private chain:** 

```

cd geth



geth --identity "miner" --networkid 4002 --datadir data --nodiscover --mine --rpc --rpcport "8545" --port "8191" --unlock 0,1,2,3 --password password.txt --ipcpath "~/.ethereum/geth.ipc" --rpccorsdomain "*" --rpcapi "db,eth,net,web3,personal" --allow-insecure-unlock 

```



start mining using the following command in new terminal, before doing any transaction:  

```

  geth attach 



  miner.start()  

```

*Password: Enter Key*



**Ropsten:**  



1: Run the chain using following command

```

 geth --testnet --syncmode "light" --datadir "rop" --rpc --rpcapi "db,eth,net,web3,personal" --rpcport "8545"  --rpccorsdomain "*" --allow-insecure-unlock

```

2: use java script console and connect to running chain.

```

    geth attach http://127.0.0.1:8545

```

3: Wait for the node to synch fully (will take some time). use the below command to know the status

```

    eth.syncing

```

    false - incase no synching happening (same for synching finished also), otherwise will show the status



4: Create a new account using the following command

```

    personal.newAccount("")

```

     The password is an enter



    create 3 more accounts



3: Transfer ether to each account using metamask account



4:Cut and ReRun the chain using following command

```

geth --testnet --syncmode "light" --datadir "rop" --rpc --rpcapi "db,eth,net,web3,personal" --rpcport "8545"  --rpccorsdomain "*" -unlock 0,1,2,3 --allow-insecure-unlock

 ```

**Step 5:** Use the following command to deploy the smart contract to the connected chain: 

```

 truffle migrate  

 ```

**Step 6:** Run the dapp using the command  

```

 npm start  

```

## Execution Flow:



**Step 7:** Login as admin to register the doctors. Admin has the privilege to register or delist the doctors.



**Step 8:** Only registered doctors can add health records of patients. The patient registration will be done at this point of time.



**Step 9:** Only registered patients can access the patient login portal. The registered patients can view their health records history. Also the patients can view the health records w.r.t respective doctors.



**Step 10:** Only patients has the privilege to grant access to doctor, so that the doctor can view the respective patients health records for a particular period. The patients can revoke the access given to doctor at any point of time.



**Step 11:** Registered doctors can view patient health records only when access to doctor is given by patient.



END