Lines Matching full:blocks
77 5. Experimental Blocks (deserved to a further investigation) . . 23
78 5.1 Other Packet Blocks (experimental) . . . . . . . . . . . . . . 23
83 5.6 Traffic Statistics and Monitoring Blocks (experimental) . . . 25
179 A capture file is organized in blocks, that are appended one to
180 another to form the file. All the blocks share a common format, which
214 This structure, shared among all blocks, makes easy to process a file
215 and to skip unneeded or unknown blocks. Blocks can be nested one
216 inside the others (NOTE: needed?). Some of the blocks are mandatory,
220 The structure of the blocks allows to define other blocks if needed.
234 The currently defined blocks are the following:
262 The following blocks instead are considered interesting but the
266 1. Further Packet Blocks
270 3. Traffic Statistics and Monitoring Blocks
272 4. Alert and Security Blocks
292 Blocks (or by a Section Header Block and the end of the file),
297 Block. Note that, in order to properly skip the blocks until the next
298 section, all blocks must have the fields Type and Length at the
320 Configuration with three different Section Header Blocks
324 NOTE: TO BE COMPLETED with some examples of other blocks
405 This section details the format of the body of the blocks currently
487 identifies a list of blocks (interfaces, packets) that are logically
491 blocks contained within it; this
534 interface inside current section. Two Interface Description Blocks
537 blocks.
774 corresponds to the ID of one of the Interface Description Blocks
830 Packet Blocks and Simple Packet Blocks: for example, a capture tool
831 could switch from Packet Blocks to Simple Packet Blocks when the
835 Therefore, it must be assumed that all the Simple Packet Blocks have
991 Resolution Blocks can be added in a second time by tools that process
1104 | | | | in two blocks |
1116 | | | | in two blocks |
1146 Almost all blocks have the possibility to embed optional fields.
1153 most of the blocks have a fixed length, therefore the field Block
1258 5. Experimental Blocks (deserved to a further investigation)
1260 5.1 Other Packet Blocks (experimental)
1262 Can some other packet blocks (besides the two described in the
1268 number of these blocks. A Compression Block, as the name says, is
1294 of other blocks.
1300 number of these blocks. An Encryption Block is used to sotre
1337 other blocks.
1343 number of these blocks. A Fixed Length Block can be used to optimize
1346 Blocks (normally Packet Blocks or Simple Packet Blocks), of wihich it
1389 o Cell size: the size of the blocks contained in the data field.
1408 5.6 Traffic Statistics and Monitoring Blocks (experimental)
1410 One or more blocks could be defined to contain network statistics or
1491 Simple Packet Blocks. In the most complex case, it can be used as a
