Beginner’s Guide to ️⚡Lightning️⚡ on a Raspberry Pi

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The BitPay test environment is a scalable, production-like environment that exactly mirrors our world-class payment-processing platform. The software development organization of an enterprise is responsible for the requirements, architecture, design, implementation, and testing of software systems.

While there have been many processes, methodologies, and practices that have been made popular for running the business of software development e. This often results in incompatibilities between software systems implementation and business processes where the human-computer interface demands a high degree of efficiency and effectiveness.

The solution is to implement a DevOps strategy. DevOps is the contraction of Development and Operations and refers to an enterprise capability for continuous software delivery where rapid stakeholder feedback is used to balance speed, quality, cost, and testnet bitcoin address checking for the deployment of software systems. One of the key attributes supporting an effective DevOps strategy is the presence of a release process that includes a continuous delivery pipeline.

The most effective continuous delivery pipelines employ production like characteristics at the earliest possible stage, allowing for few to no architecture or configuration changes being made prior to deployment in the final production environment. BitPay has developed a simple and easy to use environment architecture that meets the demands of enterprise organizations needing to achieve flow through a continuous delivery pipeline and also providing smaller businesses the ideal test environment for validating their implementation.

The BitPay test server environment is a scalable, production-like environment that exactly mirrors our world-class payment-processing platform. Our test server environment runs BitPay production software testnet bitcoin address checking hardware with the same specifications as those used in production. The most notable difference between the BitPay test environment and production environment is the use of the Bitcoin testnet block chain in the test server environment.

Using the Bitcoin testnet block chain provides early pipeline stage environments maximum flexibility for experimentation, innovation, and validation. The following diagram illustrates an example of a continuous delivery pipeline using the BitPay test and production environments.

In this example each of testnet bitcoin address checking environments preceding the Production environment make use of the BitPay test environment, each using its own BitPay merchant account. This arrangement of using different BitPay merchant accounts for each environment provides for isolation of the account settings e.

Notice that only the production environment requires use of the BitPay production server. Using the BitPay test environment for small-scale development testnet bitcoin address checking is illustrated below. In this example a single test environment merchant account is used for testnet bitcoin address checking and testing. The reconfiguration of a software system implementation between the BitPay test and production environments is straightforward and should not testnet bitcoin address checking any source code changes.

The following configuration settings specify the target environment. Must be created using a production environment merchant account. Prior to the availability of the BitPay test environment all development and test activities had to be conducted using the BitPay production server.

While this generally works well it does have testnet bitcoin address checking limitations and constraints that may not be suitable in all cases. For instance, processing test transactions on the testnet bitcoin address checking server with settlement options set to deposit USD to a bank account presents developers the challenge of obtaining access to company bank deposit account and routing information.

Furthermore, coordination of testing settlement deposits would likely involve coordination with stakeholders from the business finance group. While this scenario may require testnet bitcoin address checking business process testing including live deposits at later stages in the pipeline, it is likely not required during early developer testing where ledger reconciliation testing is prioritized over live deposit testing.

The following table identifies specific capabilities of the BitPay platform and how the test and production environments handle each of these capabilities.

Capability Test Environment Production Environment Block chain Testnet block chain Bitcoin block chain Onboarding Account approved and created immediately; the BitPay KYC compliance process is not engaged in the approving of merchant accounts. Accounts are only created if the application is determined to meet BitPay KYC compliance requirements. Pricing The selected plan affects the ledger exactly as with testnet bitcoin address checking production environment.

The selected plan is applied to the ledger. Settlement Testnet bitcoin - Settled each day at Testnet bitcoins are sent to the testnet wallet address specified in the account.

Fiat currencies - A simulated settlement is performed each business day at The BitPay test server simulates settlement of qualifying ledger amounts. Each bank or wire transfer settlement is simulated by sending an email to the merchant account email address. The email identifies the exact amount of settlement. Bitcoins are sent to the Bitcoin wallet address specified in the account. Fiat currencies - Settlement is performed each business day beginning at The bank account and routing information is used to deposit the exact amount.

Refund Processing The BitPay Client Operations team does not provide refund processing or other ledger adjustment operations. The BitPay Client Operations team responds to all merchant requests. The BitPay test server exposes all of the features of the BitPay payment processing platform testnet bitcoin address checking. The BitPay test server is open and available for anyone to use.

Simply testnet bitcoin address checking an application at https: Since the BitPay test server is processing transactions exclusively on the Bitcoin testnet you must have a wallet configured for testnet including a few testnet bitcoins with which to pay test transactions.

For testing, the Bitcoin Core software wallet is an excellent choice. You can download Bitcoin Core from https: After you have installed the Bitcoin Core wallet it must be configured to use the Bitcoin testnet block chain. Follow these steps to configure the Bitcoin Core wallet for testnet.

Bitcoin testnet bitcoins are available from a number of testnet faucets including http: The BitPay Test Environment The BitPay test server environment is a scalable, production-like environment that exactly mirrors our world-class payment-processing platform. Test Server Capabilities Prior to the availability of the BitPay test environment all development and test activities had to be conducted using the BitPay production server.

Testnet bitcoin address checking BitPay test server exposes all of the features of the BitPay payment processing platform including:

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The primary method of requesting support is our support email address info greenaddress. If you have found a bug or wish to request a feature in our software, you can also report it as an issue against the appropriate GitHub repository. You can also post questions on our subreddit. In some cases fellow GreenAddress users may be able to respond to your query before we are able to. Support is offered on a best-effort basis. We prioritize addressing security problems and bugs in the software providing the service.

If your question is answered in this FAQ, and in particular, if it pertains to lost credentials, it may be some time before we respond to you.

Unfortunately we receive a large volume of spurious email and we cannot always respond instantly. We are working to improve our email response time and will update this FAQ whenever the support policy or support solution is changed. If you have specific support requirements please contact us to discuss your needs.

Your main GreenAddress account is a 2of2 account. This means that two signatures are required to validate any transaction: We sign your transaction only if it complies with the limits you have enabled, and only when you provide two-factor authentication. This means that a potential coin thief has to first access your wallet and then also hack into your two-factor authentication in order to try to steal your coins.

A 2of3 account requires two out of three signatures, where the third signature is from a backup key known only to you. This gives you the security benefits of a 2of2 account, while still allowing you to move your coins in the event that the GreenAddress service is unavailable. You can read more about 2of3 recovery here. Please see below for details of recovery transactions which allow you to move coins from 2of2 accounts.

When you send an ordinary Bitcoin transaction, the recipient of the coins must take care that the transaction is confirmed mined into a block on the blockchain so that they cannot be defrauded. An attempt to defraud is usually made by "double spending" coins - after sending a transaction to someone, the inputs are then re-spent in a new transaction that pays someone else.

To avoid this risk, it is usually recommended to wait for at least six blocks after the transaction is mined. This introduces undesirable delays when sending.

Because GreenAddress 2of2 accounts only allow sending coins when they are signed by both you and us, the service can act as a kind of guarantee that your coins cannot be double spent, since the service will not sign another transaction for the same coins when one is already in-flight. Services that choose to rely on this can therefore trust that a transaction they receive from GreenAddress cannot be double spent, eliminating the need to wait for the transaction to confirm.

These are known as instant transactions and they can be sent by ticking the "instant" checkbox when sending coins from our wallet software. Funds in your main GreenAddress account or a multisignature 2of2 subaccount require 2 signatures to be spent: In order to protect you from loss of access to your funds should GreenAddress become unavailable GreenAddress automatically creates pre-signed transactions which you can subsequently countersign to recover the funds to an address controlled solely by you.

These transactions are called nLockTime transactions because they can only be spent and confirmed by the network after a specific period of time. If the service becomes unavailable, you simply wait until the specified period 90 days by default , then sign and send the transaction using our open source recovery tool garecovery. Once the nLockTime period expires these nLockTime transactions would allow you to recover the funds in the 2of2 account without requiring GreenAddress's signature.

This also means that any limits placed on your spending in GreenAddress, such as 2FA requirements, cease to be enforceable by GreenAddress, and that these funds are no longer available for use in instant transactions because GreenAddress cannot guarantee that you have not tried to double spend them. At this point GreenAddress will prompt you to redeposit the coins by sending them to yourself. This creates a new nLocktime transaction for you, while re-protecting the coins by once again requiring a GreenAddress signature to spend them.

In this way you can take advantage of instant transactions from 2of2 accounts, while always being sure you can retrieve your funds if the service is off-line. The redeposit operation is a standard bitcoin transaction and as such is subject to the usual network transaction fees.

You can place your funds in a GreenAddress 2of3 account, in which case GreenAddress does not generate nLockTime transactions and therefore no redeposits are necessary. You can increase the nLockTime period on your account which will reduce the frequency of the redeposits. The downside of this is that should you need to recover your funds for example, because you lose your two factor authentication you will have to wait for longer. We recommend that you redeposit your funds when reminded, however redepositing is optional and failure to redeposit will not necessarily lead to the loss of any funds.

The main consequences of not redepositing are:. The funds in the account will no longer be eligible for instant confirmations because GreenAddress can no longer guarantee that you have not tried to double spend them. It becomes possible that anyone with access to both your mnemonic and the nLockTime. No, GreenAddress does not support this. GreenAddress will only sign standard bitcoin transactions. Yes, our https site supports Tor users. Our mainnet production site is at http: Unfortunately, many banks and payment services such as PayPal don't yet support Bitcoin directly.

For the time being, you can exchange your money using bank transfers and sometimes debit or credit cards via an intermediary like a Bitcoin exchange or a broker. There are also online services and communities where you can arrange to exchange cash for Bitcoin. This is an area of rapid change and innovation and so we do not list or specifically recommend any services in this space.

The best service for you depends on many factors. We suggest you locate local services using your favorite search engine and carefully review any potential options. You should see new transactions in your wallet within seconds of it being sent by the payer.

If you can not see your transaction in a block explorer, it probably means it is still propagating or failed to do so for example, setting the fee too low can cause transactions to be dropped. We have sensible rate limits to prevent the service from denial of service attacks. It is extremely unlikely that a user will encounter these limits under normal use.

If you find that you are hitting a rate limit, please contact support with the details. If you have a requirement that exceeds the current limits, please feel free to contact us to discuss your needs further. Addresses change constantly for privacy and security reasons. Re-using old addresses makes it easier for others to group transactions together and can be less secure. While GreenAddress does correctly process multiple payments to the same address, we recommend not re-using them.

Addresses should be thought of as one-time receipt IDs rather than as unchanging identifiers such as traditional bank wire details. Please see the API documentation for more details. All previously generated addresses are available in the Receive tab under Advanced Options when using the Chrome or Cordova wallet clients. Your private keys are not stored. They are derived on demand from your mnemonics as a seed to a BIP32 hierarchical wallet. Your mnemonics and private keys are never sent to the server.

The server receives the public key and chaincode for generated addresses only. When you create a PIN, a random bit AES password is created and used to encrypt your mnemonics and store them on your device in encrypted form. This password is sent to the server and destroyed on the client.

If the server is given the correct PIN when logging in, it will return the password to the device in order to decrypt the mnemonics. If the server is given the wrong PIN three times, it will destroy the password at which point the user must use their mnemonics to log in. Note that the server never sees your mnemonics at any point. If you can't remember the PIN you use to login to your wallet, you will need to use your mnemonics to log in instead. After entering the wrong PIN three times, the back end service will delete its copy of your wallet's random decryption key, at which point the PIN can no longer be used.

Your wallet client will then ask you to login using your mnemonics and you can resume using the service as normal. The service never knows your mnemonics or passphrase; We cannot help you recover them if they are lost. If you have a wallet with PIN entry enabled, you can use your PIN to log in to the wallet and then view the mnemonics from the settings menu. You should then write them down and store them safely.

In all other cases you will only be able to retrieve your mnemonics by brute force trying various combinations of valid words. This is similar to how a hacker might try to break into your wallet, and is not generally feasible.

You should research third party services for wallet recovery, as GreenAddress does not offer assistance or support for wallet cracking for obvious reasons. You should always have at least two different two-factor options enabled. As long as you keep these backups you can maintain access to your coins even if you lose access to one method for any reason. In cases where you have lost access to all of your two-factor methods, we have no way to return control of your coins to you.

We take our users' security very seriously; we have never disabled two-factor authentication for any user once enabled, unless explicitly authorized to do so via another two-factor authentication method. We follow the restrictions that you placed on your account without exception.

If your coins are in a 2of2 account then you will need to recover your authentication - we cannot disable it in this or any other case. Alternately, if you had enabled nLocktime transactions then you can use them to recover your coins after the nLocktime expires 90 days by default. If you transferred your coins to a 2of3 account then you can move them without two-factor authentication since you have 2 of the 3 required signatures.

If not, then unless you can recover your authorization we cannot help you. As noted, 2of3 accounts can be used to avoid requiring authentication also. These future mitigations require careful design and development to ensure that they cannot be exploited by attackers.

It may be some time before we can safely implement them. Our two-factor authentication system is a security measure that we include to ensure that even if a malicious party steals your mnemonics, they cannot access your wallet and steal your funds. We do not do this, because if we did so, it would compromise all the security offered by 2FA in the first place. Any malicious party could steal your mnemonics, and then contact us asking us to reset the 2FA, and then they could access your funds.

As such, we strongly urge users to set up at least 2 different 2FA methods. SMS delivery is not perfect and sometimes there can be delays or failures.