Hi all, I would like everyone who has time to complete this 4-question multiple-choice survey about the new proposed user interface of Parted which is currently available in CVS. Please email your responses to address@hidden, with answers in this (greppable) format: Q1: B Q2: A Q3: C Q4: D (I would expect a segmentation fault.) PLEASE READ THIS BEFORE PROCEEDING: This survey is about the extent to which Parted should "do what you said" versus "do what you meant". Important notes: * The new Parted user interface allows you to demand "do exactly what I said" by prefixing numbers with the equals sign (=). * Some other programs do not function properly if partitions are not aligned to cylinder boundaries. * Most Unix utilities now use SI units (physics.nist.gov/cuu/Units). According to this standard, one kilobyte (1 kB) is 1000 bytes and one megabyte (1 MB) is 1000 kilobytes. The new Parted interface uses SI units. ------------------------------------------------------------------------- QUESTION 1: Suppose you have a hard disk with one partition: (parted) print Disk geometry for /dev/hda: 0kB - 64GB Disk label type: msdos Number Start End Size Type File system Flags 1 599MB 19GB 19GB primary ext2 Moreover, suppose that the more verbose "megabytes" units mode appears as follows: (parted) unit mb (parted) print Disk geometry for /dev/hda: 0MB - 64424MB Disk label type: msdos Number Start End Size Type File system Flags 1 599MB 19599MB 19599MB primary ext2 Now, if you typed the following... (parted) mkpartfs Partition type? primary/extended? primary File system type? [ext2]? ext2 Start? 20gb End? 30gb ...where would you expect this new partition to begin? (A: 3) Immediately after the first partition. (B: 2) Exactly at 20GB (i.e. 20000MB), leaving a 400MB gap between the partitions. (C: 4) At the start of the closest cylinder to 20000MB. (D: 1) Other. (Please specify) ------------------------------------------------------------------------- QUESTION 2: This question refers to the same partition table from question 1. This question is about the "sectors" unit. A sector is a unit of information that has 512 bytes. Most hardware and operating system software "talks" natively in sector units. In Parted, you can specify the sector unit with "s". For example, "100s" refers to the 101st sector, or the 51201st byte on a disk. In sector units, the above partition table looks like this: (parted) unit s (parted) print Disk geometry for /dev/hda: 0s - 125829121s Disk label type: msdos Number Start End Size Type File system Flags 1 1171840s 38281215s 37109376s primary ext2 Suppose you typed in the following: (parted) mkpartfs Partition type? primary/extended? primary File system type? [ext2]? ext2 Start? 33s End? 1100000s Where would you expect this partition to end? (A: 3) At 1100000s. (B: 2) At 1171839s. That is, immediately before partition 2. (C: 1) At the closest cylinder boundary below 1171839s. (D: 4) At the end of the closest cylinder to 1100000s. (E: 0) Other. (Please specify) ------------------------------------------------------------------------- QUESTION 3: Where would you expect the newly created partition from question 2 to begin? (A: 5) At 33s. (B: 1) At the first valid location after the partition table. (C: 3) At the start of the closest cylinder (assuming this is closer than (B)). (D: 1) Other. (Please specify) ------------------------------------------------------------------------- QUESTION 4: This question is about resizing. Suppose you have a partition table that looks like this: (parted) print Disk geometry for /dev/hda: 0kB - 64GB Disk label type: msdos Number Start End Size Type File system Flags 1 1003MB 1800MB 796MB primary fat32 Now suppose you typed the following command: (print) resize 1 1gb 2gb Where would you expect the FAT32 partition to be resized to? (Note that Parted is capable of non-destructively moving the start of FAT partitions.) (A: 1) Start and end unchanged. (B: 1) 1GB - 2GB. (i.e. starting at 1000MB and ending at 2000MB.) (C: 1) Starting at 1003MB and ending at 2GB. (D: 3) Starting at 1003MB and ending at the closest cylinder to 2GB. (E: 4) The start at the closest cylinder boundary to 1GB and the end at the closest cylinder boundary to 2GB. (F: 0) Other. (Please specify) ------------------------------------------------------------------------- Thanks, Andrew