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The second is simpler, the gas fees are deducted from your account, not from the transferred value, so you need only to specify 21K gas (transaction cost) * 50 shannon (minimum gas price currently). …

If you look at your account in a block explorer (e.g. etherchain), you'll see two outgoing transactions. … Well, these are the transaction costs associated with your transactions. …

Neither of the clients need to be in sync to get the transaction through. For a transaction to be valid you only need to have enough funds on the sender balance, use the correct nonce for the sender …

If the contract is under your control, you can simply emit a log whenever you want and then watch for log events. If the contract is not under your control or it's a plain account, you have no offici …

The personal.sendTransaction method expects a second argument, the password to ephemerally unlock the account with and send the transaction in one go. If you don't provide a password, this endpoint de …

My guess is that your script misses a nonce, producing non-executable transactions. …

In geth you can retrieve pending transactions and in general inspect the current pool of queued transactions to see if something's off. …

That being said, AFAIK miner miners/pools run the standard algorithm included in Geth, which is: Discard anything below a threshold Gather all the executable transactions (i.e. one for each account) … Pick the more expensive one Repeat from step 2. until no more transactions fit into the block Few caveats: The algorithm is actually a bit smarter and does a fancy sort so that steps 2-3-4 can be done …

No. You cannot send the entire balance because the fees are deducted from your account's balance, not from the value being sent. To sweep an account you need to send balance-gas*price ETH as the valu …

Based on the above rationale, there is no theoretical limit to the number of transactions that can be squished into a block, just needs a bit of time to adjust. … Practically you need to get those transactions to the miners, they have to process it, distribute the results etc, so based on how optimal the implementations are, there's an upper limit. …

However as you mentioned, a contract can itself create multiple transactions as a result of a single invocation. …

When you push in more transactions than the blocks fit in, the block sizes are gradually increased to cater for them, so in theory it's unlimited. … The record for the main net (i.e. real, paid transactions) was something along 8 TPS, but that didn't even dent the system. …

Please paste the command you are trying to send the transaction with. A plain transaction needs 21000 gas per the protocol parameters. A block on the current main net goes up to 3 * PI million / 2, or …

In Go creating a signed transaction would look something like this: transaction := types.NewTransaction(nonce, recipient, value, gasLimit, gasPrice, input) signature, _ := crypto.Sign(transaction.Sig …

Given that it's zero indexed and you have 7 executed transactions, means that the last used nonce was 6. …