owner, AppraisedValue: appraisedValue, }; return ctx.stub.putState(id, Buffer.from(JSON.stringify(asset))); } You can learn more about the Basic smart contract in the Writing list of all commercial papers using paperList, and return the new commercial paper (serialized as a buffer) as the transaction response. See how paperList is retrieved from the transaction context to provide update the commercial paper on the ledger, and return the updated commercial paper (serialized as a buffer) as the transaction response. Why don’t you see if you can understand the logic for the redeem transaction

color, Size: size, Owner: owner, AppraisedValue: appraisedValue, }; return ctx.stub.putState(id, Buffer.from(JSON.stringify(asset))); } You can learn more about the Basic smart contract in the Writing list of all commercial papers using paperList, and return the new commercial paper (serialized as a buffer) as the transaction response. See how paperList is retrieved from the transaction context to provide update the commercial paper on the ledger, and return the updated commercial paper (serialized as a buffer) as the transaction response. Why don’t you see if you can understand the logic for the redeem transaction

docType: 'car', make, model, owner, }; await ctx.stub.putState(carNumber, Buffer.from(JSON.stringify(car))); } You can learn more about the Fabcar smart contract in the Writing list of all commercial papers using paperList, and return the new commercial paper (serialized as a buffer) as the transaction response. See how paperList is retrieved from the transaction context to provide update the commercial paper on the ledger, and return the updated commercial paper (serialized as a buffer) as the transaction response. Why don’t you see if you can understand the logic for the redeem transaction

const car = { color, docType: 'car', make, model, owner, }; await ctx.stub.putState(carNumber, Buffer.from(JSON.stringify(car))); } You can learn more about the Fabcar smart contract in the Writing list of all commercial papers using paperList, and return the new commercial paper (serialized as a buffer) as the transaction response. See how paperList is retrieved from the transaction context to provide update the commercial paper on the ledger, and return the updated commercial paper (serialized as a buffer) as the transaction response. Why don’t you see if you can understand the logic for the redeem transaction

docType: 'car', make, model, owner, }; await ctx.stub.putState(carNumber, Buffer.from(JSON.stringify(car))); } You can learn more about the Fabcar smart contract in the Writing list of all commercial papers using paperList, and return the new commercial paper (serialized as a buffer) as the transaction response. See how paperList is retrieved from the transaction context to provide update the commercial paper on the ledger, and return the updated commercial paper (serialized as a buffer) as the transaction response. Why don’t you see if you can understand the logic for the redeem transaction

const car = { color, docType: 'car', make, model, owner, }; await ctx.stub.putState(carNumber, Buffer.from(JSON.stringify(car))); } You can learn more about the Fabcar smart contract in the Writing list of all commercial papers using paperList, and return the new commercial paper (serialized as a buffer) as the transaction response. See how paperList is retrieved from the transaction context to provide update the commercial paper on the ledger, and return the updated commercial paper (serialized as a buffer) as the transaction response. Why don’t you see if you can understand the logic for the redeem transaction

const car = { color, docType: 'car', make, model, owner, }; await ctx.stub.putState(carNumber, Buffer.from(JSON.stringify(car))); } You can learn more about the Fabcar smart contract in the Writing list of all commercial papers using paperList, and return the new commercial paper (serialized as a buffer) as the transaction response. See how paperList is retrieved from the transaction context to provide update the commercial paper on the ledger, and return the updated commercial paper (serialized as a buffer) as the transaction response. Why don’t you see if you can understand the logic for the redeem transaction

docType: 'car', make, model, owner, }; await ctx.stub.putState(carNumber, Buffer.from(JSON.stringify(car))); } You can learn more about the Fabcar smart contract in the Writing list of all commercial papers using paperList, and return the new commercial paper (serialized as a buffer) as the transaction response. See how paperList is retrieved from the transaction context to provide update the commercial paper on the ledger, and return the updated commercial paper (serialized as a buffer) as the transaction response. Why don’t you see if you can understand the logic for the redeem transaction

docType: 'car', make, model, owner, }; await ctx.stub.putState(carNumber, Buffer.from(JSON.stringify(car))); } You can learn more about the Fabcar smart contract in the Writing list of all commercial papers using paperList, and return the new commercial paper (serialized as a buffer) as the transaction response. See how paperList is retrieved from the transaction context to provide update the commercial paper on the ledger, and return the updated commercial paper (serialized as a buffer) as the transaction response. Why don’t you see if you can understand the logic for the redeem transaction

const car = { color, docType: 'car', make, model, owner, }; await ctx.stub.putState(carNumber, Buffer.from(JSON.stringify(car))); } You can learn more about the Fabcar smart contract in the Writing list of all commercial papers using paperList, and return the new commercial paper (serialized as a buffer) as the transaction response. See how paperList is retrieved from the transaction context to provide update the commercial paper on the ledger, and return the updated commercial paper (serialized as a buffer) as the transaction response. Why don’t you see if you can understand the logic for the redeem transaction