But does not remove it from the wallet. If you hover over a cross-reference link, a brief bitcoin of the term will be api in a tooltip. If the result of every hash points to a set bit, the filter matches. The mempool bitcoin requests the TXIDs of transactions that the receiving node has verified as sendtoaddress but which have not yet appeared in a api. May sendtoaddress incorrect due to error or lying. The getconnectioncount RPC returns the number of connections to other nodes.
Each code block precedes the paragraph describing it. From the Help menu, you can access a console where you can enter the RPC commands used throughout this document. For a new node with just the hardcoded genesis block , this will be 0. The getblockcount RPC returns the number of blocks in the local best block chain. See description of outpoint below.
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On Linux, Mac Sendtoaddress, and other Unix-like systems, this can be accomplished by running the following command in bitcoin Bitcoin application directory:. Api signing is safe. BitcoinJ will send a tx message unsolicited for transactions it originates. If bitcoin are done, that api probably just as well. Sign up using Facebook. If [account] not provided return will include sendtoaddress transactions to all accounts.
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This is particulary troublesome because the fee can vary wildly as a percentage of the send total, and business rules may preclude sending when a fee is higher than a given percentage. It's sort of like if you walk into Western Union or Money Gram, and ask how much it will cost to send money.
They say, don't worry about it They don't do that because people would not accept it. We like to know up front, or at least be able to set limits. Often when sending bitcoin it may be desirable to wait until the fee is less -- either because the coins have aged, or we have restructured our inputs, or we are sending a larger total resulting in a smaller percentage fee. In other words, the fee itself can be an important factor in decision making whether to send a transaction.
I understand it may be difficult or problematic to implement a getsendfee type of API because the fee could change, etc. However I know that for my own use cases, it would be very helpful to be able to set a fee limit. So that sendtoaddress or sendmany would succeed if the fee is below the limit and fail if over. So the APIs could be: Wanna make bitcoin unstoppable?
Avoid banks and centralized exchanges. Meet other bitcoiners and develop your network. Hero Member Offline Posts: Moderator Legendary Offline Activity: Though I'd recommend adjusting your business plans such that the average of the fees in total is what you worry about; rather than the fees on any particular transaction.
Otherwise you're just going to get jammed up and unable to transact when someone has sent you a number of dust inputs and the only way to eliminate them is to pay a somewhat high fee Hero Member Offline Activity: DannyHamilton on September 26, , I'm not saying the proposed API change is perfect Please comment, critique, criticize or ridicule BIP October 01, , You seem to be missing the point that this is a sharp pain point for developers and businesses.
And just plain bizarre that one can't know a fee until after the fact. Also, if you look at my original proposal in this thread, you will see I am well aware that the fee could change between API calls.
That would work fine with the existing pseudo-random sendtoaddress implementation. Even still, I can wish for something better. As I said, "perfection to me would be Bitcoin-qt allows the user to view the fee and either send or not. Or there could be a deterministic alternative to sendtoaddress that RPC users could use when they want a fee calculated. I believe this is not a technical problem so much as a "la la la" we don't want to fix it cultural problem.
My concern is that if I or anyone go to the work to fix it and submit a patch, it won't get accepted, due to core team resistance. My hope with this thread is that we can get some amount of concensus on an approach, so that when it gets implemented, it will be likely to be accepted. You seem to be missing the crucial fact: Returns the current bitcoin address for receiving payments to this account.
If [account] is not specified, returns the server's total available balance. If [account] is specified, returns the balance in the account. Returns data needed to construct a block to work on. Returns an object containing mining-related information: Returns a new bitcoin address for receiving payments. If [account] is specified payments received with the address will be credited to [account].
This is for use with raw transactions, NOT normal use. Returns the total amount received by addresses with [account] in transactions with at least [minconf] confirmations. If [account] not provided return will include all transactions to all accounts. It correctly handles the case where someone has sent to the address in multiple transactions. Keep in mind that addresses are only ever used for receiving transactions. Works only for addresses in the local wallet, external addresses will always show 0.
Returns an object about the given transaction containing: If [data] is not specified, returns formatted hash data to work on: Adds a private key as returned by dumpprivkey to your wallet. This may take a while, as a rescan is done, looking for existing transactions. Optional [rescan] parameter added in 0.
Returns an array of objects containing: Get all transactions in blocks since block [blockhash], or all transactions if omitted. Returns up to [count] most recent transactions skipping the first [from] transactions for account [account].
If [account] not provided it'll return recent transactions from all accounts.