Cổ phiếu s&p 500 hàng đầu hiện nay năm 2022
|
Công ty cổ phần S là công ty chọn cách chuyển dồn thu nhập, lỗ, khấu giảm, và tín thuế của công ty cổ phần cho cổ đông vì mục đích thuế liên bang. Cổ đông của công ty cổ phần S khai báo thu nhập và lỗ đã chuyển dồn trên tờ khai thuế cá nhân và bị đánh thuế theo phân suất thuế thu nhập cá nhân. Ðiều này giúp công ty cổ phần S tránh bị đánh thuế hai lần trên thu nhập của công ty. Công ty cổ phần S có trách
nhiệm đóng thuế trên một số khoản lãi tích hợp sẵn và thu nhập thụ động ở cấp tổ chức. Ðể được là công ty cổ phần S, công ty phải nộp Mẫu 2553, Lựa Chọn cho Công Ty Cổ Phần Doanh Nghiệp Nhỏ (tiếng
Anh)PDF đã có chữ ký của tất cả các cổ đông. Xem Hướng Dẫn cho Mẫu 2553 (tiếng Anh)PDF để
biết tất cả thông tin cần thiết và để xác định nơi nộp mẫu đơn. 1120-S (Bảng K-1) (tiếng Anh)PDF Thuế việc làm: 941 (tiếng Anh)PDF 943 (tiếng Anh)PDF (dành cho nhân viên nông trại) 940 (tiếng Anh)PDF Hướng dẫn cho Mẫu 941 Tờ Khai Thuế Liên Bang HÀNG QUÝ của Chủ Lao Động (tiếng Anh)PDF Hướng dẫn cho Mẫu 943 Tờ Khai Thuế Liên Bang Hàng Năm của Chủ Lao Động cho Nhân Viên Nông Nghiệp (tiếng Anh)DOCX Hướng dẫn cho Mẫu 940 Tờ Khai Thuế Thất Nghiệp Liên Bang (FUTA) Hàng Năm của Chủ Lao Động (tiếng Anh)PDF Nếu quý vị là cổ đông của công ty cổ phần S thì quý vị có thể có trách nhiệm với... 1040-ES (tiếng Anh)PDF Related TopicsPublicationsVideosPage Last Reviewed or Updated: 10-Nov-2022 Bảng báo cáo kết quả kinh doanh
Thay đổi ròng trong số dư tiền mặt
TOP(1) User Commands TOP(1)
Tên & nbsp; & nbsp; & nbsp; & nbsp; đứng đầutoptop - display Linux processes Tóm tắt nội dung & nbsp; & nbsp; & nbsp; & nbsp; đứng đầutop top -hv|-bcEeHiOSs1 -d secs -n max -u|U user -p pids -o field -w
[cols]
The traditional switches `-' and whitespace are optional.
Mô tả & NBSP; & nbsp; & nbsp; & nbsp; đứng đầutop The top program provides a dynamic real-time view of a running
system. It can display system summary information as well as a
list of processes or threads currently being managed by the Linux
kernel. The types of system summary information shown and the
types, order and size of information displayed for processes are
all user configurable and that configuration can be made
persistent across restarts.
The program provides a limited interactive interface for process
manipulation as well as a much more extensive interface for
personal configuration -- encompassing every aspect of its
operation. And while top is referred to throughout this
document, you are free to name the program anything you wish.
That new name, possibly an alias, will then be reflected on top's
display and used when reading and writing a configuration file.
Tổng quan & NBSP; & nbsp; & nbsp; & nbsp; đứng đầutop Documentation
The remaining Table of Contents
OVERVIEW
Operation
Linux Memory Types
1. COMMAND-LINE Options
2. SUMMARY Display
a. UPTIME and LOAD Averages
b. TASK and CPU States
c. MEMORY Usage
3. FIELDS / Columns Display
a. DESCRIPTIONS of Fields
b. MANAGING Fields
4. INTERACTIVE Commands
a. GLOBAL Commands
b. SUMMARY AREA Commands
c. TASK AREA Commands
1. Appearance
2. Content
3. Size
4. Sorting
d. COLOR Mapping
5. ALTERNATE-DISPLAY Provisions
a. WINDOWS Overview
b. COMMANDS for Windows
c. SCROLLING a Window
d. SEARCHING in a Window
e. FILTERING in a Window
6. FILES
a. PERSONAL Configuration File
b. ADDING INSPECT Entries
c. SYSTEM Configuration File
d. SYSTEM Restrictions File
7. STUPID TRICKS Sampler
a. Kernel Magic
b. Bouncing Windows
c. The Big Bird Window
d. The Ol' Switcheroo
8. BUGS, 9. SEE Also
Operation
When operating top, the two most important keys are the help (h
or ?) key and quit (`q') key. Alternatively, you could simply
use the traditional interrupt key (^C) when you're done.
When started for the first time, you'll be presented with these
traditional elements on the main top screen: 1) Summary Area; 2)
Fields/Columns Header; 3) Task Area. Each of these will be
explored in the sections that follow. There is also an
Input/Message line between the Summary Area and Columns Header
which needs no further explanation.
The main top screen is generally quite adaptive to changes in
terminal dimensions under X-Windows. Other top screens may be
less so, especially those with static text. It ultimately
depends, however, on your particular window manager and terminal
emulator. There may be occasions when their view of terminal
size and current contents differs from top's view, which is
always based on operating system calls.
Following any re-size operation, if a top screen is corrupted,
appears incomplete or disordered, simply typing something
innocuous like a punctuation character or cursor motion key will
usually restore it. In extreme cases, the following sequence
almost certainly will:
key/cmd objective
^Z suspend top
fg resume top
1. Tùy chọn dòng lệnh & nbsp; & nbsp; & nbsp; & nbsp; đứng đầutop The command-line syntax for top consists of:
-hv|-bcEeHiOSs1 -d secs -n max -u|U user -p pids -o field -w
[cols]
The typically mandatory switch (`-') and even whitespace are
completely optional.
-h | -v :Help/Version
Show library version and the usage prompt, then quit.
-b :Batch-mode operation
Starts top in Batch mode, which could be useful for sending
output from top to other programs or to a file. In this
mode, top will not accept input and runs until the
iterations limit you've set with the `-n' command-line
option or until killed.
-c :Command-line/Program-name toggle
Starts top with the last remembered `c' state reversed.
Thus, if top was displaying command lines, now that field
will show program names, and vice versa. See the `c'
interactive command for additional information.
-d :Delay-time interval as: -d ss.t (secs.tenths)
Specifies the delay between screen updates, and overrides
the corresponding value in one's personal configuration file
or the startup default. Later this can be changed with the
`d' or `s' interactive commands.
Fractional seconds are honored, but a negative number is not
allowed. In all cases, however, such changes are prohibited
if top is running in Secure mode, except for root (unless
the `s' command-line option was used). For additional
information on Secure mode see topic 6d. SYSTEM Restrictions
File.
-e :Enforce-Task-Memory-Scaling as: -e k | m | g | t | p
Instructs top to force task area memory to be scaled as:
k - kibibytes
m - mebibytes
g - gibibytes
t - tebibytes
p - pebibytes
Later this can be changed with the `e' command toggle.
-E :Enforce-Summary-Memory-Scaling as: -E k | m | g | t | p |
e
Instructs top to force summary area memory to be scaled as:
k - kibibytes
m - mebibytes
g - gibibytes
t - tebibytes
p - pebibytes
e - exbibytes
Later this can be changed with the `E' command toggle.
-H :Threads-mode operation
Instructs top to display individual threads. Without this
command-line option a summation of all threads in each
process is shown. Later this can be changed with the `H'
interactive command.
-i :Idle-process toggle
Starts top with the last remembered `i' state reversed.
When this toggle is Off, tasks that have not used any CPU
since the last update will not be displayed. For additional
information regarding this toggle see topic 4c. TASK AREA
Commands, SIZE.
-n :Number-of-iterations limit as: -n number
Specifies the maximum number of iterations, or frames, top
should produce before ending.
-o :Override-sort-field as: -o fieldname
Specifies the name of the field on which tasks will be
sorted, independent of what is reflected in the
configuration file. You can prepend a `+' or `-' to the
field name to also override the sort direction. A leading
`+' will force sorting high to low, whereas a `-' will
ensure a low to high ordering.
This option exists primarily to support automated/scripted
batch mode operation.
-O :Output-field-names
This option acts as a form of help for the above -o option.
It will cause top to print each of the available field names
on a separate line, then quit. Such names are subject to
NLS (National Language Support) translation.
-p :Monitor-PIDs mode as: -pN1 -pN2 ... or -pN1,N2,N3 ...
Monitor only processes with specified process IDs. However,
when combined with Threads mode (`H'), all processes in the
thread group (see TGID) of each monitored PID will also be
shown.
This option can be given up to 20 times, or you can provide
a comma delimited list with up to 20 pids. Co-mingling both
approaches is permitted.
A pid value of zero will be treated as the process id of the
top program itself once it is running.
This is a command-line option only and should you wish to
return to normal operation, it is not necessary to quit and
restart top -- just issue any of these interactive
commands: `=', `u' or `U'.
The `p', `u' and `U' command-line options are mutually
exclusive.
-s :Secure-mode operation
Starts top with secure mode forced, even for root. This
mode is far better controlled through a system configuration
file (see topic 6. FILES).
-S :Cumulative-time toggle
Starts top with the last remembered `S' state reversed.
When Cumulative time mode is On, each process is listed with
the cpu time that it and its dead children have used. See
the `S' interactive command for additional information
regarding this mode.
-u | -U :User-filter-mode as: -u | -U number or name
Display only processes with a user id or user name matching
that given. The `-u' option matches on effective user
whereas the `-U' option matches on any user (real,
effective, saved, or filesystem).
Prepending an exclamation point (`!') to the user id or name
instructs top to display only processes with users not
matching the one provided.
The `p', `u' and `U' command-line options are mutually
exclusive.
-w :Output-width-override as: -w [ number ]
In Batch mode, when used without an argument top will format
output using the COLUMNS= and LINES= environment variables,
if set. Otherwise, width will be fixed at the maximum 512
columns. With an argument, output width can be decreased or
increased (up to 512) but the number of rows is considered
unlimited.
In normal display mode, when used without an argument top
will attempt to format output using the COLUMNS= and LINES=
environment variables, if set. With an argument, output
width can only be decreased, not increased. Whether using
environment variables or an argument with -w, when not in
Batch mode actual terminal dimensions can never be exceeded.
Note: Without the use of this command-line option, output
width is always based on the terminal at which top was
invoked whether or not in Batch mode.
-1 :Single/Separate-Cpu-States toggle
Starts top with the last remembered Cpu States portion of
the summary area reversed. Either all cpu information will
be displayed in a single line or each cpu will be displayed
separately, depending on the state of the NUMA Node command
toggle ('2').
See the `1' and '2' interactive commands for additional
information.
2. Tóm tắt Hiển thị & NBSP; & nbsp; & nbsp; & nbsp; đứng đầutop Each of the following three areas are individually controlled
through one or more interactive commands. See topic 4b. SUMMARY
AREA Commands for additional information regarding these
provisions.
2a. UPTIME and LOAD Averages
This portion consists of a single line containing:
program or window name, depending on display mode
current time and length of time since last boot
total number of users
system load avg over the last 1, 5 and 15 minutes
2b. TASK and CPU States
This portion consists of a minimum of two lines. In an SMP
environment, additional lines can reflect individual CPU state
percentages.
Line 1 shows total tasks or threads, depending on the state of
the Threads-mode toggle. That total is further classified as:
running; sleeping; stopped; zombie
Line 2 shows CPU state percentages based on the interval since
the last refresh.
As a default, percentages for these individual categories are
displayed. Where two labels are shown below, those for more
recent kernel versions are shown first.
us, user : time running un-niced user processes
sy, system : time running kernel processes
ni, nice : time running niced user processes
id, idle : time spent in the kernel idle handler
wa, IO-wait : time waiting for I/O completion
hi : time spent servicing hardware interrupts
si : time spent servicing software interrupts
st : time stolen from this vm by the hypervisor
In the alternate cpu states display modes, beyond the first
tasks/threads line, an abbreviated summary is shown consisting of
these elements:
a b c d
%Cpu(s): 75.0/25.0 100[ ...
Where: a) is the `user' (us + ni) percentage; b) is the `system'
(sy + hi + si) percentage; c) is the total; and d) is one of two
visual graphs of those representations. See topic 4b. SUMMARY
AREA Commands and the `t' command for additional information on
that special 4-way toggle.
2c. MEMORY Usage
This portion consists of two lines which may express values in
kibibytes (KiB) through exbibytes (EiB) depending on the scaling
factor enforced with the `E' interactive command.
As a default, Line 1 reflects physical memory, classified as:
total, free, used and buff/cache
Line 2 reflects mostly virtual memory, classified as:
total, free, used and avail (which is physical memory)
The avail number on line 2 is an estimation of physical memory
available for starting new applications, without swapping.
Unlike the free field, it attempts to account for readily
reclaimable page cache and memory slabs. It is available on
kernels 3.14, emulated on kernels 2.6.27+, otherwise the same as
free.
In the alternate memory display modes, two abbreviated summary
lines are shown consisting of these elements:
a b c
GiB Mem : 18.7/15.738 [ ...
GiB Swap: 0.0/7.999 [ ...
Where: a) is the percentage used; b) is the total available; and
c) is one of two visual graphs of those representations.
In the case of physical memory, the percentage represents the
total minus the estimated avail noted above. The `Mem' graph
itself is divided between used and any remaining memory not
otherwise accounted for by avail. See topic 4b. SUMMARY AREA
Commands and the `m' command for additional information on that
special 4-way toggle.
This table may help in interpreting the scaled values displayed:
KiB = kibibyte = 1024 bytes
MiB = mebibyte = 1024 KiB = 1,048,576 bytes
GiB = gibibyte = 1024 MiB = 1,073,741,824 bytes
TiB = tebibyte = 1024 GiB = 1,099,511,627,776 bytes
PiB = pebibyte = 1024 TiB = 1,125,899,906,842,624 bytes
EiB = exbibyte = 1024 PiB = 1,152,921,504,606,846,976 bytes
3. Trường / Cột & NBSP; & nbsp; & nbsp; & nbsp; đứng đầutop 3a. DESCRIPTIONS of Fields
Listed below are top's available process fields (columns). They
are shown in strict ascii alphabetical order. You may customize
their position and whether or not they are displayable with the
`f' (Fields Management) interactive command.
Any field is selectable as the sort field, and you control
whether they are sorted high-to-low or low-to-high. For
additional information on sort provisions see topic 4c. TASK AREA
Commands, SORTING.
The fields related to physical memory or virtual memory reference
`(KiB)' which is the unsuffixed display mode. Such fields may,
however, be scaled from KiB through PiB. That scaling is
influenced via the `e' interactive command or established for
startup through a build option.
1. %CPU -- CPU Usage
The task's share of the elapsed CPU time since the last
screen update, expressed as a percentage of total CPU time.
In a true SMP environment, if a process is multi-threaded and
top is not operating in Threads mode, amounts greater than
100% may be reported. You toggle Threads mode with the `H'
interactive command.
Also for multi-processor environments, if Irix mode is Off,
top will operate in Solaris mode where a task's cpu usage
will be divided by the total number of CPUs. You toggle
Irix/Solaris modes with the `I' interactive command.
Note: When running in forest view mode (`V') with children
collapsed (`v'), this field will also include the CPU time of
those unseen children. See topic 4c. TASK AREA Commands,
CONTENT for more information regarding the `V' and `v'
toggles.
2. %MEM -- Memory Usage (RES)
A task's currently resident share of available physical
memory.
See `OVERVIEW, Linux Memory Types' for additional details.
3. CGNAME -- Control Group Name
The name of the control group to which a process belongs, or
`-' if not applicable for that process.
This will typically be the last entry in the full list of
control groups as shown under the next heading (CGROUPS).
And as is true there, this field is also variable width.
4. CGROUPS -- Control Groups
The names of the control group(s) to which a process belongs,
or `-' if not applicable for that process.
Control Groups provide for allocating resources (cpu, memory,
network bandwidth, etc.) among installation-defined groups of
processes. They enable fine-grained control over allocating,
denying, prioritizing, managing and monitoring those
resources.
Many different hierarchies of cgroups can exist
simultaneously on a system and each hierarchy is attached to
one or more subsystems. A subsystem represents a single
resource.
Note: The CGROUPS field, unlike most columns, is not fixed-
width. When displayed, it plus any other variable width
columns will be allocated all remaining screen width (up to
the maximum 512 characters). Even so, such variable width
fields could still suffer truncation. See topic 5c.
SCROLLING a Window for additional information on accessing
any truncated data.
5. CODE -- Code Size (KiB)
The amount of physical memory currently devoted to executable
code, also known as the Text Resident Set size or TRS.
See `OVERVIEW, Linux Memory Types' for additional details.
6. COMMAND -- Command Name or Command Line
Display the command line used to start a task or the name of
the associated program. You toggle between command line and
name with `c', which is both a command-line option and an
interactive command.
When you've chosen to display command lines, processes
without a command line (like kernel threads) will be shown
with only the program name in brackets, as in this example:
[kthreadd]
This field may also be impacted by the forest view display
mode. See the `V' interactive command for additional
information regarding that mode.
Note: The COMMAND field, unlike most columns, is not fixed-
width. When displayed, it plus any other variable width
columns will be allocated all remaining screen width (up to
the maximum 512 characters). Even so, such variable width
fields could still suffer truncation. This is especially
true for this field when command lines are being displayed
(the `c' interactive command.) See topic 5c. SCROLLING a
Window for additional information on accessing any truncated
data.
7. DATA -- Data + Stack Size (KiB)
The amount of private memory reserved by a process. It is
also known as the Data Resident Set or DRS. Such memory may
not yet be mapped to physical memory (RES) but will always be
included in the virtual memory (VIRT) amount.
See `OVERVIEW, Linux Memory Types' for additional details.
8. ENVIRON -- Environment variables
Display all of the environment variables, if any, as seen by
the respective processes. These variables will be displayed
in their raw native order, not the sorted order you are
accustomed to seeing with an unqualified `set'.
Note: The ENVIRON field, unlike most columns, is not fixed-
width. When displayed, it plus any other variable width
columns will be allocated all remaining screen width (up to
the maximum 512 characters). Even so, such variable width
fields could still suffer truncation. This is especially
true for this field. See topic 5c. SCROLLING a Window for
additional information on accessing any truncated data.
9. Flags -- Task Flags
This column represents the task's current scheduling flags
which are expressed in hexadecimal notation and with zeros
suppressed. These flags are officially documented in
4. Các lệnh tương tác & nbsp; & nbsp; & nbsp; & nbsp; đứng đầutop Listed below is a brief index of commands within categories.
Some commands appear more than once -- their meaning or scope
may vary depending on the context in which they are issued.
4a. Global-Commands
5. Quy định thay thế-Display & NBSP; & nbsp; & nbsp; & nbsp; đứng đầutop 5a. WINDOWS Overview
Field Groups/Windows:
In full-screen mode there is a single window represented by
the entire screen. That single window can still be changed to
display 1 of 4 different field groups (see the `g' interactive
command, repeated below). Each of the 4 field groups has a
unique separately configurable summary area and its own
configurable task area.
In alternate-display mode, those 4 underlying field groups can
now be made visible simultaneously, or can be turned Off
individually at your command.
The summary area will always exist, even if it's only the
message line. At any given time only one summary area can be
displayed. However, depending on your commands, there could
be from zero to four separate task displays currently showing
on the screen.
Current Window:
The `current' window is the window associated with the summary
area and the window to which task related commands are always
directed. Since in alternate-display mode you can toggle the
task display Off, some commands might be restricted for the
`current' window.
A further complication arises when you have toggled the first
summary area line Off. With the loss of the window name (the
`l' toggled line), you'll not easily know what window is the
`current' window.
5b. COMMANDS for Windows
- | _ :Show/Hide-Window(s) toggles
The `-' key turns the `current' window's task display On
and Off. When On, that task area will show a minimum of
the columns header you've established with the `f'
interactive command. It will also reflect any other task
area options/toggles you've applied yielding zero or more
tasks.
The `_' key does the same for all task displays. In other
words, it switches between the currently visible task
display(s) and any task display(s) you had toggled Off.
If all 4 task displays are currently visible, this
interactive command will leave the summary area as the
only display element.
* = | + :Equalize/Reset-Window(s)
The `=' key forces the `current' window's task display to
be visible. It also reverses any active `i' (idle tasks),
`n' (max tasks), `u/U' (user filter), `o/O' (other
filter), `v' (hide children), `F' focused, `L' (locate)
and `!' (combine cpus) commands. Also, if the window had
been scrolled, it will be reset with this command. See
topic 5c. SCROLLING a Window for additional information
regarding vertical and horizontal scrolling.
The `+' key does the same for all windows. The four task
displays will reappear, evenly balanced, while retaining
any customizations previously applied beyond those noted
for the `=' command toggle.
* A :Alternate-Display-Mode toggle
This command will switch between full-screen mode and
alternate-display mode.
The first time you issue this command, all four task
displays will be shown. Thereafter when you switch modes,
you will see only the task display(s) you've chosen to
make visible.
* a | w :Next-Window-Forward/Backward
This will change the `current' window, which in turn
changes the window to which commands are directed. These
keys act in a circular fashion so you can reach any
desired window using either key.
Assuming the window name is visible (you have not toggled
`l' Off), whenever the `current' window name loses its
emphasis/color, that's a reminder the task display is Off
and many commands will be restricted.
* g :Choose-Another-Window/Field-Group
You will be prompted to enter a number between 1 and 4
designating the field group which should be made the
`current' window.
In full-screen mode, this command is necessary to alter
the `current' window. In alternate-display mode, it is
simply a less convenient alternative to the `a' and `w'
commands.
G :Change-Window/Field-Group-Name
You will be prompted for a new name to be applied to the
`current' window. It does not require that the window
name be visible (the `l' toggle to be On).
* The interactive commands shown with an asterisk (`*') have use
beyond alternate-display mode.
=, A, g are always available
a, w act the same with color mapping
and fields management
5c. SCROLLING a Window
Typically a task window is a partial view into a system's total
tasks/threads which shows only some of the available
fields/columns. With these scrolling keys, you can move that
view vertically or horizontally to reveal any desired task or
column.
Up,PgUp :Scroll-Tasks
Move the view up toward the first task row, until the first
task is displayed at the top of the `current' window. The Up
arrow key moves a single line while PgUp scrolls the entire
window.
Down,PgDn :Scroll-Tasks
Move the view down toward the last task row, until the last
task is the only task displayed at the top of the `current'
window. The Down arrow key moves a single line while PgDn
scrolls the entire window.
Left,Right :Scroll-Columns
Move the view of displayable fields horizontally one column
at a time.
Note: As a reminder, some fields/columns are not fixed-width
but allocated all remaining screen width when visible. When
scrolling right or left, that feature may produce some
unexpected results initially.
Additionally, there are special provisions for any variable
width field when positioned as the last displayed field.
Once that field is reached via the right arrow key, and is
thus the only column shown, you can continue scrolling
horizontally within such a field. See the `C' interactive
command below for additional information.
Home :Jump-to-Home-Position
Reposition the display to the un-scrolled coordinates.
End :Jump-to-End-Position
Reposition the display so that the rightmost column reflects
the last displayable field and the bottom task row represents
the last task.
Note: From this position it is still possible to scroll down
and right using the arrow keys. This is true until a single
column and a single task is left as the only display element.
C :Show-scroll-coordinates toggle
Toggle an informational message which is displayed whenever
the message line is not otherwise being used. That message
will take one of two forms depending on whether or not a
variable width column has also been scrolled.
scroll coordinates: y = n/n (tasks), x = n/n (fields)
scroll coordinates: y = n/n (tasks), x = n/n (fields) + nn
The coordinates shown as n/n are relative to the upper left
corner of the `current' window. The additional `+ nn'
represents the displacement into a variable width column when
it has been scrolled horizontally. Such displacement occurs
in normal 8 character tab stop amounts via the right and left
arrow keys.
y = n/n (tasks)
The first n represents the topmost visible task and is
controlled by scrolling keys. The second n is updated
automatically to reflect total tasks.
x = n/n (fields)
The first n represents the leftmost displayed column and
is controlled by scrolling keys. The second n is the
total number of displayable fields and is established
with the `f' interactive command.
The above interactive commands are always available in
full-screen mode but never available in alternate-display mode if
the `current' window's task display has been toggled Off.
Note: When any form of filtering is active, you can expect some
slight aberrations when scrolling since not all tasks will be
visible. This is particularly apparent when using the Up/Down
arrow keys.
5d. SEARCHING in a Window
You can use these interactive commands to locate a task row
containing a particular value.
L :Locate-a-string
You will be prompted for the case-sensitive string to locate
starting from the current window coordinates. There are no
restrictions on search string content.
Searches are not limited to values from a single field or
column. All of the values displayed in a task row are
allowed in a search string. You may include spaces, numbers,
symbols and even forest view artwork.
Keying 6. Tệp & nbsp; & nbsp; & nbsp; & nbsp; đứng đầutoptop - display Linux processes0 7. Sampler thủ thuật ngu ngốc & nbsp; & nbsp; & nbsp; & nbsp; đứng đầutoptop - display Linux processes1 8. Lỗi & nbsp; & nbsp; & nbsp; & nbsp; đứng đầutoptop - display Linux processes2 9. Xem thêm & NBSP; & nbsp; & nbsp; & nbsp; đứng đầutoptop - display Linux processes3 Colophon & nbsp; & nbsp; & nbsp; & nbsp; đứng đầutoptop - display Linux processes4 Các trang đề cập đến trang này: miễn phí (1), & nbsp; HTOP (1), & nbsp; irqtop (1), & nbsp; pidstat (1), & nbsp; PMIE (1), & nbsp; Procps (1), & nbsp; ps (1), & nbsp; pstree (1), & nbsp; SLABTOP (1), & nbsp; SystemD-cgtop (1), & nbsp; Tload (1), & nbsp; thời gian hoạt động (1), & nbsp; W (1), & nbsp; Proc (5), & nbsp; Lịch (7), & nbsp; iotop (8), & nbsp; vmstat (8) Loại cửa hàng nào là ngọn?Tops Friendly Market là một chuỗi siêu thị người Mỹ có trụ sở tại Amherst, New York, hoạt động các cửa hàng ở ngoại ô New York, Vermont và Bắc Pennsylvania. Chuỗi vận hành các siêu thị quy mô đầy đủ.supermarket chain based in Amherst, New York, that operates stores in Upstate New York, Vermont, and Northern Pennsylvania. The chain operates full-scale supermarkets.
Ai sở hữu siêu thị Tops trong Buffalo NY?TOPS vận hành các siêu thị & trạm nhiên liệu ở New York, Pennsylvania và Vermont. Vào tháng 11 năm 2013, sáu thành viên của nhóm điều hành của Tops, do Chủ tịch và Giám đốc điều hành Frank Curci dẫn đầu, đã mua công ty từ Morgan Stanley Private Equity, trả lại để hoàn thành quyền sở hữu địa phương.Morgan Stanley Private Equity, returning it back to complete local ownership.
Giá chopper đã mua hết?Vào tháng 11 năm 2021, Price Chopper/Market 32 và Tops Market đã hoàn thành việc sáp nhập của họ, với công ty mẹ mới có tên East Estery Grocery Inc. (NGI). Việc sáp nhập gần như tăng gấp đôi hai dấu chân tập thể của Đông Bắc Grocers, với tổng cộng gần 300 cửa hàng., with the new parent company named Northeast Grocery Inc. (NGI). The merger virtually doubled the two Northeast grocers' collective footprints, with a combined total of nearly 300 stores.
Phiếu giảm giá E ở đỉnh là gì?Cắt ra clip ecoupons là một cách khác để tiết kiệm ở đỉnh. Chúng là những phiếu giảm giá điện tử có thể được thêm trực tiếp vào Tops BonusPlus® của bạn.electronic coupons that can be added directly to your to your TOPS BonusPlus®. |
