search for: output_size

...lder/builder.ml index af9c2f5..6850f8f 100644 --- a/builder/builder.ml +++ b/builder/builder.ml @@ -456,10 +456,9 @@ let main () = * Don't run 'qemu-img resize' on an auto format. This is to * force an explicit conversion step to a real format. *) - else if output_size > old_size && is_not `Template && List.mem_assoc `Format itags then ( + else if output_size > old_size && is_not `Template + && List.mem_assoc `Format itags then tr `Disk_resize 60 ((`Size, Int64.to_string output_size) :: itags); -...

...utput_filename then tr `Pxzcat ((`Filename, output_filename) :: remove `XZ (remove `Template itags)); tr `Pxzcat @@ -504,10 +506,11 @@ let main () = let old_size = Int64.of_string (List.assoc `Size itags) in let headroom = 256L *^ 1024L *^ 1024L in if output_size >= old_size +^ headroom then ( - tr `Virt_resize - ((`Size, Int64.to_string output_size) :: - (`Filename, output_filename) :: - (`Format, output_format) :: (remove `Template itags)); + if infile <> output_filename then + tr `Virt_re...

Previous patch contained a typo. Changed output_format -> output_filename. Rich.

...itags)); - tr `Pxzcat 80 + tr `Pxzcat ((`Filename, tempfile) :: remove `XZ (remove `Template itags)); ) else ( @@ -462,11 +508,11 @@ let main () = let old_size = Int64.of_string (List.assoc `Size itags) in let headroom = 256L *^ 1024L *^ 1024L in if output_size >= old_size +^ headroom then ( - tr `Virt_resize 100 + tr `Virt_resize ((`Size, Int64.to_string output_size) :: (`Filename, output_filename) :: (`Format, output_format) :: (remove `Template itags)); - tr `Virt_resize 100 + tr `...

...n=fopen("test.spx","r"); if(!fin) {cerr<<"Can't open file"<<endl; exit(1);} FILE* fout=fopen("test2.pcm","wb"); char buffer[200]; int read=0; read=fread(buffer,sizeof(char),38,fin); <p> float output[FRAME_SIZE]; int output_size; short de_output[FRAME_SIZE]; int count=0; int i; while(!feof(fin)) { count++; speexcodec.Decode(buffer,read,output,&output_size); for(i=0;i<FRAME_SIZE;i++) de_output[i]=output[i]; write_file(fout,de_output,output_size); read=fread(buffer,sizeof(char),38,fin);...

v2 -> v3: - Drop gnulib fallback.

It started out as "this'll be just a simple fix ..." and turned into something a bit over-engineered in the end. Here it is anyway. Rich.

v1 -> v2: - Removed the f_type field from StatVFS.statvfs structure. - New function StatVFS.filesystem_is_remote, written in C. [Thinking about it, this should probably be called ?is_network_filesystem?, but I can change that before pushing]. - Use statvfs instead of fstatvfs, and statfs instead of fstatfs. - Rejigged the comments in builder/builder.ml to make them simpler

This patch series proposes two new filters. * truncate: This can truncate, extend, round up or round down the size of a plugin/device. A typical usage is to fix the qemu problem that it can only handle devices which are a multiple of 512-bytes: nbdkit --filter=truncate random size=500 round-up=512 This will serve a virtual device with size 512 bytes. Reading from the last 12 bytes will

...ch/x86/boot/compressed/misc.h b/arch/x86/boot/compressed/misc.h index 2e5f82acc122..a37e7d4b00e4 100644 --- a/arch/x86/boot/compressed/misc.h +++ b/arch/x86/boot/compressed/misc.h @@ -85,8 +85,6 @@ void choose_random_location(unsigned long input, unsigned long *output, unsigned long output_size, unsigned long *virt_addr); -/* cpuflags.c */ -bool has_cpuflag(int flag); #else static inline void choose_random_location(unsigned long input, unsigned long input_size, @@ -97,6 +95,9 @@ static inline void choose_random_location(unsigned long input, } #endif +/* cpuflags.c */...

...MD_SIZE); -#endif } /* @@ -919,19 +908,8 @@ void choose_random_location(unsigned long input, warn("Physical KASLR disabled: no suitable memory region!"); } else { /* Update the new physical address location. */ - if (*output != random_addr) { - add_identity_map(random_addr, output_size); + if (*output != random_addr) *output = random_addr; - } - - /* - * This loads the identity mapping page table. - * This should only be done if a new physical address - * is found for the kernel, otherwise we should keep - * the old page table to make it be like the "nokaslr&q...

...(* Planner: Input tags. *) let itags = - let { Index_parser.size = size; format = format } = entry in + let { Index.size = size; format = format } = entry in let format_tag = match format with | None -> [] @@ -341,7 +341,7 @@ let main () = b, sz in let output_size = - let { Index_parser.size = original_image_size } = entry in + let { Index.size = original_image_size } = entry in let size = match size with @@ -557,7 +557,7 @@ let main () = let osize = Int64.of_string (List.assoc `Size otags) in let osize = roundup64 osize 512...

This series: 1. Updates the boot protocol to version 2.07 2. Clean up the existing build process, to get rid of tools/build and make the linker do more heavy lifting 3. Make the bzImage payload an ELF file. The bootloader can extract this as a naked ELF file by skipping over boot_params.setup_sects worth of 16-bit setup code. 4. Update the boot_params to 2.07, and update the

This series: 1. Updates the boot protocol to version 2.07 2. Clean up the existing build process, to get rid of tools/build and make the linker do more heavy lifting 3. Make the bzImage payload an ELF file. The bootloader can extract this as a naked ELF file by skipping over boot_params.setup_sects worth of 16-bit setup code. 4. Update the boot_params to 2.07, and update the

Hi, this series adds a basic support for Simple Streams v1.0 metadata files. This makes it possible to create a repository .conf files with [cirros] uri=http://download.cirros-cloud.net format=simplestreams to read the latest version of each CirrOS image. TODO items: - a bit more testing: listing and creating images works, so the current metadata is correct - handle revisions, so newer

This series updates the boot protocol to 2.07 and uses it to implement paravirtual booting. This allows the bootloader to tell the kernel what kind of hardware/pseudo-hardware environment it's coming up under, and the kernel can use the appropriate boot sequence code. Specifically: - Update the boot protocol to 2.07, which adds fields to specify the hardware subarchitecture and some

This series updates the boot protocol to 2.07 and uses it to implement paravirtual booting. This allows the bootloader to tell the kernel what kind of hardware/pseudo-hardware environment it's coming up under, and the kernel can use the appropriate boot sequence code. Specifically: - Update the boot protocol to 2.07, which adds fields to specify the hardware subarchitecture and some

This series updates the boot protocol to 2.07 and uses it to implement paravirtual booting. This allows the bootloader to tell the kernel what kind of hardware/pseudo-hardware environment it's coming up under, and the kernel can use the appropriate boot sequence code. Specifically: - Update the boot protocol to 2.07, which adds fields to specify the hardware subarchitecture and some

[ This patch depends on the cross-architecture ELF cleanup patch. ] This series updates the boot protocol to 2.07 and uses it to implement paravirtual booting. This allows the bootloader to tell the kernel what kind of hardware/pseudo-hardware environment it's coming up under, and the kernel can use the appropriate boot sequence code. Specifically: - Update the boot protocol to 2.07, which

[ This patch depends on the cross-architecture ELF cleanup patch. ] This series updates the boot protocol to 2.07 and uses it to implement paravirtual booting. This allows the bootloader to tell the kernel what kind of hardware/pseudo-hardware environment it's coming up under, and the kernel can use the appropriate boot sequence code. Specifically: - Update the boot protocol to 2.07, which