Updated on March 16, 2024
| first | We only trust the first bytes of the Bitcoin blockchain. |
| bit | The bit bytes were stored in the computer's memory. |
| few | The file takes up only a few bytes of storage. |
| next | The next bytes of the message contain the payload. |
| more | I need more bytes to process this information. |
| last | I tried to save the last bytes of my dignity, but it was too late. |
| additional | We must meet for additional bytes of research. |
| several | I copied several bytes of data to the clipboard. |
| extra | |
| consecutive | The consecutive bytes in the file are 0x41, 0x42, and 0x43. |
| total | The total bytes of the file are 300. |
| individual | The individual bytes of a file are stored in a contiguous block of memory. |
| second | I'm having second bytes about this decision since it doesn't seem like a good time. |
| sound | |
| overhead | The overhead bytes of the message were too large, causing the transmission to fail. |
| significant | The study found that the first 8 significant bytes of a header were enough to identify different file types. |
| contiguous | This area consists of contiguous bytes of the same type. |
| fewer | The file has fewer bytes than the original. |
| multiple | The transmitted data was stored as multiple bytes rather than individual bits. |
| single | The number of single bytes is an important metric to monitor. |
| available | The number of available bytes of free space in the volume is reported in the file system's status block. |
| raw | The raw bytes were stored in a binary file. |
| successive | The programmer wrote the binary data into successive bytes |
| lower | The lower bytes of the address represent the offset within the page. |
| unused | These unused bytes should be deleted. |
| random | The hacker encrypted the random bytes using the latest encryption algorithm. |
| free | Your computer has 212 free bytes of memory. |
| upper | The upper bytes of the 32-bit word should be zero. |
| null | The string contained null bytes |
| key | This is a key bytes |
| actual | The transfer speed is measured in actual bytes per second. |
| adjacent | The adjacent bytes in the memory are stored in a contiguous manner. |
| subsequent | All subsequent bytes are encoded as the start of one or more base64 values. |
| unsigned | The chunk of memory contained 10 unsigned bytes |
| enough | I have enough bytes to complete this task. |
| length | |
| top | The header contains the top bytes of a file. |
| corresponding | The corresponding bytes were stored in a cache. |
| following | The following bytes represent the content to be processed. |
| least | the least bytes a string can have is an empty string |
| lowest | The lowest bytes of the file were corrupted |
| valid | The file contains valid bytes |
| incoming | We're handling 50 billion incoming bytes each day. |
| sequential | It is important to preserve the sequential bytes of the data when transferring it. |
| rightmost | The rightmost bytes are 0xFF. |
| hexadecimal | The computer data stored in hexadecimal bytes |
| odd | I was curious about the odd bytes in the transmission. |
| committed | The committed bytes refer to the amount of physical memory allocated to a program or process. |
| arbitrary | The arbitrary bytes were encoded in base64. |
| maximum | The maximum bytes for a message sent using this method is 8192 bytes. |
| parallel | The parallel bytes of the data were sent simultaneously. |
| uninterpreted | The uninterpreted bytes were successfully transmitted. |
| leftmost | The leftmost bytes of the IPv6 address are used to determine the network prefix. |
| encrypted | The encrypted bytes were safely stored in the database. |
| megabyte | The file is 10 megabyte bytes in size. |
| size | |
| slack | The slack bytes were hanging loosely from the ceiling. |
| addressable | The addressable bytes of the memory are 8. |
| half | Half bytes can be used to optimize memory usage in certain computer systems. |
| erroneous | The erroneous bytes in the message corrupted the data. |
| variable | The function uses variable bytes to factor the input, creating an output key that is longer than the input key. |
| audio | The audio bytes were clear and easy to understand. |
| encoded | The encoded bytes represent the binary format of the data. |
| cost |
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