split out CPU help

1 files changed, 19 insertions, 16 deletions

diff --git a/perl-install/standalone/harddrake2 b/perl-install/standalone/harddrake2
index ef6bffdae..befcbc5ca 100755
--- a/perl-install/standalone/harddrake2
+++ b/perl-install/standalone/harddrake2
@@ -23,7 +23,6 @@ my %fields =
       [ N("Bus"), 
         N("this is the physical bus on which the device is plugged (eg: PCI, USB, ...)") ],
       "channel" => [ N("Channel"), N("EIDE/SCSI channel") ],
-      "bogomips" => [ N("Bogomips"), N("the GNU/Linux kernel needs to run a calculation loop at boot time to initialize a timer counter.  Its result is stored as bogomips as a way to \"benchmark\" the cpu.") ],
       "bus_id" => 
       [ N("Bus identification"), 
         N("- PCI and USB devices: this lists the vendor, device, subvendor and subdevice PCI/USB ids") ],
@@ -32,14 +31,7 @@ my %fields =
         N("- pci devices: this gives the PCI slot, device and function of this card
 - eide devices: the device is either a slave or a master device
 - scsi devices: the scsi bus and the scsi device ids") ],
-      "cache size" => [ N("Cache size"), N("size of the (second level) cpu cache") ],
       "capacity" => [ N("Drive capacity"), N("special capacities of the driver (burning ability and or DVD support)") ],
-      "coma_bug" => [
-                     #-PO: here "comas" is the medical coma, not the lexical coma!!
-                     N("Coma bug"), N("whether this cpu has the Cyrix 6x86 Coma bug") ],
-      "cpu family" => [ N("Cpuid family"), N("family of the cpu (eg: 6 for i686 class)") ],
-      "cpuid level" => [ N("Cpuid level"), N("information level that can be obtained through the cpuid instruction") ],
-      "cpu MHz" => [ N("Frequency (MHz)"), N("the CPU frequency in MHz (Megahertz which in first approximation may be coarsely assimilated to number of instructions the cpu is able to execute per second)") ],
       "description" => [ N("Description"), N("this field describes the device") ],
       "device" => [ N("Old device file"),
                     N("old static device name used in dev package") ],
@@ -49,28 +41,39 @@ my %fields =
                    #-PO: here "module" is the "jargon term" for a kernel driver
                    N("Module"), N("the module of the GNU/Linux kernel that handles the device") ],
       "extended_partitions" => [ N("Extended partitions"), N("the number of extended partitions") ],
+      "geometry" => [ N("Geometry"), N("Cylinder/head/sectors geometry of the disk") ],
+      "media_type" => [ N("Media class"), N("class of hardware device") ],
+      "Model" => [ N("Model"), N("hard disk model") ],
+      "nbuttons" => [ N("Number of buttons"), N("the number of buttons the mouse has") ],
+      "port" => [ N("Port"), N("network printer port") ],
+      "primary_partitions" => [ N("Primary partitions"), N("the number of the primary partitions") ],
+      "type" => [ N("Type"), N("the type of bus on which the mouse is connected") ],
+      "Vendor" => [ N("Vendor"), N("the vendor name of the device") ],
+     },
+     CPU =>
+     {
+      "bogomips" => [ N("Bogomips"), N("the GNU/Linux kernel needs to run a calculation loop at boot time to initialize a timer counter.  Its result is stored as bogomips as a way to \"benchmark\" the cpu.") ],
+      "cache size" => [ N("Cache size"), N("size of the (second level) cpu cache") ],
+      "coma_bug" => [
+                     #-PO: here "comas" is the medical coma, not the lexical coma!!
+                     N("Coma bug"), N("whether this cpu has the Cyrix 6x86 Coma bug") ],
+      "cpu family" => [ N("Cpuid family"), N("family of the cpu (eg: 6 for i686 class)") ],
+      "cpuid level" => [ N("Cpuid level"), N("information level that can be obtained through the cpuid instruction") ],
+      "cpu MHz" => [ N("Frequency (MHz)"), N("the CPU frequency in MHz (Megahertz which in first approximation may be coarsely assimilated to number of instructions the cpu is able to execute per second)") ],
       "flags" => [ N("Flags"), N("CPU flags reported by the kernel") ],
       "fdiv_bug" => [ N("Fdiv bug"), 
                       N("Early Intel Pentium chips manufactured have a bug in their floating point processor which did not achieve the required precision when performing a Floating point DIVision (FDIV)") ],
       "fpu" => [ N("Is FPU present"), N("yes means the processor has an arithmetic coprocessor") ],
       "fpu_exception" => [ N("Whether the FPU has an irq vector"), N("yes means the arithmetic coprocessor has an exception vector attached") ],
       "f00f_bug" => [ N("F00f bug"), N("early pentiums were buggy and freezed when decoding the F00F bytecode") ],
-      "geometry" => [ N("Geometry"), N("Cylinder/head/sectors geometry of the disk") ],
       "hlt_bug" => [ N("Halt bug"), 
                      N("Some of the early i486DX-100 chips cannot reliably return to operating mode after the \"halt\" instruction is used") ],
       "level" => [ N("Level"), N("sub generation of the cpu") ],
-      "media_type" => [ N("Media class"), N("class of hardware device") ],
-      "Model" => [ N("Model"), N("hard disk model") ],
       "model" => [ N("Model"), N("generation of the cpu (eg: 8 for PentiumIII, ...)") ],
       "model name" => [ N("Model name"), N("official vendor name of the cpu") ],
-      "nbuttons" => [ N("Number of buttons"), N("the number of buttons the mouse has") ],
       "name" => [ N("Name"), N("the name of the CPU") ],
-      "port" => [ N("Port"), N("network printer port") ],
       "processor" => [ N("Processor ID"), N("the number of the processor") ],
-      "primary_partitions" => [ N("Primary partitions"), N("the number of the primary partitions") ],
       "stepping" => [ N("Model stepping"), N("stepping of the cpu (sub model (generation) number)") ],
-      "type" => [ N("Type"), N("the type of bus on which the mouse is connected") ],
-      "Vendor" => [ N("Vendor"), N("the vendor name of the device") ],
       "vendor_id" => [ N("Vendor"), N("the vendor name of the processor") ],
       "wp" => [ N("Write protection"), N("the WP flag in the CR0 register of the cpu enforce write proctection at the memory page level, thus enabling the processor to prevent unchecked kernel accesses to user memory (aka this is a bug guard)") ],
      },