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...on / type ext3 (rw) <snip> /dev/hdb1 on /boot type ext3 (rw) However, if I boot e.g. KNOPPIX, I'm unable to mount anything except the /boot partition on hdb1. Is there any way out of this intolerable situation other than doing a full backup, repartitioning the hard drive without that damnable LVM and restoring the whole thing from the backup?

>> At a purely implementation level, the first problem at the moment is >> that IR-level types are discarded by the time call lowering happens. >> Structures are split up into their constituent fields and those are >> all a backend has available for its decisions. > > When you say, "Structures are split up into their constituent fields," > what do you

Tim Northover <t.p.northover at gmail.com> writes: >> Can anyone explain why LLVM can't do it? I've read vague hints of, "not >> all the information is there," but I'd really like to understand this >> better. > > The most compelling example I've heard is the x86_64 ABI. It refers to > POD types, unions and structs with non-aligned

I am attempting to write in incoming context for calls. 1. If the caller id is given and it is not black listed it will Playback a greeting and then right the phone or go to voicemail under busy or unavailable conditions 2. If no caller id is given, then Privacy Manager will ask for the number. I am testing 6145551212 to see if the black list will work 3. If a caller id is given, and it is

I am configuring an asterisk server and I want to test the incoming configuration with my FXS handsets. I have the FXS lines able to call eachother and they can connect out the FXO lines. I changed the context for the FXS lines to "incoming" so that they would be able to test the setup for incoming calls. For the incoming context I have: [incoming] exten => s,1,Wait(1) exten