network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 1 year, 2 months |
| seen | May 31 '12 at 19:52 | |
| stats | profile views | 1 |
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May 31 |
awarded | Supporter |
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Mar 17 |
comment |
CBC - a canonical mode, even though there are streaming modes Streaming mode is developer friendly. You don't have to call cipher.finalize() at the end. You also don't need to create a special buffer (more room for error!) when you are reading from a device with a different block size and/or packet fragmentation. |
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Mar 14 |
accepted | CBC - a canonical mode, even though there are streaming modes |
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Mar 12 |
revised |
CBC - a canonical mode, even though there are streaming modes added 25 characters in body |
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Mar 12 |
awarded | Editor |
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Mar 12 |
revised |
CBC - a canonical mode, even though there are streaming modes added 25 characters in body |
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Mar 12 |
comment |
are CFB and OFB really meant for streaming? Here's the new question. |
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Mar 12 |
asked | CBC - a canonical mode, even though there are streaming modes |
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Mar 11 |
awarded | Student |
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Mar 11 |
awarded | Scholar |
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Mar 11 |
accepted | are CFB and OFB really meant for streaming? |
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Mar 11 |
comment |
are CFB and OFB really meant for streaming? Very neat mode, why is everyone stuck with CBC? |
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Mar 11 |
comment |
are CFB and OFB really meant for streaming? Actually just looking at the diagram at wikipedia there shouldn't be a decryption error, since the last step is an XOR: CFB |
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Mar 11 |
comment |
are CFB and OFB really meant for streaming? If it simply truncates the last segment, how does it know to correctly decrypt it? I find the name for these block modes deceiving, because there's still a requirement for the data to come in 128/256 bit chunks. Think of it this way: if you get packet fragmentation during transmission you'll get a decryption error, right? |
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Mar 11 |
asked | are CFB and OFB really meant for streaming? |
