search for: stretchy

The advantages: 1. A pointer to the struct offset can be converted to a pointer without any cost. 2. A nullpointer to a stretchy buffer can be treated as a zero length array. Consequently no actual struct allocation is needed to represent a zero length array. 3. A reference to the array is the same size as to a pointer. 4. It can be converted to and back from an pointer without losing any information about the size & cap...

...array) Using the that pointer we can obviously in a simple way recover the pointer to the struct, but can it be done so that LLVM and DWARF can identify the pointer as a pointer to a struct member for a certain struct? std::vector is as far as I know wrapping a pointer or two. The advantage of a stretchy buffer is that its length is recoverable even if stored as a pointer. It’s also incredibly thin, only taking up the same size as a pointer – as opposed to std::vector which is likely 2 pointers long. Best Regards, Christoffer > Date: Tue, 12 Nov 2019 11:34:42 -0800 > From: David Blaikie v...

Hi all, I have a mail folder from Dovecot server. Screenshot: https://i.stack.imgur.com/11NHs.jpg Is there any way to import to Outlook, or otherwise convert to readable format? I could setup Dovecot on my own server if there is any point.

...vector transform" when passed a matrix (i.e. it applies the fft to each column, rather than doing a 2d spatial transform). o A new functon "polyroot" can be used to find the roots of polynomials with (real or) complex coefficients. o Vectors and lists are now "stretchy". This means that the following is legal x <- 1:10 x[20] <- 12 [ Note that there is a bug in S. When you try this kind of extension - the "dim" and "dimname" attributes are not dropped, leading to "invisible" elements in the result. ] o...

...vector transform" when passed a matrix (i.e. it applies the fft to each column, rather than doing a 2d spatial transform). o A new functon "polyroot" can be used to find the roots of polynomials with (real or) complex coefficients. o Vectors and lists are now "stretchy". This means that the following is legal x <- 1:10 x[20] <- 12 [ Note that there is a bug in S. When you try this kind of extension - the "dim" and "dimname" attributes are not dropped, leading to "invisible" elements in the result. ] o...

...vector transform" when passed a matrix (i.e. it applies the fft to each column, rather than doing a 2d spatial transform). o A new functon "polyroot" can be used to find the roots of polynomials with (real or) complex coefficients. o Vectors and lists are now "stretchy". This means that the following is legal x <- 1:10 x[20] <- 12 [ Note that there is a bug in S. When you try this kind of extension - the "dim" and "dimname" attributes are not dropped, leading to "invisible" elements in the result. ] o...