Country Picker for Android
CountryPicker is a simple library that can be show a country picker. See the example to see more detail.
How to use
Integrating the project is simple a refined all you need to do is follow the below steps
Step 1. Add the JitPack repository to your build file. Add it in your root build.gradle at the end of repositories:
allprojects {
repositories {
...
maven { url "https://jitpack.io" }
}
}
Step 2. Add the dependency
dependencies {
compile 'com.github.mukeshsolanki:country-picker-android:1.1.6'
}
Once the project has been added to gradle the user can implement this with easy.
CountryPicker picker = CountryPicker.newInstance("Select Country");
picker.show(getSupportFragmentManager(), "COUNTRY_PICKER");
picker.setListener(new CountryPickerListener() {
@Override
public void onSelectCountry(String name, String code, String dialCode, int flagDrawableResID) {
// Implement your code here
}
});
That's it your all done.
Get user country based on sim
The following code will get the current users country details based on sim.
CountryPicker picker = CountryPicker.newInstance("Select Country");
Country country = picker.getUserCountryInfo(this);
//TODO use the country object


{{ user.email }} has invited you to edit the following list: http://simplelist.xyz{{ list.get_absolute_url }} The SimpleList Team


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| override string | InstanceOf [get] |
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| virtual CRUDUrls?? | API [get] |
| | Specific urls to call on CRUD action methods "read", "create", "update" and "destroy". The url is built based upon the action being executed [load|create|save|destroy] using the commensurate api property, or if undefined default to the configured Ext.data.Store.url. If the specific URL for a given CRUD action is undefined, the CRUD action request will be directed to the configured url. More...
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| virtual string | CacheString [get, set] |
| | The name of the cache param added to the url when using noCache (defaults to "_dc") More...
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| virtual string | DirectionParam [get, set] |
| | The name of the direction parameter to send in a request. This is only used when simpleSortMode is set to true. Defaults to 'dir'. More...
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| virtual ParameterCollection?? | ExtraParams [get] |
| | Extra parameters that will be included on every request. Individual requests with params of the same name will override these params when they are in conflict. More...
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| virtual string | FilterParam [get, set] |
| | The name of the 'filter' parameter to send in a request. Defaults to 'filter'. Set this to undefined if you don't want to send a filter parameter More...
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| virtual string | GroupParam [get, set] |
| | The name of the 'group' parameter to send in a request. Defaults to 'group'. Set this to undefined if you don't want to send a group parameter More...
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| virtual string | GroupDirectionParam [get, set] |
| | The name of the direction parameter to send in a request. This is only used when simpleGroupMode is set to true. Defaults to 'groupDir'. More...
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| virtual string | IDParam [get, set] |
| | The name of the parameter which carries the id of the entity being operated upon. Defaults to: "id" More...
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| virtual string | LimitParam [get, set] |
| | The name of the 'limit' parameter to send in a request. Defaults to 'limit'. Set this to undefined if you don't want to send a limit parameter More...
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| virtual bool | NoCache [get, set] |
| | Defaults to true. Disable caching by adding a unique parameter name to the request. Set to false to allow caching. Defaults to true. More...
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| virtual bool | AppendAction [get, set] |
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| virtual string | PageParam [get, set] |
| | The name of the 'page' parameter to send in a request. Defaults to 'page'. Set this to undefined if you don't want to send a page parameter More...
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| virtual ReaderCollection?? | Reader [get] |
| | The Ext.data.reader.Reader to use to decode the server's response. This can either be a Reader instance, a config object or just a valid Reader type name (e.g. 'json', 'xml'). More...
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| virtual bool | SimpleSortMode [get, set] |
| | Enabling simpleSortMode in conjunction with remoteSort will only send one sort property and a direction when a remote sort is requested. The directionParam and sortParam will be sent with the property name and either 'ASC' or 'DESC'. Defaults to: false More...
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| virtual bool | SimpleGroupMode [get, set] |
| | Enabling simpleGroupMode in conjunction with remoteGroup will only send one group property and a direction when a remote group is requested. The groupDirectionParam and groupParam will be sent with the property name and either 'ASC' or 'DESC'. Defaults to: false More...
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| virtual string | SortParam [get, set] |
| | The name of the 'sort' parameter to send in a request. Defaults to 'sort'. Set this to undefined if you don't want to send a sort parameter More...
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| virtual string | StartParam [get, set] |
| | The name of the 'start' parameter to send in a request. Defaults to 'start'. Set this to undefined if you don't want to send a start parameter More...
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| |
| virtual int | Timeout [get, set] |
| | The number of milliseconds to wait for a response. Defaults to 30000 milliseconds (30 seconds). More...
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| virtual string | Url [get, set] |
| | The default URL to be used for requests to the server. More...
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| virtual string | UrlProxy [get] |
| |
| virtual string | StartParamProxy [get] |
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| virtual string | LimitParamProxy [get] |
| |
| virtual WriterCollection?? | Writer [get] |
| | The Ext.data.writer.Writer to use to encode any request sent to the server. This can either be a Writer instance, a config object or just a valid Writer type name (e.g. 'json', 'xml'). More...
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| ProxyListeners?? | Listeners [get] |
| | Client-side JavaScript Event Handlers More...
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| virtual JFunction | BuildUrl [get] |
| | Generates a url based on a given Ext.data.Request object. By default, ServerProxy's buildUrl will add the cache-buster param to the end of the url. Subclasses may need to perform additional modifications to the url. Parameters request : Ext.data.Request The request object Returns The url More...
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| override ConfigOptionsCollection | ConfigOptions [get] |
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| override string | InstanceOf [get] |
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| abstract string | Type [get] |
| | Alias More...
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| virtual bool | BatchActions [get, set] |
| | True to batch actions of a particular type when synchronizing the store. Defaults to true. More...
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| virtual string | BatchOrder [get, set] |
| | Comma-separated ordering 'create', 'update' and 'destroy' actions when batching. Override this to set a different order for the batched CRUD actions to be executed in. Defaults to 'create,update,destroy' More...
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| string | PropertyName [get] |
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| override ConfigOptionsCollection | ConfigOptions [get] |
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| virtual string | InstanceOf [get] |
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| ItemState | State [get] |
| |
| virtual DefaultValueMode | DefaultValueMode [get, set] |
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| virtual bool | DesignMode [get] |
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| bool | AutoDataBind [get, set] |
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| ResourceManager | ResourceManager [get] |
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| virtual Control | Owner [get, set] |
| | The Owner Control for this Listener. More...
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| virtual bool | IsDefault [get] |
| | Does this object currently represent it's default state. More...
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| bool | IsTrackingViewState [get] |
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| EventHandlerList | Events [get] |
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| EventHandler | DataBinding |
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| Control?? | BindingContainer [get] |
| |
| virtual ConfigItemCollection?? | CustomConfig [get] |
| | Collection of custom js config More...
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| virtual ConfigOptionsCollection | ConfigOptions [get] |
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| virtual ConfigOptionsExtraction | ConfigOptionsExtraction [get] |
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| System.Web.Mvc.HtmlHelper?? | HtmlHelper [get, set] |
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| ConfigOptionsCollection | ConfigOptions [get] |
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| ConfigOptionsExtraction | ConfigOptionsExtraction [get] |
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| DefaultValueMode | DefaultValueMode [get, set] |
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| string | PropertyName [get] |
| |
ServerProxy is a superclass of JsonPProxy and AjaxProxy, and would not usually be used directly.


{% extends 'app_temp/base.html' %} {% load leaflet_tags %} {% block content %} {% load bootstrap3 %} {% load static %} {{block.super}}
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{% from "macros/navlink.html" import nav_link with context %} {% macro nav_bar(name) %} Toggle navigation spotmarket {{statustq}} | {{userstq}} | {{timeutc}} UTC Market zKillboard Stations Characters Logs Database Dashboard Character Blueprints Orders Wallet Faction Overview Angel Cartel Blood Raiders Guristas Mordu's Legion Sansha's Nation Serpentis Sisters Security Highsec Lowsec Nullsec Index Dead End Systems Pirate Ships Boosters Pilot Services Capital Ships Alliances Golden Route Region Empire Aridia Black Rise Derelik Devoid Domain Essence Everyshore Heimatar Kador Khanid Kor-Azor Lonetrek Metropolis Molden Heath Placid Sinq Laison Solitude Tash-Murkon The Bleak Lands The Citadel The Forge Verge Vendor Southeast Cache Curse Detorid Great Wildlands Insmother Scalding Pass Wicked Creek South Catch Esoteria Feythabolis Immensea Impass Omist Paragon Soul Stain Tenerifis Southwest Delve Period Basis Querious Northwest Cloud Ring Fountain Outer Ring Syndicate North Overview Branch Deklein Fade Pure Blind Tenal Tribute Venal Northeast Geminate Vale of the Silent East Cobalt Edge Etherium Reach Malpais Oasa Outer Passage Perrigen Falls The Kalevala Expanse The Spire Jump Trade Hubs Market Pilot Services Orca Speculation Moon Minerals Sovereignty Gasses Overview Atmospheric Evaporite Hydrocarbons Silicates R8 Overview Cobalt Scandium Titanium Tungsten R16 Overview Cadmium Chromium Platinum Vanadium R32 Overview Caesium Hafnium Mercury Technetium R64 Overview Dysprosium Neodymium Promethium Thulium War World War Bee Map Sovereignty Stations UI Elements {{nav_link(name="Panels and Wells", url="/panels-wells.html", active=name)}} {{nav_link(name="Buttons", url="/buttons.html", active=name)}} {{nav_link(name="Notifications", url="/notifications.html", active=name)}} {{nav_link(name="Typography", url="/typography.html", active=name)}} {{nav_link(name="Icons", url="/icons.html", active=name)}} {{nav_link(name="Grid", url="/grid.html", active=name)}} {{nav_link(name="Forms", url="/forms.html", active=name)}} {% endmacro %}


TOP(1) User Commands TOP(1) NAME top - display Linux processes SYNOPSIS top -hv|-bcHisS -d delay -n limit -u|U user -p pid -w [cols] The traditional switches '-' and whitespace are optional. DESCRIPTION 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 infor‐ mation displayed for processes are all user configurable and that config‐ uration can be made persistent across restarts. The program provides a limited interactive interface for process manipu‐ lation as well as a much more extensive interface for personal configura‐ tion -- 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 configura‐ tion file. OVERVIEW Documentation The remaining Table of Contents 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 6. FILES a. SYSTEM Configuration File b. PERSONAL Configuration File 7.  Kernel Magic b. Bouncing Windows c. The Big Bird Window 8. BUGS, 9. HISTORY Former top, 10. AUTHOR, 11. 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 tradi‐ tional interrupt key ('^C') when you're done. Some of top's screens or functions require the use of cursor motion keys like the standard arrow keys plus the Home, End, PgUp and PgDn keys. If your terminal or emulator does not provide those keys, the following keys are accepted for compatibility: key equivalents Up alt + \ or alt + k Down alt + / or alt + j Left alt + < or alt + h Right alt + > or alt + l (lower case L) PgUp alt + Up PgDn alt + Down Home alt + Left End alt + Right When you start top for the first time, you'll be presented with these traditional screen elements: 1) Summary Area; 2) Fields/Columns Header; 3) Task Area. These areas 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. Note: the width of top's display will be limited to 512 positions. Dis‐ playing all fields requires approximately 250 characters. Remaining screen width is usually allocated to any variable width columns currently visible. The variable width columns, such as COMMAND, are noted in topic 3a. DESCRIPTIONS of Fields. Actual output width may also be influenced by the -w switch, which is discussed in topic 1. COMMAND-LINE Options. Startup Defaults The following startup defaults assume no configuration file, thus no user customizations. Even so, items shown with an asterisk (´*´) could be overridden through the command-line. All are explained in detail in the sections that follow.  COMMAND-LINE Options The command-line syntax for top consists of: -hv | -bcHisS -d delay -n limit -u|U user | -p pid -w [cols] The typically mandatory switches ('-') 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 visa versa. See the 'c' interactive command for addi‐ tional information. -d : Delay-time interval as: -d ss.tt (secs.tenths) Specifies the delay between screen updates, and overrides the corre‐ sponding 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' com‐ mand-line option was used). For additional information on 'Secure mode' see topic 6a. SYSTEM Configuration File. -H : Threads-mode operation Instructs top to display individual threads. Without this com‐ mand-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. -p : Monitor-PIDs mode as: -pN1 -pN2 ... or -pN1,N2,N3 ... Monitor only processes with specified process IDs. 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 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 the system configuration file (see topic 6. FILES). -S : Cumulative-time toggle Starts top with the last remembered 'S' state reversed. When 'Cumu‐ lative 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). 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 out‐ put 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 dimen‐ sions 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. 2. SUMMARY Display 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. 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 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 2c. MEMORY Usage This portion consists of two lines which may express values in kibibytes (KiB), mebibytes (MiB) or gibibytes (GiB) depending on the amount of cur‐ rently installed physical memory. Line 1 reflects physical memory, classified as: total, used, free, buffers Line 2 reflects virtual memory, classified as: total, used, free, cached 3. FIELDS / Columns 3a. DESCRIPTIONS of Fields Listed below are top's available process fields (columns). They are shown in alphabetical order. You may customize their position and whether or not they are displayable with the 'f' or 'F' (Fields Manage‐ ment) interactive commands. 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. 1. 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, prioritiz‐ ing, 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 charac‐ ters). 2. CODE -- Code Size (KiB) The amount of physical memory devoted to executable code, also known as the 'text resident set' size or TRS. 3. 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 com‐ mand line (like kernel threads) will be shown with only the program name in brackets, as in this example: [ mdrecoveryd ] Either form of display is subject to potential truncation if it's too long to fit in this field's current width. That width depends upon other fields selected, their order and the current screen width. 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 charac‐ ters). 4. %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 '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 com‐ mand. 5. DATA -- Data + Stack Size (KiB) The amount of physical memory devoted to other than executable code, also known as the 'data resident set' size or DRS. 6. 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 <linux/sched.h>. 7. GID -- Group Id The effective group ID. 8. GROUP -- Group Name The effective group name. 9. %MEM -- Memory Usage (RES) A task's currently used share of available physical memory. 10. NI -- Nice Value The nice value of the task. A negative nice value means higher pri‐ ority, whereas a positive nice value means lower priority. Zero in this field simply means priority will not be adjusted in determining a task's dispatch-ability. 11. nDRT -- Dirty Pages Count The number of pages that have been modified since they were last written to auxiliary storage. Dirty pages must be written to auxil‐ iary storage before the corresponding physical memory location can be used for some other virtual page. 12. nMaj -- Major Page Fault Count The number of major page faults that have occurred for a task. A page fault occurs when a process attempts to read from or write to a virtual page that is not currently present in its address space. A major page fault is when auxiliary storage access is involved in mak‐ ing that page available. 13. nMin -- Minor Page Fault count The number of minor page faults that have occurred for a task. A page fault occurs when a process attempts to read from or write to a virtual page that is not currently present in its address space. A minor page fault does not involve auxiliary storage access in making that page available. 14. nTH -- Number of Threads The number of threads associated with a process. 15. P -- Last used CPU (SMP) A number representing the last used processor. In a true SMP envi‐ ronment this will likely change frequently since the kernel inten‐ tionally uses weak affinity. Also, the very act of running top may break this weak affinity and cause more processes to change CPUs more often (because of the extra demand for cpu time). 16. PGRP -- Process Group Id Every process is member of a unique process group which is used for distribution of signals and by terminals to arbitrate requests for their input and output. When a process is created (forked), it becomes a member of the process group of its parent. By convention, this value equals the process ID (see PID) of the first member of a process group, called the process group leader. 17. PID -- Process Id The task's unique process ID, which periodically wraps, though never restarting at zero. In kernel terms, it is a dispatchable entity defined by a 'task_struct'. This value may also be used as: a process group ID (see PGRP); a ses‐ sion ID for the session leader (see SID); a thread group ID for the thread group leader (see TGID); and a TTY process group ID for the process group leader (see TPGID). 18. PPID -- Parent Process Id The process ID (pid) of a task's parent. 19. PR -- Priority The scheduling priority of the task. If you see 'rt' in this field, it means the task is running under 'real time' scheduling priority. Under linux, real time priority is somewhat misleading since tradi‐ tionally the operating itself was not preemptable. And while the 2.6 kernel can be made mostly preemptable, it is not always so. 20. RES -- Resident Memory Size (KiB) The non-swapped physical memory a task has used. 21. RUID -- Real User Id The real user ID. 22. RUSER -- Real User Name The real user name. 23. S -- Process Status The status of the task which can be one of: 'D' = uninterruptible sleep 'R' = running 'S' = sleeping 'T' = traced or stopped 'Z' = zombie Tasks shown as running should be more properly thought of as 'ready to run' -- their task_struct is simply represented on the Linux run-queue. Even without a true SMP machine, you may see numerous tasks in this state depending on top's delay interval and nice value. 24. SHR -- Shared Memory Size (KiB) The amount of shared memory available to a task, not all of which is typically resident. It simply reflects memory that could be poten‐ tially shared with other processes. 25. SID -- Session Id A session is a collection of process groups (see PGRP), usually established by the login shell. A newly forked process joins the session of its creator. By convention, this value equals the process ID (see PID) of the first member of the session, called the session leader, which is usually the login shell. 26. SUID -- Saved User Id The saved user ID. 27. SUPGIDS -- Supplementary Group IDs The IDs of any supplementary group(s) established at login or inher‐ ited from a task's parent. They are displayed in a comma delimited list. Note: The 'SUPGIDS' 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 charac‐ ters). 28. SUPGRPS -- Supplementary Group Names The names of any supplementary group(s) established at login or inherited from a task's parent. They are displayed in a comma delim‐ ited list. Note: The 'SUPGRPS' 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 charac‐ ters). 29. SUSER -- Saved User Name The saved user name. 30. SWAP -- Swapped Size (KiB) The non-resident portion of a task's address space. 31. TGID -- Thread Group Id The ID of the thread group to which a task belongs. It is the PID of the thread group leader. In kernel terms, it represents those tasks that share an 'mm_struct'. 32. TIME -- CPU Time Total CPU time the task has used since it started. When 'Cumulative mode' is On, each process is listed with the cpu time that it and its dead children have used. You toggle 'Cumulative mode' with 'S', which is both a command-line option and an interactive command. See the 'S' interactive command for additional information regarding this mode. 33. TIME+ -- CPU Time, hundredths The same as 'TIME', but reflecting more granularity through hun‐ dredths of a second. 34. TPGID -- Tty Process Group Id The process group ID of the foreground process for the connected tty, or -1 if a process is not connected to a terminal. By convention, this value equals the process ID (see PID) of the the process group leader (see PGRP). 35. TTY -- Controlling Tty The name of the controlling terminal. This is usually the device (serial port, pty, etc.) from which the process was started, and which it uses for input or output. However, a task need not be asso‐ ciated with a terminal, in which case you'll see '?' displayed. 36. UID -- User Id The effective user ID of the task's owner. 37. USER -- User Name The effective user name of the task's owner. 38. VIRT -- Virtual Memory Size (KiB) The total amount of virtual memory used by the task. It includes all code, data and shared libraries plus pages that have been swapped out and pages that have been mapped but not used. 39. WCHAN -- Sleeping in Function Depending on the availability of the kernel link map ('System.map'), this field will show the name or the address of the kernel function in which the task is currently sleeping. Running tasks will display a dash ('-') in this column. By displaying this field, top's own working set could be increased by over 700Kb, depending on the kernel version. Should that occur, your only means of reducing that overhead will be to stop and restart top. Note: The 'WCHAN' 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 charac‐ ters). 3b. MANAGING Fields After pressing the interactive command 'f' or 'F' (Fields Management) you will be presented with a screen showing: 1) the ´current´ window name; 2) the designated sort field; 3) all fields in their current order along with descriptions. Entries marked with an asterisk are the currently displayed fields, screen width permitting. o As the on screen instructions indicate, you navigate among the fields with the Up and Down arrow keys. The PgUp, PgDn, Home and End keys can also be used to quickly reach the first or last available field. o The Right arrow key selects a field for repositioning and the Left arrow key or the <Enter> key commits that field's placement. o The 'd' key or the <Space> bar toggles a field's display status, and thus the presence or absence of the asterisk. o The 's' key designates a field as the sort field. See topic 4c. TASK AREA Commands, SORTING for additional information regarding your selection of a sort field. o The 'a' and 'w' keys can be used to cycle through all available windows and the 'q' or <Esc> keys exit Fields Management. The Fields Management screen can also be used to change the ´current´ window/field group in either full-screen mode or alternate-display mode. Whatever was targeted when 'q' or <Esc> was pressed will be made current as you return to the top display. See topic 5. ALTERNATE-DISPLAY Provi‐ sions and the 'g' interactive command for insight into ´current´ windows and field groups. Note: Any window that has been scrolled horizontally will be reset if any field changes are made via the Fields Management screen. Any vertical scrolled position, however, will not be affected. See topic 5c. SCROLLING a Window for additional information regarding vertical and hor‐ izontal scrolling. 4. INTERACTIVE Commands Listed below is a brief index of commands within categories. Some com‐ mands appear more than once -- their meaning or scope may vary depend‐ ing on the context in which they are issued. 4a. Global-Commands <Ent/Sp> ?, =, A, B, d, g, h, H, I, k, q, r, s, W, Z 4b. Summary-Area-Commands C, l, t, 1, m 4c. Task-Area-Commands Appearance: b, x, y, z Content: c, f, F, S, u, U, V Size: #, i, n Sorting: <, >, f, F, R 4d. Color-Mapping <Ret>, a, B, b, H, M, q, S, T, w, z, 0 - 7 5b. Commands-for-Windows -, _, =, +, A, a, g, G, w 5c. Scrolling-a-Window C, Up, Dn, Left, Right, PgUp, PgDn, Home, End 5d. Searching-in-a-Window L, & 4a. GLOBAL Commands The global interactive commands are always available in both full-screen mode and alternate-display mode. However, some of these interactive com‐ mands are not available when running in 'Secure mode'. If you wish to know in advance whether or not your top has been secured, simply ask for help and view the system summary on the second line. <Enter> or <Space> :Refresh-Display These commands awaken top and following receipt of any input the entire display will be repainted. They also force an update of any hotplugged cpu or physical memory changes. Use either of these keys if you have a large delay interval and wish to see current status, ´?´ | ´h´ :Help There are two help levels available. The first will provide a reminder of all the basic interactive commands. If top is secured, that screen will be abbreviated. Typing 'h' or '?' on that help screen will take you to help for those interactive commands applicable to alternate-display mode. ´=´ :Exit-Task-Limits Removes restrictions on which tasks are shown. This command will reverse any 'i' (idle tasks) and 'n' (max tasks) commands that might be active. It also provides for an 'exit' from pid monitor‐ ing and user filtering. See the '-p' command-line option for a discussion of PID monitoring and the 'U' or 'u' interactive com‐ mands regarding user filtering. Additionally, any window that has been scrolled will be reset with this command. See topic 5c. SCROLLING a Window for additional information regarding vertical and horizontal scrolling. When operating in alternate-display mode this command has a broader meaning. ´A´ :Alternate-Display-Mode toggle This command will switch between full-screen mode and alter‐ nate-display mode. See topic 5. ALTERNATE-DISPLAY Provisions and the 'g' interactive command for insight into ´current´ windows and field groups. ´B´ :Bold-Disable/Enable toggle This command will influence use of the 'bold' terminfo capability and alters both the summary area and task area for the ´current´ window. While it is intended primarily for use with dumb termi‐ nals, it can be applied anytime. Note: When this toggle is On and top is operating in monochrome mode, the entire display will appear as normal text. Thus, unless the 'x' and/or 'y' toggles are using reverse for emphasis, there will be no visual confirmation that they are even on. * ´d´ | ´s´ :Change-Delay-Time-interval You will be prompted to enter the delay time, in seconds, between display updates. Fractional seconds are honored, but a negative number is not allowed. Entering 0 causes (nearly) continuous updates, with an unsatisfactory display as the system and tty driver try to keep up with top's demands. The delay value is inversely proportional to system loading, so set it with care. If at any time you wish to know the current delay time, simply ask for help and view the system summary on the second line. ´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. You will soon grow comfortable with these 4 windows, especially after experimenting with alternate-display mode. ´H´ :Threads-mode toggle When this toggle is On, individual threads will be displayed for all processes in all visible task windows. Otherwise, top dis‐ plays a summation of all threads in each process. ´I´ :Irix/Solaris-Mode toggle When operating in 'Solaris mode' ('I' toggled Off), a task's cpu usage will be divided by the total number of CPUs. After issuing this command, you'll be told the new state of this toggle. * ´k´ :Kill-a-task You will be prompted for a PID and then the signal to send. The default signal, as reflected in the prompt, is SIGTERM. However, you can send any signal, via number or name. If you wish to abort the kill process, do one of the following depending on your progress: 1) at the pid prompt, just press <Enter> 2) at the signal prompt, type 0 ´q´ :Quit * ´r´ :Renice-a-Task You will be prompted for a PID and then the value to nice it to. Entering a positive value will cause a process to lose priority. Conversely, a negative value will cause a process to be viewed more favorably by the kernel. ´W´ :Write-the-Configuration-File This will save all of your options and toggles plus the current display mode and delay time. By issuing this command just before quitting top, you will be able restart later in exactly that same state. ´Z´ :Change-Color-Mapping This key will take you to a separate screen where you can change the colors for the ´current´ window, or for all windows. For details regarding this interactive command see topic 4d. COLOR Mapping. * The commands shown with an asterisk (´*´) are not available in 'Secure mode', nor will they be shown on the level-1 help screen. 4b. SUMMARY AREA Commands The summary area interactive commands are always available in both full-screen mode and alternate-display mode. They affect the beginning lines of your display and will determine the position of messages and prompts. These commands always impact just the ´current´ window/field group. See topic 5. ALTERNATE-DISPLAY Provisions and the 'g' interactive command for insight into ´current´ windows and field groups. ´l´ :Load-Average/Uptime toggle This is also the line containing the program name (possibly an alias) when operating in full-screen mode or the ´current´ window name when operating in alternate-display mode. ´t´ :Task/Cpu-States toggle This command affects from 2 to many summary area lines, depending on the state of the '1' toggle and whether or not top is running under true SMP. This portion of the summary area is also influenced by the 'H' interactive command toggle, as reflected in the total label which shows either 'Tasks' or 'Threads'. ´1´ :Single/Separate-Cpu-States toggle This command affects how the 't' command's Cpu States portion is shown. Although this toggle exists primarily to serve massively- parallel SMP machines, it is not restricted to solely SMP environ‐ ments. When you see '%Cpu(s):' in the summary area, the '1' toggle is On and all cpu information is gathered in a single line. Otherwise, each cpu is displayed separately as: '%Cpu0, %Cpu1, ...' up to available screen height. ´m´ :Memory/Swap-Usage toggle This command affects the two summary area lines dealing with phys‐ ical and virtual memory. Note: If the entire summary area has been toggled Off for any window, you would be left with just the message line. In that way, you will have maximized available task rows but (temporarily) sacrificed the program name in full-screen mode or the ´current´ window name when in alter‐ nate-display mode. 4c. TASK AREA Commands The task area interactive commands are always available in full-screen mode. The task area interactive commands are never available in alternate-dis‐ play mode if the ´current´ window's task display has been toggled Off (see topic 5. ALTERNATE-DISPLAY Provisions). APPEARANCE of task window The following commands will also be influenced by the state of the global 'B' (bold enable) toggle. ´b´ :Bold/Reverse toggle This command will impact how the 'x' and 'y' toggles are dis‐ played. Further, it will only be available when at least one of those toggles is On. ´x´ :Column-Highlight toggle Changes highlighting for the current sort field. If you forget which field is being sorted this command can serve as a quick vis‐ ual reminder, providing the sort field is being displayed. The sort field might not be visible because: 1) there is insufficient Screen Width 2) the 'f' interactive command turned it Off ´y´ :Row-Highlight toggle Changes highlighting for "running" tasks. For additional insight into this task state, see topic 3a. DESCRIPTIONS of Fields, the 'S' field (Process Status). Use of this provision provides important insight into your sys‐ tem's health. The only costs will be a few additional tty escape sequences. ´z´ :Color/Monochrome toggle Switches the ´current´ window between your last used color scheme and the older form of black-on-white or white-on-black. This com‐ mand will alter both the summary area and task area but does not affect the state of the 'x', 'y' or 'b' toggles. CONTENT of task window ´c´ :Command-Line/Program-Name toggle This command will be honored whether or not the 'COMMAND' column is currently visible. Later, should that field come into view, the change you applied will be seen. ´f´ | ´F´ :Fields-Management These keys display a separate screen where you can change which fields are displayed, their order and also designate the sort field. For additional information on these interactive commands see topic 3b. MANAGING Fields. ´S´ :Cumulative-Time-Mode toggle When 'Cumulative mode' is On, each process is listed with the cpu time that it and its dead children have used. When Off, programs that fork into many separate tasks will appear less demanding. For programs like 'init' or a shell this is appropriate but for others, like compilers, perhaps not. Experi‐ ment with two task windows sharing the same sort field but with different 'S' states and see which representation you prefer. After issuing this command, you'll be informed of the new state of this toggle. If you wish to know in advance whether or not 'Cumu‐ lative mode' is in effect, simply ask for help and view the window summary on the second line. ´u' | 'U' :Show-Specific-User-Only You will be prompted for the uid or name of the user to display. The '-u' option matches on effective user whereas the '-U' option matches on any user (real, effective, saved, or filesystem). Thereafter, in that task window only matching users will be shown, or possibly no processes will be shown. Different task windows can can be used to filter different users. Later, if you wish to monitor all tasks again in the ´current´ window, re-issue this command but just press <Enter> at the prompt. ´V' :Forest-View-Mode toggle In this mode, processes are reordered according to their parents and the layout of the COMMAND column resembles that of a tree. In forest view mode it is still possible to toggle between program name and commamd line (see the 'c' interactive command) or between processes and threads (see the 'H' interactive command). Note: Typing any key affecting the sort order will exit forest view mode in the ´current´ window. See topic 4c. TASK AREA Com‐ mands, SORTING for information on those keys. SIZE of task window ´i´ :Idle-Process toggle Displays all tasks or just active tasks. When this toggle is Off, tasks that have not used any CPU since the last update will not be displayed. However, due to the granularity of the %CPU and TIME+ fields, some processes may still be displayed that appear to have used no CPU. If this command is applied to the last task display when in alter‐ nate-display mode, then it will not affect the window's size, as all prior task displays will have already been painted. ´n´ | ´#´ :Set-Maximum-Tasks You will be prompted to enter the number of tasks to display. The lessor of your number and available screen rows will be used. When used in alternate-display mode, this is the command that gives you precise control over the size of each currently visible task display, except for the very last. It will not affect the last window's size, as all prior task displays will have already been painted. Note: If you wish to increase the size of the last visible task display when in alternate-display mode, simply decrease the size of the task display(s) above it. SORTING of task window For compatibility, this top supports most of the former top sort keys. Since this is primarily a service to former top users, these commands do not appear on any help screen. command sorted-field supported A start time (non-display) No M %MEM Yes N PID Yes P %CPU Yes T TIME+ Yes Before using any of the following sort provisions, top suggests that you temporarily turn on column highlighting using the 'x' interactive command. That will help ensure that the actual sort environment matches your intent. The following interactive commands will only be honored when the cur‐ rent sort field is visible. The sort field might not be visible because: 1) there is insufficient Screen Width 2) the 'f' interactive command turned it Off ´<´ :Move-Sort-Field-Left Moves the sort column to the left unless the current sort field is the first field being displayed. ´>´ :Move-Sort-Field-Right Moves the sort column to the right unless the current sort field is the last field being displayed. The following interactive commands will always be honored whether or not the current sort field is visible. ´f´ | ´F´ :Fields-Management These keys display a separate screen where you can change which field is used as the sort column, among other functions. This can be a convenient way to simply verify the current sort field, when running top with column highlighting turned Off. ´R´ :Reverse/Normal-Sort-Field toggle Using this interactive command you can alternate between high-to- low and low-to-high sorts. Note: Field sorting uses internal values, not those in column display. Thus, the TTY and WCHAN fields will violate strict ASCII collating sequence. 4d. COLOR Mapping When you issue the 'Z' interactive command, you will be presented with a separate screen. That screen can be used to change the colors in just the ´current´ window or in all four windows before returning to the top display. The following interactive commands are available. 4 upper case letters to select a target 8 numbers to select a color normal toggles available 'B' :bold disable/enable 'b' :running tasks "bold"/reverse 'z' :color/mono other commands available 'a'/'w' :apply, then go to next/prior <Enter> :apply and exit 'q' :abandon current changes and exit If you use 'a' or 'w' to cycle the targeted window, you will have applied the color scheme that was displayed when you left that window. You can, of course, easily return to any window and reapply different colors or turn colors Off completely with the 'z' toggle. The Color Mapping screen can also be used to change the ´current´ win‐ dow/field group in either full-screen mode or alternate-display mode. Whatever was targeted when 'q' or <Enter> was pressed will be made cur‐ rent as you return to the top display. 5. ALTERNATE-DISPLAY Provisions 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 config‐ urable 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. How‐ ever, 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 yield‐ ing 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-(re-balance)-Window(s) The '=' key forces the ´current´ window's task display to be visi‐ ble. It also reverses any 'i' (idle tasks), 'n' (max tasks) and 'u'/'U' (user filter) commands that might be active. 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. They will also have retained any customizations you had previously applied, except for the 'i' (idle tasks), 'n' (max tasks), 'u'/'U' (user filter) and scrolling interactive commands. * ´A´ :Alternate-Display-Mode toggle This command will switch between full-screen mode and alter‐ nate-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 circu‐ lar fashion so you can reach any desired ´current´ 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 ´cur‐ rent´ window. In alternate-display mode, it is simply a less con‐ venient 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 systems's total tasks/threads which shows only some of the available fields/columns. With these scrolling keys, you can move that view vertically or horizon‐ tally 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 ini‐ tially. 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 mes‐ sage line is not otherwise being used. "scroll coordinates: y = n/n (tasks), x = n/n (fields)" The coordinates shown as n/n are relative to the upper left corner of the ´current´ window. 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 con‐ trolled 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. 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 <Enter> with no input will effectively disable the '&' key until a new search string is entered. '&´ :Locate-next Assuming a search string has been established, top will attempt to locate the next occurrence. When a match is found, the current window is repositioned vertically so the task row containing that string is first. The scroll coordinates message can provide confirmation of such vertical repositioning (see the 'C' interactive command). Horizontal scrolling, however, is never altered via searching. The availability of a matching string will be influenced by the following factors. a. Which fields are displayable from the total available, see topic 3b. MANAGING Fields. b. Scrolling a window vertically and/or horizontally, see topic 5c. SCROLLING a Window. c. The state of the command/command-line toggle, see the 'c' interactive command. d. The stability of the chosen sort column, for example PID is good but %CPU bad. If a search fails, restoring the ´current´ window home (unscrolled) posi‐ tion, scrolling horizontally, displaying command-lines or choosing a more stable sort field could yet produce a successful '&' search. 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: Whenever a search key is typed, top forces idle tasks On and user filtering Off to ensure that every task is encountered. See the 'i' and 'u/U' interactive commands for additional information on how displayed tasks might be filtered. 6. FILES 6a. SYSTEM Configuration File The presence of this file will influence which version of the 'help' screen is shown to an ordinary user. More importantly, it will limit what ordinary users are allowed to do when top is running. They will not be able to issue the following commands. k Kill a task r Renice a task d or s Change delay/sleep interval The system configuration file is not created by top. Rather, you create this file manually and place it in the /etc directory. Its name must be 'toprc' and must have no leading '.' (period). It must have only two lines. Here is an example of the contents of /etc/toprc: s # line 1: 'secure' mode switch 5.0 # line 2: 'delay' interval in seconds 6b. PERSONAL Configuration File This file is written as '$HOME/.your-name-4-top' + 'rc'. Use the 'W' interactive command to create it or update it. Here is the general layout: global # line 1: the program name/alias notation " # line 2: id,altscr,irixps,delay,curwin per ea # line a: winname,fieldscur window # line b: winflags,sortindx,maxtasks " # line c: summclr,msgsclr,headclr,taskclr If the $HOME variable is not present, top will try to write the personal configuration file to the current directory, subject to permissions. 7. STUPID TRICKS Sampler Many of these 'tricks' work best when you give top a scheduling boost. So plan on starting him with a nice value of -10, assuming you've got the authority. 7a.  However, you're free to set any desired delay. If you want to see Linux at his scheduling best, try a delay of .09 seconds or less. For this experiment, under x-windows open an xterm and maximize it. Then do the following: . provide a scheduling boost and tiny delay via: nice -n -10 top -d.09 . keep sorted column highlighting Off so as to minimize path length . turn On reverse row highlighting for emphasis . try various sort columns (TIME/MEM work well), and normal or reverse sorts to bring the most active processes into view What you'll see is a very busy Linux doing what he's always done for you, but there was no program available to illustrate this. o Under an xterm using 'white-on-black' colors, on top's Color Mapping screen set the task color to black and be sure that task highlighting is set to bold, not reverse. Then set the delay interval to around .3 seconds. After bringing the most active processes into view, what you'll see are the ghostly images of just the currently running tasks. o Delete the existing rcfile, or create a new symlink. Start this new version then type 'T' (a secret key, see topic 4c. Task Area Commands, SORTING) followed by 'W' and 'q'. Finally, restart the program with -d0 (zero delay). Your display will be refreshed at three times the rate of the former top, a 300% speed advantage. As top climbs the TIME ladder, be as patient as you can while speculating on whether or not top will ever reach the top. 7b.  Depending on where you applied 'i', sometimes several task displays are bouncing and sometimes it's like an accordion, as top tries his best to allo‐ cate space. o Set each window's summary lines differently: one with no memory ('m'); another with no states ('t'); maybe one with nothing at all, just the message line. Then hold down 'a' or 'w' and watch a variation on bouncing windows -- hopping windows. o Display all 4 windows and for each, in turn, set idle processes to Off using the 'i' command toggle. You've just entered the "extreme bounce" zone. 7c.  Then, keep increasing window size with the 'n' interactive com‐ mand until all the other task displays are "pushed out of the nest". When they've all been displaced, toggle between all visible/invisible windows using the '_' command toggle. Then ponder this: is top fibbing or telling honestly your imposed truth? 8. BUGS To report bugs, follow the instructions at: http://www.debian.org/Bugs/Reporting 9. HISTORY Former top The original top was written by Roger Binns, based on Branko Lankester's<EMAIL_ADDRESS>ps program. Robert Nation<EMAIL_ADDRESS>adapted it for the proc file system. Helmut Geyer<EMAIL_ADDRESS>added support for con‐ figurable fields. Plus many other individuals contributed over the years. 10. AUTHOR This entirely new and enhanced replacement was written by: Jim Warner<EMAIL_ADDRESS>With invaluable help from: Craig Small<EMAIL_ADDRESS>Albert Cahalan<EMAIL_ADDRESS>11. SEE Also free(1), ps(1), uptime(1), atop(1), slabtop(1), vmstat(8), w(1). procps-ng April 2011 TOP(1)


[1]
Fast, tough, incredible image quality; Not for amateurs.
[2]
Great at room temperature or cooler; Has trouble focusing in warm weather.


Movies with Friends
has watched
of
(
)
movies
with Jeremy
, and
Jeremy has
given them an average score of
.
Tell him to watch 5 or more so you can see a chart.
He watched solo
of the time. 🙇
Scoring Summary
0 to 4.5
:
Bad
5 to 7.5
:
Good
8.0+
:
Excellent


The Giant Panda
One of the weirdest animals ever.
- Scientific Name: Animal
- Average Height: 1-3 ft.
- Average Lifespan: 30 years
- Habitat: Africa forests
The Animal Walk lets visitors walk through the centre of the enclosures for a close encounter with its furry and feathered residents. .


Class: ActiveSupport::FileUpdateChecker
| Inherits: |
Object
|
| Defined in: |
Overview
FileUpdateChecker specifies the API used by Rails to watch files and control reloading. The API depends on four methods:
-
initialize
which expects two parameters and one block as described below. -
updated?
which returns a boolean if there were updates in the filesystem or not. -
execute
which executes the given block on initialization and updates the latest watched files and timestamp. -
execute_if_updated
which just executes the block if it was updated.
After initialization, a call to execute_if_updated
must
execute the block only if there was really a change in the filesystem.
This class is used by Rails to reload the I18n framework whenever they are changed upon a new request.
i18n_reloader = ActiveSupport::FileUpdateChecker.new(paths) do
I18n.reload!
end
ActionDispatch::Reloader.to_prepare do
i18n_reloader.execute_if_updated
end
Class Method Summary collapse
-
.new(files, dirs = {}, &block) ⇒ FileUpdateChecker
constructor
It accepts two parameters on initialization.
Instance Method Summary collapse
-
#execute
Executes the given block and updates the latest watched files and timestamp.
-
#execute_if_updated
Execute the block given if updated.
-
#updated? ⇒ Boolean
Check if any of the entries were updated.
Constructor Details
.new(files, dirs = {}, &block) ⇒ FileUpdateChecker
It accepts two parameters on initialization. The first is an array of files and the second is an optional hash of directories. The hash must have directories as keys and the value is an array of extensions to be watched under that directory.
This method must also receive a block that will be called once a path changes. The array of files and list of directories cannot be changed after FileUpdateChecker has been initialized.
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# File 'activesupport/lib/active_support/file_update_checker.rb', line 38 def initialize(files, dirs={}, &block) @files = files.freeze @glob = compile_glob(dirs) @block = block @watched = nil @updated_at = nil @last_watched = watched @last_update_at = updated_at(@last_watched) end
Instance Method Details
#execute
Executes the given block and updates the latest watched files and timestamp.
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# File 'activesupport/lib/active_support/file_update_checker.rb', line 72 def execute @last_watched = watched @last_update_at = updated_at(@last_watched) @block.call ensure @watched = nil @updated_at = nil end
#execute_if_updated
Execute the block given if updated.
82 83 84 85 86 87 88 89
# File 'activesupport/lib/active_support/file_update_checker.rb', line 82 def execute_if_updated if updated? execute true else false end end
#updated? ⇒ Boolean
Check if any of the entries were updated. If so, the watched and/or
updated_at values are cached until the block is executed via
execute
or execute_if_updated
.
53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68
# File 'activesupport/lib/active_support/file_update_checker.rb', line 53 def updated? current_watched = watched if @last_watched.size != current_watched.size @watched = current_watched true else current_updated_at = updated_at(current_watched) if @last_update_at < current_updated_at @watched = current_watched @updated_at = current_updated_at true else false end end end


A
slightly modified version of the service provided at
jsonlint.com in pure JavaScript:
- options (below) that are specific to the extended version are shown in italics
- extended strict mode:
throws error in case of duplicate properties.
- extended location information mode:
returns additional meta-information about the position of properties/values within the JSON string.
- using this option in combination with reformat JSON will display the
location information in the input box.


Welcome to tiny MEAN blog system! It is a very small yet sturdy blog system that consists of full mean stack (Mongodb, Express, AngularJS & NodeJS). The system is mostly done for learning purposes, but feel free to use it in any way you want.
See the project webpage for some further information and pictures
The tiny MEAN blog system can do all this and more:
To install the blog system follow these easy steps:
git clone https://github.com/Artsu/Tiny-MEAN-blog-system.git mean-blog
npm install
and bower install
commands (must have npm and bower installed)grunt serve
launches the node-express server with test data so you can start trying it out. Includes watch and livereload plugins.grunt serve:dist
once you are done with your editing, run this command before going live and make sure everything works. This does the same as grunt serve but it build the dist package first and doesn't use watch or livereload.grunt
runs all the tests included in the project and builds the dist package which you can then dump to your production environment.app.post('/api/users', users.create);
becomes app.post('/api/users', middleware.auth, users.create);
. This makes it sure that no further users can create their accounts as there are no separate administrator roles included in the system.And basically that's it! For production environment you probably want to have some more software installed on the server such as apache/nginx, and forever to run the Node server as a background process that can start itself in case something bad happens.
In production environment remember to have NODE_ENV
environment variable set to 'production'.
There are number of amazing technologies included in this project. Here are listed some of these technologies.
Some features are still under development and will be released later on. These include such as:
Copyright (c) 2014 Ari-Matti Nivasalo
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


Modular, unified & scale-out data storage systems, architected for performance, reliability, fault resilience, scalability and affordability.
Find Out More
Our modular architecture eliminates the necessity for over-provisioned storage, and allows you to start with only as much capacity and performance
as you really need.
At the same time, it also provides the ability to seamlessly enhance capacity or performance, in lock-step increments, whenever
required, using current-generation hardware, eliminating fork-lift upgrades.
The hardware-autonomy of each “storage cell” ensures modular, “incremental-forever” maintenance and unsurpassed investment protection.
The IntegralStor framework uses, by-design small, modular & energy-efficient hardware building-blocks to deliver a scalable, high-performance,
fault-resilient and easy-to-manage storage solution.
IntegralView, our browser driven single-dashboard storage manager, aggregates and virtualizes multiple disks into storage pools, and multiple
pools into a unified namespace, allowing a single storage system or a grid of storage-systems to be configured, administered & monitored as a
single system.
Our design is informed by our conviction, that durable value can only be realised through the maximisation of useful product life.
Our use of commodity hardware eliminates vendor-lock-in and liberates you from the risk of unreasonable maintenance costs, and the expensive
and wasteful, but industry-prevalent practice of planned obsolesence.
Together with our base of open software, this allows you to always remain in control your data.
Of course, while some of the tools and features we build, may be unique to us, the absence of a lock-in to the underlying hardware or software,
empowers you to determine the lifespan of your infrastructure.
In the decade and more that we've been immersed in data storage, we've had a ringside view of several generations of
data storage solutions, from multiple vendors, attempting to address the challenge of persistent & durable electronic data storage.
But aside from capacity and peformance, in terms of data durability, nothing very significant has really changed.
The challenge of decoupling content integrity and data durablity from the underlying hardware remains.
While the cloud has abstracted away some of the hardware dependency, it has come at the cost of security and privacy; and yet,
does not deliver true hardware-decoupled data durability.
Our ground-breaking new system treats any dataset as a collection of "data molecules" with its underlying "atomic" structure, amenable to algorithmic organisation.
This allows the system to operate in a manner that completely decouples data content from storage hardware, and mitigates the complexity, costs and limited lifespans of traditional data storage infrastructure.
Our patent-pending algorithmic data representation and storage system is a fundamentally new, future-proof approach to information storage.
Deployable as a private or public, internet-scale framework, it guarantees data durability, content integrity, security & privacy, as well as hitherto
unprecedented levels of efficiency in data footprint optimization, transmission and archival.
Call or send us an email and we will get back to you as soon as possible!
+91-988 627 0195
Fractalio Data Pvt Ltd
#55, 17th Cross, Malleswaram
Bangalore - 560 055
Weekdays: 09:30 - 18:00
Saturday: 10:00 - 13:00


Like the Source Academy, the JavaScript adaptation of SICP is an open-source community effort. The software and data required for making these web pages and the PDF edition are contained in the repository \href{https://github.com/source-academy/sicp}{Source Academy / sicp}, and improvements, extensions and discussions are handled in this repository as with many other open-source software projects.
Martin Henz started translating SICP to JavaScript in 2008. He obtained the original \LaTeX sources of the textbook from the Gerald Sussman, and converted it to an XML format that allowed him to retain the original sources along with the JavaScript adaptation in a single file. He developed a processing system to generate HTML from XML, using XSLT, resulting in the first version of the JavaScript adaptation.
The \href{https://sicp.comp.nus.edu.sg}{mobile-friendly web edition} of SICP JS was designed and implemented by Liu Hang in 2017 and then further developed by Feng Piaopiao in 2018. Liu Hang decided to use Ruby on Rails for generating the HTML pages from the XML sources. The XML documents are processed using Nokogiri. For that, the website is originally hosted as a Ruby on Rails application and the generated HTML files are then collected as a pure-HTML5 website. Formulas are retained in the resulting HTML files and are type-set by the reader's browser on-the-fly, using the MathJax system.
In the textbook, program fragments often require other program fragments. In order to collect and execute the necessary programs, the corresponding \texttt{SNIPPET} tags in the xml files include \texttt{REQUIRES} tags. The Rails server uses these tags in order to assemble the executable programs.
The \href{https://sicp.comp.nus.edu.sg/sicpjs.pdf}{PDF edition} of SICP JS was designed and implemented by Chan Ger Hean in 2019. Ger Hean decided to use Node.js for generating files from the XML sources. The files are then typeset using the PdfLaTeX system.
The \href{https://sicp.comp.nus.edu.sg/sicpjs.epub}{e-book edition} of SICP JS was designed and implemented by Jolyn Tan in 2019. Jolyn decided to use Node.js for generating files from the XML sources. The files are then processed into the EPUB 3 format using the pandoc system.
The figures are adapted from \href{https://github.com/sarabander/sicp}{HTML5/EPUB3 version of SICP} by Andres Raba. The figures are licensed under Creative Commons Attribution-ShareAlike 4.0 International License \href{https://creativecommons.org/licenses/by-sa/4.0}{(cc by-sa)}. JavaScript adaptations of figures were done by manually by Tobias Wrigstad using Inkscape and gratuitous use of sed.


Amazeng Token Collectors
To Play th Simply traverse through the different level mazes using rodger the alien As a reward you collect coins which rodger can use and are then streamed to you whenever you feel like you have had enough playtime The duration of the stream is determined by the time attached to each coin when you collect this is also shown at the top of the screen. You have a limited amount of time to complete a level maze so the coins you collect also add time to your exisiting level time which is carried over throughout all levels


Boston Marathon Analysis
Based off 2017 Results
The Boston Marathon is one of the most popular and competitive races in the world. It is typically held on Patriots' Day and its course runs
from Hopkinton in southern Middlesex Country to Copley Square in Boston. The event attracts 500,000 spectators each year,
making it New England's most widely viewed sporting event. The event now attracts an average of about 30,000
registered participants each year, with over 30,000 individuals entering the race. This dashboard is to help provide insights and trends
on previous runners to inform prospective runners on what to expect based off past performances.
The following analysis is based off 2017 results from:
Official Boston Marathon Site
There were a total of 26,410 participants recorded. The available data provided: participant full name, official finish time, age, gender, country, state, city.


On November 8 2004 my psychiatrist prescribed me to a new Anti-Depressant. My Doctor prescribed me 35 mg the first week and to take 75 mg the next week. I followed instructions very well.
2 weeks went by and I thought it had only been a couple of days since I'd been taking them. Everything became so confusing. I started withdrawing from society, and began to recluse into a full-size camper. It was so hard to think so I started a diary to keep track of what I couldn't remember.
After 22 days of taking 75 mg a day I realized from reading my diary I had been taking between 300 mg to 675 mg a day. This began to scare me so I stopped taking them, cold-turkey. What I didn't realize was that the medication had withdrawl symptoms. The next morning after stopping taking them, I felt extremely light headed. After I got out of bed I was so dizzy and light headed that I had to carry myself across the walls to use the bathroom. I made my way to the living room to watch television and felt like I need to lie down. After laying down my body felt very comfortable but the dizziness became so severe I started to get neausous so I sat up. I took every ounce of energy in me to hold my self up so I propped myself up against the arm of the couch. I felt really tired and started to doze off.
Later that day me and my friend were going to drive to a friends house to pick up some bud and possibly smoke a little. We drove the 30 mile trip and arrived without having any problems but a little twitchy-ness and some light headedness and proceeded to go to her bedroom. Me and 4 of my friends were passing around a bowl. I began to cough so severly I vomited on her carpet. We wrapped everything up and left. We decided to leave early because I was feeling so sick.
On the trip home my friend asked me if the bud was making me feel any worse and I told him that the buzz hadn't set all the way in yet and I told him that at the moment I felt a little twitchy and neausiated. We drove about 2 miles and he asked me if I felt okay and I told him the buzz set in and I felt alot better. The bud made it feel as if the buzz I had was the greatest buzz ever and I felt wonderful.
The next 3 mornings I woke up and felt the same way so I was always in a hurry to smoke a bowl because I feel less sick. The withdrawl symptoms I feel are twitchiness, neausous, headaches, back pains, slight narcolepsy, confusion, vomiting, diarrhea, stiffness, severe constant toughts of suicide (worse than before I started the medication), and chest pains.
If you are taking Effexor XR PLEASE I advise you not to stop cold turkey. Work your way off of it. Stay away from this medication and please research all of the foriegn substances you digest.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Initial load will take a while.
You need to upgrade to a modern browser (such as Google Chrome or Firefox), the script won't run in this browser.


There is nothing in the gallery yet because we have not yet had any club sessions! The gallery will contain only programs written by the club members.
Please wait for details on how to get your program included...


Hispanic-Market Broadcast: "Positivity"
Branding spots featuring El Maestro maintained awareness of milk and its positive attributes while overlays throughout the year extended the message. In partnership with Radio Disney, Southern California had its very first Walkathon Positivo, aimed at educating Hispanic families on the benefits of drinking milk in order to be more positive and to recover after exercising. For Back to School, the message supported the idea that the best day starts the night before, with a good night’s sleep. This partnered the old broadcast tradition of reminding kids to go to bed with the timeless tradition of a bedtime story and a glass of milk.


This file contains an overview of the Gamate runtime system as it comes with the cc65 C compiler. It describes the memory layout, Gamate specific header files, available drivers, and any pitfalls specific to that platform.
Please note that Gamate specific functions are just mentioned here, they are described in detail in the separate function reference. Even functions marked as "platform dependent" may be available on more than one platform. Please see the function reference for more information.
The standard binary output format generated by the linker for the Gamate target is a cartridge image with header. It is of course possible to change this behaviour by using a modified startup file and linker config.
Note: the first two bytes of the header contain a checksum that must be inserted by an external program. Such an utility is provided in util/gamate/gamate-fixcart.c
Programs containing Gamate specific code may use the gamate.h
header file.
All drivers must be statically linked because no file I/O is available. The names in the parentheses denote the symbols to be used for static linking of the drivers.
No TGI graphics drivers are currently available for the Gamate.
No extended memory drivers are currently available for the Gamate.
gamate-stdjoy.joy (gamate_stdjoy)
A joystick driver for the standard two buttons joypad is available.
No mouse drivers are currently available for the Gamate.
No serial drivers are currently available for the Gamate.
The existing library for the Gamate doesn't implement C file
I/O. There are no hacks for the read()
and write()
routines.
To be more concrete, this limitation means that you cannot use any of the following functions (and a few others):
mess gamate -debug -window -skip_gameinfo -cart test.bin
some resources on the Gamate:
This software is provided 'as-is', without any expressed or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software.
Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions:


Did you ever think that sporty employees could be better workers? We believe that sports and physical activities have ability to drive change
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For GST mentioned invoice and delivery at your doorstep, please register as a B2B partner by writing to:


top bar
bottom bar
Tab 1
Tab 2
This is just a test of the various containers nested inside each other.


--- title: About ---
I grew up in Denver, Colorado and learned to bake from my mother. After finishing highschool I started baking full time and selling baked goods at local markets. Now I work full-time at a bakery in San Francisco.


{% extends "base.html" %} {% block page_title %}Competition Entries{% endblock %} {% block content %} {% filter markdown %} # Competition Entries This page lists all entries, which have been submitted to the competition. The tracks are listed in random order by default, but you can choose to display the list sorted by title, artist or date (published) as well. *Enjoy listening!* {% endfilter %} {% if not entries %}
No competition entries published yet.
{% else %}Sort by: Title{% if order == 'title' and not desc %} (desc){% endif %} | Artist{% if order == 'artist' and not desc %} (desc){% endif %} | Date{% if order == 'published_on' and not desc %} (desc){% endif %}{% if order %} | Random{% endif %}
{% for entry in entries %}{{ entry.title }}
by {{ entry.artist }}
Submitted by {{ entry.user.username }} on {% if entry.is_published %} {{ entry.published_on.strftime('%Y-%m-%d %H:%M UTC') }} {% if not entry.is_approved %}(not approved){% endif %} {% else %} {{ entry.created_on.strftime('%Y-%m-%d %H:%M UTC') }} (unpublished) {% endif %}


Thanks for your message! We will get back to you ASAP!
* required field
Team Rubicon unites the skills and experiences of military veterans with first responders to rapidly deploy emergency response teams.


Daily Lotto: One lucky winner on Monday
One player bagged the Daily Lotto prize in Monday's draw.
Here are the results for Monday night's daily lotto draw.
In case you missed it, here are the winning Lotto and Lotto Plus numbers from the Saturday, November 2 draw:
Lotto: 02, 04, 13, 20, 33, 46 Bonus: 27
Lotto Plus 1: 04, 08, 15, 19, 28, 44 Bonus: 03
Lotto Plus 2: 03, 06, 28, 43, 45, 51 Bonus: 25
Are you feeling lucky? See the payouts for the Lotto here, click here for Lotto Plus 1 and Lotto Plus 2, click here.
Download the News24 app via the Play or iTunes App stores and get a free alert moments after each Lotto draw with the winning numbers.
Tap here to download the News24 Android App or here to download the News24 Apple App .


1-234-567-890
<EMAIL_ADDRESS>SubTotal: $955
Work is easy when you have all tools around you!


Nyzo version 471 (commit on GitHub) is a minor update that improves density of connections in the mesh.
In an ideal state, every node in the mesh is connected bidirectionally (incoming and outgoing) with every other node in the mesh, and nodes that leave the mesh are removed promptly so that the remaining nodes are not wasting effort sending messages to nodes that no longer exist.
This update is in response to an issue that arose in the mesh between verifier sh (27944ab61d3725d6-76366baad6fe6776-0a1acc209206f856-a04515a8b6e49e5e) and six other nodes. With an actual size of 49, verifier sh only saw 43 other nodes, and six other nodes in the mesh (Nyzo.1, Nyzo.2, Stingray, ZALZIBAB, ZALZIBAB1, and NYZO_CHIVAS) only saw 48 other nodes each.
While the NodeManager class was designed to remove inactive nodes, this situation was problematic for two reasons. First, while removing nodes quickly when they leave is important, removing nodes in the current verification cycle is overly aggressive. Second, if a node is removed but starts responding to messages again, all connections to and from that node should be reestablished quickly.
This problem did not cause any block production or consensus issues, but it would be possible for a more extreme problem of the same nature to cause problems in the future, so an update is warranted.
The code changes are simple and concise. At the top of the NodeManager class, a constant and static variable were added. The constant defines the minimum interval at which a new reconnection process can occur (30 blocks), and the the static variable tracks the number of blocks until the process will be performed again.
The next change in the NodeManager class is the addition of conditions that prevent a node from being marked as inactive when a message failure occurs. The node associated with the IP address is fetched from the appropriate map, and the node is only marked as inactive if the identifier of the node is not in the current cycle.
The final change in the NodeManager class is an implementation of the previously empty requestMissingNodes() method. This method is invoked once per block frozen, and the counter ensures that the actual work of the method is performed no more frequently than once per cycle.
In the Verifier class, the invocation of the NodeManager.requestMissingNodes() method has been moved into the code block that is only performed when a blockchain block is frozen.


If you are the webmaster of this site please log in to Cpanel and check the Error Logs. You will find the exact reason for this error there.
Common reasons for this error are:
In order files to be read by the webserver, their permissions have to be equal or above 644. You can update file permissions with a FTP client or through cPanel's File Manager.
There are two Apache directives which can cause this error - 'Deny from' and 'Options -Indexes'.


Behind Canara bankMr. Santhosh Kumar
35 / Male - Bengaluru
| Sno # | Description | Consulting Doctor | Clinic Name | Date | Actions |
|---|---|---|---|---|---|
| 1 | RC - #1 | Dr Sumanth | Rukmini Clinic | 20/Jan/2017 | |
| 2 | RC - #2 | Dr Sumanth | Rukmini Clinic | 20/Jan/2017 | |
| 3 | RC - #3 | Dr Sumanth | Rukmini Clinic | 21/Jan/2017 | |
| 4 | Crown Measurement | Dr Suresh | Rukmini Clinic | 24/Jan/2017 | |
| 5 | Crown Fitting | Dr Suresh | Rukmini Clinic | 28/Jan/2017 | |
| 5 | Crown Fitting | Dr Suresh | Rukmini Clinic | 28/Jan/2017 |
| Patient Id | Firstname | Lastname | Phone number | Actions | |
|---|---|---|---|---|---|
| 1 | Default | Defaultson |<EMAIL_ADDRESS>|<PHONE_NUMBER> | |
| 2 | Success | Doe |<EMAIL_ADDRESS>|<PHONE_NUMBER> | |
| 3 | Danger | Moe |<EMAIL_ADDRESS>|<PHONE_NUMBER> | |
| 4 | Info | Dooley |<EMAIL_ADDRESS>|<PHONE_NUMBER> | |
| 5 | Warning | Refs |<EMAIL_ADDRESS>|<PHONE_NUMBER> | |
| 6 | Active | Activeson |<EMAIL_ADDRESS>|<PHONE_NUMBER> |


A FUSE binding for Lua
LUSE is a Lua binding for FUSE, which is a library allowing creation filesystem drivers run in userspace. LUSE is a low level binding. FUSE itself it rather slow, so LUSE tries not to impede performance more than necessary. For that reason it is manipulating userdata and pointers directly rather than Lua strings, with the reduced safety implied.
LUSE tries to be complete, but is not supporting obsolete APIs. The binding is closely following the FUSE API, so in most case you can use FUSE documentation if the present page is not clear enough. The missing functions are missing because I've not used them yet. I can add them on request (a use case could be helpful for non-trivial ones).
LUSE module itself is very basic, so I developed several other modules to help the development of a complete filesystem.
errno contains many constants representing POSIX error numbers. It also have an accessor to query the errno variable (which contains the last error number).
userdata can create and manipulate untyped userdata, to be used as buffers for read and write commands of the filesystem.
posixio is not strictly necessary, but it is very useful to implement many types of filesystem, which redirect I/O request to another filesystem. It contains bindings to many file and directory manipulation functions. Here again the read and write functions manipulate untyped userdata to keep overhead minimal.
All support is done through the Lua mailing list. If the traffic becomes too important a specialized mailing list will be created.
Feel free to ask for further developments. I can't guarantee that I'll develop everything you ask, but I want my code to be as useful as possible, so I'll do my best to help you. You can also send me request or bug reports (for code and documentation) directly at<EMAIL_ADDRESS>This module is written and maintained by Jérôme Vuarand. It is inspired by luafuse module by Gary Ng, but it has been rewritten completely from scratch.
This website, LUSE downloadable packages and LUSE mailing list are generously hosted by Luaforge.net. Consider making a donation.
LUSE is available under a MIT-style license.
LUSE sources are available in its Mercurial repository:
hg clone http://piratery.net/hg/luse/
Tarballs of the latest code can be downloaded directly from there: as gz, bz2 or zip.
LUSE is also available on its Luaforge project page.
To build LUSE edit config.mak and then run make in the top directory:
$ vi config.mak
$ make
$ make install
LUSE obviously depends on FUSE. It currently supports FUSE API versions 25 (FUSE 2.5.x and later) and 26 (FUSE 2.6.x and later). You can select a FUSE API version in the config.mak file.


Breakpoints
Yours Truly, Famous Inc.
Breakpoints
Brought to you by
Konstantin Petryaev
Base control
Pause/play
Step over
Step into
Step out
Deactivate
Pause on exception
Example
Base env
Watch expression
Call stack
Scope observer
Example
Breakpoints
Conditional breakpoints
External script
External script with autoremove
External evaluating script
XHR breakpoint
DOM breakpoint


name
kevin luis linuhung
about
electrical engineering student
@petra christian university
telephone
+62 851 0138 8085
links
web novel tl


Click Me
Click me too
Don't forget me
hey, did you click on me??
I was expecting you.
Am happy, you remembered me!


About
Links
Blog
Contact
Mechanical Calculator
Hydraulic Calculator
Pneumatic Calculator
Electrical Calculator
Controls Calculator


Norma Jean Weiler
MADISON- Norma Jean Weiler, who was an adventurous woman, embarked on her final adventure on Sunday, Nov. 3, 2019 from Madison, WI.
Norma Jean was born on April 15, 1942 in Manona, Iowa.
She had a love for education and earned her Bachelor of Science degree in Chemistry from UW Madison and went on to earn her Masters in Chemistry from the University of New Mexico. She taught school as professor and teacher. She enjoyed her membership in the Hoofer's Club, as well as biking, sailing, playing sheepshead and church activities. Norma was not afraid to try anything and participated in a half triathlon and went on missions to New York.
Survivors include her daughter, Kristine (David) Podosek; a son, Lorin Weiler; three grandsons, Chase, Fletcher and Shane Podosek; and a brother, Gary Levenhagen. She was preceded in death by her parents and a brother, Eldon.
Funeral services will be held on Friday, Nov. 15, 2019 at 11:00 a.m. at Springs of Hope Church, 901 Femrite Dr., Monona.
Friends may call at the church on Friday from 10:00 a.m. until the time of services.
A reception will follow at the church and burial will take place at Vienna Cemetery in Waunakee.
Winn-Cress Funeral Home
5785 Hwy Q
Waunakee, WI


@*
* Copyright 2019 HM Revenue & Customs
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*@
@import uniform._
@(key: String, errors: Any, content: Html, breadcrumbs: List[String] = Nil)(implicit messages: UniformMessages[Html], request: Request[AnyContent])
@for(back <- breadcrumbs.lastOption) {
@messages(List(s"back-to-$back","back"))
}
@if(breadcrumbs.isEmpty){
@messages(List(s"back-to-service-page","back"))
}
@helper.form(action = play.api.mvc.Call("post", key)) {
@helper.CSRF.formField
@content
}


| Package | Description |
|---|---|
| org.bitcoinj.core |
The core package contains classes for network messages like
Block and
Transaction , peer connectivity via PeerGroup ,
and block chain management. |
| org.bitcoinj.crypto |
The crypto package contains classes that work with key derivation algorithms like scrypt (passwords to AES keys),
BIP 32 hierarchies (chains of keys from a root seed), X.509 utilities for the payment protocol and other general
cryptography tasks.
|
| org.bitcoinj.protocols.channels |
Micropayment channels allow for rapid tiny payments to be made to a third party once a channel has been set up, using
some of the advanced features of the Bitcoin protocol.
|
| org.bitcoinj.protocols.payments |
The BIP70 payment protocol wraps Bitcoin transactions and adds various useful features like memos, refund addresses
and authentication.
|
| org.bitcoinj.script |
Classes for working with and executing Bitcoin script programs, as embedded in inputs and outputs.
|
| org.bitcoinj.signers |
Transaction signers know how to calculate signatures over transactions in different contexts, for example, using
local private keys or fetching them from remote servers.
|
| org.bitcoinj.wallet |
Classes that support the
Wallet , which knows how to find and save transactions relevant to
a set of keys or scripts, calculate balances, and spend money: the wallet has many features and can be extended
in various ways, please refer to the website for documentation on how to use it. |
| Class and Description |
|---|
| EncryptableItem
Provides a uniform way to access something that can be optionally encrypted with a
KeyCrypter , yielding an EncryptedData , and
which can have a creation time associated with it. |
| EncryptedData
An instance of EncryptedData is a holder for an initialization vector and encrypted bytes.
|
| KeyCrypter
A KeyCrypter can be used to encrypt and decrypt a message.
|
| KeyCrypterException
Exception to provide the following:
|
| LazyECPoint
A wrapper around ECPoint that delays decoding of the point for as long as possible.
|
| TransactionSignature
A TransactionSignature wraps an
ECKey.ECDSASignature and adds methods for handling
the additional SIGHASH mode byte that is used. |
| Class and Description |
|---|
| BIP38PrivateKey
Implementation of BIP 38
passphrase-protected private keys.
|
| BIP38PrivateKey.BadPassphraseException |
| ChildNumber
This is just a wrapper for the i (child number) as per BIP 32 with a boolean getter for the most significant bit
and a getter for the actual 0-based child number.
|
| DeterministicKey
A deterministic key is a node in a
DeterministicHierarchy . |
| EncryptableItem
Provides a uniform way to access something that can be optionally encrypted with a
KeyCrypter , yielding an EncryptedData , and
which can have a creation time associated with it. |
| EncryptedData
An instance of EncryptedData is a holder for an initialization vector and encrypted bytes.
|
| HDDerivationException |
| HDKeyDerivation.PublicDeriveMode |
| HDKeyDerivation.RawKeyBytes |
| KeyCrypter
A KeyCrypter can be used to encrypt and decrypt a message.
|
| KeyCrypterException
Exception to provide the following:
|
| LazyECPoint
A wrapper around ECPoint that delays decoding of the point for as long as possible.
|
| MnemonicCode
A MnemonicCode object may be used to convert between binary seed values and
lists of words per the BIP 39
specification
|
| MnemonicException
Exceptions thrown by the MnemonicCode module.
|
| MnemonicException.MnemonicChecksumException
Thrown when a list of MnemonicCode words fails the checksum check.
|
| MnemonicException.MnemonicLengthException
Thrown when an argument to MnemonicCode is the wrong length.
|
| MnemonicException.MnemonicWordException
Thrown when a word is encountered which is not in the MnemonicCode's word list.
|
| TransactionSignature
A TransactionSignature wraps an
ECKey.ECDSASignature and adds methods for handling
the additional SIGHASH mode byte that is used. |
| TrustStoreLoader
An implementation of TrustStoreLoader handles fetching a KeyStore from the operating system, a file, etc.
|
| Class and Description |
|---|
| TransactionSignature
A TransactionSignature wraps an
ECKey.ECDSASignature and adds methods for handling
the additional SIGHASH mode byte that is used. |
| Class and Description |
|---|
| TrustStoreLoader
An implementation of TrustStoreLoader handles fetching a KeyStore from the operating system, a file, etc.
|
| Class and Description |
|---|
| TransactionSignature
A TransactionSignature wraps an
ECKey.ECDSASignature and adds methods for handling
the additional SIGHASH mode byte that is used. |
| Class and Description |
|---|
| ChildNumber
This is just a wrapper for the i (child number) as per BIP 32 with a boolean getter for the most significant bit
and a getter for the actual 0-based child number.
|
| Class and Description |
|---|
| ChildNumber
This is just a wrapper for the i (child number) as per BIP 32 with a boolean getter for the most significant bit
and a getter for the actual 0-based child number.
|
| DeterministicKey
A deterministic key is a node in a
DeterministicHierarchy . |
| EncryptableItem
Provides a uniform way to access something that can be optionally encrypted with a
KeyCrypter , yielding an EncryptedData , and
which can have a creation time associated with it. |
| EncryptedData
An instance of EncryptedData is a holder for an initialization vector and encrypted bytes.
|
| KeyCrypter
A KeyCrypter can be used to encrypt and decrypt a message.
|
| MnemonicException
Exceptions thrown by the MnemonicCode module.
|
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