![]() ![]() Run ERC check ( Electrical Rule Check ) # Things to check before sending gerber files to manufacturer Select schematic view - > ULP - > bom.ulp Bill Of Material - > Save. # Schematic view # Create bill of material Widthīetweend the bend should be greater than 3x the trace width and the angles should be at least 135 degrees. Lengths and if the other one is too short, a length matching bends can be created to the end of the trace. # General board layout notes # Routing high speed tracesįor example USB data lines should be the same length, or max. lbr file under it, for example:Īlso in the control panel click the gray dot next to the library name, it should change to green # Control panel # Take custom librarys into useĬreate custom_libraries folder under EAGLE projects dir and add. This adds the current OS language to the supported languages list. Right click BONE_D64.exe - > 7zip - > Extract to BONE_D64 \ 3. #Turboprint keyfile rapidshare install#When trying to install beaglebone driversĢ. #Turboprint keyfile rapidshare driver## Resolve error 'the current language is not supported by the device driver installation wizard beaglebone' USR3 is configured at boot to light during eMMC accesses USR2 is configured at boot to light during CPU activity USR1 is configured at boot to light during microSD card accesses USR0 is configured at boot to blink in a heartbeat pattern # Powering on/off # Boot linux from the eMMCĪdd SD card, hold USER button down and apply power Stored Connection: STORED_CONNECTION_HERE Putty - > Sessions - > set name to 'Saved sessions' - > Save Putty - > Connection - > SSH - > Auth - > Tunnels - > Destination: 127.0.0.1:3306 - > Add Putty - > Connection - > SSH - > Auth - > Tunnels - > Source port: 3306 Putty - > Connection - > SSH - > Auth - > Private key file for authentication - > PRIVATE_KEY_HERE Putty - > Connection - > Data - > Auto-login username - > pi # If 'mysql' and other internal schemas are missing:Įdit - > Preferences - > SQL Editor - > Show Metadata and Internal Schemas - > OK - > Hit refresh in the 'SCHEMAS' view. So multiple input parts can belong to different wallets.Īnd of course in Andreas' book "Mastering Bitcoin", which is also online available: The bitcoin network works with transactions, moving funds from address(es) to address(es). The bitcoin network doesn't know about wallets, and its belonging addresses - this is a layer to make it more comfortable for the endusers. Q) Are multiple addresses in input part related to each address in wallet that has bitcoin?Ī) Not necessarily. A usual case: you have one BTC, you send 0.5 to your brother, you send to your change address 0.4995, and the diff is the fees, which go to the miners. Transaction fee is the difference between summary of input values and summary of output values. Q) can we see fee transactions in output address?Ī) hmm, no. I can send a transaction with 0.5 BTC to my brother, and 0.5 BTC to my sister. Q) If any transaction has two output, the second one is change transaction?Ī) not necessarily. But when using addresses only once, you wouldn't loose your privacy. ![]() They create diagrams, and try to see the flow of tx, and derive the information. With this said, there are some activities to try to link addresses to real users. The transactions move from one pubkey to another pubkey address, and there we cannot see, which addresses belongs to the user's wallet, and which might be the change address. Normally you have an output address, and a return address (for the change, like in the second example of the screen shot). Q) They don't have any change transaction?Ī) If you are not the owner of a wallet, you cannot know, which is the "change". faucets pay to many outputs, instead of creating single transactions - this saves on the fees. For the outputs: you can create tx with one or more outputs. Then a tx with 4 inputs would be created. Same logic would apply, if 4 previous tx existed, each BTC. As an example (neglecting the fees): to be able to spend 1 bitcoin, when the wallet has 2 previous tx with amounts of 0.5 BTC, then a new tx is created with two inputs. ![]() Bitcoin has a transaction oriented logic, where amounts are transferred from previous transactions. Q) why some of transactions have one input and one output?Ī) A bitcoin transaction can have many inputs and many outputs. Are multiple addresses in input part related to each address in wallet that has bitcoin? can we see fee transactions in output address?Ĥ. If any transaction has two output, the second one is change transaction?ģ. why some of transactions have one input and one output? They don't have any change transaction?Ģ. I have some questions about transaction information about input and output addresses.ġ. ![]()
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