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TestSupplychain.js
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TestSupplychain.js
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// This script is designed to test the solidity smart contract - SuppyChain.sol -- and the various functions within
// Declare a variable and assign the compiled smart contract artifact
var SupplyChain = artifacts.require('SupplyChain')
contract('SupplyChain', function(accounts) {
// Declare few constants and assign a few sample accounts generated by ganache-cli
var sku = 1
var upc = 1
const ownerID = accounts[0]
const originManufacturerID = accounts[1]
const originManufacturerName = "Pharma Company"
const originManufacturerInformation = "Pharma Company Info"
const originManufacturerLatitude = "-30.3079827"
const originManufacturerLongitude = "-97.893485"
var productID = sku + upc
const productNotes = "Acetylsalicylic acid"
const productPrice = web3.toWei(1, "ether")
var itemState = 0
const distributorID = accounts[2]
const retailerID = accounts[3]
const consumerID = accounts[4]
const emptyAddress = '0x0000000000000000000000000000000000000000'
const stateManufactured = 0;
const statePackaged = 1;
const stateForSale = 2;
const stateSold = 3;
const stateShipped = 4;
const stateReceived = 5;
const statePurchased = 6;
///Available Accounts
///==================
///(0) 0x27d8d15cbc94527cadf5ec14b69519ae23288b95
///(1) 0x018c2dabef4904ecbd7118350a0c54dbeae3549a
///(2) 0xce5144391b4ab80668965f2cc4f2cc102380ef0a
///(3) 0x460c31107dd048e34971e57da2f99f659add4f02
///(4) 0xd37b7b8c62be2fdde8daa9816483aebdbd356088
///(5) 0x27f184bdc0e7a931b507ddd689d76dba10514bcb
///(6) 0xfe0df793060c49edca5ac9c104dd8e3375349978
///(7) 0xbd58a85c96cc6727859d853086fe8560bc137632
///(8) 0xe07b5ee5f738b2f87f88b99aac9c64ff1e0c7917
///(9) 0xbd3ff2e3aded055244d66544c9c059fa0851da44
console.log("ganache-cli accounts used here...")
console.log("Contract Owner: accounts[0] ", accounts[0])
console.log("Manufacturer: accounts[1] ", accounts[1])
console.log("Distributor: accounts[2] ", accounts[2])
console.log("Retailer: accounts[3] ", accounts[3])
console.log("Consumer: accounts[4] ", accounts[4])
let supplyChainContract = null;
it("Testing smart contract function manufactureItem() that allows a Manufacturer to manufacture a drug", async() => {
supplyChainContract = await SupplyChain.deployed()
// set up account membership
if(!await supplyChainContract.isManufacturer(originManufacturerID))
await supplyChainContract.addManufacturer(originManufacturerID);
if(!await supplyChainContract.isDistributor(distributorID))
await supplyChainContract.addDistributor(distributorID);
if(!await supplyChainContract.isRetailer(retailerID))
await supplyChainContract.addRetailer(retailerID);
if(!await supplyChainContract.isConsumer(consumerID))
await supplyChainContract.addConsumer(consumerID);
if(!await supplyChainContract.isManufacturer(originManufacturerID))
await supplyChainContract.addManufacturer(originManufacturerID)
let isManufacturer = await supplyChainContract.isManufacturer(originManufacturerID);
assert.equal(isManufacturer, true);
let resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
let sku = parseInt(resultBufferOne) + 1
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.Manufactured();
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.manufactureItem(upc, originManufacturerID, originManufacturerName, originManufacturerInformation, originManufacturerLatitude, originManufacturerLongitude, productNotes, {from: originManufacturerID})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], originManufacturerID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[5], stateManufactured, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], emptyAddress, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], emptyAddress, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
})
// 2nd Test
it("Testing smart contract function packageItem() that allows a Manufacturer to package a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.Packaged()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.packageItem(upc, {from: originManufacturerID})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], originManufacturerID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[5], statePackaged, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], emptyAddress, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], emptyAddress, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
})
it("Testing smart contract function sellItem() that allows a manufcturer to sell a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.ForSale()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.sellItem(upc, productPrice, {from: originManufacturerID})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], originManufacturerID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateForSale, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], emptyAddress, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], emptyAddress, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
});
it("Testing smart contract function buyItem() that allows a distributor to buy a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.Sold()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.buyItem(upc, {from: distributorID, value:productPrice})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], distributorID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateSold, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], distributorID, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], emptyAddress, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
});
it("Testing smart contract function shipItem() that allows a distributor to ship a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.Shipped()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.shipItem(upc, {from: originManufacturerID})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], distributorID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateShipped, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], distributorID, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], emptyAddress, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
});
it("Testing smart contract function buyItem() that allows a retailer to receive a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.Received()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.receiveItem(upc, {from: distributorID})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], distributorID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateReceived, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], distributorID, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], emptyAddress, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
})
it("Testing smart contract function sellItem() that allows a ditributor to sell a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.ForSale()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.sellItem(upc, productPrice, {from: distributorID})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], distributorID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateForSale, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], distributorID, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], emptyAddress, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
})
it("Testing smart contract function buyItem() that allows a retailer to buy a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.Sold()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.buyItem(upc, {from: retailerID, value: productPrice})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], retailerID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateSold, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], distributorID, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], retailerID, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
})
it("Testing smart contract function shipItem() that allows a distibutor to ship a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.Shipped()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.shipItem(upc, {from: distributorID})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], retailerID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateShipped, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], distributorID, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], retailerID, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
})
it("Testing smart contract function receiveItem() that allows a retailer to receive a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.Received()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.receiveItem(upc, {from: retailerID})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], retailerID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateReceived, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], distributorID, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], retailerID, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
})
it("Testing smart contract function sellItem() that allows a retailer to sell a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.ForSale()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.sellItem(upc, productPrice, {from: retailerID})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], retailerID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateForSale, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], distributorID, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], retailerID, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], emptyAddress, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
})
it("Testing smart contract function buyItem() that allows a consumer to buy a drug", async() => {
// Declare and Initialize a variable for event
var eventEmitted = false
// Watch the emitted event Manufactured()
var event = supplyChainContract.Sold()
await event.watch((err, res) => {
eventEmitted = true
})
// Mark an item as Manufactured by calling function manufactureItem()
await supplyChainContract.buyItem(upc, {from: consumerID, value: productPrice})
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne.call(upc)
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set
assert.equal(resultBufferOne[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], consumerID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateSold, 'Error: Invalid item State')
assert.equal(resultBufferTwo[6], distributorID, 'Error: Invalid distributorID')
assert.equal(resultBufferTwo[7], retailerID, 'Error: Invalid retailerID')
assert.equal(resultBufferTwo[8], consumerID, 'Error: Invalid consumerID')
assert.equal(eventEmitted, true, 'Invalid event emitted')
})
it("Testing smart contract function fetchItemBufferOne() that allows anyone to fetch item details from blockchain", async() => {
// Retrieve the just now saved item from blockchain by calling function fetchItem()
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferOne = await supplyChainContract.fetchItemBufferOne(upc)
// Verify the result set:
assert.equal(resultBufferOne[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferOne[2], consumerID, 'Error: Missing or Invalid ownerID')
assert.equal(resultBufferOne[3], originManufacturerID, 'Error: Missing or Invalid originManufacturerID')
assert.equal(resultBufferOne[4], originManufacturerName, 'Error: Missing or Invalid originManufacturerName')
assert.equal(resultBufferOne[5], originManufacturerInformation, 'Error: Missing or Invalid originManufacturerInformation')
assert.equal(resultBufferOne[6], originManufacturerLatitude, 'Error: Missing or Invalid originManufacturerLatitude')
assert.equal(resultBufferOne[7], originManufacturerLongitude, 'Error: Missing or Invalid originManufacturerLongitude')
})
it("Testing smart contract function fetchItemBufferTwo() that allows anyone to fetch item details from blockchain", async() => {
// Retrieve the just now saved item from blockchain by calling function fetchItem()
const resultBufferTwo = await supplyChainContract.fetchItemBufferTwo.call(upc)
// Verify the result set:
assert.equal(resultBufferTwo[0], sku, 'Error: Invalid item SKU')
assert.equal(resultBufferTwo[1], upc, 'Error: Invalid item UPC')
assert.equal(resultBufferTwo[2], productID, 'Error: Missing or Invalid productID')
assert.equal(resultBufferTwo[3], productNotes, 'Error: Missing or Invalid productNotes')
assert.equal(resultBufferTwo[4], productPrice, 'Error: Missing or Invalid productPrice')
assert.equal(resultBufferTwo[5], stateSold, 'Error: Invalid item state')
assert.equal(resultBufferTwo[6], distributorID, 'Error: Missing or Invalid distributorID')
assert.equal(resultBufferTwo[7], retailerID, 'Error: Missing or Invalid retailerID')
assert.equal(resultBufferTwo[8], consumerID, 'Error: Missing or Invalid consumerID')
})
});