1259 /**
1260 * CacheMemoryAvailable
1261 *
1262 * If the browser.cache.memory.capacity preference is positive, we use that
1263 * value for the amount of memory available for the cache.
1264 *
1265 * If browser.cache.memory.capacity is zero, the memory cache is disabled.
1266 *
1267 * If browser.cache.memory.capacity is negative or not present, we use a
1268 * formula that grows less than linearly with the amount of system memory.
1269 *
1270 * RAM Cache
1271 * --- -----
1272 * 32 Mb 2 Mb
1273 * 64 Mb 4 Mb
1274 * 128 Mb 8 Mb
1275 * 256 Mb 14 Mb
1276 * 512 Mb 22 Mb
1277 * 1024 Mb 32 Mb
1278 * 2048 Mb 44 Mb
1279 * 4096 Mb 58 Mb
1280 *
1281 * The equation for this is (for cache size C and memory size K (kbytes)):
1282 * x = log2(K) - 14
1283 * C = x^2 - x + 2
1284 */
<biesi> I don't understand how setting the memory cache to _sixty megabytes_ helps
...
<biesi> but 60 MB is way too high
...
<biesi> you should also mention in that thread that not all the memory that ffox uses is for the cache
Originally posted by: Cerb
I also use flashblock, and have had no issues in 1.0.6 (though I found 1.0.5 to be unbearably bad at eating RAM).
Ouch! Definite leakage.Originally posted by: rh71
pic ... I believe that was v1.0.4 or even earlier since it's from May. I had opened up quite a few tabs (maybe 30) with images on them... then closed them all up again leaving the single browser/single tab... memory was still being used. I believe the problem still exists.
Originally posted by: RMBear
All this leaking - gotta go to the toilet...