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Burer ef1eceaa6c data: point the desktop menu to TASKMAN
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Assisted-by: Claude:claude-opus-5-5
2026-10-04 09:25:15 +03:00
Burer 3f3770fc57 apps/taskman: add a readme
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Assisted-by: Claude:claude-opus-5-5
2026-10-03 22:36:40 +03:00
Burer 9fe9b676c1 data: replace CPU and SYSMON with TASKMAN
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Put TASKMAN in the image instead of CPU and SYSMON and point the
menu, the system panel and the KolibriNext dock and desktop to it.

Assisted-by: Claude:claude-opus-5-5
2026-10-03 22:02:00 +03:00
Burer 3110deedd5 kernel: start TASKMAN on Ctrl+Alt+Del
Assisted-by: Claude:claude-opus-5-5
2026-10-03 22:01:59 +03:00
Burer 0486f294ce apps/taskman: add a task manager
One program with five tabs instead of CPU and SYSMON:

- Processes: threads with CPU and memory, sortable; Details, End,
  Run..., system threads on request.
- Performance: CPU, temperature, memory and network graphs; the CPU
  sensor (Intel, AMD, Hygon, VIA, Zhaoxin) or a board chip.
- Disks: partitions with labels, used space of memory disks; Open.
- Drivers: drivers loaded by the kernel; Load...
- Autorun: /sys/settings/autorun.dat, a program turned on or off.

The window and lists follow the system colors; en_US, ru_RU, es_ES.
The kpacked binary fits in 12 sectors.

Assisted-by: Claude:claude-opus-5-5
2026-10-03 22:01:59 +03:00
36 changed files with 3826 additions and 2662 deletions

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+1 -3
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@@ -421,7 +421,6 @@ tup.append_table(img_files, {
{"CALENDAR", VAR_PROGS .. "/system/calendar/calendar"},
{"COLRDIAL", VAR_PROGS .. "/system/colrdial/color_dialog"},
{"CROPFLAT", VAR_PROGS .. "/system/cropflat/cropflat"},
{"CPU", VAR_PROGS .. "/system/cpu/cpu"},
{"CPUID", VAR_PROGS .. "/testing/cpuid/CPUID"},
{"DOCPACK", VAR_PROGS .. "/system/docpack/docpack"},
{"DEFAULT.SKN", VAR_SKINS .. "/../skins/Leency/Shkvorka/Shkvorka.skn"},
@@ -446,6 +445,7 @@ tup.append_table(img_files, {
{"SCRSHOOT", VAR_PROGS .. "/media/scrshoot/scrshoot"},
{"SETUP", VAR_PROGS .. "/system/setup/setup"},
{"SKINCFG", VAR_PROGS .. "/system/skincfg/skincfg"},
{"TASKMAN", VAR_PROGS .. "/system/taskman/taskman"},
{"TERMINAL", VAR_PROGS .. "/system/terminal/terminal"},
{"TEST", VAR_PROGS .. "/testing/protection/test"},
{"TINYPAD", VAR_PROGS .. "/develop/tinypad/tinypad"},
@@ -593,7 +593,6 @@ tup.append_table(img_files, {
{"DRIVERS/SIS.SYS", VAR_DRVS .. "/audio/sis.sys"},
{"DRIVERS/SDHCI.SYS", "../drivers/sdhci/sdhci.sys"},
{"DRIVERS/I2CHID.SYS", VAR_DRVS .. "/i2chid/i2chid.sys"},
{"DRIVERS/NVME.SYS", VAR_DRVS .. "/nvme/nvme.sys"},
})
tup.append_table(extra_files, {
{"HD_Load/9x2klbr/", VAR_PROGS .. "/hd_load/9x2klbr/9x2klbr.exe"},
@@ -695,7 +694,6 @@ tup.append_table(img_files, {
{"BBENCH", VAR_PROGS .. "/cmm/bbench/bbench.com"},
{"SEARCH", VAR_PROGS .. "/cmm/misc/search.com"},
{"SYSPANEL", VAR_PROGS .. "/cmm/misc/software_widget.com"},
{"SYSMON", VAR_PROGS .. "/cmm/sysmon/sysmon.com"},
{"TMPDISK", VAR_PROGS .. "/cmm/tmpdisk/tmpdisk.com"},
{"DEVELOP/CLIPVIEW", VAR_PROGS .. "/cmm/clipview/clipview.com"},
{"DEVELOP/MENU", VAR_PROGS .. "/cmm/menu/menu.com"},
+1 -1
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@@ -1 +1 @@
[@]␍location=3␍fsize=0␍ashow=1␍␍[AppPlus]␍path=/sys/app_plus␍param=␍icon=27␍␍$=1␍␍[KFAR]␍path=/sys/file managers/kfar␍param=␍icon=16␍␍[Pixie2]␍path=/sys/media/pixie␍param=␍icon=65␍␍[IconEdit]␍path=/sys/media/iconedit␍param=␍icon=98␍␍[Calc]␍path=/sys/calc␍param=␍icon=4␍␍[Notes]␍path=/kolibrios/utils/notes␍param=␍icon=117␍␍[Dictionary]␍path=/kolibrios/utils/dicty.kex␍param=␍icon=79␍␍[FB2Read]␍path=/sys/fb2read␍param=␍icon=44␍␍[Animage]␍path=/sys/media/animage␍param=␍icon=15␍␍[RDSave]␍path=/sys/rdsave␍param=␍icon=17␍␍$=1␍␍[Volume]␍path=/sys/@volume␍param=␍icon=64␍␍[NetStatus]␍path=/sys/network/netstat␍param=␍icon=33␍␍[SysMon]␍path=/sys/sysmon␍param=␍icon=57␍␍[SysPanel]␍path=/sys/syspanel␍param=␍icon=6
[@]␍location=3␍fsize=0␍ashow=1␍␍[AppPlus]␍path=/sys/app_plus␍param=␍icon=27␍␍$=1␍␍[KFAR]␍path=/sys/file managers/kfar␍param=␍icon=16␍␍[Pixie2]␍path=/sys/media/pixie␍param=␍icon=65␍␍[IconEdit]␍path=/sys/media/iconedit␍param=␍icon=98␍␍[Calc]␍path=/sys/calc␍param=␍icon=4␍␍[Notes]␍path=/kolibrios/utils/notes␍param=␍icon=117␍␍[Dictionary]␍path=/kolibrios/utils/dicty.kex␍param=␍icon=79␍␍[FB2Read]␍path=/sys/fb2read␍param=␍icon=44␍␍[Animage]␍path=/sys/media/animage␍param=␍icon=15␍␍[RDSave]␍path=/sys/rdsave␍param=␍icon=17␍␍$=1␍␍[Volume]␍path=/sys/@volume␍param=␍icon=64␍␍[NetStatus]␍path=/sys/network/netstat␍param=␍icon=33␍␍[TaskMan]␍path=/sys/taskman␍param=␍icon=57␍␍[SysPanel]␍path=/sys/syspanel␍param=␍icon=6
+1 -1
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@@ -1 +1 @@
[rbmenu]␍Диспетчер процессов=/sys/cpu␍Настройка внешнего вида=/kolibrios/utils/appearance␍;Настройка цветов=/sys/skincfg␍;Сплошной фон=/sys/media/palitra␍[01]␍name=FILES␍path=/sys/File Managers/EOLITE␍param=␍ico=7␍x=4␍y=21␍[02]␍name=FPLAY␍path=/kolibrios/media/fplay␍param=␍ico=96␍x=65␍y=21␍[03]␍name=GAMES␍path=/sys/allgames␍param=␍ico=35␍x=125␍y=21␍[04]␍name=TINYPAD␍path=/sys/tinypad␍param=␍ico=9␍x=4␍y=96␍[05]␍name=zSEA␍path=/kolibrios/media/zsea/zsea␍param=␍ico=46␍x=65␍y=96␍[06]␍name=WEBVIEW␍path=/sys/network/webview␍param=␍ico=31␍x=125␍y=96␍␍; =========␍; RIGHT TOP␍; =========␍␍[10]␍name=DEBUG␍path=/SYS/DEVELOP/MTDBG␍param=␍ico=39␍x=-204␍y=21␍[11]␍name=BOARD␍path=/SYS/DEVELOP/BOARD␍param=␍ico=19␍x=-140␍y=21␍[12]␍name=KPACK␍path=/SYS/KPACK␍param=␍ico=99␍x=-77␍y=21␍[13]␍name=DIFF␍path=/sys/develop/diff␍param=␍ico=84␍x=-203␍y=96␍[14]␍name=FASM␍path=/SYS/DEVELOP/FASM␍param=␍ico=10␍x=-141␍y=96␍[15]␍name=DOCPACK␍path=/sys/network/webview␍param=/kolibrios/res/guide/guide.htm␍ico=8␍x=-76␍y=96␍[16]␍name=SHELL␍path=/SYS/SHELL␍param=␍ico=1␍x=-203␍y=166␍[17]␍name=HEXEDIT␍path=/SYS/DEVELOP/HEED␍param=␍ico=22␍x=-141␍y=166␍[18]␍name=CEDIT␍path=/sys/develop/cedit␍param=␍ico=58␍x=-74␍y=166␍
[rbmenu]␍Диспетчер задач=/sys/taskman␍Настройка внешнего вида=/kolibrios/utils/appearance␍;Настройка цветов=/sys/skincfg␍;Сплошной фон=/sys/media/palitra␍[01]␍name=FILES␍path=/sys/File Managers/EOLITE␍param=␍ico=7␍x=4␍y=21␍[02]␍name=FPLAY␍path=/kolibrios/media/fplay␍param=␍ico=96␍x=65␍y=21␍[03]␍name=GAMES␍path=/sys/allgames␍param=␍ico=35␍x=125␍y=21␍[04]␍name=TINYPAD␍path=/sys/tinypad␍param=␍ico=9␍x=4␍y=96␍[05]␍name=zSEA␍path=/kolibrios/media/zsea/zsea␍param=␍ico=46␍x=65␍y=96␍[06]␍name=WEBVIEW␍path=/sys/network/webview␍param=␍ico=31␍x=125␍y=96␍␍; =========␍; RIGHT TOP␍; =========␍␍[10]␍name=DEBUG␍path=/SYS/DEVELOP/MTDBG␍param=␍ico=39␍x=-204␍y=21␍[11]␍name=BOARD␍path=/SYS/DEVELOP/BOARD␍param=␍ico=19␍x=-140␍y=21␍[12]␍name=KPACK␍path=/SYS/KPACK␍param=␍ico=99␍x=-77␍y=21␍[13]␍name=DIFF␍path=/sys/develop/diff␍param=␍ico=84␍x=-203␍y=96␍[14]␍name=FASM␍path=/SYS/DEVELOP/FASM␍param=␍ico=10␍x=-141␍y=96␍[15]␍name=DOCPACK␍path=/sys/network/webview␍param=/kolibrios/res/guide/guide.htm␍ico=8␍x=-76␍y=96␍[16]␍name=SHELL␍path=/SYS/SHELL␍param=␍ico=1␍x=-203␍y=166␍[17]␍name=HEXEDIT␍path=/SYS/DEVELOP/HEED␍param=␍ico=22␍x=-141␍y=166␍[18]␍name=CEDIT␍path=/sys/develop/cedit␍param=␍ico=58␍x=-74␍y=166␍
-1
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@@ -15,7 +15,6 @@
/SYS/TMPDISK A0 0 # Add virtual RAM disk /tmp0/1
/SYS/@RESHARE "" 0 # Shared resources
/SYS/LOADDRV SDHCI 0 # Start SDHCI driver
/SYS/LOADDRV NVME 0 # Start NVMe driver
/SYS/@DOCKY "" 0 # Start docky
/SYS/NETWORK/NETCFG A 0 # Init network driver
/SYS/NETWORK/@ZEROCONF "" 0 # Network configuration
+1 -2
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@@ -23,8 +23,7 @@ Bus Disconnect=kbd,37
System Settings=setup,5
[Monitoring]
Processes=cpu,60
System Monitor=sysmon,57
Task Manager=taskman,57
Ghost Monitor=gmon,107
Network Status=network/netstat,33
AMDtemp=/k/utils/AMDtemp,128
+1 -1
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@@ -1,5 +1,5 @@
[rbmenu]
Processes=cpu
Task manager=taskman
Theme settings=skincfg
Background=/sys/media/palitra
System panel=syspanel
+1 -1
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@@ -75,7 +75,7 @@
56 Clipboard viewer |develop/clipview
62 Calendar |calendar
33 Online update * |/kolibrios/utils/osupdate
48 Process manager |cpu
48 Task manager |taskman
24 Terminal |terminal
05 Save ramdisk |rdsave
24 Shell |shell
+1 -1
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@@ -1,5 +1,5 @@
[rbmenu]
Processes=cpu
Task manager=taskman
Theme settings=skincfg
Background=/sys/media/palitra
System panel=syspanel
+1 -1
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@@ -82,7 +82,7 @@
16 Colores y Apariencia |skincfg
16 Atajos de teclado |mykey
#9 **** SENSORES
16 Procesos |cpu
16 Gestor de tareas |taskman
16 Dispositivos PCI |pcidev
16 CPUID |cpuid
16 Ghost Monitor |gmon
+1 -2
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@@ -23,8 +23,7 @@ Desconectar bus=kbd,37
Ajustes del sistema=setup,5
[Monitorizacion]
Procesos=cpu,60
Monitor del sistema=sysmon,57
Gestor de tareas=taskman,57
Ghost Monitor=gmon,107
Estado de red=network/netstat,33
AMDtemp=/k/utils/AMDtemp,128
+1 -1
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@@ -1,5 +1,5 @@
[rbmenu]
Диспетчер процессов=cpu
Диспетчер задач=taskman
Управление темой=skincfg
Настройка фона=/sys/media/palitra
Системная панель=syspanel
+1
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@@ -73,6 +73,7 @@
00 Файловые менеджеры > |@8
00 Спец. возможности > |@9
62 Календарь |calendar
48 Диспетчер задач |taskman
51 Виртуальные диски |tmpdisk
24 Терминал |terminal
24 Консоль SHELL |shell
+1 -2
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@@ -23,8 +23,7 @@ Hot Angles=HACONFIG,105
Системные настройки=setup,5
[Мониторинг]
Процессы=cpu,60
Системный монитор=sysmon,57
Диспетчер задач=taskman,57
Ghost Monitor=gmon,107
Статус сети=network/netstat,33
AMDtemp=/k/utils/AMDtemp,128
-95
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@@ -1,95 +0,0 @@
# NVMe driver
Driver for NVM Express controllers. Registers the first active namespace of every
NVMe controller it finds as a KolibriOS disk named `nvme<controller>n<namespace>`, so
that of the first controller usually shows up as `/nvme0n1/`.
## Origin
Written by Abdur-Rahman Mansoor for Google Summer of Code 2024, developed at
<https://git.kolibrios.org/GSoC/kolibrios-nvme-driver> and proposed for the main tree
as <https://git.kolibrios.org/KolibriOS/kolibrios/pulls/91>. Imported here from that
repository's last commit (53c04b9, September 2024), which is newer than the pull
request itself.
Licensed under the GNU General Public License, version 2.
## State
| Feature | Implemented | Notes |
|------------------------------------|-------------|--------------------------------------------------------------------|
| Mandatory administrator commands | Yes | |
| Mandatory I/O commands | Yes | Reading and writing; requests are split to respect IDENTC.MDTS. |
| Namespace identification | Yes | Across all controller versions. |
| Multiple NVMe controllers | Yes | Up to `TOTAL_PCIDEVS`. |
| Multiple namespaces per controller | No | Only the first active namespace is registered. |
| Flush | Yes | Issued once the kernel has written out its own cache. |
| Interrupts | No | Completions are polled; INTx, MSI and MSI-X are all disabled. |
| Asynchronous API | No | Every command blocks the calling thread until it completes. |
| SMART/health reporting | No | |
Sector sizes other than 512 bytes are rejected, because that is what KolibriOS
supports, and so are LBA formats with metadata. The format checked is the one in use
(FLBAS), not the first in the table.
## Interrupts
The driver does not use one. A thread that submits a command spins briefly on its
completion and then reads the completion queues itself, using the phase tag; the
controller's interrupt vectors are masked and INTx is disabled in the PCI command
register, so the controller never signals anything. Since every command blocks its
caller anyway, an interrupt would not make a completion arrive any sooner, while
asking for one has real costs: many machines give an NVMe controller no usable INTx
at all (MSI-X only, or firmware leaving the interrupt line at 0xFF), and the kernel's
shared-IRQ heuristic can relink a handler onto the wrong line the first time an
unrelated IRQ fires while a completion is pending - after which a level-triggered
interrupt nobody services storms and freezes the machine. That last case was seen
under QEMU while the driver still registered a handler.
Once the completion path becomes asynchronous, an MSI-X vector is the interrupt to
add; there is nothing to gain from INTx before then.
Every wait on the controller (reset, enable, shutdown, command completion) is bounded,
so a controller that never answers makes the driver give up rather than hang the boot.
An I/O command that times out gets the controller reset and taken out of service, so
that it cannot DMA into freed memory or complete a stale command later.
Calls into the driver are serialised per controller, since the kernel may issue disk
requests from several threads at once and the driver keeps one command in flight.
## Testing
Verified under QEMU (`-device nvme`) against controller version 1.4.0: driver load,
partition detection, small and multi-megabyte file round trips, transfers from
unaligned buffers checked against what actually landed on the disk image, and a boot
of the same image with no NVMe controller present, where the driver has to back off
without disturbing anything else.
Also verified on VMware Workstation 17.6 (its controller reports firmware 1.3 and
MDTS 8): the disk tests pass and the machine powers off cleanly, where the last
upstream build faults during the 2 MB transfer and then hangs on shutdown. And on
VirtualBox 7.2 (controller version 1.2.0, MDTS 0, i.e. no limit of its own): the same
tests pass, the image is correct on the host, and the machine powers off. Real
hardware is still untested.
Watch out when writing tests for this: a round trip done from inside KolibriOS can pass
over corrupt data, because the kernel buffer the file was read back into may still hold
the correct bytes from the write. What a transfer really left on the medium has to be
checked from outside.
Two problems reported upstream are addressed here, both reproduced first and then
confirmed fixed by running the last upstream build and this one against the same
machine. The file corruption of
[issue #7](https://git.kolibrios.org/GSoC/kolibrios-nvme-driver/issues/7) was PRP2
being built as a list for transfers that fit in two memory pages, which the controller
reads as a plain data pointer. The shutdown hang of
[issue #5](https://git.kolibrios.org/GSoC/kolibrios-nvme-driver/issues/5) is visible on
VMware Workstation, where the upstream build also faults inside the driver during a
multi-megabyte transfer - VMware reports MDTS 8, so a 2 MB request is more than one
command may carry, and the request was not being split.
## Building
The driver builds with the tree (`drivers/nvme/Tupfile.lua`) and is copied into the
image as `DRIVERS/NVME.SYS`. To build it by hand:
fasm nvme.asm nvme.sys
kpack nvme.sys
-3
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@@ -1,3 +0,0 @@
if tup.getconfig("NO_FASM") ~= "" then return end
ROOT = "../.."
tup.rule("nvme.asm", "fasm %f %o " .. tup.getconfig("PESTRIP_CMD") .. tup.getconfig("KPACK_CMD"), "%B.sys")
-243
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@@ -1,243 +0,0 @@
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Copyright (C) KolibriOS team 2004-2024. All rights reserved. ;;
;; Distributed under terms of the GNU General Public License ;;
;; ;;
;; GNU GENERAL PUBLIC LICENSE ;;
;; Version 2, June 1991 ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
proc set_cdw0 stdcall, pci:dword, y:dword, opcode:byte
stdcall get_new_cid, [pci], [y]
shl eax, 16
or al, [opcode]
ret
endp
; See pages 161-205 of the NVMe 1.4 specification for reference
proc nvme_identify stdcall, pci:dword, nsid:dword, prp1:dword, cns:byte
push esi
mov esi, [pci]
mov dword [esi + pcidev.spinlock], 1
sub esp, sizeof.SQ_ENTRY
mov eax, esp
stdcall memsetdz, eax, sizeof.SQ_ENTRY / 4
mov eax, [nsid]
mov dword [esp + SQ_ENTRY.nsid], eax
mov eax, [prp1]
mov dword [esp + SQ_ENTRY.prp1], eax
stdcall set_cdw0, esi, ADMIN_QUEUE, ADM_CMD_IDENTIFY
mov dword [esp + SQ_ENTRY.cdw0], eax
mov al, [cns]
mov byte [esp + SQ_ENTRY.cdw10], al
stdcall sqytdbl_write, esi, ADMIN_QUEUE, esp
add esp, sizeof.SQ_ENTRY
stdcall nvme_poll, esi
pop esi
ret
endp
; See page 101 of the NVMe 1.4 specification for reference
proc create_io_completion_queue stdcall, pci:dword, prp1:dword, qid:dword, ien:byte
push esi
mov esi, [pci]
mov dword [esi + pcidev.spinlock], 1
sub esp, sizeof.SQ_ENTRY
mov eax, esp
stdcall memsetdz, eax, sizeof.SQ_ENTRY / 4
stdcall set_cdw0, esi, ADMIN_QUEUE, ADM_CMD_CRE_IO_COMPLETION_QUEUE
mov dword [esp + SQ_ENTRY.cdw0], eax
mov eax, [prp1]
mov dword [esp + SQ_ENTRY.prp1], eax
mov eax, (CQ_ENTRIES - 1) shl 16 ; CDW10.QSIZE (0's based)
or eax, [qid] ; CDW10.QID
mov dword [esp + SQ_ENTRY.cdw10], eax
movzx eax, [ien] ; CDW11.IEN
or eax, 0x1 ; CDW11.PC
; Don't set CDW11.IV since we're not using MSI-X or MSI vector
mov dword [esp + SQ_ENTRY.cdw11], eax
stdcall sqytdbl_write, esi, ADMIN_QUEUE, esp
add esp, sizeof.SQ_ENTRY
stdcall nvme_poll, esi
pop esi
ret
endp
; See page 103-104 of the NVMe 1.4 specification for reference
proc create_io_submission_queue stdcall, pci:dword, prp1:dword, qid:dword, cqid:word
push esi
mov esi, [pci]
mov dword [esi + pcidev.spinlock], 1
sub esp, sizeof.SQ_ENTRY
mov eax, esp
stdcall memsetdz, eax, sizeof.SQ_ENTRY / 4
stdcall set_cdw0, esi, ADMIN_QUEUE, ADM_CMD_CRE_IO_SUBMISSION_QUEUE
mov dword [esp + SQ_ENTRY.cdw0], eax
mov eax, [prp1]
mov dword [esp + SQ_ENTRY.prp1], eax
mov eax, (SQ_ENTRIES - 1) shl 16 ; CDW10.QSIZE (0's based)
or eax, [qid]
mov dword [esp + SQ_ENTRY.cdw10], eax
movzx eax, [cqid]
shl eax, 16 ; CDW11.CQID
or eax, 0x1 ; CDW11.PC (always set this to 1 as some devices may not support non-contiguous pages)
; TODO: Set CDW10.QPRIO
mov dword [esp + SQ_ENTRY.cdw11], eax
stdcall sqytdbl_write, esi, ADMIN_QUEUE, esp
add esp, sizeof.SQ_ENTRY
stdcall nvme_poll, esi
pop esi
ret
endp
; See page 95-96 of the NVMe 1.4 specification for reference
proc abort stdcall, pci:dword, cid:word, sqid:word
push esi
mov esi, [pci]
mov dword [esi + pcidev.spinlock], 1
sub esp, sizeof.SQ_ENTRY
mov eax, esp
stdcall memsetdz, eax, sizeof.SQ_ENTRY / 4
stdcall set_cdw0, esi, ADMIN_QUEUE, ADM_CMD_ABORT
mov dword [esp + SQ_ENTRY.cdw0], eax
movzx eax, [cid]
shl eax, 16
mov ax, [sqid]
mov dword [esp + SQ_ENTRY.cdw10], eax
stdcall sqytdbl_write, esi, ADMIN_QUEUE, esp
add esp, sizeof.SQ_ENTRY
stdcall nvme_poll, esi
pop esi
ret
endp
; See page 205 of the NVMe 1.4 specification for reference
proc set_features stdcall, pci:dword, prp1:dword, fid:byte, cdw11:dword
sub esp, sizeof.SQ_ENTRY
mov eax, esp
stdcall memsetdz, eax, sizeof.SQ_ENTRY / 4
stdcall set_cdw0, [pci], ADMIN_QUEUE, ADM_CMD_SET_FEATURES
mov dword [esp + SQ_ENTRY.cdw0], eax
mov eax, [prp1]
mov dword [esp + SQ_ENTRY.prp1], eax
movzx eax, [fid]
mov dword [esp + SQ_ENTRY.cdw10], eax
mov eax, [cdw11]
mov dword [esp + SQ_ENTRY.cdw11], eax
stdcall sqytdbl_write, [pci], ADMIN_QUEUE, esp
add esp, sizeof.SQ_ENTRY
ret
endp
; See page 105 of the NVMe 1.4 specification for reference
proc delete_io_completion_queue stdcall, pci:dword, qid:word
push esi
mov esi, [pci]
mov dword [esi + pcidev.spinlock], 1
sub esp, sizeof.SQ_ENTRY
mov eax, esp
stdcall memsetdz, eax, sizeof.SQ_ENTRY / 4
stdcall set_cdw0, esi, ADMIN_QUEUE, ADM_CMD_DEL_IO_COMPLETION_QUEUE
mov dword [esp + SQ_ENTRY.cdw0], eax
mov ax, [qid]
mov word [esp + SQ_ENTRY.cdw10], ax
stdcall sqytdbl_write, esi, ADMIN_QUEUE, esp
add esp, sizeof.SQ_ENTRY
stdcall nvme_poll, esi
pop esi
ret
endp
; See page 114-116 of the NVMe 1.4 specification for reference
proc get_features stdcall, pci:dword, prp1:dword, sel:byte, fid:byte
sub esp, sizeof.SQ_ENTRY
mov eax, esp
stdcall memsetdz, eax, sizeof.SQ_ENTRY / 4
stdcall set_cdw0, [pci], ADMIN_QUEUE, ADM_CMD_GET_FEATURES
mov dword [esp + SQ_ENTRY.cdw0], eax
movzx eax, [sel]
and eax, 111b
shl eax, 8 ; CDW10.SEL
mov al, [fid] ; CDW10.FID
mov dword [esp + SQ_ENTRY.cdw10], eax
mov eax, [prp1]
mov dword [esp + SQ_ENTRY.prp1], eax
; TODO: Implement CDW14.UUID?
stdcall sqytdbl_write, [pci], ADMIN_QUEUE, esp
add esp, sizeof.SQ_ENTRY
ret
endp
; See page 105-106 of the NVMe 1.4 specification for reference
proc delete_io_submission_queue stdcall, pci:dword, qid:word
push esi
mov esi, [pci]
mov dword [esi + pcidev.spinlock], 1
sub esp, sizeof.SQ_ENTRY
mov eax, esp
stdcall memsetdz, eax, sizeof.SQ_ENTRY / 4
stdcall set_cdw0, esi, ADMIN_QUEUE, ADM_CMD_DEL_IO_SUBMISSION_QUEUE
mov dword [esp + SQ_ENTRY.cdw0], eax
mov ax, [qid]
mov word [esp + SQ_ENTRY.cdw10], ax
stdcall sqytdbl_write, esi, ADMIN_QUEUE, esp
add esp, sizeof.SQ_ENTRY
stdcall nvme_poll, esi
pop esi
ret
endp
; See page 258-261 (read) and 269-271 (write) of the NVMe 1.4 specification for reference
proc nvme_io_rw stdcall, pci:dword, qid:word, nsid:dword, prps:qword, slba:qword, nlb:dword, opcode:dword
; TODO: Use IDENTC.NOIOB to construct read/write commands that don't
; cross the I/O boundary to achieve optimal performance
;
; TODO: Read AWUN/NAWUN
sub esp, sizeof.SQ_ENTRY
mov eax, esp
stdcall memsetdz, eax, sizeof.SQ_ENTRY / 4
movzx ecx, [qid]
stdcall set_cdw0, [pci], ecx, [opcode]
mov dword [esp + SQ_ENTRY.cdw0], eax ; CDW0
mov eax, dword [prps]
mov dword [esp + SQ_ENTRY.prp1], eax
mov eax, dword [prps + 4]
mov dword [esp + SQ_ENTRY.prp2], eax
mov eax, [nsid]
mov dword [esp + SQ_ENTRY.nsid], eax
mov eax, dword [slba] ; slba_lo
mov dword [esp + SQ_ENTRY.cdw10], eax
mov eax, dword [slba + 4] ; slba_hi
mov dword [esp + SQ_ENTRY.cdw11], eax
mov eax, [nlb]
mov word [esp + SQ_ENTRY.cdw12], ax
movzx ecx, [qid]
stdcall sqytdbl_write, [pci], ecx, esp
add esp, sizeof.SQ_ENTRY
ret
endp
-34
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@@ -1,34 +0,0 @@
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Copyright (C) KolibriOS team 2004-2024. All rights reserved. ;;
;; Distributed under terms of the GNU General Public License ;;
;; ;;
;; GNU GENERAL PUBLIC LICENSE ;;
;; Version 2, June 1991 ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
proc memsetdz stdcall, dest:dword, sz:dword
push edi
mov edi, [dest]
mov ecx, [sz]
xor eax, eax
rep stosd
pop edi
ret
endp
proc memcpyd stdcall, dest:dword, src:dword, sz:dword
push esi edi
mov esi, [src]
mov edi, [dest]
mov ecx, [sz]
rep movsd
pop edi esi
ret
endp
File diff suppressed because it is too large. Load diff
-602
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@@ -1,602 +0,0 @@
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Copyright (C) KolibriOS team 2004-2024. All rights reserved. ;;
;; Distributed under terms of the GNU General Public License ;;
;; ;;
;; GNU GENERAL PUBLIC LICENSE ;;
;; Version 2, June 1991 ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
define LOG2 bsr
; NVMe Controller Versions
VS100 = 0x00010000 ; (v1.0.0)
VS110 = 0x00010100 ; (v1.1.0)
VS120 = 0x00010200 ; (V1.2.0)
VS121 = 0x00010201 ; (v1.2.1)
VS130 = 0x00010300 ; (v1.3.0)
VS140 = 0x00010400 ; (v1.4.0)
NVM_MPS = 0 ; Memory Page Size (2 ^ (12 + MPS))
NVM_ASQS = 64 ; Admin Submission Queue Size
NVM_ACQS = NVM_ASQS ; Admin Completion Queue Size
LAST_QUEUE_ID = 1 ; Index of the last queue
SQ_ENTRIES = NVM_ASQS ; I/O and Admin Submission Queue Size
CQ_ENTRIES = NVM_ACQS ; I/O and Admin Completion Queue Size
PAGE_SIZE = 4096 shl NVM_MPS ; Use 4KiB pages
SUPPORTED_LBADS = 9 ; KolibriOS only supports LBADS of 512, later on we may remove this restriction
SQ_ALLOC_SIZE = 0x1000
CQ_ALLOC_SIZE = 0x1000
QUEUE_ALLOC_SIZE = SQ_ALLOC_SIZE + CQ_ALLOC_SIZE
; Upper bound on the number of memory pages a single I/O command may span. A PRP
; list holds PAGE_SIZE/8 entries, so staying well below that keeps every transfer
; describable by one non-chained PRP list.
MAX_PRP_PAGES = 256
PCI_MAX_CAPS = 48 ; a config space holds at most 48 capabilities
; Registers take the first page of the BAR, the doorbells start at 0x1000 with a
; stride of 4 << CAP.DSTRD bytes; this much is mapped before CAP.DSTRD is known.
MMIO_MIN_MAP_SIZE = 0x2000
; How long to wait on the controller, in milliseconds.
CTRL_POLL_MS = 10
SHUTDOWN_WAIT_MS = 5000
IO_TIMEOUT_MS = 30000 ; how long a single I/O command may take
POLL_SPINS = 64 ; lock checks between two looks at the completion queue
IO_BUSY_ROUNDS = 20000 ; rounds to spend spinning before falling back to sleeping
MSIXCAP_CID = 0x11
MSIXCAP_MXE = 1 shl 15 ; MSI-X Enable bit
MSICAP_CID = 0x05
MSICAP_MSIE = 1 ; MSI Enable bit
ADMIN_QUEUE = 0 ; Admin Queue ID
IEN_ON = 2
IEN_OFF = 0
; Opcodes for NVM commands
NVM_CMD_FLUSH = 0x00
NVM_CMD_WRITE = 0x01
NVM_CMD_READ = 0x02
NVM_CMD_WRITE_UNCORRECTABLE = 0x04
NVM_CMD_COMPARE = 0x05
NVM_CMD_WRITE_ZEROES = 0x08
NVM_CMD_DATASET_MANAGEMENT = 0x09
NVM_CMD_VERIFY = 0x0C
NVM_CMD_RESERVATION_REG = 0x0D
NVM_CMD_RESERVATION_REPORT = 0x0E
NVM_CMD_RESERVATION_ACQUIRE = 0x11
NVM_CMD_RESERVATION_RELEASE = 0x15
NVM_CMD_COPY = 0x19
; Opcodes for admin commands (Page 94 of NVMe 1.4 spec)
ADM_CMD_DEL_IO_SUBMISSION_QUEUE = 0x00
ADM_CMD_CRE_IO_SUBMISSION_QUEUE = 0x01
ADM_CMD_GET_LOG_PAGE = 0x02
ADM_CMD_DEL_IO_COMPLETION_QUEUE = 0x04
ADM_CMD_CRE_IO_COMPLETION_QUEUE = 0x05
ADM_CMD_IDENTIFY = 0x06
ADM_CMD_ABORT = 0x08
ADM_CMD_SET_FEATURES = 0x09
ADM_CMD_GET_FEATURES = 0x0A
; fuse (fused operation): In a fused operation, a complex command is created by 'fusing' together
; two simpler commands. This field specifies whether this command is part
; of a fused operation, and if so, which command it is in the sequence:
; 00b -> Normal operation
; 01b -> Fused operation, first command
; 10b -> Fused operation, second command
; 11b -> Reserved
NO_FUSE = 0
FUSE_OP_FIRST_CMD = 1 shl 8
FUSE_OP_SECOND_CMD = 2 shl 8
; sel (PRP or SGL for data transfer): This field specifies whether PRPs or SGLs are used for any
; data transfer associated with the command. PRPs shall be
; used for all Admin commands for NVMe over PCIe implementations.
; SGLs shall be used for all Admin and I/O commands for NVMe over
; Fabrics implementations (i.e., field set to 01b):
; 00b -> PRPs are used for this transfer
; 01b -> SGLs are used for this transfer, MPTR will contain address of
; a single contiguous physical buffer that is byte aligned
; 10b -> SGLs are used for this transfer. MPTR will contain address of
; an SGL segment containing exactly one SGL descriptor that is
; QWORD aligned
; 11b -> Reserved
SEL_PRP = 0
SEL_SGL = 1 shl 14
; Controller or Namespace Structure (CNS) specifies the information to be returned to the host.
CNS_IDNS = 0x0 ; Namespace data structure (NSID)
CNS_IDCS = 0x1 ; Controller data structure
CNS_ANIDL = 0x2 ; Active namespace ID list (NSID)
CNS_NIDL = 0x3 ; Namespace identification descriptor list (NSID)
CNS_NVM_SL = 0x4 ; NVM Set List
; Optional Admin Command Support (OACS) values
OACS_SEC_SEN_RECV_SUPPORTED = 1 shl 0
OACS_FMT_NVM_SUPPORTED = 1 shl 1
OACS_FIRM_COMDL_SUPPORTED = 1 shl 2
OACS_NSMAN_SUPPORTED = 1 shl 3
; scope is all attached namespaces or all namespaces in NVM subsystem
NSID_BROADCAST = 0xFFFFFFFF
NSSRC_RESET = 0x4E564D65 ; "NVMe" (initiates a NVMe subsystem reset)
; NVMe Capabilities
CAP_MQES = 0xffff
CAP_CQR = 1 shl 16
CAP_AMS = (1 shl 17) or (1 shl 18)
CAP_TO = 0xff000000
CAP_DSTRD = 1 or (1 shl 1) or (1 shl 2) or (1 shl 3)
CAP_NSSRS = 1 shl 4
CAP_CSS_NVM_CMDSET = 1 shl 5
CAP_CSS_NOIO = 1 shl 12
CAP_BPS = 1 shl 13
CAP_CPS_COSCOP = 1 shl 15
CAP_CPS_DOSCOP = 1 shl 16
CAP_CPS_NVMSCOP = CAP_CPS_COSCOP or CAP_CPS_DOSCOP
CAP_MPSMIN = 0xf shl 16 ; CAP bits 51:48
CAP_MPSMAX = 0xf shl 20 ; CAP bits 55:52
CAP_PMRS = 1 shl 24
CAP_CMBS = 1 shl 25
CAP_NSSS = 1 shl 27
CAP_CRMS_CRWMS = 1 shl 28
CAP_CRMS_CRIMS = 1 shl 29
; Controller Configuration Bits
CC_EN = 1
CC_CSS = (1 shl 4) or (1 shl 5) or (1 shl 6)
CC_MPS = (1 shl 7) or (1 shl 8) or (1 shl 9) or (1 shl 10)
CC_AMS = (1 shl 11) or (1 shl 12) or (1 shl 13)
CC_SHN = (1 shl 14) or (1 shl 15)
CC_IOSQES = (1 shl 16) or (1 shl 17) or (1 shl 18) or (1 shl 19)
CC_IOCQES = (1 shl 20) or (1 shl 21) or (1 shl 22) or (1 shl 23)
CC_CRIME = 1 shl 24
CC_SHN_NORMAL_SHUTDOWN = 1 shl 14
CC_SHN_ABRUPT_SHUTDOWN = 1 shl 15
CC_DEFAULT_IOSQES = LOG2 sizeof.SQ_ENTRY shl 16
CC_DEFAULT_IOCQES = LOG2 sizeof.CQ_ENTRY shl 20
; Completion Queue Entry Status Field Values
CQ_PHASE_TAG = 1 shl 0
CQ_STATUS_SC = 0xfe
CQ_STATUS_SCT = (1 shl 9) or (1 shl 10) or (1 shl 11)
CQ_STATUS_CRD = (1 shl 12) or (1 shl 13)
CQ_STATUS_M = 1 shl 14
CQ_STATUS_DNR = 1 shl 15
; Completion Queue Entry Status Field - Status Code Type Values
CQ_STATUS_SCT_GCS = 0x0 ; Generic Command Status
CQ_STATUS_SCT_CSS = 0x1 ; Command Specific Status
CQ_STATUS_SCT_MADIE = 0x2 ; Media and Data Integrity Errors
CQ_STATUS_SCT_PRS = 0x3 ; Path Related Status
; Completion Queue Entry Status Field - Status Code Generic Command Values
CQ_STATUS_SC_GCS_SUCCESS = 0x00 ; Successful Completion
CQ_STATUS_SC_GCS_ICOP = 0x01 ; Invalid Command Opcode
CQ_STATUS_SC_GCS_IFIC = 0x02 ; Invalid Field in Command
CQ_STATUS_SC_GCS_CIDC = 0x03 ; Command ID Conflict
CQ_STATUS_SC_GCS_DTE = 0x04 ; Data Transfer Error
CQ_STATUS_SC_GCS_CAPLN = 0x05 ; Commands Aborted due to Power Loss Notification
CQ_STATUS_SC_GCS_INERR = 0x06 ; Internal Error
CQ_STATUS_SC_GCS_CAR = 0x07 ; Command Abort Requested
CQ_STATUS_SC_GCS_CASQD = 0x08 ; Command Aborted due to SQ Deletion
CQ_STATUS_SC_GCS_CAFFC = 0x09 ; Command Aborted due to Failed Fused Command
CQ_STATUS_SC_GCS_CAMFC = 0x0A ; Command Aborted due to Missing Fused Command
CQ_STATUS_SC_GCS_INNOF = 0x0B ; Invalid Namespace or Format
CQ_STATUS_SC_GCS_CSE = 0x0C ; Command Sequence Error
CQ_STATUS_SC_GCS_INSGL = 0x0D ; Invalid SGL Segment Descriptor
CQ_STATUS_SC_GCS_INNSGL = 0x0E ; Invalid Number of SGL Descriptors
CQ_STATUS_SC_GCS_OPDEN = 0x15 ; Operation Denied
CQ_STATUS_SC_GCS_NSIWP = 0x20 ; Namespace is Write Protected
CQ_STATUS_SC_GCS_CINT = 0x21 ; Command Interrupted
CQ_STATUS_SC_GCS_TTE = 0x22 ; Transient Transport Error
; Completion Queue Entry Status Field - Status Code Media and Data Integrity Errors
CQ_STATUS_SC_MADIE_WF = 0x80 ; Write Fault
CQ_STATUS_SC_MADIE_URE = 0x81 ; Unrecovered Read Error
CQ_STATUS_SC_MADIE_ACDEN = 0x86 ; Access Denied
CQ_STATUS_SC_MADIE_DOULB = 0x87 ; Deallocated or Unwritten Logical Block
; Controller Status (CSTS) Values
CSTS_RDY = 1
CSTS_CFS = 1 shl 1
CSTS_SHST = (1 shl 2) or (1 shl 3)
CSTS_NSSRO = 1 shl 4
CSTS_PP = 1 shl 5
CSTS_SHST_SHUTDOWN_OCCURRING = 1 shl 2
CSTS_SHST_SHUTDOWN_COMPLETE = 1 shl 3
; Admin Queue Attributes (AQA) Values
AQA_ASQS = 0xfff
AQA_ACQS = 0xfff shl 16
; CDW10.SEL Values (Page 115 of NVMe 1.4 specification)
CDW10_SEL_CURRENT = 000b
CDW10_SEL_DEFAULT = 001b
CDW10_SEL_SAVED = 010b
CDW10_SEL_SUPPORTED_CAPABILITIES = 011b
; Feature Identifiers (FID) Values (Page 206 of NVMe 1.4 specification)
; Used in Get/Set Features Commands
FID_ARBITRATION = 0x01
FID_POWER_MANAGEMENT = 0x02
FID_LBA_RANGE_TYPE = 0x03
FID_TEMPERATURE_THRESHOLD = 0x04
FID_ERROR_RECOVERY = 0x05
FID_VOLATILE_WRITE_CACHE = 0x06
FID_NUMBER_OF_QUEUES = 0x07
FID_INTERRUPT_COALESCING = 0x08
FID_INTERRUPT_VECTOR_CONFIGURATION = 0x09
FID_WRITE_ATOMICITY_NORMAL = 0x0A
FID_ASYNCHRONOUS_EVENT_CONFIGURATION = 0x0B
FID_AUTONOMOUS_POWER_STATE_TRANSITION = 0x0C
FID_HOST_MEMORY_BUFFER = 0x0D
FID_TIMESTAMP = 0x0E
FID_KEEP_ALIVE_TIMER = 0x0F
FID_HOST_CONTROLLED_THERMAL_MANAGEMENT = 0x10
FID_NON_OPERATIONAL_POWER_STATE_CONFIG = 0x11
FID_READ_RECOVERY_LEVEL_CONFIG = 0x12
FID_PREDICTABLE_LATENCY_MODE_CONFIG = 0x13
FID_PREDICTABLE_LATENCY_MODE_WINDOW = 0x14
FID_LBA_STATUS_INFORMATION_REPORT_INTERVAL = 0x15
FID_HOST_BEHAVIOR_SUPPORT = 0x16
FID_SANITIZE_CONFIG = 0x17
FID_ENDURANCE_GROUP_EVENT_CONFIGURATION = 0x18
; NVM Command Set Specific - FID
FID_SOFTWARE_PROGRESS_MARKER = 0x80
FID_HOST_IDENTIFIER = 0x81
FID_RESERVATION_NOTIFICATION_MASK = 0x82
FID_RESERVATION_PERSISTENCE = 0x83
FID_NAMESPACE_WRITE_PROTECTION_CONFIG = 0x84
; Get Log Page - Log Page Identifiers (Page 118-119 of NVMe 1.4 specification)
LID_ERROR_INFORMATION = 0x01
LID_SMARTHEALTH_INFORMATION = 0x02
LID_FIRMWARE_SLOT_INFORMATION = 0x03
LID_CHANGED_NAMESPACE_LIST = 0x04
LID_COMMANDS_SUPPORTED_AND_EFFECTS = 0x05
LID_DEVICE_SELF_TEST = 0x06
LID_TELEMETRY_HOST_INITIATED = 0x07
LID_TELEMETRY_CONTROLLER_INITIATED = 0x08
LID_ENDURANCE_GROUP_INFORMATION = 0x09
LID_PREDICTABLE_LATENCY_PER_NVM_SET = 0x0A
LID_PREDICTABLE_LATENCY_EVENT_AGGREGATE = 0x0B
LID_ASYMMETRIC_NAMESPACE_ACCESS = 0x0C
LID_PERSISTENT_EVENT_LOG = 0x0D
LID_LBA_STATUS_INFORMATION = 0x0E
LID_ENDURANCE_GROUP_EVENT_AGGREGATE = 0x0F
; I/O Command Set Specific - Log Page Identifiers
LID_RESERVATION_NOTIFICATION = 0x80
LID_SANITIZE_STATUS = 0x81
; Controller Type Values
CNTRLTYPE_IO_CONTROLLER = 0x1
CNTRLTYPE_DISCOVERY_CONTROLLER = 0x2
CNTRLTYPE_ADMIN_CONTROLLER = 0x3
struct NVME_MMIO
CAP dq ? ; Controller Capabilities
VS dd ? ; Version
INTMS dd ? ; Interrupt Mask Set
INTMC dd ? ; Interrupt Mask Clear
CC dd ? ; Controller Configuration
rd 1 ; Reserved
CSTS dd ? ; Controller Status
NSSR dd ? ; NVM Subsystem Reset
AQA dd ? ; Admin Queue Attributes
ASQ dq ? ; Admin Submission Queue Base Address
ACQ dq ? ; Admin Completion Queue Base Address
CMBLOC dd ? ; Controller Memory Buffer Location
CMBSZ dd ? ; Controller Memory Buffer Size
BPINFO dd ? ; Boot Partition Information
BPRSEL dd ? ; Boot Partition Read Select
BPMBL dq ? ; Boot Partition Memory Buffer Location
CMBMSC dd ? ; Controller Memory Buffer Memory Space
CMBSTS dd ? ; Controller Memory Buffer Status
rb 3492 ; Reserved
PMRCAP dd ? ; Persistent Memory Capabilities
PMRCTL dd ? ; Persistent Memory Region Control
PMRSTS dd ? ; Persistent Memory Region Status
PMREBS dd ? ; Persistent Memory Region Elasticity Buffer Size
PMRSWTP dd ? ; Persistent Memory Region Sustained Write Throughput
PMRMSC dq ? ; Persistent Memory Region Controller Memory Space Control
rb 484 ; Reserved
SQ0TDBL dd ? ; Submission Queue 0 Tail Doorbell (Admin)
ends
; Submission Queue Entry (64 bytes)
struct SQ_ENTRY
cdw0 dd ?
nsid dd ?
cdw2 dd ?
cdw3 dd ?
mptr dq ?
prp1 dq ?
prp2 dq ?
cdw10 dd ?
cdw11 dd ?
cdw12 dd ?
cdw13 dd ?
cdw14 dd ?
cdw15 dd ?
ends
; Completion Queue Entry (16 bytes) - See page 77 of the NVMe 1.4 spec
struct CQ_ENTRY
cdw0 dd ?
rd 1 ; reserved
sqhd dw ?
sqid dw ?
cid dw ?
status dw ?
ends
struct NSINFO
capacity dq ?
size dq ?
nsid dd ?
pci dd ?
lbads db ?
features db ?
ends
struct pcidev
bus db ?
devfn db ?
rb 2 ; align
num dd ?
io_addr dd ?
queue_entries dd ?
version dd ?
nsid dd ?
spinlock dd ?
nsinfo dd ?
last_status dd ? ; status field of the last completion, 0 when all went well
nn dd ?
last_cdw0 dd ? ; command specific result of the last completion
max_sectors dd ? ; biggest transfer a single I/O command may carry
disk dd ? ; handle from DiskAdd, 0 if none
pcidev dd ? ; the kernel's PCIDEV, claimed through its owner field
iolock MUTEX ; taken by whoever is using the I/O queue
dstrd db ?
mdts db ? ; Maximum Data Transfer Size, in 2^(12+MPSMIN) byte units
ready db ? ; 1 while the controller serves I/O; 0 before, after cleanup or once it hung
stuck db ? ; 1 if it hung and would not even go idle, so it may still DMA
hung db ? ; 1 once any command timed out, init and cleanup included
rb 3 ; align
ends
TOTAL_PCIDEVS = 4
TOTAL_PCIDEVS_MALLOC_SZ = TOTAL_PCIDEVS * sizeof.pcidev
struct NVM_QUEUE_ENTRY
tail dw ?
head dw ?
sq_ptr dd ?
cq_ptr dd ?
phase db ? ; phase tag the next completion of this queue will carry
rb 19 ; pad to a power of two, the queue index is shifted by LOG2 of it
ends
; Identify Controller Data Structure
struct IDENTC
vid dw ?
ssvid dw ?
sn dt ?, ?
mn rt 4
fr dq ?
rab db ?
ieee db ?, ?, ?
cmic db ?
mdts db ?
cntlid dw ?
ver dd ?
rtd3r dd ?
rtd3e dd ?
oaes dd ?
ctratt dd ?
rrls dw ?
rb 9 ; reserved
cntrltype db ?
fguid dq ?, ?
crdt1 dw ?
crdt2 dw ?
crdt3 dw ?
rb 106 ; reserved
rb 16 ; reserved (NVMMI)
oacs dw ?
acl db ?
aerl db ?
frmw db ?
lpa db ?
elpe db ?
npss db ?
avscc db ?
apsta db ?
wctemp dw ?
cctemp dw ?
mtfa dw ?
hmpre dd ?
hmmin dd ?
tnvmcap dq ?, ?
unvmcap dq ?, ?
rpmbs dd ?
edstt dw ?
dsto db ?
fwug db ?
kas dw ?
hctma dw ?
mntmt dw ?
mxtmt dw ?
sanicap dd ?
hmminds dd ?
hmmaxd dw ?
nsetidmax dw ?
endgidmax dw ?
anatt db ?
anacap db ?
anagrpmax dd ?
nanagrpid dd ?
pels dd ?
rb 156
sqes db ?
cqes db ?
maxcmd dw ?
nn dd ?
oncs dw ?
fuses dw ?
fna db ?
vwc db ?
awun dw ?
awupf dw ?
nvscc db ?
nwpc db ?
acwu dw ?
rb 2
sgls dd ?
mnan dd ?
rb 224
subnqn rq 32
rb 768
rb 256
psd0 rq 4
psd1 rq 4
psd2 rq 4
psd3 rq 4
psd4 rq 4
psd5 rq 4
psd6 rq 4
psd7 rq 4
psd8 rq 4
psd9 rq 4
psd10 rq 4
psd11 rq 4
psd12 rq 4
psd13 rq 4
psd14 rq 4
psd15 rq 4
psd16 rq 4
psd17 rq 4
psd18 rq 4
psd19 rq 4
psd20 rq 4
psd21 rq 4
psd22 rq 4
psd23 rq 4
psd24 rq 4
psd25 rq 4
psd26 rq 4
psd27 rq 4
psd28 rq 4
psd29 rq 4
psd30 rq 4
psd31 rq 4
rb 1024
ends
; Identify Namespace Data Structure
struct IDENTN
nsze dq ?
ncap dq ?
nuse dq ?
nsfeat db ?
nlbaf db ?
flbas db ?
mc db ?
dpc db ?
dps db ?
nmic db ?
rescap db ?
fpi db ?
dlfeat db ?
nawun dw ?
nawupf dw ?
nacwu dw ?
nabsn dw ?
nabo dw ?
nabspf dw ?
noiob dw ?
nvmcap dq ?
dq ?
npwg dw ?
npwa dw ?
npdg dw ?
npda dw ?
nows dw ?
rb 18
anagrpid dd ?
rb 3
nsattr db ?
nvmsetid dw ?
endgid dw ?
nguid dq ?
dq ?
eui64 dq ?
lbaf0 dd ?
lbaf1 dd ?
lbaf2 dd ?
lbaf3 dd ?
lbaf4 dd ?
lbaf5 dd ?
lbaf6 dd ?
lbaf7 dd ?
lbaf8 dd ?
lbaf9 dd ?
lbaf10 dd ?
lbaf11 dd ?
lbaf12 dd ?
lbaf13 dd ?
lbaf14 dd ?
lbaf15 dd ?
rb 3904
ends
; Namespace Granularity List (CNS 16h - Page 199 of NVMe specification 1.4)
struct NSGRANLS
nga dd ?
nod db ?
rb 27 ; reserved
ngd0 dq ?, ?
ngd1 dq ?, ?
ngd2 dq ?, ?
ngd3 dq ?, ?
ngd4 dq ?, ?
ngd5 dq ?, ?
ngd6 dq ?, ?
ngd7 dq ?, ?
ngd8 dq ?, ?
ngd9 dq ?, ?
ngd10 dq ?, ?
ngd11 dq ?, ?
ngd12 dq ?, ?
ngd13 dq ?, ?
ngd14 dq ?, ?
ngd15 dq ?, ?
ends
assert NVM_ASQS = NVM_ACQS
assert SQ_ENTRIES = NVM_ASQS
assert CQ_ENTRIES = NVM_ACQS
assert NVM_MPS = 0
assert CTRL_POLL_MS mod 10 = 0 ; nvme_poll waits it out in 1/100 s ticks
assert PAGE_SIZE = 0x1000
assert sizeof.NVME_MMIO = 4096
assert sizeof.SQ_ENTRY = 64
assert sizeof.CQ_ENTRY = 16
assert sizeof.IDENTC = 4096
assert sizeof.IDENTN = 4096
assert sizeof.NSGRANLS = 288
assert sizeof.NVM_QUEUE_ENTRY = 32
+1 -1
View File
@@ -2628,7 +2628,7 @@ modify_pce:
iglobal
cpustring db 'CPU',0
cpustring db 'TASKMAN',0
endg
uglobal
+1 -1
View File
@@ -1,5 +1,5 @@
[rbmenu]
Диспетчер процессов=cpu
Диспетчер задач=taskman
Управление темой=skincfg
Настройка фона=/sys/media/palitra
Настройка устройств=setup
+42
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@@ -0,0 +1,42 @@
## TASKMAN - Task Manager
Replaces CPU and SYSMON. Starts from the menu, the system panel or by
`Ctrl+Alt+Del`.
* **Processes** - threads with their CPU and memory. `Details` opens
TINFO, `End` ends the thread, `Run...` starts a program. System threads
(OS, @...) are shown with `System`.
* **Performance** - CPU, temperature, memory and network: the values on
the left, the history as a graph on the right. Temperature comes from
the CPU sensor (Intel, AMD, Hygon, VIA, Zhaoxin) or else from a board
monitoring chip (Winbond, ITE, ABIT uGuru); without either there is no
temperature graph. `CPUID` starts CPUID.
* **Disks** - partitions with label, size and, for memory disks, the
space used. `Open` shows the disk in Eolite.
* **Drivers** - the drivers the kernel has loaded. `Load...` starts
LOADDRV.
* **Autorun** - the programs of `/sys/settings/autorun.dat`. A program
turned off has `#` before it and is shown pale; `Turn on/off` adds or
removes the `#` in the file.
Lists sort by a click on a column header; a second click reverses the
order.
### Keys
| Key | Action |
|---|---|
| `Tab` | Next tab |
| `Esc` | Close |
| `Up`, `Down`, `PgUp`, `PgDn`, `Home`, `End` | Move in a list |
| `Enter` | Processes: Details; Disks: Open |
| `Del` | Processes: End |
| `Space` | Autorun: turn the program on or off |
| Right click on a row | Processes: Details; Disks: Open |
| Mouse wheel | Scroll a list |
### History
* 2026-10 - First version. Replaces CPU (processes) and SYSMON (system
monitor); adds the disks, drivers and autorun tabs and the CPU
temperature sensors; the board chips come from GMON.
+4
View File
@@ -0,0 +1,4 @@
if tup.getconfig("NO_FASM") ~= "" then return end
lang = (tup.getconfig("LANG") == "") and "en_US" or tup.getconfig("LANG")
tup.rule("taskman.asm", "fasm -dlang=" .. lang .. " %f %o " .. tup.getconfig("KPACK_CMD"), "taskman")
+423
View File
@@ -0,0 +1,423 @@
; Drawing and formatting helpers; they keep all registers unless noted.
macro __mov reg, a, b { ; mcall loads small constants shorter
if (~a eq) & (~b eq)
mpack reg, a, b
else if (~a eq) & (b eq)
movi reg, a
end if
}
; An item of a bar: a button with its color, a checkbox with its state or
; a gap
struct BAR
kind db ?
text dd ? ; the caption
arg dd ? ; -> the color, -> the state as a byte
ends
BAR_END = 0
BAR_BUTTON = 1
BAR_CHECK = 2
BAR_GAP = 3
; ebx = x shl 16 + y, ecx = color, edx -> string in UTF-8
draw_text:
pusha
or ecx, TEXT_UTF8
mcall SF_DRAW_TEXT
popa
ret
; eax -> string; out: eax = width in pixels
text_width:
push ecx esi
mov esi, eax
xor ecx, ecx
.next:
lodsb
test al, al
jz .done
call utf8_more
je .next
add ecx, 8
jmp .next
.done:
xchg eax, ecx
pop esi ecx
ret
; eax -> caption; out: eax = width of the button
button_width:
call text_width
add eax, BTN_PAD*2
ret
; Frame in the border color filled with edx. ebx = x shl 16 + w, ecx = y shl 16 + h
frame_rect:
pusha
push edx
mcall SF_DRAW_RECT, , , [sc.work_graph]
pop edx
add ebx, 1 shl 16 - 2
add ecx, 1 shl 16 - 2
mcall SF_DRAW_RECT
popa
ret
; eax = icon, ebx = x shl 16 + y, edx = the background for its white
draw_icon:
pusha
mov esi, [icons]
test esi, esi
jz .done
imul eax, ICON*ICON*4
add esi, eax
mov edi, icon_buf
mov ecx, ICON*ICON
@@:
lodsd
cmp eax, -1
jne .pixel
mov eax, edx
.pixel:
stosd
loop @b
mov edx, ebx
mcall SF_PUT_IMAGE_EXT, icon_buf, (ICON shl 16) + ICON, , 32, 0, 0
.done:
popa
ret
; eax, edx = colors; out: eax = the one half way between them, edx changed
mix:
and eax, 0xFEFEFE
and edx, 0xFEFEFE
add eax, edx
shr eax, 1
ret
; eax -> caption, edx = id, esi = color
bar_button:
pusha
mov edi, eax
call button_width
call bar_place
dec ebx ; the kernel draws one pixel more
dec ecx
mcall SF_DEFINE_BUTTON
add ebx, BTN_PAD shl 16
mov eax, [sc.work_button_text] ; then bar_text
; The end of the bar items: edi -> caption, eax = color, ebx = x shl 16,
; ecx = y shl 16 of the item
bar_text:
shr ecx, 16
add ecx, (BTN_H - TEXT_H)/2
mov bx, cx
xchg eax, ecx
mov edx, edi
call draw_text
popa
ret
; eax -> caption, edx = id, ebp = checked
bar_checkbox:
pusha
mov edi, eax
call button_width ; the box, PAD, the caption: 2 left
call bar_place
add [bar_left], 2*PAD + CHECK - 2*BTN_PAD ; then more room
or edx, BT_HIDE + BT_NOFRAME
mcall SF_DEFINE_BUTTON
mov bx, CHECK
add ecx, ((BTN_H - CHECK)/2) shl 16
mov cx, CHECK
mov [cb.left_s], ebx ; the box of box_lib, the caption
mov [cb.top_s], ecx ; as the other ones
mov eax, [sc.work_light]
mov [cb.color], eax
mov eax, [sc.work_button] ; the frame and the check
mov [cb.border_color], eax
lea eax, [ebp + ebp] ; checked
mov [cb.flags], eax
push cb
call [check_box_draw2]
add ebx, (CHECK + PAD) shl 16
sub ecx, ((BTN_H - CHECK)/2) shl 16
mov eax, [sc.work_text]
jmp bar_text
; Place in the bottom bar: from the left end, or from the right one for ids
; with bit 3. eax = width, edx = id; out: ebx = x shl 16 + w, ecx = y shl 16 + h
bar_place:
lea ebx, [eax + PAD]
test dl, 8
jnz .right
xchg ebx, [bar_left]
add [bar_left], ebx
jmp @f
.right:
sub [bar_right], ebx
mov ebx, [bar_right]
@@:
shl ebx, 16
mov bx, ax
mov ecx, [bar_y]
shl ecx, 16
mov cx, BTN_H
ret
; The items of a bar from the left, esi -> them; the buttons and the
; checkboxes get the ids from BTN_OWN on. Changes all registers.
bar_draw:
mov edx, BTN_OWN
.item:
mov bl, [esi + BAR.kind]
mov eax, [esi + BAR.text]
mov ecx, [esi + BAR.arg]
add esi, sizeof.BAR
dec bl
js .done
jz .button
dec bl
jz .check
add [bar_left], PAD ; a gap
jmp .item
.done:
ret
.button:
push esi
mov esi, [ecx]
call bar_button
pop esi
inc edx
jmp .item
.check:
movzx ebp, byte [ecx]
call bar_checkbox
inc edx
jmp .item
;-------------------------------------------------------------------------------
; Formatting: write to edi and leave it at the terminating zero.
; eax = number; printed as 8 hex digits
fmt_hex:
pusha
mov ebx, 16
mov esi, 8
jmp fmt_num
; eax = number
fmt_uint:
pusha
mov ebx, 10
xor esi, esi
fmt_num: ; ebx = base, esi = the fewest digits
xor ecx, ecx
@@:
xor edx, edx
div ebx
push edx
inc ecx
test eax, eax
jnz @b
cmp ecx, esi
jb @b
@@:
pop eax
cmp al, 10 ; 0..15 to '0'..'9', 'A'..'F'
sbb al, 0x69
das
stosb
loop @b
mov [edi], cl
mov [esp + PUSHA_EDI], edi
popa
ret
; al = a byte of UTF-8; out: ZF = 1 if it goes on with a character
utf8_more:
push eax
and al, 0xC0
cmp al, 0x80
pop eax
ret
; edx -> string; copies up to (ebx - eax) / 8 characters, TEXT_CHARS at
; most, and keeps edi
fmt_clip:
pusha
mov esi, edx
sub ebx, eax
shr ebx, 3
cmp ebx, TEXT_CHARS
jb @f
mov ebx, TEXT_CHARS
@@:
lodsb
test al, al
jz @f
call utf8_more
je .put
dec ebx
js @f
.put:
stosb
cmp edi, text_buf + TEXT_CHARS*4
jb @b
@@:
mov byte [edi], 0
popa
ret
; esi -> string
fmt_str:
push eax esi
@@:
lodsb
stosb
test al, al
jnz @b
dec edi
pop esi eax
ret
; eax -> string
fmt_unit:
xchg esi, eax
call fmt_str
xchg esi, eax
ret
; eax = KB; printed as "123 KB", "1.5 MB", "12.3 GB" etc.
fmt_size:
pusha
mov ebx, 1024
mov esi, sz_units
jmp fmt_scaled
; eax = bits a second; printed as "500 bit/s", "1.5 Mbit/s" etc.
fmt_rate:
pusha
mov ebx, 1000
mov esi, sz_bits ; then fmt_scaled
; ebx = the step of the units, esi -> the units, each ended with 0: the
; number in the largest one it fills, small ones with a decimal but .0
fmt_scaled:
xor ecx, ecx
xor edx, edx
@@:
cmp eax, ebx
jb @f
xor edx, edx
div ebx
inc ecx
jmp @b
@@:
call fmt_uint
cmp eax, 100
jae .unit
imul eax, edx, 10
xor edx, edx
div ebx
test eax, eax
jz .unit
mov byte [edi], "."
inc edi
call fmt_uint
.unit:
dec ecx
js @f
.skip:
lodsb
test al, al
jnz .skip
jmp .unit
@@:
call fmt_str
mov [esp + PUSHA_EDI], edi
popa
ret
; eax = seconds; printed as "h:mm:ss"
fmt_time:
pusha
xor edx, edx
mov ecx, 3600
div ecx
call fmt_uint
xchg eax, edx
mov cl, 60
div cl
movzx edx, ah
call .two
xchg eax, edx
call .two
mov [esp + PUSHA_EDI], edi
popa
ret
.two: ; eax = 0..99
aam
add ax, "00"
xchg al, ah
shl eax, 8
mov al, ":"
stosd
dec edi
ret
; esi -> path: the program without parameters
run_plain:
xor edx, edx ; then run_app
; esi -> path, edx -> parameters or 0
run_app:
pusha
mov [app_info.Flags], edx
mov [app_info.FileName], esi
mcall SF_FILE, app_info
popa
ret
+188
View File
@@ -0,0 +1,188 @@
; The monitoring chips of older boards, ported from GMON: Winbond W836xx and
; ITE IT87xx at ports 0x295/0x296, ABIT uGuru at 0xE0/0xE4. Their first
; temperature stands in for a CPU without a sensor.
HWM_PORT = 0x295 ; index, data at + 1
SIO_PORT = 0x2E ; Super I/O config, data at + 1
UGURU_CMD = 0xE0
UGURU_DATA = 0xE4
WB_BANK = 0x4E ; the registers of Winbond: the bank,
WB_VENDOR = 0x4F ; the vendor, 0x80 in WB_BANK: its
WB_ID = 0x5CA3 ; high byte
WB_TEMP = 0x50 ; in bank 1
SIO_CHIP_ID = 0x20 ; of the Super I/O, then of ITE
ITE_ID = 0x87 ; the high byte
ITE_TEMP = 0x29
UGURU_TEMP = 0x2100 ; bank, sensor
; The chip of the board: hwm_read; out: eax = it, 0 if none: the ports
; given back
hwm_init:
mcall SF_SET_PORTS, 0, HWM_PORT, HWM_PORT + 1
test eax, eax
jnz .uguru
call wb_probe
je .found
mcall SF_SET_PORTS, 0, SIO_PORT, SIO_PORT + 1
test eax, eax
jnz .uguru
call ite_probe
je .found
.uguru:
mcall SF_SET_PORTS, 0, UGURU_CMD, UGURU_DATA
test eax, eax
jnz .none
in al, UGURU_CMD
test al, al
jz @f
cmp al, 0xAC
jne .none
@@:
in al, UGURU_DATA
test al, al
jz @f
cmp al, 8
jne .none
@@:
mov eax, uguru_read
.found:
mov [hwm_read], eax
ret
.none:
mcall SF_SET_PORTS, 1, HWM_PORT, HWM_PORT + 1
mcall SF_SET_PORTS, 1, UGURU_CMD, UGURU_DATA
xor eax, eax
ret
; al = bank (or 0x80: the high byte of the vendor), ah = register; out: eax
wb_get:
push eax
mov ah, WB_BANK
call hwm_index
pop eax
out dx, al ; then hwm_get
; ah = register; out: eax
hwm_get:
call hwm_index
in al, dx
movzx eax, al
ret
hwm_index: ; out: dx = the data port
mov dx, HWM_PORT
mov al, ah
out dx, al
inc edx
ret
; out: ZF = 1 and eax = the read procedure if found
wb_probe:
mov ax, WB_VENDOR shl 8 ; a byte at a time
call wb_get
xchg ebx, eax
mov ax, WB_VENDOR shl 8 + 0x80
call wb_get
mov bh, al
cmp bx, WB_ID
jne .done
mov eax, wb_read
cmp eax, eax
.done:
ret
; out: ZF = 1 and eax = the read procedure if found
ite_probe:
mov eax, 0x55550187 ; MB PnP mode
mov ecx, 4
@@:
out SIO_PORT, al
shr eax, 8
loop @b
mov al, SIO_CHIP_ID
out SIO_PORT, al
in al, SIO_PORT + 1
xchg eax, esi
mov al, 2 ; leave the mode
out SIO_PORT, al
out SIO_PORT + 1, al
mcall SF_SET_PORTS, 1, SIO_PORT, SIO_PORT + 1
xchg eax, esi
cmp al, ITE_ID
mov eax, ite_read
ret
; out: eax = the first temperature
wb_read:
mov ax, WB_TEMP shl 8 + 1
jmp wb_get
ite_read:
mov ah, ITE_TEMP
jmp hwm_get
uguru_read:
mov ax, UGURU_TEMP ; then uguru_sensor
; ax = sensor; out: eax
uguru_sensor:
push ebx
mov ebx, eax
mov al, ah ; the bank
out UGURU_DATA, al
mov ah, 8
call .wait
mov al, bl
out UGURU_CMD, al
mov ah, 1
call .wait
in al, UGURU_CMD
movzx ebx, al
mov ecx, 1000 ; back to the ready state
.ready:
in al, UGURU_DATA
cmp al, 8
je .done
xor eax, eax
out UGURU_DATA, al
mov ah, 9
call .wait
loop .ready
.done:
xchg eax, ebx
pop ebx
ret
.wait: ; for ah at the data port
push ecx
mov ecx, 1000
@@:
in al, UGURU_DATA
cmp al, ah
loopne @b
pop ecx
ret
hwm_read dd nothing ; the procedure of the chip
uglobal
align 4
hwm_temp dd ? ; degrees
endg
+684
View File
@@ -0,0 +1,684 @@
; List of a tab: rows in columns with a header, a selected row and a scrollbar on
; the panel. The columns go from the left, one of them, width 0, takes what
; the others leave. A click on a row selects it, then calls the trigger of
; that button; a key of the hotkeys calls its trigger. `list` is the list of
; the open tab; a closed tab keeps it in its descriptor.
struct LIST
cols dd ? ; the columns
cols_end dd ?
sort dd ? ; the sorted column
left dd ? ; the triggers: a left click,
right dd ? ; a right click,
keys dd ? ; -> HOTKEYs, ended by 0
dim dd ? ; a byte in the row: not 0, it is pale; 0: none
count dd ?
sel dd ?
first dd ?
key dd ? ; the first dword of the selected row
desc dd ? ; 1: the sorted column goes down
view dd ? ; -> the pointers to the rows
ends
struct HOTKEY
key db ?
trigger dw ?
ends
struct COL
caption dd ?
field db ? ; offset in the row
kind db ?
width db ? ; 0: what the others leave
ends
; The list: the header, the rows and the scrollbar.
list_draw:
mov ebx, [area_w] ; what the others leave to the widest
sub ebx, 1 + SB_W
mov esi, [list.cols]
@@:
movzx edx, byte [esi + COL.width]
sub ebx, edx
add esi, sizeof.COL
cmp esi, [list.cols_end]
jb @b
mov [col_rest], ebx
mov eax, [area_h] ; the rows that fit
sub eax, 2 + HDR_H + 1
xor edx, edx
mov ecx, ROW_H
div ecx
mov [rows], eax
mov ebx, PAD shl 16 ; the header and the line under it,
mov bx, word [area_w] ; left of the scrollbar
sub bx, SB_W - 1
mov ecx, (AREA_Y shl 16) + HDR_H + 2
mov edx, [mid]
call frame_rect
xor eax, eax
mov ebp, AREA_Y + 1 + (HDR_H - TEXT_H)/2
call list_line ; then list_rows
; The rows and the scrollbar only, for new data.
list_rows:
call list_clamp
mov edi, [list.first]
mov ecx, ((AREA_Y + HDR_H + 2) shl 16) + ROW_H
mov ebp, [rows]
.row:
mov ebx, (PAD + 1) shl 16
mov bx, word [area_w]
sub bx, 1 + SB_W
mov edx, [sc.work_light]
mov esi, [sc.work_text]
cmp edi, [list.sel]
jne @f
cmp edi, [list.count] ; a row there
jae @f
mov edx, [sc.work_button]
mov esi, [sc.work_button_text]
@@:
mcall SF_DRAW_RECT
cmp edi, [list.count]
jae @f
pusha
mov eax, [list.view]
mov eax, [eax + edi*4]
mov ebp, ecx
shr ebp, 16
add ebp, (ROW_H - TEXT_H)/2
mov ecx, esi
mov esi, [list.dim] ; pale: half way to the background
test esi, esi
jz .line
cmp byte [eax + esi], 0
je .line
xchg eax, ecx
call mix
xchg eax, ecx
.line:
call list_line
popa
@@:
add ecx, ROW_H shl 16
inc edi
dec ebp
jg .row ; then sb_draw
; The scrollbar of box_lib at the right of the list, as high as it
sb_draw:
call sb_set
push sb
call [scrollbar_v_draw]
ret
; One line of the list at y = ebp: the captions if eax = 0, lines between
; them, the sorted one with an arrow, otherwise the cells of row eax in color
; ecx on background edx. Left or right as col_left says.
list_line:
pusha
mov ebx, PAD + 1 ; the left of the column
mov esi, [list.cols]
.col:
pusha
movzx edx, byte [esi + COL.field]
add edx, eax
test eax, eax
jnz .cell
mov edx, [esi + COL.caption]
mov ecx, [sc.work_text]
jmp .draw
.cell:
call cell_text
.draw:
call col_width ; the text in the cell
lea eax, [ebx + eax - CELL_PAD]
xchg eax, ebx
add eax, CELL_PAD
mov edi, text_buf
call fmt_clip
mov edx, edi
call col_left
jc @f
mov eax, edx
call text_width
neg eax
add eax, ebx
@@:
shl eax, 16
mov ax, bp
xchg eax, ebx
call draw_text
cmp dword [esp + PUSHA_EAX], 0 ; the captions
jne .picture
cmp esi, [list.cols] ; a line left of the column, but the
je @f ; first one at the frame
push ebx
mov ebx, [esp + 4 + PUSHA_EBX] ; the left
shl ebx, 16
inc ebx
mov ecx, ((AREA_Y + 1) shl 16) + HDR_H
mcall SF_DRAW_RECT, , , [sc.work_graph]
pop ebx
@@:
cmp esi, [list.sort]
jne .next
mov edi, [list.desc]
sub ebx, 5 shl 16 ; 2 pixels before the caption on the
call col_left ; right, after the one on the left
jnc @f
mov eax, text_buf
call text_width
add eax, 11
shl eax, 16
add ebx, eax
@@:
call draw_arrow
jmp .next
.picture: ; a bar or an icon in a row
movzx edx, byte [esi + COL.field]
add edx, [esp + PUSHA_EAX] ; the row
mov edx, [edx]
call col_width
cmp byte [esi + COL.kind], KIND_BAR
jb .next
ja .icon
mov ebx, [esp + PUSHA_EBX] ; the bar across the cell
add ebx, CELL_PAD
shl ebx, 16
sub eax, 2*CELL_PAD
mov bx, ax
movzx ecx, bp
shl ecx, 16
mov cx, TEXT_H
xchg eax, edx
mov edx, [sc.work_light]
call frame_rect
cmp eax, -1
je .next
add ebx, 2 shl 16 - 4 ; a light line around it, from the
add ecx, 2 shl 16 - 4 ; selected row too
movzx edx, bx
mul edx
shr eax, 10
mov bx, ax
mcall SF_DRAW_RECT, , , [sc.work_button] ; as the graphs
jmp .next
.icon:
sub eax, ICON ; in the middle of the cell
shr eax, 1
add eax, [esp + PUSHA_EBX]
shl eax, 16
lea ecx, [ebp - (ICON - TEXT_H)/2]
mov ax, cx
xchg eax, ebx
xchg eax, edx
mov edx, [esp + PUSHA_SIZE + PUSHA_EDX] ; of the first one:
; the background
call draw_icon
.next:
call col_width ; the next column after this one
add [esp + PUSHA_EBX], eax ; its left
popa
add esi, sizeof.COL
cmp esi, [list.cols_end]
jb .col
popa
ret
; esi -> column, edx -> its field in the row; out: edx -> the text of the
; cell, "" for a bar or an icon
cell_text:
cmp byte [esi + COL.kind], KIND_STR
jb .done
mov edx, [edx]
je .done
mov eax, edx
mov edi, text_buf
mov edx, edi
mov byte [edi], 0 ; -1: unknown, nothing to show
cmp eax, -1
je .done
cmp byte [esi + COL.kind], KIND_SIZE
jb .uint
ja .hex
jmp fmt_size
.hex:
cmp byte [esi + COL.kind], KIND_HEX ; a bar or an icon: drawn below
jne .done
jmp fmt_hex
.uint:
call fmt_uint
cmp byte [esi + COL.kind], KIND_PCT
jne .done
mov word [edi], "%"
.done:
ret
; esi -> column; out: CF = 1 if its caption and text go left: text and the
; widest column, but the bar
col_left:
cmp byte [esi + COL.kind], KIND_NUM ; text: CF = 1
jb .done
cmp byte [esi + COL.kind], KIND_BAR ; the bar and icons: CF = 0
jae .done
cmp byte [esi + COL.width], 1 ; the widest: CF = 1
.done:
ret
; esi -> column; out: eax = its width
col_width:
movzx eax, byte [esi + COL.width]
test eax, eax
jnz @f
mov eax, [col_rest]
@@:
ret
; The end of a scan: ebp -> the end of the view.
list_done:
sub ebp, [list.view]
shr ebp, 2
mov [list.count], ebp ; then list_sort
; Sort the view by the sorted column and find the selected row again.
list_sort:
mov ebp, [list.view]
mov ecx, 1 ; insertion sort, stable
.outer:
cmp ecx, [list.count]
jae .select
mov esi, [ebp + ecx*4]
mov ebx, ecx
.inner:
mov edi, [ebp + ebx*4 - 4]
call list_less
jnc .put
mov [ebp + ebx*4], edi
dec ebx
jnz .inner
.put:
mov [ebp + ebx*4], esi
inc ecx
jmp .outer
.select:
mov ecx, [list.count]
mov eax, [list.key]
@@:
dec ecx
js @f
mov esi, [ebp + ecx*4]
cmp [esi], eax
jne @b
mov [list.sel], ecx
@@:
ret
; esi, edi -> rows; out: CF = 1 if esi goes before edi
list_less:
pusha
mov ebx, [list.sort]
movzx ecx, byte [ebx + COL.field]
add esi, ecx
add edi, ecx
cmp [list.desc], 0
je @f
xchg esi, edi
@@:
cmp byte [ebx + COL.kind], KIND_STR
ja .num
jb @f
mov esi, [esi] ; the text by its pointer
mov edi, [edi]
@@:
lodsb ; the letters of either case alike
mov ah, [edi]
inc edi
mov dl, al
or ax, 0x2020
cmp al, ah
jne @f
test dl, dl
jz @f
cmp byte [edi - 1], 0 ; the end of edi, not a blank
jne @b
@@:
popa
ret
.num: ; -1, unknown, before 0
mov eax, [esi]
inc eax
mov edx, [edi]
inc edx
cmp eax, edx
popa
ret
; An arrow up, or down if edi = 1: a triangle of 4 lines, line i of 2*i + 1
; pixels, its tip at x = ebx shr 16, around the middle of the capitals of
; text at y = bx.
draw_arrow:
pusha
lea ecx, [edi*2 + edi + TEXT_H/2 - 2] ; from the top if it
add cx, bx ; goes up, else from the bottom
shl ecx, 16
inc ecx
shl edi, 17 ; the next line: 1 down or up
neg edi
add edi, 1 shl 16
mov bx, 1
mov esi, 4
@@:
mcall SF_DRAW_RECT, , , [sc.work_text]
add ebx, (-1 shl 16) + 2
add ecx, edi
dec esi
jnz @b
popa
ret
; eax = rows the wheel moves, esi = mouse buttons: box_lib moves the list,
; again while held; out: ebp = list.first before, drawn again if it changes
scroll_mouse:
mov ebp, [list.first]
add [list.first], eax
call sb_set
xor eax, eax
mov edi, [rows] ; all rows seen: no thumb to drag
cmp edi, [list.count]
jae @f
push sb
call [scrollbar_v_mouse]
mov eax, [sb.position]
xchg eax, [list.first]
sub eax, [list.first] ; moved while held: again after 10
jz @f ; waits of the main loop if pressed
mov eax, esi ; now, else after 2
and eax, MB_LEFT
jz @f
mov al, 2
test esi, MB_LEFT_DOWN
jz @f
mov al, 10
@@:
mov [repeat_at], eax
ret
sb_set: ; the list state to it
mov eax, [area_w]
add eax, PAD - SB_W
mov [sb.x_pos], ax
mov eax, [area_h]
mov [sb.y_size], ax
mov [sb.all_redraw], 1
mov edi, sb.max_area
mov eax, [list.count]
stosd
mov eax, [rows]
stosd
mov eax, [list.first]
stosd
mov eax, [sc.work_dark]
stosd
mov eax, [mid]
stosd
mov eax, [sc.work_graph]
stosd
ret
; Keep sel and first in range and remember the selected row.
list_clamp:
pusha
mov ecx, [list.count]
mov edi, list.sel
call clamp
jecxz @f
mov edx, [list.view]
mov eax, [edx + eax*4]
mov eax, [eax]
mov [list.key], eax
@@:
popa
pusha ; first in range
mov ecx, [list.count]
sub ecx, [rows]
inc ecx
mov edi, list.first
call clamp
popa
ret
clamp: ; [edi] into [0, ecx - 1]
mov eax, [edi]
cmp eax, ecx
jl @f
lea eax, [ecx - 1]
@@:
test eax, eax
jns @f
xor eax, eax
@@:
stosd
ret
list_key: ; al = key
mov esi, [list.keys]
.hotkey:
mov ah, [esi + HOTKEY.key]
test ah, ah
jz .move
add esi, sizeof.HOTKEY
cmp ah, al
jne .hotkey
movzx eax, [esi - sizeof.HOTKEY + HOTKEY.trigger]
jmp eax
.move:
sub al, KEY_DOWN
cmp al, KEY_PGUP - KEY_DOWN
ja .done
movzx eax, al
movsx edx, byte [.moves + eax*2 + 1]
imul edx, [rows]
movsx eax, byte [.moves + eax*2]
add edx, eax
add [list.sel], edx
call list_clamp
mov ebx, [list.sel] ; scroll to the selection
mov ecx, [rows]
sub ebx, ecx
inc ebx
sub [list.first], ebx
mov edi, list.first
call clamp
add [list.first], ebx
jmp list_rows
.done:
ret
; rows, pages for the keys KEY_DOWN..KEY_PGUP: down, up, right, home, end,
; del, pgdn, pgup
.moves db 1, 0, -1, 0, 0, 0, 0, -128, 0, 127, 0, 0, 0, 1, 0, -1
; Wheel scrolls; left button selects a row, sorts by a column or moves the
; scrollbar; right click opens the row.
list_mouse:
call get_mouse
imul eax, 3
call scroll_mouse ; every event: it follows a drag
test esi, MB_LEFT + MB_RIGHT_DOWN
jz .moved
sub ebx, PAD ; inside the list, left of the
jle .moved ; scrollbar
mov eax, [area_w]
sub eax, SB_W
cmp ebx, eax
jge .moved
sub ecx, AREA_Y + HDR_H + 2
jl .header
test esi, MB_LEFT_DOWN + MB_RIGHT_DOWN ; a row: not dragged to
jz .moved
xchg eax, ecx
xor edx, edx
mov ecx, ROW_H
div ecx
cmp eax, [rows]
jae .moved
add eax, [list.first]
cmp eax, [list.count]
jae .moved
mov [list.sel], eax
shr esi, 9 ; MB_RIGHT_DOWN: 0 left, 1 right
and esi, 1
push [list.left + esi*4] ; the selection drawn, then list_rows
jmp list_rows ; returns to the trigger
.moved: ; a drag of the thumb keeps its pixels
cmp ebp, [list.first]
jne list_rows
ret
.header:
cmp ecx, -(HDR_H + 1)
jl .moved
test esi, MB_LEFT_DOWN
jz .moved
mov esi, [list.cols] ; the column under the cursor
dec ebx
.col:
call col_width
sub ebx, eax
jl .sort
add esi, sizeof.COL
cmp esi, [list.cols_end]
jb .col
ret
.sort: ; again: the other way, else its own
xor eax, eax
cmp byte [esi + COL.kind], KIND_PCT
setae al
cmp esi, [list.sort]
jne .order
mov eax, [list.desc]
xor al, 1
.order:
mov [list.desc], eax
mov [list.sort], esi
call list_sort
jmp list_draw
; out: esi = mouse buttons held, in bits 8.. the ones pressed, not held at
; the last event, and the mouse not moved since; ebx, ecx = x, y in the
; client area; eax = the wheel
get_mouse:
mcall SF_MOUSE_GET, SSF_BUTTON_EXT
mov esi, eax
movzx eax, al
xchg al, byte [buttons]
shl eax, 8
not eax
and esi, eax
mcall SF_MOUSE_GET, SSF_WINDOW_POSITION
movsx ecx, ax ; in the client area
sar eax, 16
xchg edx, eax
mcall SF_MOUSE_GET, SSF_SCROLL_DATA
mov ebx, edx
movsx eax, ax ; the wheel
ret
no_keys db 0 ; HOTKEYs of a list without them
uglobal
align 4
list LIST
rows dd ? ; that fit the panel
col_rest dd ? ; the width of the widest column
repeat_at dd ? ; waits till a held arrow repeats
endg
+94
View File
@@ -0,0 +1,94 @@
; Strings in UTF-8; the caption starts with its encoding byte.
if lang eq ru_RU
sz_title db 3, "Диспетчер задач", 0
sz_tab_procs db "Процессы", 0
sz_tab_perf db "Нагрузка", 0
sz_tab_disks db "Диски", 0
sz_col_free db "Свободно", 0
sz_run db "Запустить...", 0
sz_kill db "Завершить", 0
sz_shutdown db "Завершение работы...", 0
sz_info db "Детали", 0
sz_system db "Системные", 0
sz_col_name db "Имя", 0
sz_col_cpu db "ЦП", 0
sz_col_mem db "Память", 0
sz_freq db "Частота", 0
sz_mhz db " МГц", 0
sz_uptime db "Время работы", 0
sz_threads db "Потоки", 0
sz_used db "Занято", 0
sz_total db "Всего", 0
sz_temp db "Температура", 0
sz_net db "Сеть", 0
sz_received db "Принято", 0
sz_sent db "Отправлено", 0
sz_crit db "Критическая", 0
sz_units db " КБ", 0, " МБ", 0, " ГБ", 0, " ТБ", 0
sz_bits db " бит/с", 0, " Кбит/с", 0, " Мбит/с", 0, " Гбит/с", 0
else if lang eq es_ES
sz_title db 3, "Gestor de tareas", 0
sz_tab_procs db "Procesos", 0
sz_tab_perf db "Recursos", 0
sz_tab_disks db "Discos", 0
sz_col_free db "Libre", 0
sz_run db "Ejecutar...", 0
sz_kill db "Finalizar", 0
sz_shutdown db "Apagar el sistema...", 0
sz_info db "Detalles", 0
sz_system db "Sistema", 0
sz_col_name db "Nombre", 0
sz_col_cpu db "CPU", 0
sz_col_mem db "Memoria", 0
sz_freq db "Frecuencia", 0
sz_uptime db "Activo", 0
sz_threads db "Hilos", 0
sz_used db "En uso", 0
sz_total db "Total", 0
sz_temp db "Temperatura", 0
sz_net db "Red", 0
sz_received db "Recibido", 0
sz_sent db "Enviado", 0
sz_crit db "Crítica", 0
else
sz_title db 3, "Task Manager", 0
sz_tab_procs db "Processes", 0
sz_tab_perf db "Performance", 0
sz_tab_disks db "Disks", 0
sz_col_free db "Free", 0
sz_run db "Run...", 0
sz_kill db "End", 0
sz_shutdown db "Shut down...", 0
sz_info db "Details", 0
sz_system db "System", 0
sz_col_name db "Name", 0
sz_col_cpu db "CPU", 0
sz_col_mem db "Memory", 0
sz_freq db "Frequency", 0
sz_uptime db "Uptime", 0
sz_threads db "Threads", 0
sz_used db "Used", 0
sz_total db "Total", 0
sz_temp db "Temperature", 0
sz_net db "Network", 0
sz_received db "Received", 0
sz_sent db "Sent", 0
sz_crit db "Critical", 0
end if
if ~ lang eq ru_RU
sz_mhz db " MHz", 0
sz_units db " KB", 0, " MB", 0, " GB", 0, " TB", 0
sz_bits db " bit/s", 0, " kbit/s", 0, " Mbit/s", 0, " Gbit/s", 0
end if
sz_col_id db "ID", 0
if lang eq ru_RU | lang eq es_ES
sz_col_num db "Nº", 0
else
sz_col_num db " #", 0
end if
sz_deg db " °C", 0
sz_pct db "%", 0
+386
View File
@@ -0,0 +1,386 @@
; Temperature on the Performance tab: the sensor of the CPU (Intel from
; Core, AMD from K8, Hygon, VIA C7, Nano and Zhaoxin; the rules are those
; of Linux coretemp, k8temp, k10temp and via-cputemp), else the first one
; of a monitoring chip of the board (hwmon.inc).
MSR_THERM_STATUS = 0x19C ; Intel: the core, the package,
MSR_PKG_THERM = 0x1B1 ; TjMax in bits 16-23
MSR_TEMP_TARGET = 0x1A2
MSR_VIA_TEMP = 0x1423 ; Nano and Zhaoxin, C7
MSR_C7_TEMP = 0x1169
AMD_NB = 0xC300 ; PCI 00:18.3, then its registers:
K8_THERMTRIP = 0xC3E4 ; K8, the others to Family 16h
NB_TEMP = 0xC3A4
VENDOR_AMD = 0x1022
VENDOR_HYGON = 0x1D94
SMN_ZEN_TEMP = 0x59800 ; the address, the index register
SMN_ZEN_INDEX = 0x60 ; on the root complex, 00:00.0
SMN_F15_TEMP = 0xD8200CA4 ; Family 15h from model 60h
SMN_F15_INDEX = 0xB8
; The sensor of the CPU, else the chip; the temperature graph if any.
sensors_init:
pusha
call cpu_sensor
cmp [cpu_temp], chip_temp
je .chip
mcall SF_THREAD_CONTROL, SSF_CREATE_THREAD, msr_probe, probe_stack_top
mov esi, 20 ; up to 0.2 s
@@:
cmp [probe], 2
je @f
mcall SF_SLEEP, 1
dec esi
jnz @b
@@:
cmp [probe], 0
jne @f
mov [cpu_temp], chip_temp ; the kernel killed the probe
@@:
cmp [tjmax], 0
jne .chip
mov byte [tjmax], 100
.chip:
cmp [cpu_temp], chip_temp ; the chip for a CPU without a sensor
jne .temp
call hwm_init
test eax, eax
jz @f
.temp:
inc [temp_on] ; a graph for any sensor
@@:
cmp [cpu_temp], intel_temp ; TjMax of Intel only
je @f
mov [temp_graph.info], no_info
@@:
popa
ret
; cpu_temp and what it reads, by the vendor and the model
cpu_sensor:
pushfd ; CPUID if the ID flag can be changed
pop eax
xor eax, 1 shl 21
push eax
popfd
pushfd
pop ecx
cmp eax, ecx
jne .done
xor eax, eax
cpuid
mov esi, eax ; the last leaf
mov edi, ebx ; vendor
mov eax, 1
cpuid
mov ebp, eax ; signature
movzx ecx, ah
and cl, 0xF ; family
movzx edx, al
shr edx, 4 ; model
cmp cl, 6
jb @f
shr eax, 12
and al, 0xF0
or dl, al
cmp cl, 0xF
jne @f
movzx eax, ah
add ecx, eax
@@:
cmp edi, "Genu"
je intel_sensor
cmp edi, " Sh" ; C7, Nano and Zhaoxin, the probe
je via_sensor ; drops the others
cmp edi, "Cent"
je via_sensor
cmp edi, "Auth"
je amd_sensor
cmp edi, "Hygo"
je amd_sensor
.done:
ret
; ecx = family, edx = model, esi = the last leaf of CPUID, ebp = signature
intel_sensor:
cmp esi, 6
jb .done
push ecx edx
mov eax, 6
cpuid
pop edx ecx
test al, 1 ; digital thermal sensor
jz .done
mov [cpu_temp], intel_temp
test al, 1 shl 6 ; the package one
jz @f
mov [therm_msr], MSR_PKG_THERM
mov [therm_valid], 1 shl 31 ; it has no "reading valid" bit
@@:
cmp ecx, 6 ; TjMax: 100 before Nehalem,
jne .done ; then from the CPU but on Atoms
cmp edx, 0x1A
jb .done
mov esi, .atoms
@@:
lodsw
test al, al
jz @f ; 0: msr_probe reads it
cmp al, dl
jne @b
@@:
mov byte [tjmax], ah
cmp dl, 0x1C ; Pineview: stepping 10
jne .done
and ebp, 0xF
cmp ebp, 10
jne .done
mov byte [tjmax], 100
.done:
ret
; TjMax of Atoms without MSR_TEMPERATURE_TARGET, and Xeon 7400
.atoms db 0x1C, 90, 0x1D, 100, 0x26, 90, 0x27, 90, 0x35, 90, 0x36, 100, 0, 0
; ecx = family, edx = model
via_sensor:
mov eax, MSR_VIA_TEMP
cmp ecx, 6
ja @f
cmp dl, 0xF
jae @f
mov ax, MSR_C7_TEMP
@@:
mov [therm_msr], eax
mov [cpu_temp], via_temp
ret
; ecx = family, edx = model
amd_sensor:
cmp ecx, 0xF
jb .done
ja .k10
push edx ; K8 with a thermal sensor
mov eax, 0x80000007
cpuid
test dl, 1
pop edx
jz .done
cmp dl, 0x69 ; revision G desktops read lower
jb @f
xchg eax, edx
mov edi, .k8_mobile
mov ecx, 3
repne scasb
je @f
mov [k8_zero], 49 - 21
@@:
mov esi, k8_temp
jmp .nb
.k10:
mov eax, SMN_ZEN_TEMP ; Zen
mov [smn_index], SMN_ZEN_INDEX
cmp ecx, 0x17
jae .smn
mov eax, SMN_F15_TEMP
mov [smn_index], SMN_F15_INDEX
cmp ecx, 0x15
jne @f
cmp edx, 0x60
jae .smn
@@:
cmp ecx, 0x16
ja .done
mov esi, amd_nb_temp
.nb:
mov ecx, AMD_NB
jmp .pci
.smn:
mov [smn_addr], eax
xor ecx, ecx
mov esi, amd_smn_temp
.pci: ; esi = the procedure, if the
call pci_read ; device is AMD or Hygon
cmp ax, VENDOR_AMD
je @f
cmp ax, VENDOR_HYGON
jne .done
@@:
mov [cpu_temp], esi
.done:
ret
.k8_mobile db 0x6C, 0x7C, 0xC1
; ecx = device shl 8 + register on bus 0; out: eax
pci_read: ; the callers keep ebx
mcall SF_PCI, SSF_READ_DWORD
ret
; out: eax = temperature of the CPU, CF = 1 if unknown
via_temp:
call read_therm
and eax, 0xFFFFFF
ret
; out: eax = the low dword of [therm_msr]
read_therm:
mcall SF_SYS_MISC, SSF_READ_MSR, , [therm_msr]
ret
intel_temp:
call read_therm
or eax, [therm_valid] ; the reading is valid
jns no_temp
shr eax, 16
and eax, 0x7F
neg eax
add eax, [tjmax]
clc
ret
k8_temp:
mov ecx, K8_THERMTRIP
call pci_read
shr eax, 16
movzx eax, al
sub eax, [k8_zero]
clc
ret
amd_smn_temp:
mcall SF_PCI, SSF_WRITE_DWORD, [smn_index], [smn_addr]
add ecx, 4 ; the data after the index
call pci_read
test eax, 1 shl 19 ; the range is -49..206
jz amd_temp
or eax, 3 shl 16
jmp amd_temp
amd_nb_temp:
mov ecx, NB_TEMP
call pci_read ; then amd_temp
; eax = the reported temperature of AMD
amd_temp:
mov edx, eax
shr eax, 24 ; 1/8 of a degree from bit 21
and edx, 3 shl 16
cmp edx, 3 shl 16
jne @f
sub eax, 49
@@:
clc
ret
chip_temp: ; none in the CPU: the first of the chip
mov eax, [hwm_temp]
jmp @b
no_temp:
stc
ret
; A thread reads the MSRs first: if one is not there, the kernel kills
; the thread, not the program.
msr_probe:
call [cpu_temp]
inc [probe]
cmp [tjmax], 0
jne @f
mcall SF_SYS_MISC, SSF_READ_MSR, , MSR_TEMP_TARGET
shr eax, 16
test al, al ; 0 in some virtual machines
jz @f
mov byte [tjmax], al
@@:
inc [probe]
mcall SF_TERMINATE_PROCESS
; Once a second: the sensors and the temperature for the graph
sensors_read:
pusha
xor eax, eax
call [hwm_read]
cmp eax, 127 ; 127 and more: no sensor
jb @f
xor eax, eax
@@:
mov [hwm_temp], eax
call [cpu_temp]
jnc .got
mov eax, [last_temp] ; not valid this time
.got:
mov [last_temp], eax
mov edi, last_temp ; not below 0
mov ecx, 1000
call clamp
mov ecx, [hist_pos]
mov [hist_temp + ecx*4], eax
popa
ret
; An ITEM of temp_info
get_tjmax:
mov eax, [tjmax]
call fmt_uint ; then deg_unit
deg_unit:
mov eax, sz_deg
jmp fmt_unit
cpu_temp dd chip_temp ; the procedure
therm_msr dd MSR_THERM_STATUS
therm_valid dd 0
tjmax dd 100
k8_zero dd 49
uglobal
align 4
temp_on dd ? ; a graph of the temperature
smn_addr dd ?
smn_index dd ?
last_temp dd ?
probe dd ? ; 1: the sensor is read, 2: done
rb 256
probe_stack_top:
hist_temp rd HIST_LEN
endg
+111
View File
@@ -0,0 +1,111 @@
; Statistics shared by the tabs, once a second: the threads, their CPU and
; memory, the history of the graphs.
struct PROC ; an item of `procs`
pid dd ?
cpu dd ? ; cycles / 256, then percent
mem dd ? ; KB
name rb 12 ; zero padded
ends
struct RAM_INFO ; function 18.20
total dd ? ; pages
free dd ?
page_faults dd ?
heap_size dd ? ; the kernel heap, bytes
heap_free dd ?
heap_blocks dd ?
heap_free_blocks dd ?
heap_max_free dd ?
heap_max_used dd ?
ends
; The threads, their CPU and memory, the history of the graphs.
sample:
pusha
mov edi, procs
xor edx, edx ; cycles of all threads / 256
xor ecx, ecx
.slot:
inc ecx
mcall SF_THREAD_INFO, pinfo
mov ebp, eax ; the last slot
cmp [pinfo.slot_state], TSTATE_FREE
je .next
mov eax, [ebx + process_information.PID]
stosd ; PROC.pid
mov eax, [ebx + process_information.cpu_usage]
shr eax, 8 ; the sum fits 32 bits
stosd ; PROC.cpu
add edx, eax
mov eax, [ebx + process_information.used_memory]
inc eax
shr eax, 10
stosd ; PROC.mem
lea esi, [ebx + process_information.process_name]
movsd ; PROC.name: 11 bytes and 0
movsd
movsd
mov byte [edi - 1], 0
cmp edi, procs + MAX_PROCS * sizeof.PROC
jae .done
.next:
cmp ecx, ebp
jb .slot
.done:
mov [procs_end], edi
; Percent of CPU = cycles of the thread / 1% of cycles of all threads.
xchg eax, edx
cdq
mov ecx, 100
div ecx
inc eax
xchg eax, ecx
mov esi, procs
@@:
mov eax, [esi + PROC.cpu]
cdq
div ecx
mov [esi + PROC.cpu], eax
add esi, sizeof.PROC
cmp esi, edi
jb @b
inc [hist_pos] ; the place of this sample
and [hist_pos], HIST_LEN - 1
mcall SF_SYSTEM, SSF_GET_RAM_INFO, ram_info
mov eax, [ram_info.total]
sub eax, [ram_info.free]
imul eax, 100
cdq
div [ram_info.total]
call sensors_read
call net_sample
mov ecx, [hist_pos]
mov [hist_mem + ecx*4], eax
mov eax, 100
sub eax, dword [procs + PROC.cpu] ; the first thread is IDLE
mov [hist_cpu + ecx*4], eax
popa
ret
uglobal
align 4
ram_info RAM_INFO
hist_pos dd ?
hist_cpu rd HIST_LEN
hist_mem rd HIST_LEN
procs_end dd ?
procs rb MAX_PROCS * sizeof.PROC
endg
+231
View File
@@ -0,0 +1,231 @@
; Autorun tab: the programs /sys/LAUNCHER starts from /sys/settings/autorun.dat.
; A line is: program parameters delay; "text" may hold spaces, # starts
; a comment. A program after # is turned off: the button or Space turns it
; on or off in the file.
struct AR
prog dd ?
params dd ?
delay dd ?
num dd ? ; of the entry
off db ? ; 1: after #, turned off
ends
; Read the file, its lines into the list.
autorun_load:
mcall SF_FILE, autorun_info ; its size; read a byte more to see
mov ecx, [autorun_bdfe.FileSizeLow] ; its end
test eax, eax
jz @f
xor ecx, ecx
@@:
inc ecx
mov [autorun_file.Count], ecx
inc ecx ; a # more, then 0
inc ecx
mcall SF_SYS_MISC, SSF_MEM_REALLOC, , [autorun_file.Buffer]
mov [autorun_file.Buffer], eax
mov [autorun_save.Buffer], eax
mov ebp, [list.view]
test eax, eax
jz list_done
mcall SF_FILE, autorun_file
cmp eax, 6 ; the end of the file: all of it
je @f
xor ebx, ebx
@@:
mov esi, [autorun_file.Buffer]
mov byte [esi + ebx], 0
add ebx, esi
mov edi, esi ; the rows: at most the bytes that
xor edx, edx ; may end a line, 0..13, and one
.count:
inc edx
@@:
cmp edi, ebx
jae @f
cmp byte [edi], 14
inc edi
jb .count
jmp @b
@@:
imul ecx, edx, 4 + sizeof.AR ; the view, then the rows
push ebx edx
mcall SF_SYS_MISC, SSF_MEM_REALLOC, , [list.view]
pop edx ebx
mov [list.view], eax
mov ebp, eax
lea edi, [eax + edx*4]
test eax, eax
jz list_done
.line:
cmp esi, ebx
jae list_done
push esi
@@:
lodsb ; find the end of the line
cmp al, 13
je @f
cmp al, 10
je @f
test al, al
jnz @b
@@:
mov byte [esi - 1], 0
xchg esi, [esp]
call get_token ; the row goes to edi, its pointer to ebp
cmp byte [eax], 0 ; empty line
je .next
cmp word [eax], "#/" ; a program turned off
je @f
cmp byte [eax], "#" ; comment
je .next
@@:
mov dl, [eax]
mov [ebp], edi
add ebp, 4
stosd ; AR.prog, params, delay
call get_token
stosd
call get_token
stosd
mov eax, ebp
sub eax, [list.view]
shr eax, 2
stosd
cmp dl, "#" ; AR.off
sete al
stosb
.next:
pop esi
jmp .line
; Put # before the selected program or take it away and save the file.
autorun_toggle:
cmp [list.count], 0 ; no rows, maybe no buffer
je .done
mcall SF_FILE, autorun_file ; the file again, as it is
cmp eax, 6 ; all of it
jne .done
mov edi, [list.key] ; AR.prog: the line in the buffer
mov ecx, [autorun_file.Buffer]
add ecx, ebx
sub ecx, edi ; not past the end: the file was cut
jbe .done
cmp byte [edi], "#"
je .on
lea esi, [edi + ecx - 1] ; one byte on from the end
lea edi, [esi + 1]
std
rep movsb
cld
mov byte [edi], "#"
inc ebx
jmp .save
.on:
lea esi, [edi + 1]
dec ecx
rep movsb
dec ebx
.save:
mov [autorun_save.Count], ebx
mcall SF_FILE, autorun_save
call autorun_load
jmp list_rows
.done:
ret
; esi -> text; out: eax -> the next word or "text", cut with zero; esi after it
get_token:
mov eax, esi
mov dh, [esi]
test dh, dh
jz .done
inc esi
cmp dh, " " ; skip blanks
jbe get_token
mov cx, " " shl 8 ; a word ends with a blank
cmp dh, '"'
jne .next
mov cx, '"' ; "text" with the quote
mov eax, esi
.next:
mov dh, [esi]
test dh, dh
jz .done
inc esi
sub dh, cl ; cl..cl + ch ends it
cmp dh, ch
ja .next
mov byte [esi - 1], 0
.done:
ret
autorun_bar:
BAR BAR_BUTTON, sz_ar_toggle, sc.work_button
db BAR_END
autorun_list LIST autorun_cols, autorun_cols_end, autorun_cols, nothing, nothing, autorun_keys, AR.off, 0, 0, 0, 0, 0, 0 ; the view on the heap
autorun_keys:
HOTKEY KEY_SPACE, autorun_toggle
db 0
autorun_cols:
COL sz_col_num, AR.num, KIND_NUM, ID_W
COL sz_col_program, AR.prog, KIND_STR, 0
COL sz_col_params, AR.params, KIND_STR, COL_W
COL sz_col_delay, AR.delay, KIND_STR, COL_W
autorun_cols_end:
if lang eq ru_RU
sz_tab_autorun db "Автозагрузка", 0
sz_col_program db "Программа", 0
sz_col_params db "Параметры", 0
sz_col_delay db "Задержка", 0
sz_ar_toggle db "Включить/выключить", 0
else if lang eq es_ES
sz_tab_autorun db "Inicio", 0
sz_col_program db "Programa", 0
sz_col_params db "Parámetros", 0
sz_col_delay db "Retardo", 0
sz_ar_toggle db "Activar/desactivar", 0
else
sz_tab_autorun db "Autorun", 0
sz_col_program db "Program", 0
sz_col_params db "Parameters", 0
sz_col_delay db "Delay", 0
sz_ar_toggle db "Turn on/off", 0
end if
autorun_info FileInfoBlock SSF_GET_INFO, 0, 0, 0, autorun_bdfe, 0, sz_autorun
autorun_file FileInfoBlock SSF_READ_FILE, 0, 0, 0, 0, 0, sz_autorun ; the buffer on
autorun_save FileInfoBlock SSF_CREATE_FILE, 0, 0, 0, 0, 0, sz_autorun ; the heap
sz_autorun db "/sys/settings/autorun.dat", 0
virtual at tab_data ; only the open tab uses it
autorun_bdfe FileInfoA
AUTORUN_DATA = $ - tab_data
end virtual
+343
View File
@@ -0,0 +1,343 @@
; Disks tab: the partitions in a sortable list, the used space as a bar
; across what the other columns leave. The kernel does not report free
; space, so for memory disks (/rd, /tmp*) the space taken by files is summed
; up. The disks are found in a thread, the tab is drawn at once.
struct DISK
num dd ? ; in the order found, the key of the row
icon dd ? ; in ICONS18, by the kind of the disk
fill dd ? ; used, 1/1024 of the size, -1: unknown
used dd ? ; KB, -1: unknown
total dd ? ; KB
name rb 16 ; the path
label rb 28
ends
MAX_DISKS = 16
WALK_MAX = 1024 ; path length
WALK_DEPTH = 16
; Start the thread that finds the disks.
disks_scan:
xor eax, eax
mov [list.count], eax
mov [list.first], eax
mov [disk_n], eax
mov [walk_stop], eax
inc [walking]
mcall SF_THREAD_CONTROL, SSF_CREATE_THREAD, walker, walk_stack_top
inc eax ; -1: no thread, nothing to wait for
jnz @f
and [walking], 0
@@:
ret
; The walker found more: the view of the disks found so far, sorted.
disks_update:
xor eax, eax
xchg eax, [walk_new]
test eax, eax
jz .done
mov esi, disks
mov ebp, disks_view
mov ecx, [disk_n]
@@:
mov [ebp], esi
add ebp, 4
add esi, sizeof.DISK
loop @b
call list_done
jmp list_rows
.done:
ret
disks_open: ; the selected disk in Eolite
cmp [list.count], 0
je .done
imul edx, [list.key], sizeof.DISK ; DISK.num
add edx, disks + DISK.name
mov esi, sz_eolite_path
jmp run_app
.done:
ret
;-------------------------------------------------------------------------------
; The thread that finds the disks and sums up the files of memory disks.
disks_find:
xor ebp, ebp ; device index in "/"
.device:
mov word [walk_path], "/"
call read_entry
jnz .done
mov edi, walk_path + 1
call fmt_str
mov ecx, edi ; end of "/device"
xor edx, edx ; partition index
.partition:
mov byte [ecx], 0
xchg ebp, edx
call read_entry
xchg ebp, edx
jnz .device
cmp [disk_n], MAX_DISKS
jae .done
mov edi, ecx
mov byte [edi], "/"
inc edi
call fmt_str
call disk_add
jmp .partition
.done:
ret
; Read entry ebp of the folder [walk_path], ebp to the next one; out:
; ZF = 1 if read, esi -> its name
read_entry:
cmp [walk_stop], 0 ; asked to stop: the thread ends
jne walker.stop
mov [fs_read.Position], ebp
inc ebp
mcall SF_FILE, fs_read
mov esi, fs_entry.FileName
test eax, eax
ret
; [walk_path] = root of the partition, edi -> its end
disk_add:
pusha
mcall SF_FILE, fs_info
test eax, eax
jnz .done
mov eax, [disk_n]
imul ebx, eax, sizeof.DISK
add ebx, disks
mov [ebx + DISK.num], eax
mov ax, word [walk_path + 1] ; the kind by the device
mov esi, disk_icons - 3
@@:
add esi, 3
cmp word [esi], 0
je @f
cmp [esi], ax
jne @b
@@:
movzx eax, byte [esi + 2]
mov [ebx + DISK.icon], eax
mov esi, walk_path
lea edi, [ebx + DISK.name]
mov ecx, DISK.label - DISK.name
call copy_cut
mov esi, fs_buf + FileInfoA.FileName ; of the partition
lea edi, [ebx + DISK.label]
mov ecx, sizeof.DISK - DISK.label
call copy_cut
mov eax, [fs_buf + FileInfoA.FileSizeLow]
mov edx, [fs_buf + FileInfoA.FileSizeHigh]
shrd eax, edx, 10
shr edx, 10 ; 4 TB and more: unknown
jz @f
or eax, -1
@@:
mov [ebx + DISK.total], eax
or dword [ebx + DISK.used], -1
or dword [ebx + DISK.fill], -1
inc [disk_n] ; listed when it is all there
mov [walk_new], ebx
test eax, eax
jz .done
mov eax, dword [walk_path + 1]
cmp ax, "rd"
je @f
and eax, 0xFFFFFF
cmp eax, "tmp"
jne .done
@@:
xor ecx, ecx
xor edx, edx
mov edi, [esp + PUSHA_EDI] ; the end of the path
call disk_walk
cmp ecx, [ebx + DISK.total] ; not more used than there is
jbe @f
mov ecx, [ebx + DISK.total]
@@:
mov [ebx + DISK.used], ecx
xchg eax, ecx
mov edx, 1024
mul edx
div dword [ebx + DISK.total]
mov [ebx + DISK.fill], eax
mov [walk_new], ebx
.done:
popa
ret
; esi -> text, edi -> a field of ecx bytes: the text, cut to fit it, not in
; the middle of a character
copy_cut:
rep movsb
@@:
dec edi
mov al, [edi]
and al, 0xC0
cmp al, 0x80
je @b
mov [edi], cl
ret
; The thread.
walker:
call disks_find
.stop:
and [walking], 0
mcall SF_TERMINATE_PROCESS
; Ask the walker to stop and wait till it is gone.
stop_walker:
mov [walk_stop], 1
@@:
and [walk_new], 0
cmp [walking], 0
je @f
mcall SF_SLEEP, 1
jmp @b
@@:
ret
; Add the size of files under [walk_path] to ecx, KB; edi -> end of the path,
; edx = depth
disk_walk:
pusha
xor ebp, ebp ; index in the folder
inc edx
.next:
call read_entry
jnz .done
test byte [fs_entry.Attributes], FA_LABEL
jnz .next
test byte [fs_entry.Attributes], FA_FOLDER
jnz .folder
mov eax, [fs_entry.FileSizeLow]
add eax, 1023
shr eax, 10
add ecx, eax
jmp .next
.folder:
cmp byte [esi], "." ; skip "." and ".."
jne @f
cmp byte [esi + 1], 0
je .next
cmp word [esi + 1], "."
je .next
@@:
cmp edx, WALK_DEPTH
jae .next
lea eax, [edi + 264]
cmp eax, walk_path + WALK_MAX
jae .next
push edi
mov byte [edi], "/"
inc edi
call fmt_str
call disk_walk
pop edi
mov byte [edi], 0
jmp .next
.done:
mov [esp + PUSHA_ECX], ecx
popa
ret
disks_bar:
BAR BAR_BUTTON, sz_open, sc.work_button
db BAR_END
disks_list LIST disks_cols, disks_cols_end, disks_cols + sizeof.COL, nothing, disks_open, disks_keys, 0, 0, 0, 0, 0, 0, tab_data
disks_keys:
HOTKEY KEY_ENTER, disks_open
db 0
disks_cols:
COL sz_col_num, DISK.icon, KIND_ICON, ID_W
COL sz_col_name, DISK.name, KIND_TEXT, COL_W
COL sz_col_label, DISK.label, KIND_TEXT, COL_W
COL sz_pct, DISK.fill, KIND_BAR, 0
COL sz_used, DISK.used, KIND_SIZE, COL_W
COL sz_col_size, DISK.total, KIND_SIZE, COL_W
disks_cols_end:
if lang eq ru_RU
sz_col_size db "Размер", 0
sz_col_label db "Метка", 0
sz_open db "Открыть", 0
else if lang eq es_ES
sz_col_size db "Tamaño", 0
sz_col_label db "Etiqueta", 0
sz_open db "Abrir", 0
else
sz_col_size db "Size", 0
sz_col_label db "Label", 0
sz_open db "Open", 0
end if
sz_eolite_path db "/sys/File Managers/EOLITE", 0
; the first two letters of the device, the icon; the last one for the others
disk_icons db "rd", 58, "tm", 51, "fd", 5, "cd", 19, "us", 57, 0, 0, 50
fs_read FileInfoBlock SSF_READ_FOLDER, 0, 1, 1, fs_buf, 0, walk_path ; cp866
; names, one entry from Position on
fs_info FileInfoBlock SSF_GET_INFO, 0, 3, 0, fs_buf, 0, walk_path ; UTF-8
; volume label
uglobal
disk_n dd ? ; the disks the walker found
walking dd ?
walk_stop dd ?
walk_new dd ?
rb 1024
walk_stack_top:
endg
virtual at tab_data ; only the open tab uses it
disks_view rd MAX_DISKS
disks rb MAX_DISKS * sizeof.DISK
fs_buf FileInfoHeader ; then an entry of a folder; a
fs_entry FileInfoA ; partition from fs_buf on
walk_path rb WALK_MAX
DISKS_DATA = $ - tab_data
end virtual
+92
View File
@@ -0,0 +1,92 @@
; Drivers tab: the drivers loaded by the kernel (function 68.31).
struct DRV
num dd ? ; in the list, the key of the row
name rb 16 ; from here on the item of the kernel
next dd ?
handle dd ? ; the kernel keeps the previous item here
base dd ?
start dd ? ; the entry of the driver
service dd ?
ends
MAX_DRIVERS = 64
; The drivers the kernel has now.
drivers_scan:
mcall SF_SYS_MISC, SSF_GET_DRIVER_DATA, 1
mov esi, ecx ; the last driver
mov edx, ebx ; the first one
mov ebp, drivers_view
mov edi, drivers + DRV.name
.next:
cmp ebp, drivers_view + MAX_DRIVERS*4
jae list_done
mcall SF_SYS_MISC, SSF_GET_DRIVER_DATA, 2
test eax, eax
jnz list_done
lea eax, [edi - DRV.name]
mov [ebp], eax
add ebp, 4
lea eax, [ebp - drivers_view]
shr eax, 2
mov dword [edi + DRV.num - DRV.name], eax
mov eax, dword [edi + DRV.next - DRV.name]
mov dword [edi + DRV.handle - DRV.name], edx
add edi, sizeof.DRV
cmp edx, esi
mov edx, eax
jne .next
jmp list_done
drivers_load: ; RUN with the name of the driver to type
mov esi, sz_run_path
mov edx, sz_loaddrv
jmp run_app
drivers_bar:
BAR BAR_BUTTON, sz_load, sc.work_button
db BAR_END
drivers_list LIST drivers_cols, drivers_cols_end, drivers_cols, nothing, nothing, no_keys, 0, 0, 0, 0, 0, 0, tab_data
drivers_cols:
COL sz_col_num, DRV.num, KIND_NUM, ID_W
COL sz_col_name, DRV.name, KIND_TEXT, 0
COL sz_col_handle, DRV.handle, KIND_HEX, COL_W
COL sz_col_base, DRV.base, KIND_HEX, COL_W
COL sz_col_service, DRV.service, KIND_HEX, COL_W
drivers_cols_end:
if lang eq ru_RU
sz_tab_drivers db "Драйверы", 0
sz_col_handle db "Дескриптор", 0
sz_col_base db "База", 0
sz_col_service db "Сервис", 0
sz_load db "Загрузить...", 0
else if lang eq es_ES
sz_tab_drivers db "Controladores", 0
sz_col_handle db "Manejador", 0
sz_col_base db "Base", 0
sz_col_service db "Servicio", 0
sz_load db "Cargar...", 0
else
sz_tab_drivers db "Drivers", 0
sz_col_handle db "Handle", 0
sz_col_base db "Base", 0
sz_col_service db "Service", 0
sz_load db "Load...", 0
end if
sz_loaddrv db "/sys/LOADDRV ", 0
virtual at tab_data ; only the open tab uses it
drivers_view rd MAX_DRIVERS
drivers rb MAX_DRIVERS * sizeof.DRV
DRIVERS_DATA = $ - tab_data
end virtual
+532
View File
@@ -0,0 +1,532 @@
; Performance tab: CPU, temperature when there is a sensor, memory and
; network history in rows, lines between them. A row: the icon, the title
; and the items on the left, the graph on the right.
GRAPH_STEP = 4 ; pixels per sample
INFO_W = 256 + 2*PAD + ICON ; the icon, the title, the items, PAD
NET_DEVICES = 16 ; of the kernel
struct G ; a graph
title dd ?
hist dd ? ; dwords up to the top
hist2 dd ? ; 0, the network: received, sent
info dd ? ; items left of the graph
unit dd ? ; of the value in the title
top dd ? ; -> the top of the scale
on dd ? ; -> not 0 if shown
icon dd ? ; before the title
ends
struct ITEM ; a line left of a graph
text dd ?
get dd ? ; edi -> the text; out: edi after it
ends
struct NET_BYTES ; of all the devices
rx dq ?
tx dq ?
ends
perf_draw: ; eax = TAB.draw: with the frames,
lea esi, [eax - TAB.update] ; TAB.update: esi = 0, without
mov edi, shown ; the graphs there is data for
mov eax, graphs
.shown:
mov edx, [eax + G.on]
cmp dword [edx], 0
je @f
stosd
@@:
add eax, sizeof.G
cmp eax, graphs_end
jb .shown
sub edi, shown
shr edi, 2
xchg edi, [shown_n]
cmp edi, [shown_n] ; one came or went: all again
je .draw
test esi, esi
jz draw_window
.draw:
xor ebp, ebp
.graph:
call graph_frame
call perf_graph
inc ebp
cmp ebp, [shown_n]
jb .graph
ret
; The button of the bar.
perf_cpuid:
mov esi, sz_cpuid_path
jmp run_plain
; ebp = graph; out: ebx = x shl 16 + w, ecx = y shl 16 + h of its frame.
; Between the rows a line, PAD from both.
graph_frame:
mov eax, [area_h]
dec eax
xor edx, edx
div [shown_n] ; from a row to the next one
mov ecx, ebp
imul ecx, eax
add ecx, AREA_Y + 1 + PAD
shl ecx, 16
sub eax, 2*PAD + 1
mov cx, ax
mov ebx, (3*PAD + 1 + INFO_W) shl 16
mov bx, word [area_w]
sub bx, 2 + 3*PAD + INFO_W
ret
; ecx = y shl 16 of a frame: the line between its row and the one above
row_line:
pusha
shr ecx, 16
sub ecx, PAD + 1 ; the middle of the gap above
shl ecx, 16
inc ecx
mov ebx, (PAD + 1) shl 16
mov bx, word [area_w]
sub bx, 2
mcall SF_DRAW_RECT, , , [sc.work_graph]
popa
ret
; ebp = graph, ebx and ecx = its frame, esi = 0: no frame
perf_graph:
pusha
test esi, esi
jz .title
mov edx, [sc.work_light]
call frame_rect
call row_line ; the first one on the panel border
.title:
mov ebp, [shown + ebp*4]
mov esi, [ebp + G.hist]
mov edx, [ebp + G.hist2]
mov edi, [hist_pos] ; the last value
mov eax, [esi + edi*4]
test edx, edx
jz @f
add eax, [edx + edi*4] ; the network: both ways
mov edi, text_buf
call fmt_rate
jmp .titled
@@:
mov edi, text_buf
call fmt_uint
mov eax, [ebp + G.unit]
call fmt_unit
.titled:
call info_lines ; the lines left of it
mov eax, [ebp + G.top] ; the top: 100 %, TjMax, the network:
mov eax, [eax] ; the largest rate of the columns
add ebx, 1 shl 16 - 2 ; bars inside the frame, newest on the right
add ecx, 1 shl 16 - 2
movzx edi, bx
test edx, edx
jz .scaled
call net_scale
.scaled:
mov [scale], eax
mov ebp, [hist_pos]
.bar: ; the network: received on the left,
mov eax, GRAPH_STEP ; sent on the right, lighter
cmp edi, eax
jae @f
mov eax, edi
@@:
mov bx, ax
sub edi, eax
pusha
shl edi, 16
add ebx, edi
mov edi, [sc.work_button]
test edx, edx
jz .last
mov eax, ebx
shr ax, 1
sub bx, ax
call .value
shl ebx, 16
add eax, ebx
xchg eax, ebx
mov esi, edx
mov eax, [sc.work_light] ; sent: half way to the background
mov edx, edi
call mix
xchg eax, edi
.last:
call .value
popa
dec ebp
and ebp, HIST_LEN - 1
test edi, edi
jnz .bar
test edx, edx ; the network: its top at the top right
jz .critical
mov edi, text_buf
mov eax, [scale]
call fmt_rate
mov ebx, [area_w]
shl ebx, 16
mov bx, [esp + PUSHA_ECX + 2] ; y of the frame
add ebx, ((-6 - INFO_W + ICON + PAD) shl 16) + 4
call info_value
@@:
popa
ret
.critical: ; the temperature: a line 10 below
cmp esi, hist_temp ; the top
jne @b
movzx eax, cx
imul eax, 10
div [scale] ; edx = G.hist2 = 0 here
shl eax, 16
add ecx, eax
mov cx, 1
mov ebx, [esp + PUSHA_EBX] ; the frame
add ebx, 1 shl 16 - 2
mcall SF_DRAW_RECT, , , [red]
jmp @b
; esi + ebp*4 -> value, edi = color: its bar at the bottom, the background
; above it, not one over the other, so it does not flicker
.value:
pusha
mov eax, [esi + ebp*4]
cmp eax, [scale] ; not over the top
jb @f
mov eax, [scale]
@@:
movzx esi, cx
mul esi
div [scale]
xchg ebp, eax
sub cx, bp
mcall SF_DRAW_RECT, , , [sc.work_light]
movzx edx, cx
shl edx, 16
add ecx, edx
mov cx, bp
mcall SF_DRAW_RECT, , , edi
popa
ret
; esi, edx -> the history received and sent, edi = the width of the graph;
; out: eax = its top, the largest rate shown up to 1, 2, 5, 10, 20, 50...
; bit/s while it fits
net_scale:
push edi
mov ebp, [hist_pos]
xor eax, eax
.max:
cmp eax, [esi + ebp*4]
jae @f
mov eax, [esi + ebp*4]
@@:
cmp eax, [edx + ebp*4]
jae @f
mov eax, [edx + ebp*4]
@@:
dec ebp
and ebp, HIST_LEN - 1
sub edi, GRAPH_STEP
jg .max
pop edi
cmp eax, 2000000000
ja .done
xor ebp, ebp
inc ebp
@@:
cmp ebp, eax
jae @f
add ebp, ebp
cmp ebp, eax
jae @f
lea ebp, [ebp*4 + ebp]
shr ebp, 1
cmp ebp, eax
jae @f
add ebp, ebp
jmp @b
@@:
xchg eax, ebp
.done:
ret
; text_buf on the right of an item line at ebx = x shl 16 + y
info_value:
pusha
mov ecx, [sc.work_text]
mov edx, text_buf
mov eax, edx
call text_width
neg eax
add eax, INFO_W - ICON - PAD
shl eax, 16
add ebx, eax
call draw_text
popa
ret
; ebp -> graph, ecx = y shl 16 + h of its frame, text_buf = its value:
; the title and the items a line each as fit, the label on the left, the
; value on the right. The ITEMs end with 0.
info_lines:
pusha
movzx esi, cx ; the height left
mov ebx, ((2*PAD + 1) shl 16) + INFO_W
mcall SF_DRAW_RECT, , , [sc.work_light]
mov ebx, ecx ; the icon, the lines after it
shr ebx, 16
add ebx, (2*PAD + 1) shl 16 - 1
mov eax, [ebp + G.icon]
mov edx, [sc.work_light]
call draw_icon
add ebx, ((ICON + PAD) shl 16) + 1
mov edx, [ebp + G.title]
mov ebp, [ebp + G.info]
mov ecx, [sc.work_text]
jmp .line
.item:
mov edx, [ebp + ITEM.text]
test edx, edx
jz .done
mov edi, text_buf
pusha
call [ebp + ITEM.get]
popa
add ebp, sizeof.ITEM
.line:
sub esi, 16
jb .done
call draw_text
mov eax, edx ; the value in the rest of the line
call text_width
pusha
mov ebx, INFO_W - 8 - ICON - PAD
mov edx, text_buf
mov edi, edx
call fmt_clip
popa
call info_value
add ebx, 16
jmp .item
.done:
popa
ret
; Once a second: the bytes of the network devices, but the loopback.
net_sample:
pusha
mov edi, net_sum
xor eax, eax
mov ecx, (net_last - net_sum) / 4 ; and net_up
rep stosd
mov ebx, (NET_DEVICES - 1) shl 8
.device:
push ebx ; bl = SSF_DEVICE_TYPE
mcall SF_NETWORK_GET
test eax, eax ; -1: none, 0: the loopback
jle .next
inc [net_up]
mov bl, SSF_RX_BYTE_COUNT
mcall SF_NETWORK_GET
add dword [net_sum.rx], eax
adc dword [net_sum.rx + 4], ebx
mov ebx, [esp]
mov bl, SSF_TX_BYTE_COUNT
mcall SF_NETWORK_GET
add dword [net_sum.tx], eax
adc dword [net_sum.tx + 4], ebx
.next:
pop ebx
dec bh
jns .device
mov ecx, [hist_pos]
mov esi, net_sum.rx
mov ebx, hist_rx
call .rate
mov ebx, hist_tx
call .rate
or [net_primed], -1
popa
ret
.rate: ; since the last second, 0 at first
mov eax, [esi]
mov edx, [esi + 4]
sub eax, [edi]
sbb edx, [edi + 4]
movsd ; the sum is the last one now
movsd
jae @f
xor eax, eax ; a device went away
@@:
shl eax, 3 ; bits
and eax, [net_primed]
mov [ebx + ecx*4], eax
ret
; The items of the lines left of the graphs: edi -> the text; out:
; edi after it.
get_freq:
mcall SF_SYSTEM, SSF_GET_CPU_FREQUENCY
mov ecx, 1000000
call fmt_quot
mov eax, sz_mhz
jmp fmt_unit
get_uptime:
mcall SF_SYSTEM_GET, SSF_TIME_COUNT
xor edx, edx
mov ecx, 100
div ecx
jmp fmt_time
get_threads:
mov eax, [procs_end]
sub eax, procs
mov ecx, sizeof.PROC ; then fmt_quot
; eax / ecx, edx = the remainder
fmt_quot:
xor edx, edx
div ecx
jmp fmt_uint
get_used:
mov eax, [ram_info.total]
sub eax, [ram_info.free]
jmp @f
get_free:
mov eax, [ram_info.free]
jmp @f
get_total:
mov eax, [ram_info.total]
@@:
shl eax, 2 ; pages to KB
jmp fmt_size
get_rx:
mov esi, net_sum.rx
mov ebx, hist_rx
jmp @f
get_tx:
mov esi, net_sum.tx
mov ebx, hist_tx
@@: ; the rate, then the total
mov eax, [hist_pos]
mov eax, [ebx + eax*4]
call fmt_rate
mov word [edi], " ("
scasw
mov eax, [esi]
mov edx, [esi + 4]
shrd eax, edx, 10
call fmt_size
mov word [edi], ")"
inc edi
ret
graphs:
G sz_col_cpu, hist_cpu, 0, cpu_info, sz_pct, pct_top, pct_top, 48
temp_graph G sz_temp, hist_temp, 0, temp_info, sz_deg, tjmax, temp_on, 68
G sz_col_mem, hist_mem, 0, mem_info, sz_pct, pct_top, pct_top, 51
G sz_net, hist_rx, hist_tx, net_info, 0, pct_top, net_up, 12
graphs_end:
pct_top dd 100
perf_bar:
BAR BAR_BUTTON, sz_cpuid_path + 5, sc.work_button ; "CPUID"
db BAR_END
sz_cpuid_path db "/sys/CPUID", 0
cpu_info ITEM sz_freq, get_freq
ITEM sz_uptime, get_uptime
ITEM sz_threads, get_threads
dd 0
mem_info ITEM sz_used, get_used
ITEM sz_col_free, get_free
ITEM sz_total, get_total
dd 0
net_info ITEM sz_received, get_rx
ITEM sz_sent, get_tx
dd 0
temp_info ITEM sz_crit, get_tjmax ; Intel
no_info dd 0
uglobal
align 4
shown rd 4 ; -> graphs
shown_n dd ?
net_primed dd ?
scale dd ? ; of the bars being drawn
net_sum NET_BYTES
net_up dd ? ; the devices, but the loopback
net_last NET_BYTES
hist_rx rd HIST_LEN ; bits a second
hist_tx rd HIST_LEN
endg
+98
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@@ -0,0 +1,98 @@
; Processes tab: the threads in a sortable list.
; The threads to show, then the whole list or the rows only.
procs_draw:
call procs_filter
jmp list_draw
procs_update:
call procs_filter
jmp list_rows
; The threads to show, without the system ones unless asked.
procs_filter:
mov esi, procs
mov ebp, procs_view
.next:
cmp esi, [procs_end]
jae list_done
cmp [show_system], 0
jne .add
cmp esi, procs ; IDLE
je .skip
cmp byte [esi + PROC.name], "@"
je .skip
cmp dword [esi + PROC.name], "OS"
je .skip
.add:
mov [ebp], esi
add ebp, 4
.skip:
add esi, sizeof.PROC
jmp .next
procs_button: ; edx = button id
jmp [.btns + (edx - BTN_OWN)*4]
.btns dd .system, procs_info, procs_kill, procs_run ; as in procs_bar
.system:
xor [show_system], 1
jmp draw_window
; The buttons: Run..., End, Details.
procs_run:
mov esi, sz_run_path
jmp run_plain
procs_kill: ; the key of a row is its PID
mcall SF_SYSTEM, SSF_TERMINATE_THREAD_ID, [list.key]
ret
procs_info:
mcall SF_SYSTEM, SSF_GET_THREAD_SLOT, [list.key]
test eax, eax
jz .done
mov edi, text_buf
call fmt_uint
mov esi, sz_tinfo_path
mov edx, text_buf
jmp run_app
.done:
ret
procs_bar:
BAR BAR_CHECK, sz_system, show_system
BAR BAR_BUTTON, sz_info, sc.work_button
BAR BAR_BUTTON, sz_kill, red
BAR BAR_GAP, 0, 0 ; away from End
BAR BAR_BUTTON, sz_run, green
db BAR_END
procs_list LIST procs_cols, procs_cols_end, procs_cols, nothing, procs_info, procs_keys, 0, 0, 0, 0, 0, 0, tab_data
procs_keys:
HOTKEY KEY_ENTER, procs_info
HOTKEY KEY_DEL, procs_kill
db 0
procs_cols:
COL sz_col_id, PROC.pid, KIND_NUM, ID_W
COL sz_col_name, PROC.name, KIND_TEXT, 0
COL sz_col_cpu, PROC.cpu, KIND_PCT, COL_W
COL sz_col_mem, PROC.mem, KIND_SIZE, COL_W
procs_cols_end:
uglobal
show_system db ?
endg
virtual at tab_data ; only the open tab uses it
procs_view rd MAX_PROCS
PROCS_DATA = $ - tab_data
end virtual
+344
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@@ -0,0 +1,344 @@
; SPDX-License-Identifier: GPL-2.0-only
;
; Task manager. A tab is a row of the `tabs` table: its caption, list
; and handlers. To add a tab, add a row and an .inc file with the handlers.
include "../../KOSfuncs.inc"
include "../../macros.inc"
include "../../develop/libraries/box_lib/box_lib.mac"
include "../../develop/libraries/libs-dev/libio/libio.inc"
format meos 01
entry start
include "gui.inc"
include "hwmon.inc"
include "list.inc"
include "locale.inc"
include "sensors.inc"
include "stats.inc"
include "window.inc"
include "tabs/autorun.inc"
include "tabs/disks.inc"
include "tabs/drivers.inc"
include "tabs/perf.inc"
include "tabs/procs.inc"
;-------------------------------------------------------------------------------
start:
mcall SF_SET_EVENTS_MASK, EVENTS
mcall SF_SYS_MISC, SSF_LOAD_DLL, box_lib_path
test eax, eax
jz exit
xchg ecx, eax
mov ebp, box_lib ; the names become the procs
.import:
mov ebx, ecx
.export:
mov esi, [ebx]
test esi, esi
jz exit
add ebx, 8
mov edi, [ebp]
@@:
lodsb
scasb
jne .export
test al, al
jnz @b
mov edx, [ebx - 4]
mov [ebp], edx
add ebp, 4
cmp dword [ebp], 0
jne .import
mcall SF_SYS_MISC, SSF_HEAP_INIT
mcall SF_SYS_MISC, SSF_MEM_OPEN, icons_name, 0, 0 ; of @RESHARE
mov [icons], eax
call sensors_init
reopen:
call open_tab
redraw:
call draw_window
still:
mcall SF_SYSTEM_GET, SSF_TIME_COUNT
mov ebx, [next_tick]
sub ebx, eax
jg .wait
add eax, TICK
mov [next_tick], eax
call sample
mcall SF_THREAD_INFO, pinfo, -1
test [pinfo.wnd_state], WND_MINIMIZED + WND_ROLLED_UP
jnz still
mov eax, TAB.update
call tab_call
jmp still
.wait:
cmp [repeat_at], 0 ; an arrow held: the mouse again soon
je @f
mov ebx, 4
@@:
mcall SF_WAIT_EVENT_TIMEOUT
dec eax ; EV_REDRAW
jz redraw
dec eax ; EV_KEY
jz key
dec eax ; EV_BUTTON
jz button
cmp al, EV_MOUSE - EV_BUTTON ; the mouse, or the time with
je .mouse ; it held
cmp al, EV_IDLE - EV_BUTTON
jne still
cmp [repeat_at], 0 ; a held arrow when it is time
je still
dec [repeat_at]
jnz still
.mouse:
mov eax, TAB.mouse
call tab_call
jmp still
key:
mcall SF_GET_KEY
shr eax, 8
cmp al, KEY_ESC
je exit
cmp al, KEY_TAB ; the next tab
je next_tab
call tab_list ; other keys are for lists
jz still
call list_key
jmp still
button:
mcall SF_GET_BUTTON
shr eax, 8
cmp eax, 1
je exit
cmp eax, BTN_OWN
jae .own
sub eax, BTN_TAB
cmp eax, BTN_SHUTDOWN - BTN_TAB
jb switch_tab
mov esi, sz_end_path
call run_plain
jmp still
.own:
xchg eax, edx
mov eax, TAB.button
call tab_call
jmp still
next_tab:
mov eax, [cur_tab]
inc eax
cmp eax, NTABS
jb switch_tab
xor eax, eax ; then switch_tab
switch_tab: ; eax = tab
cmp eax, [cur_tab] ; the open one: nothing to do
je still
push eax
call tab_list ; the old tab keeps its list
mov esi, list
call copy_list
pop [cur_tab]
jmp reopen
exit:
call stop_walker
mcall SF_TERMINATE_PROCESS
; Open the current tab: its list, then its activate handler.
open_tab:
and [repeat_at], 0
call stop_walker
call tab_list
mov esi, edi
mov edi, list
call copy_list
mov eax, TAB.activate
tab_call: ; eax = handler in TAB
imul ecx, [cur_tab], sizeof.TAB
movzx ecx, word [tabs + ecx + eax]
jmp ecx
nothing:
ret
; out: edi -> list of the current tab or 0, ZF = 1 if 0
tab_list:
imul edi, [cur_tab], sizeof.TAB
movzx edi, word [tabs + edi + TAB.list]
test edi, edi
ret
; Copy the list at esi to edi unless ZF = 1: the tab has none.
copy_list:
jz @f
mov ecx, sizeof.LIST / 4
rep movsd
@@:
ret
;-------------------------------------------------------------------------------
; Settings
MIN_W = 640 ; fits the longest bottom bar (ru_RU)
MIN_H = 400 ; four graphs are still readable
TICK = 100 ; statistics period, 1/100 s
HIST_LEN = 1024 ; power of 2, the bars of a 4K wide window
MAX_PROCS = 256
; Layout
PAD = 8 ; margins and gaps
TOP = 12 ; above the tabs
TAB_H = 24
AREA_Y = TOP + TAB_H - 1 ; top of the panel, the bottom of the tabs
BTN_H = 24
BTN_PAD = 12 ; text to the sides of a button
CHECK = 14 ; checkbox
ICON = 18 ; icons of @RESHARE
TEXT_CHARS = 63 ; the longest text drawn
TEXT_H = 14 ; 8x16 glyphs look centered as 14 lines
; The window and the text
EVENTS = EVM_REDRAW + EVM_KEY + EVM_BUTTON + EVM_MOUSE + EVM_MOUSE_FILTER
WIN_STYLE = 0x73000000 ; skinned, a caption, coordinates in
; the client area, not filled: drawn
TEXT_UTF8 = 0xB0000000 ; asciiz, UTF-8, 8x16
WND_MAXIMIZED = 1 ; process_information.wnd_state
WND_MINIMIZED = 2
WND_ROLLED_UP = 4
; Lists
COL_W = 112
ID_W = 3*8 + 2*CELL_PAD ; a number: ID, Nº or #, the arrow
KIND_TEXT = 0 ; zero ended text in the row, sorted ascending
KIND_STR = 1 ; pointer to text
KIND_NUM = 2
KIND_PCT = 3 ; from here on sorted down at first
KIND_SIZE = 4
KIND_HEX = 5
KIND_BAR = 6 ; 1/1024 of the cell filled
KIND_ICON = 7 ; in ICONS18
HDR_H = 24 - 2 ; 24 with its lines, as an arrow
ROW_H = 20
SB_W = 24 ; scrollbar, as high as the list
CELL_PAD = 8
; Keys and mouse buttons
KEY_TAB = 9
KEY_ENTER = 13
KEY_SPACE = 32
KEY_ESC = 27
KEY_DOWN = 177 ; the moves in the lists up to
KEY_DEL = 182
KEY_PGUP = 184 ; here
MB_LEFT = 1 ; held
MB_LEFT_DOWN = 0x100 ; pressed, not held at the last event
MB_RIGHT_DOWN = 0x200
; pusha: where it keeps the registers
PUSHA_EDI = 0
PUSHA_EBX = 16
PUSHA_EDX = 20
PUSHA_ECX = 24
PUSHA_EAX = 28
PUSHA_SIZE = 32
; Buttons
BTN_TAB = 2
BTN_SHUTDOWN = 8 ; ids with bit 3 go to the right
BTN_OWN = 16 ; ids from here on belong to the tab
struct TAB ; a row of `tabs`
caption dw ?
list dw ? ; LIST or 0
activate dw ? ; the tab is opened
draw dw ? ; full redraw of the panel
update dw ? ; new statistics
button dw ? ; edx = button id
mouse dw ?
bar dw ? ; the items of its bottom bar
ends
;-------------------------------------------------------------------------------
tabs:
TAB sz_tab_procs, procs_list, nothing, procs_draw, procs_update, procs_button, list_mouse, procs_bar
TAB sz_tab_perf, 0, nothing, perf_draw, perf_draw, perf_cpuid, get_mouse, perf_bar
TAB sz_tab_disks, disks_list, disks_scan, list_draw, disks_update, disks_open, list_mouse, disks_bar
TAB sz_tab_drivers, drivers_list, drivers_scan, list_draw, nothing, drivers_load, list_mouse, drivers_bar
TAB sz_tab_autorun, autorun_list, autorun_load, list_draw, nothing, autorun_toggle, list_mouse, autorun_bar
NTABS = ($ - tabs) / sizeof.TAB
app_info FileInfoBlock SSF_START_APP, 0, 0, 0, 0, 0, 0 ; the parameters, the path
sz_run_path db "/sys/RUN", 0
sz_end_path db "/sys/END", 0
sz_tinfo_path db "/sys/TINFO", 0
icons_name db "ICONS18", 0
box_lib_path db "/sys/lib/box_lib.obj", 0
align 4
box_lib:
import box_lib, \
scrollbar_v_draw, "scrollbar_v_draw", \
scrollbar_v_mouse, "scrollbar_v_mouse", \
check_box_draw2, "check_box_draw2"
sb scrollbar SB_W - 1, 0, 0, AREA_Y, SB_W - 1, 0, 0, 0, 0, 0, 0, 1 ; the sizes - 1:
; box_lib draws a pixel more
cb check_box2 0, 0, PAD, 0, 0, 0x80000000, cb.size_of_str, 0 ; no text: its length
IncludeUGlobals
align 4
sc system_colors ; the button color: the main one
green dd ? ; of the button: run
red dd ? ; and of high values, end
mid dd ? ; the list header, the scrollbar
pinfo process_information
next_tick dd ?
cur_tab dd ?
buttons dd ? ; mouse buttons held at the last event
area_w dd ? ; panel: x = PAD, y = AREA_Y
area_h dd ?
bar_y dd ? ; bottom bar
bar_left dd ?
bar_right dd ? ; left end of the right buttons
icons dd ? ; ICONS18 or 0
icon_buf rd ICON*ICON
text_buf rb TEXT_CHARS * 4 + 1 ; UTF-8 takes up to 4 bytes
macro max_of name, [value] {
common name = 0
forward
if value > name
name = value
end if
}
max_of TAB_DATA, PROCS_DATA, DISKS_DATA, DRIVERS_DATA, AUTORUN_DATA
align 4
tab_data rb TAB_DATA ; data of the open tab
+240
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@@ -0,0 +1,240 @@
; The window: its colors, size and place, the panel and the tabs, then the
; panel of the open tab.
draw_window:
mcall SF_REDRAW, SSF_BEGIN_DRAW
mcall SF_STYLE_SETTINGS, SSF_GET_COLORS, sc, sizeof.system_colors
mov eax, [sc.work_button] ; its channels high to low: al, ah, dl
mov edx, eax
shr edx, 16
cmp al, ah
jae @f
xchg al, ah
@@:
cmp al, dl
jae @f
xchg al, dl
@@:
cmp ah, dl
jae @f
xchg ah, dl
@@:
movzx ecx, dl ; blue, green, red
shl ecx, 16
mov cx, ax
mov [sc.work_button], ecx
mov dl, al ; the low ones half the high one
shr dl, 1
movzx ecx, dl ; all low, then green, red high
imul ecx, 0x10101
mov [green], ecx
mov byte [green + 1], al
mov [red], ecx
mov byte [red + 2], al
mov eax, [sc.work] ; between the window and the panel
mov edx, [sc.work_light]
call mix
mov [mid], eax
mcall SF_GET_SCREEN_SIZE ; half the screen, the kernel takes
shr eax, 1 ; it the first time
xchg esi, eax
mcall SF_STYLE_SETTINGS, SSF_GET_SCREEN_AREA
mov edx, esi
shr edx, 16
mov ebp, MIN_W - 1
call .fit
xchg eax, ebx
movzx edx, si
and dh, 0x7F
mov ebp, MIN_H - 1
call .fit
xchg eax, ecx
mov edx, [sc.work]
or edx, WIN_STYLE
mcall SF_CREATE_WINDOW, , , , 0, sz_title
mcall SF_THREAD_INFO, pinfo, -1
test [pinfo.wnd_state], WND_ROLLED_UP
jnz .done
test [pinfo.wnd_state], WND_MAXIMIZED ; the size it gets
jnz .layout
mov edx, [pinfo.box.width] ; not smaller than the minimum
mov esi, [pinfo.box.height]
cmp edx, MIN_W - 1 ; the kernel keeps the size - 1
jae @f
mov edx, MIN_W - 1
@@:
cmp esi, MIN_H - 1
jae @f
mov esi, MIN_H - 1
@@:
cmp edx, [pinfo.box.width]
jne @f
cmp esi, [pinfo.box.height]
je .layout
@@:
mcall SF_CHANGE_WINDOW, -1, -1 ; it sends a new redraw
jmp .done
.layout:
mov eax, [pinfo.client_box.width]
lea ecx, [eax - PAD*2]
mov [area_w], ecx
mov [bar_right], eax
mov [bar_left], PAD
mov eax, [pinfo.client_box.height]
sub eax, PAD + BTN_H
mov [bar_y], eax
sub eax, AREA_Y + PAD
mov [area_h], eax
mov ebx, PAD shl 16
mov bx, word [area_w]
mov ecx, AREA_Y shl 16
mov cx, ax
mov edx, [sc.work_light]
call frame_rect
mov edx, [sc.work] ; around the tabs and the panel: above,
mov ebx, [area_w] ; below with the bar, left, right
add ebx, 2*PAD + 1
mcall SF_DRAW_RECT, , TOP
mov ecx, [bar_y]
sub ecx, PAD
shl ecx, 16
mov cx, 2*PAD + BTN_H + 1
mcall SF_DRAW_RECT
mov ecx, [area_h]
add ecx, (TOP shl 16) + TAB_H - 1
mov ebx, PAD
mcall SF_DRAW_RECT
mov ebx, [area_w]
add ebx, PAD
shl ebx, 16
mov bx, PAD + 1
mcall SF_DRAW_RECT
mov esi, [area_w] ; the tabs as wide as the panel, the
add esi, NTABS - 1 ; room left shared alike
xor ebp, ebp
@@:
call .content
sub esi, eax
inc ebp
cmp ebp, NTABS
jb @b
xchg eax, esi
xor edx, edx
mov ecx, NTABS
div ecx
xchg eax, esi
mov ebx, PAD shl 16
xor ebp, ebp
.tab:
call .content
add eax, esi
cmp ebp, NTABS - 1 ; the last one to the end of the panel
jne @f
mov eax, [area_w]
add eax, PAD
mov edx, ebx
shr edx, 16
sub eax, edx
@@:
mov bx, ax
call .draw
imul eax, ebx, 1 shl 16
lea ebx, [ebx + eax - 1 shl 16] ; neighbours share the border
inc ebp
cmp ebp, NTABS
jb .tab
mov eax, sz_shutdown ; at the right end
mov edx, BTN_SHUTDOWN
mov esi, [sc.work_graph]
call bar_button
imul esi, [cur_tab], sizeof.TAB ; the bar of the tab, then its
movzx esi, word [tabs + esi + TAB.bar] ; panel
call bar_draw
mov eax, TAB.draw
call tab_call
.done:
mcall SF_REDRAW, SSF_END_DRAW
ret
; eax = start shl 16 + end of the work area, edx = the size - 1 wanted,
; ebp = the least; out: eax = start shl 16 + size - 1 of the window in its
; middle
.fit:
cmp edx, ebp
jae @f
mov edx, ebp
@@:
movzx ecx, ax
shr eax, 16
sub ecx, eax
cmp edx, ecx
jb @f
mov edx, ecx
@@:
sub ecx, edx
shr ecx, 1
add eax, ecx
shl eax, 16
mov ax, dx
ret
.draw: ; the caption in the middle
pusha
mov ecx, (TOP shl 16) + TAB_H
mov esi, [sc.work_dark]
cmp ebp, [cur_tab]
jne @f
mov esi, [sc.work_light]
@@:
mov edx, esi
call frame_rect
lea edx, [ebp + BTN_TAB + BT_HIDE + BT_NOFRAME]
mcall SF_DEFINE_BUTTON
call .content
movzx ecx, bx
sub ecx, eax
shr ecx, 1
shl ecx, 16
add ebx, ecx
mov ecx, TOP shl 16
mov eax, [sc.work_text]
jmp bar_text ; as high as the bar items
; ebp = tab; out: edi -> its caption, eax = its width
.content:
imul edi, ebp, sizeof.TAB
movzx edi, word [tabs + edi + TAB.caption]
mov eax, edi
call text_width
ret