Input: [description] save state for next boot [command]

Output: recordfail


Input: [description] write to terminal [command]

Output: echo


Input: [description] interprets [ … ] expressions [command]

Output: test


Input: [description] sets up Grub data-structures so that later execution of the “boot” command will boot into a specified Linux kernel. [command]

Output: linux


Input: [description] load and jump to the MBR of a different disk partition [command]

Output: chainloader


Input: [0] rate [1] - [2]

Output: The interest rate, per period


Input: [0] nper [1] - [2]

Output: The number of periods over which the loan or investment is to be paid


Input: [0] pv [1] - [2]

Output: The present value of the loan / investment


Input: [0] start_period [1] - [2]

Output: The number of the first period over which the payment of the principal is to be calculated (must be an integer between 1 and nper)


Input: [0] end_period [1] - [2]

Output: The number of the last period over which the payment of the principal is to be calculated (must be an integer between 1 and nper)


Input: [0] type [1] - [2]

Output: An integer (equal to 0 or 1), that defines whether the payment is made at the start or the end of the period The value 0 or 1 has the following meaning: 0 - the payment is made at the end of the period 1 - the payment is made at the beginning of the period


Input: [N] R* [=] =

Output: Average rate of star formation in our galaxy

Number of communicating civilizations in our galaxy


Input: [N] fp [=] =

Output: fraction of stars that have planets

Number of communicating civilizations in our galaxy


Input: [N] ne [=] =

Output: average number of habitable planets in each planetary system

Number of communicating civilizations in our galaxy


Input: [N] fl [=] =

Output: fraction of habitable planets that actually develop life

Number of communicating civilizations in our galaxy


Input: [N] fi [=] =

Output: fraction of life-supporting planets that develop intelligent life

Number of communicating civilizations in our galaxy


Input: [N] fc [=] =

Output: fraction of intelligent species that develop technological civilizations

Number of communicating civilizations in our galaxy


Input: [N] L [=] =

Output: the average length of time that a technological civilization broadcasts signals

Number of communicating civilizations in our galaxy


Input: [command] c [action]

Output: change selection (delete and switch to insert mode)

Rectangular selection or column mode - the best text editor feature ever.


Input: [command] I [action]

Output: insert in front of cursor

Rectangular selection or column mode - the best text editor feature ever.


Input: [command] A [action]

Output: append after cursor

Rectangular selection or column mode - the best text editor feature ever.


Input: [command] r [action]

Output: replace every character in selection

Rectangular selection or column mode - the best text editor feature ever.


Input: [command] d [action]

Output: delete selection

Rectangular selection or column mode - the best text editor feature ever.


Input: [command] o [action]

Output: toggle cursor to opposite corner

Rectangular selection or column mode - the best text editor feature ever.


Input: [0] raid [1] boolean [2]

Output: true if you are in a raid


Input: [0] party [1] boolean [2]

Output: false if you are in a raid


Input: [0] combat [1] boolean [2]

Output: true if you are in combat


Input: [0] quality [1] number [2]

Output: 0 to 7, use constants above


Input: [0] itype [1] string [2]

Output: Armor, Weapon, etc


Input: [0] subtype [1] string [2]

Output: see http://www.wowwiki.com/ItemType


Input: [0] ilvl [1] number [2]

Output: item level


Input: [0] reqlvl [1] number [2]

Output: required level to equip


Input: [0] name [1] string [2]

Output: name of item, case sensitive


Input: [0] id [1] number [2]

Output: itemID


Input: [0] boe [1] boolean [2]

Output: true if item is bind on equip


Input: [0] bop [1] boolean [2]

Output: true if item is bind on pickup


Input: [0] zone [1] string [2]

Output: current zone from GetZoneText()


Input: [0] subzone [1] string [2]

Output: current sub zone from GetSubZoneText()


Input: [0] value [1] number [2]

Output: vender cost of an item in copper


Input: [0] green [1] boolean [2]

Output: true if uncommon


Input: [0] blue [1] boolean [2]

Output: true if rare


Input: [0] purple [1] boolean [2]

Output: true if epic


Input: [0] need [1] boolean [2]

Output: true if you can roll need


Input: [0] greed [1] boolean [2]

Output: true if you can roll greed


Input: [0] disenchant [1] boolean [2]

Output: true if you can roll disenchant


Input: [0] betterilvl [1] boolean [2]

Output: true if the item's ilvl is higher than equipped


Input: [0] Property [2] Comments [1]

Output: Type

Documentation : Nitriq Code Analysis for .Net


Input: [0] FieldId [2] The Nitriq Unique Id for this Field. You must select this in a query in order for the Treemap and other visualizations to work properly [1]

Output: int

Documentation : Nitriq Code Analysis for .Net


Input: [0] FieldType [2] The Type of this Field [1]

Output: IType

Documentation : Nitriq Code Analysis for .Net


Input: [0] FullName [2] The Full Name of this Field [1]

Output: string

Documentation : Nitriq Code Analysis for .Net


Input: [0] GotByMethods [2] A Collection of Methods that retrieve values from this Field [1]

Output: MethodCollection

Documentation : Nitriq Code Analysis for .Net


Input: [0] IsInCoreAssembly [2] Returns whether or not this Field is a Core Assembly. Core Assemblies are the assemblies you are primarily concerned with analyzing. [1]

Output: bool

Documentation : Nitriq Code Analysis for .Net


Input: [0] IsInternal [2] Whether or not this Field is marked Internal [1]

Output: bool

Documentation : Nitriq Code Analysis for .Net


Input: [0] IsPrivate [2] Whether or not this Field is marked Private [1]

Output: bool

Documentation : Nitriq Code Analysis for .Net


Input: [0] IsProtected [2] Whether or not this Field is marked Protected [1]

Output: bool

Documentation : Nitriq Code Analysis for .Net


Input: [0] IsProtectedAndInternal [2] Whether or not this Field is marked Protected and Internal [1]

Output: bool

Documentation : Nitriq Code Analysis for .Net


Input: [0] IsProtectedOrInternal [2] Whether or not this Field is marked Protected or Internal [1]

Output: bool

Documentation : Nitriq Code Analysis for .Net


Input: [0] IsPublic [2] Whether or not this Field is marked Public [1]

Output: bool

Documentation : Nitriq Code Analysis for .Net


Input: [0] IsStatic [2] Whether or not this Field is marked Static [1]

Output: bool

Documentation : Nitriq Code Analysis for .Net


Input: [0] Name [2] The Name of this Field [1]

Output: string

Documentation : Nitriq Code Analysis for .Net


Input: [0] SetByMethods [2] A Collection of Methods that assign values to this Field [1]

Output: MethodCollection

Documentation : Nitriq Code Analysis for .Net


Input: [0] Type [2] The Type that Declares this Field [1]

Output: IType

Documentation : Nitriq Code Analysis for .Net


Input: [0] TypesUsed [2] A Collection of Types that this Field depends on [1]

Output: TypeCollection

Documentation : Nitriq Code Analysis for .Net


Input: [command] ,c [action]

Output: Connect to LISP and show the REPL


Input: [command] w [action]

Output: switch between the REPL window and the source code window


Input: [command] ,s [action]

Output: Describe the symbol under cursor, just like (describe 'symbol)


Input: [command] ,h [action]

Output: look up the symbol under cursor in the Common Lisp Hyperspec


Input: [command] ,d [action]

Output: Evaluate the current top-level form


Input: [command] ,e [action]

Output: Evaluate the current form


Input: [command] ,g [action]

Output: Set the current package by entering its name


Input: [command] = [action]

Output: Indent selected forms


Input: [command] ,W or ,w( [action]

Output: Wrap current symbol or form inside parens. ,w" for wrapping it in double quotes.


Input: [command] ,S [action]

Output: Removes outer pair of parens from current symbol or form


Input: [command] ,O [action]

Output: Splits current string/form into two


Input: [command] ,J [action]

Output: Joins the two string/form to the left and to the right into one


Input: [command] ,> or ,< [action]

Output: Move parens to the Right or Left


Input: [command] ,F [action]

Output: Compile the file


Input: [command] ,L [action]

Output: Compile and load


Input: [command] ,i [action]

Output: Like (inspect 'symbol), symbol is the current symbol under the cursor by default


Input: [command] ,1 [action]

Output: Expand current macro, just like macroexpand-1


Input: [command] ,t [action]

Output: Toggle tracing for the function name under the cursor, just like (trace function)


Input: [command] ,T [action]

Output: Untrace all traced functions


Input: [1] = [2] Creates a filter which requires a field to have a given value. [0]

Output: Equality


Input: [1] * [2] Wildcard to represent that a field can equal anything except NULL. [0]

Output: Presence


Input: [1] =string* string [2] Returns entries containing attributes containing the specified substring. [0]

Output: Substring


Input: [1] () [2] Separates filters to allow other logical operators to function. [0]

Output: Parentheses


Input: [1] & [2] Joins filters together. All conditions in the series must be true. [0]

Output: And


Input: [1] | [2] Joins filters together. At least one condition in the series must be true. [0]

Output: Or


Input: [1] ! [2] Excludes all objects that match the filter. [0]

Output: Not


Input: [1] ~= [2] Returns entries containing the specified attribute with a value that is approximately equal to the value specified in the search filter. [0]

Output: Approximate


Input: [1] >= [2] Returns entries containing attributes that are greater than or equal to the specified value. [0]

Output: Greater than or equal to


Input: [1] <= [2] Returns entries containing attributes that are less than or equal to the specified value. [0]

Output: Less than or equal to


Input: [0] Key pair [2] Values [3] Default [1]

Output: Description

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] filter_linear [2] boolean [3] false [1]

Output: Use linear filter when zomming in

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] initiate [3] Button3 [1]

Output: Key binding to initiate zooming

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] invert_y [2] boolean [3] true [1]

Output: Invert mouse pointer y-axis while zooming

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] max [2] 0.90 to 100.00 [3] 0.90 [1]

Output: How much you can zoom out. A value greater than 1 means you will be able to zoom out "outside" the cube

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] min [2] 0 to 1 [3] 0.05 [1]

Output: How much you can zoom in. A value between 0 and 1 where 1 is no zoom at all

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] sensitivity [2] 0.01 to 100.0 [3] 1 [1]

Output: Sensitivity of mouse pointer when zoomed

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] speed [2] 0.1 to 50.0 [3] 1.5 [1]

Output: Speed at which zooming occurs

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] step [2] 1.00 to 5.00 [3] 1.76 [1]

Output: Step at which zooming occurs

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] timestep [2] 0.1 to 50.0 [3] 1.2 [1]

Output: Delay

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] zoom_in [3] Button4 [1]

Output: Key binding for zooming in

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [0] zoom_out [3] Button5 [1]

Output: Key binding for zooming out

CompositeManager/ConfiguringCompiz - Community Help Wiki


Input: [2] The volume object. [1]

Output: volume


Input: [2] The node object for the directory where the file should appear. [1]

Output: dir


Input: [2] The name of the new file. [1]

Output: name


Input: [2] The mode associated to the file. [1]

Output: openMode


Input: [2] The permissions the new file should have. [1]

Output: perms


Input: [0] [out] [2] In case of success, the storage where you can put your FS specific cookie for the open node. [1]

Output: _cookie


Input: [0] [out] [2] In case of success, you can store the new vnode id in this variable. [1]

Output: _newVnodeID


Input: [Char.] 0 [Pattern b s b s b s b s b] n n n w w n w n n [Char._3] C [Char._6] O [Pattern b s b s b s b s b_7] w n n n w n n w n [Char._9] - [Pattern b s b s b s b s b_10] n w n n n n w n w [Pattern b s b s b s b s b_4]

Output: w n w n n w n n n


Input: [Char.] 1 [Pattern b s b s b s b s b] w n n w n n n n w [Char._3] D [Char._6] P [Pattern b s b s b s b s b_7] n n w n w n n w n [Char._9] . [Pattern b s b s b s b s b_10] w w n n n n w n n [Pattern b s b s b s b s b_4]

Output: n n n n w w n n w


Input: [Char.] 2 [Pattern b s b s b s b s b] n n w w n n n n w [Char._3] E [Char._6] Q [Pattern b s b s b s b s b_7] n n n n n n w w w [Char._9] SP [Pattern b s b s b s b s b_10] n w w n n n w n n [Pattern b s b s b s b s b_4]

Output: w n n n w w n n n


Input: [Char.] 3 [Pattern b s b s b s b s b] w n w w n n n n n [Char._3] F [Char._6] R [Pattern b s b s b s b s b_7] w n n n n n w w n [Char._9] * [Pattern b s b s b s b s b_10] n w n n w n w n n [Pattern b s b s b s b s b_4]

Output: n n w n w w n n n


Input: [Char.] 4 [Pattern b s b s b s b s b] n n n w w n n n w [Char._3] G [Char._6] S [Pattern b s b s b s b s b_7] n n w n n n w w n [Char._9] $ [Pattern b s b s b s b s b_10] n w n w n w n n n [Pattern b s b s b s b s b_4]

Output: n n n n n w w n w


Input: [Char.] 5 [Pattern b s b s b s b s b] w n n w w n n n n [Char._3] H [Char._6] T [Pattern b s b s b s b s b_7] n n n n w n w w n [Char._9] / [Pattern b s b s b s b s b_10] n w n w n n n w n [Pattern b s b s b s b s b_4]

Output: w n n n n w w n n


Input: [Char.] 6 [Pattern b s b s b s b s b] n n w w w n n n n [Char._3] I [Char._6] U [Pattern b s b s b s b s b_7] w w n n n n n n w [Char._9] + [Pattern b s b s b s b s b_10] n w n n n w n w n [Pattern b s b s b s b s b_4]

Output: n n w n n w w n n


Input: [Char.] 7 [Pattern b s b s b s b s b] n n n w n n w n w [Char._3] J [Char._6] V [Pattern b s b s b s b s b_7] n w w n n n n n w [Char._9] % [Pattern b s b s b s b s b_10] n n n w n w n w n [Pattern b s b s b s b s b_4]

Output: n n n n w w w n n


Input: [Char.] 8 [Pattern b s b s b s b s b] w n n w n n w n n [Char._3] K [Char._6] W [Pattern b s b s b s b s b_7] w w w n n n n n n [Pattern b s b s b s b s b_4]

Output: w n n n n n n w w


Input: [Char.] 9 [Pattern b s b s b s b s b] n n w w n n w n n [Char._3] L [Char._6] X [Pattern b s b s b s b s b_7] n w n n w n n n w [Pattern b s b s b s b s b_4]

Output: n n w n n n n w w


Input: [Char.] A [Pattern b s b s b s b s b] w n n n n w n n w [Char._3] M [Char._6] Y [Pattern b s b s b s b s b_7] w w n n w n n n n [Pattern b s b s b s b s b_4]

Output: w n w n n n n w n


Input: [Char.] B [Pattern b s b s b s b s b] n n w n n w n n w [Char._3] N [Char._6] Z [Pattern b s b s b s b s b_7] n w w n w n n n n [Pattern b s b s b s b s b_4]

Output: n n n n w n n w w


Input: [1] create [2]

Output: create file if it does not already exist; a file-mode argument is required with this option

The Incomplete Scheme 48 Reference Manual for release 1.8


Input: [1] exclusive [2]

Output: an error will be raised if this option and create are both set and the file already exists

The Incomplete Scheme 48 Reference Manual for release 1.8


Input: [1] no-controlling-tty [2]

Output: if path is a terminal device this option causes the terminal to not become the controlling terminal of the process

The Incomplete Scheme 48 Reference Manual for release 1.8


Input: [1] truncate [2]

Output: file is truncated

The Incomplete Scheme 48 Reference Manual for release 1.8


Input: [1] append [2]

Output: writes are appended to existing contents

The Incomplete Scheme 48 Reference Manual for release 1.8


Input: [1] nonblocking [2]

Output: read and write operations do not block

The Incomplete Scheme 48 Reference Manual for release 1.8


Input: [1] read-only [2]

Output: port may not be written

The Incomplete Scheme 48 Reference Manual for release 1.8


Input: [1] read-write [2]

Output: file descriptor may be read or written

The Incomplete Scheme 48 Reference Manual for release 1.8


Input: [1] write-only [2]

Output: port may not be read

The Incomplete Scheme 48 Reference Manual for release 1.8


Input: [1] from [2]

Output: The state which should be left

Orocos Real-Time Toolkit: RTT::StateMachine Class Reference


Input: [1] to [2]

Output: The state which should be entered

Orocos Real-Time Toolkit: RTT::StateMachine Class Reference


Input: [1] cnd [2]

Output: The Condition under which the transition may succeed

Orocos Real-Time Toolkit: RTT::StateMachine Class Reference


Input: [1] transprog [2]

Output: The program to be executed between exit of from and entry of to. May be null to indicate the empty program.

Orocos Real-Time Toolkit: RTT::StateMachine Class Reference


Input: [1] priority [2]

Output: The priority of this transition; low number (like -1000) is low priority high number is high priority (like + 1000). Transitions of equal priority are traversed in an unspecified way.

Orocos Real-Time Toolkit: RTT::StateMachine Class Reference


Input: [1] line [2]

Output: The line number where this transition was introduced.

Orocos Real-Time Toolkit: RTT::StateMachine Class Reference


Input: [command] c [action]

Output: change selection (delete and switch to insert mode)

Selecting columns with visual block mode


Input: [command] I [action]

Output: insert in front of cursor

Selecting columns with visual block mode


Input: [command] A [action]

Output: append after cursor

Selecting columns with visual block mode


Input: [command] r [action]

Output: replace every character in selection

Selecting columns with visual block mode


Input: [command] d [action]

Output: delete selection

Selecting columns with visual block mode


Input: [command] o [action]

Output: toggle cursor to opposite corner

Selecting columns with visual block mode


Input: [0] ENTITY [1]

Output: Entity Name defined in an entity declaration ()


Input: [0] ID [1]

Output: Unique ID


Input: [0] ID REFERENCE [1]

Output: Reference to an existing ID


Input: [0] TEXT [1]

Output: Unrestricted text


Input: [0] URI [1]

Output: Uniform Resource Indicator


Input: [0] (OPTION1 | OPTION2) [1]

Output: A set list of optional values from which the encoder must choose.


Input: [0] Field [1] Type [2]

Output: Description


Input: [0] clearLocks [1] boolean [2]

Output: Clear any locked modifiers when the key is released.


Input: [0] latchToLock [1] boolean [2]

Output: Lock a modifier when the key is released.


Input: [0] generateKeyEvent [1] boolean [2]

Output: Also genKeyEvent. Generate a key event as well as an action.


Input: [0] report [1] key event mask [2]

Output: Send this message on press or release of a key.


Input: [0] default [2]

Output: Not used.


Input: [0] affect [1] modifier group [2]

Output: Alter locking behaviour in which modifiers.


Input: [0] increment [2]

Output: Not used.


Input: [0] modifiers [1] modifier list [2]

Output: The set of modifiers to set, latch, lock or otherwise manipulate.


Input: [0] group [1] 1-8 [2]

Output: The group to set, latch, lock or otherwise manipulate.


Input: [0] x [1] integer [2]

Output: The mouse pointer position.


Input: [0] y [1] integer [2]

Output: The mouse pointer position.


Input: [0] accelerate [1] boolean [2]

Output: Also accel and repeat. Allow accelerated mouse movement.


Input: [0] button [1] 1-5 [2]

Output: The mouse button name or number.


Input: [0] value [1] 1-5 [2]

Output: Appears to be a synonym of button.


Input: [0] controls [1] global control name [2]

Output: Also ctrls. The name of one of the various global controls such as slow keys or overlay.


Input: [0] type [1] 0-255 [2]

Output: The internal type of a private action.


Input: [0] count [1] 0-255 [2]

Output: The number of button presses for something like a double-click.


Input: [0] screen [1] 0-255 [2]

Output: Virtual screen number


Input: [0] sameServer [1] boolean [2]

Output: Also same. Switch to a server screen, rather than a console screen.


Input: [0] data [1] String [2]

Output: Data for a private action or message action. Instead of a string, data can also be an arbitrary numeric array, set with data[0] = 113


Input: [0] device [1] 1-255 [2]

Output: Also dev. The device number for non-mouse input devices.


Input: [0] keyCode [1] key name [2]

Output: Also key and kc. The key code to emulate.


Input: [0] clearModifiers [1] modifiers [2]

Output: Also clearMods. Modifiers to remove from the current modifier set.


Input: [0] Name [2] Description [1]

Output: Type


Input: [0] name [2] name of the server [1]

Output: String


Input: [0] version [2] default version to use in all routes [1]

Output: String


Input: [0] log [2] bunyan instance [1]

Output: Object


Input: [0] acceptable [2] list of content-types this server can respond with [1]

Output: Array(String)


Input: [0] url [2] Once listen() is called, this will be filled in with where the server is running [1]

Output: String


Input: [1] Required [2] Description [0]

Output: Parameter

iThink SharePoint | A blog dedicated to sharing the trials and tribulations with working on Microsoft SharePoint from 2007 to 2013


Input: [1] Optional [2] Specifies the name or full or partial URL of the subsite. If you use a relative path, you must specify the Site parameter.A valid URL in the form http://server_name or a relative path in the form of /SubSites/MySubSite. [0]

Output: Identity

iThink SharePoint | A blog dedicated to sharing the trials and tribulations with working on Microsoft SharePoint from 2007 to 2013


Input: [1] Optional [2] Manages objects for the purpose of proper disposal. Use of objects, such as SPWeb or SPSite, can use large amounts of memory and use of these objects in Windows PowerShell scripts requires proper memory management. Using the SPAssignment object, you can assign objects to a variable and dispose of the objects after they are needed to free up memory. When SPWeb, SPSite, or SPSiteAdministration objects are used, the objects are automatically disposed of if an assignment collection or the Global parameter is not used. [0]

Output: AssignmentCollection

iThink SharePoint | A blog dedicated to sharing the trials and tribulations with working on Microsoft SharePoint from 2007 to 2013


Input: [1] Optional [2] Prompts you for confirmation before executing the command. For more information, type the following command: get-help about_commonparameters [0]

Output: Confirm

iThink SharePoint | A blog dedicated to sharing the trials and tribulations with working on Microsoft SharePoint from 2007 to 2013


Input: [1] Optional [2] Specifies the server-side filter to use for the specified scope.The type must be a valid filter in the form {filterName “filterValue”}. [0]

Output: Filter

iThink SharePoint | A blog dedicated to sharing the trials and tribulations with working on Microsoft SharePoint from 2007 to 2013


Input: [1] Optional [2] Limits the maximum number of subsites to return. The default value is 200. To return all sites, enter ALLThe type must be a valid number greater than 0 or ALL. [0]

Output: Limit

iThink SharePoint | A blog dedicated to sharing the trials and tribulations with working on Microsoft SharePoint from 2007 to 2013


Input: [1] Optional [2] Specifies the URL or GUID of the site collection from which to list subsites.The type must be a valid URL, in the form of http://server_name; a GUID, in the form 1234-5678-9807, or an SPSite object. [0]

Output: Site

iThink SharePoint | A blog dedicated to sharing the trials and tribulations with working on Microsoft SharePoint from 2007 to 2013


Input: [1] Optional [2] Displays a message that describes the effect of the command instead of executing the command. For more information, type the following command: get-help about_commonparameters [0]

Output: WhatIf

iThink SharePoint | A blog dedicated to sharing the trials and tribulations with working on Microsoft SharePoint from 2007 to 2013


Input: [1] boolean [2] false [3] all hypertext options are turned off [0]

Output: draft

Hypertext marks in LATEX: a manual for hyperref


Input: [1] boolean [2] true [3] all hypertext options are turned on [0]

Output: final

Hypertext marks in LATEX: a manual for hyperref


Input: [1] boolean [2] false [3] extra diagnostic messages are printed in [0]

Output: debug

Hypertext marks in LATEX: a manual for hyperref


Input: [1] boolean [2] false [3] same as debug [0]

Output: verbose

Hypertext marks in LATEX: a manual for hyperref


Input: [1] boolean [2] true [3] redefines LATEX internals [0]

Output: implicit

Hypertext marks in LATEX: a manual for hyperref


Input: [1] boolean [2] true [3] sets page size by special driver commands [0]

Output: setpagesize

Hypertext marks in LATEX: a manual for hyperref


Input: [0] A [1] FALSE [2] FALSE [4] TRUE [3]

Output: TRUE


Input: [0] B [1] FALSE [2] TRUE [4] TRUE [3]

Output: FALSE


Input: [0] A || B [1] FALSE [2] TRUE [4] TRUE [3]

Output: TRUE


Input: [0] !A [1] TRUE [2] TRUE [4] FALSE [3]

Output: FALSE


Input: [0] !B [1] TRUE [2] FALSE [4] FALSE [3]

Output: TRUE


Input: [0] (!A || !B) [1] TRUE [2] TRUE [4] FALSE [3]

Output: TRUE


Input: [0] !(!A || !B) [1] FALSE [2] FALSE [4] TRUE [3]

Output: FALSE


Input: [0] Field [1] Type [2]

Output: Description


Input: [0] biSize [1] DWORD [2]

Output: Specifies the number of bytes required by the BITMAPINFOHEADER structure.


Input: [0] biWidth [1] DWORD [2]

Output: Specifies the width of the bitmap in pixels.


Input: [0] biHeight [1] DWORD [2]

Output: Specifies the height of the bitmap in pixels. If biHeight is positive, the bitmap is a "bottom-up" DIB and its origin is the lower left corner. If biHeight is negative, the bitmap is a "top-down" DIB and its origin is the upper left corner. Note that many DaVinci functions only support bottom-up bitmaps (biHeight >= 0).


Input: [0] biPlanes [1] WORD [2]

Output: Specifies the number of color planes on the target device. In most cases this value must be set to 1. DaVinci extension: For 48-bit DIBs (bitmaps with 16 bits per color value of resolution), biPlanes should be set to 2.


Input: [0] biBitCount [1] WORD [2]

Output: Specifies the number of bits per pixels. This value must be 1, 4, 8 or 24 in the 16 bit version; values of 16 or 32 may also be used in the 32 bit version of DaVinci.


Input: [0] biCompression [1] DWORD [2]

Output: Specifies the compression type for a compressed bitmap. The following values are specified as standard for Windows bitmaps:


Output: Value Importance BI_RGB Standard Windows bitmap; not compressed. BI_RLE4 RLE (Run Length Encoded) 4bpp (16 color) image. See the following section on bitmap compression formats for more information. BI_RLE8 RLE (Run Length Encoded) 8bpp (256 color) image. See the following section on bitmap compression formats for more information.


Input: [0] biSizeImage [1] DWORD [2]

Output: Specifies the size of the bitmap data section of the image (the actual pixel data, excluding BITMAPINFOHEADER and RGBQUAD structures).


Input: [0] biXPelsPerMeter [1] DWORD [2]

Output: Specifies the horizontal resolution of the target device in pixels per metre. Applications often use this value to select the resource bitmap that best matches the characteristics of the current device.


Input: [0] biYPelsPerMeter [1] DWORD [2]

Output: Specifies the vertical resolution, in pixels per metre, of the target device for the bitmap.


Input: [0] biClrUsed [1] DWORD [2]

Output: Specifies the actual number of color indices in the color table used by the bitmap. If this value is zero, the bitmap uses the maximum number of colors corresponding to the value of the biBitCount member for the compression mode specified by biCompression. If biClrUsed is nonzero and the biBitCount member is less than 16, the biClrUsed member specifies the actual number of colors the graphics engine or device driver accesses. If biBitCount is 16 or greater, then biClrUsed member specifies the size of the color table. This can be used to optimize performance of Windows color palettes. If biBitCount equals 16 or 32, the optimal color palette starts immediately following the three doubleword masks. If the bitmap is a packed bitmap (a bitmap in which the bitmap's pixel data array immediately follows the BITMAPINFO header and which is referenced by a single pointer), the biClrUsed member must be either 0 or the actual size of the color table.


Input: [0] biClrImportant [1] DWORD [2]

Output: Specifies the number of color indices that are considered important for displaying the bitmap. If this value is zero, all colors are important.


Input: [1] Name [2] Type [3] Description [0]

Output: Required


Input: [1] event [2] string [3] The event that you wish to get data for. Note: this is a single event name, not an array. [0]

Output: required


Input: [1] name [2] string [3] The name of the property you would like to get data for. [0]

Output: required


Input: [1] values [2] array [3] The specific property values that you would like to get data for, encoded as a JSON array. Example: If you have a property "gender" you may have values "male", "female" and "unknown". If you just want data for female and unknown users, you can include a values property that looks like "["female", "unknown"]" [0]

Output: optional


Input: [1] type [2] string [3] The analysis type you would like to get data for - such as general, unique, or average events. Valid values: "general", "unique", or "average" [0]

Output: required


Input: [1] unit [2] string [3] This can be "minute", "hour", "day", "week", or "month". It determines the level of granularity of the data you get back. Note that you cannot get hourly uniques [0]

Output: required


Input: [1] interval [2] integer [3] The number of "units" to return data for - minutes, hours, days, weeks, or months. 1 will return data for the current unit (minute, hour, day, week or month). 2 will return the current and previous units, and so on. [0]

Output: required


Input: [1] format [2] string [3] The data return format, such as JSON or CSV. Options: "json" (default), "csv" [0]

Output: optional


Input: [1] limit [2] integer [3] The maximum number of values to return. Defaults to 255. [0]

Output: optional


Input: [0] TRUE [TRUE] TRUE [FALSE] FALSE [1] TRUE [0_4] FALSE [-1] TRUE ["1"] TRUE ["0"] FALSE ["-1"] TRUE [NULL] FALSE [array()] FALSE [""] FALSE ["php"]

Output: TRUE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] FALSE [TRUE] FALSE [FALSE] TRUE [1] FALSE [0_4] TRUE [-1] FALSE ["1"] FALSE ["0"] TRUE ["-1"] FALSE [NULL] TRUE [array()] TRUE [""] TRUE ["php"]

Output: FALSE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] 1 [TRUE] TRUE [FALSE] FALSE [1] TRUE [0_4] FALSE [-1] FALSE ["1"] TRUE ["0"] FALSE ["-1"] FALSE [NULL] FALSE [array()] FALSE [""] FALSE ["php"]

Output: FALSE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] 0 [TRUE] FALSE [FALSE] TRUE [1] FALSE [0_4] TRUE [-1] FALSE ["1"] FALSE ["0"] TRUE ["-1"] FALSE [NULL] TRUE [array()] FALSE [""] TRUE ["php"]

Output: TRUE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] -1 [TRUE] TRUE [FALSE] FALSE [1] FALSE [0_4] FALSE [-1] TRUE ["1"] FALSE ["0"] FALSE ["-1"] TRUE [NULL] FALSE [array()] FALSE [""] FALSE ["php"]

Output: FALSE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] "1" [TRUE] TRUE [FALSE] FALSE [1] TRUE [0_4] FALSE [-1] FALSE ["1"] TRUE ["0"] FALSE ["-1"] FALSE [NULL] FALSE [array()] FALSE [""] FALSE ["php"]

Output: FALSE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] "0" [TRUE] FALSE [FALSE] TRUE [1] FALSE [0_4] TRUE [-1] FALSE ["1"] FALSE ["0"] TRUE ["-1"] FALSE [NULL] FALSE [array()] FALSE [""] FALSE ["php"]

Output: FALSE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] "-1" [TRUE] TRUE [FALSE] FALSE [1] FALSE [0_4] FALSE [-1] TRUE ["1"] FALSE ["0"] FALSE ["-1"] TRUE [NULL] FALSE [array()] FALSE [""] FALSE ["php"]

Output: FALSE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] NULL [TRUE] FALSE [FALSE] TRUE [1] FALSE [0_4] TRUE [-1] FALSE ["1"] FALSE ["0"] FALSE ["-1"] FALSE [NULL] TRUE [array()] TRUE [""] TRUE ["php"]

Output: FALSE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] array() [TRUE] FALSE [FALSE] TRUE [1] FALSE [0_4] FALSE [-1] FALSE ["1"] FALSE ["0"] FALSE ["-1"] FALSE [NULL] TRUE [array()] TRUE [""] FALSE ["php"]

Output: FALSE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] "php" [TRUE] TRUE [FALSE] FALSE [1] FALSE [0_4] TRUE [-1] FALSE ["1"] FALSE ["0"] FALSE ["-1"] FALSE [NULL] FALSE [array()] FALSE [""] FALSE ["php"]

Output: TRUE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [0] "" [TRUE] FALSE [FALSE] TRUE [1] FALSE [0_4] TRUE [-1] FALSE ["1"] FALSE ["0"] FALSE ["-1"] FALSE [NULL] TRUE [array()] FALSE [""] TRUE ["php"]

Output: FALSE

PHP: Tabelele de comparații ale tipurilor PHP - Manual

Comparațiile lejere cu ==


Input: [f ', F'] SF [Focal length]

Output: Front focal length


Input: [f ', F'] S'F' [Focal length]

Output: Back focal length


Input: [f ', F'] HH ' [2] (+) Front nodal point is to the left of the rear nodal point (-) Front nodal point is to the right of the rear nodal point [Focal length]

Output: Principal point / Nodal point separation


Input: [f ', F'] ß'P [2] Diameter of exit pupil / Diameter of entrance pupil [Focal length]

Output: Pupil magnification


Input: [f ', F'] Sep [2] Distance from Front Glass Vertex to Entrance Pupil [Focal length]

Output: Entrance pupil Position


Input: [f ', F'] S'ap [2] Distance from Rear Glass Vertex to Exit Pupil [Focal length]

Output: Exit pupil position


Input: [f ', F'] Σd [2] Distance from front vertex of first lens to rear vertex of last lens [Focal length]

Output: Overall optical length


Input: [f ', F'] OO' [2] Total length from image plane to object plane [Focal length]

Output: Image to Object distance


Input: [f ', F'] ß' [2] u'/u [Focal length]

Output: Magnification ratio


Input: [f ', F'] u [2] 1/2 actual object height [Focal length]

Output: Object Height


Input: [f ', F'] u' [2] 1/2 actual image height [Focal length]

Output: Image Height


Input: [1] - [2] The name of the object [0]

Output: name


Input: [1] - [2] A list of MxMatrix objects [0]

Output: matrices


Input: [1] - [2] A list of MxAlgebra objects [0]

Output: algebras


Input: [1] - [2] A list of MxModel objects [0]

Output: submodels


Input: [1] - [2] A list of MxConstraint objects [0]

Output: constraints


Input: [1] - [2] A list of MxBounds objects [0]

Output: bounds


Input: [1] - [2] A list of latent variables [0]

Output: latentVars


Input: [1] - [2] A list of manifest variables [0]

Output: manifestVars


Input: [1] - [2] A MxData object [0]

Output: data


Input: [1] - [2] Either NULL or a MxObjective object [0]

Output: objective


Input: [1] - [2] TRUE if-and-only-if the model is independent [0]

Output: independent


Input: [1] - [2] A list of optimizer options [0]

Output: options


Input: [1] - [2] A list with optimization results [0]

Output: output


Input: [0] Name [1] Default [2]

Output: Description

SWI-Prolog 3.3.7 Reference Manual: Section 3.42


Input: [0] singleton [1] on [2]

Output: read_clause/1 (used by consult/1) warns on variables only appearing once in a term (clause) which have a name not starting with an underscore.

SWI-Prolog 3.3.7 Reference Manual: Section 3.42


Input: [0] atom [1] on [2]

Output: read/1 and derivatives will produce an error message on quoted atoms or strings longer than 5 lines.

SWI-Prolog 3.3.7 Reference Manual: Section 3.42


Input: [0] dollar [1] off [2]

Output: Accept dollar as a lower case character, thus avoiding the need for quoting atoms with dollar signs. System maintenance use only.

SWI-Prolog 3.3.7 Reference Manual: Section 3.42


Input: [0] discontiguous [1] on [2]

Output: Warn if the clauses for a predicate are not together in the same source file.

SWI-Prolog 3.3.7 Reference Manual: Section 3.42


Input: [0] string [1] off [2]

Output: Backward compatibility. See the prolog-flag double_quotes (current_prolog_flag/2).

SWI-Prolog 3.3.7 Reference Manual: Section 3.42


Input: [0] Attribute [1] Description [2]

Output: Required

Yes, unless the result attribute is omitted.


Input: [0] name [1] The name of the attribute being added, modified or deleted to form the test case. [2]

Output: Yes

Yes, unless the result attribute is omitted.


Input: [0] value [1] The value of the attribute for the test case. If absent, the attribute is deleted. [2]

Output: No

Yes, unless the result attribute is omitted.


Input: [0] result [1] If pass, the test passes if the resulting test case passes validation. If fail, the test passes if the resulting test case fails validation. Note that in the latter case, it does not matter why the test case fails. Logging should be used when the test case is created to ensure that validation fails for the correct reason. If omitted, then this test case is not executed. This is usually because the id attribute has been specified and this test is referenced by another test (that is, this test is not a complete, independent, test). [2]

Output: No

Yes, unless the result attribute is omitted.


Input: [0] desc [1] The test name or description. [2]

Output: Yes, unless the result attribute is omitted.

Yes, unless the result attribute is omitted.


Input: [0] id [1] Identifies this test so it can be included into another test using the ref tag. [2]

Output: No

Yes, unless the result attribute is omitted.


Input: [0] ref [1] Identifies a test (via the id attribute) that is included into this test. That is, the referenced test case is activated when this test case is the current test. Test case referencing is not recursive. Reference multiple tests using nested ref elements. [2]

Output: No

Yes, unless the result attribute is omitted.


Input: [1] ev [2]

Output: an event struct to be modified


Input: [1] base [2]

Output: the event base to which ev should be attached.


Input: [1] fd [2]

Output: the file descriptor to be monitored


Input: [1] events [2]

Output: desired events to monitor; can be EV_READ and/or EV_WRITE


Input: [1] callback [2]

Output: callback function to be invoked when the event occurs


Input: [1] callback_arg [2]

Output: an argument to be passed to the callback function


Input: [0] Identifier [1] An identifier of the content collection. [2] Identifier [3]

Output: Mandatory


Input: [0] Description [1] A description of the collection. [2] LangString [3]

Output: Mandatory


Input: [0] Collection Rights [1] A description of the rights that apply to the collection as a whole. [2] LangString [3]

Output: Optional


Input: [0] Keywords [1] A list of keywords for describing the collection as a whole. [2] LangString [3]

Output: Optional


Input: [0] Average Annual Increase [1] The average annual increase in the number of learning objects in the collection. This can be a negative number. [2] Integer [3]

Output: Optional


Input: [0] Accrual Periodicity [1] An attribute using a controlled vocabulary from DCCAP [DCCAP, 07] to describe how often new learning objects are added to (or removed from) the collection. [2] VocabularyTerm [3]

Output: Optional


Input: [0] P [2] True [3] False [4] False [1]

Output: True


Input: [0] Q [2] False [3] True [4] False [1]

Output: True


Input: [0] ~Q [2] True [3] False [4] True [1]

Output: False


Input: [0] P & ~Q [2] True [3] False [4] False [1]

Output: False


Input: [0] ~(P & Q) [2] False [3] True [4] True [1]

Output: True


Input: [0] P ⊃ Q [2] False [3] True [4] True [1]

Output: True


Input: [1] Type [2] Description [0]

Output: Attribute


Input: [1] boolean [2] Whether or not the user can write to the Install Location with the current access privileges. This is different from restricted because it's not whether or not the location *might* be restricted, it's whether or not it actually *is* restricted right now. Read only. [0]

Output: canAccess


Input: [1] nsIDirectoryEnumerator [2] An enumeration of nsIFile s for: Locations that contain items Potential dropped-in XPIs Note: This enumeration resolves Text Links to the directories they refer to. Read only. [0]

Output: itemLocations


Input: [1] nsIFile [2] The file system location where items live. Items can be dropped in at this location. Can be null for Install Locations that don't have a file system presence. Note: This is a clone of the actual location which the caller can modify freely. Read only. [0]

Output: location


Input: [1] AString [2] The string identifier of this Install Location. Read only. [0]

Output: name


Input: [1] long [2] The priority level of this Install Location in loading. Read only. [0]

Output: priority


Input: [1] boolean [2] Whether or not this Install Location is on an area of the file system that could be restricted on a restricted-access account, regardless of whether or not the location is restricted with the current user privileges. Read only. [0]

Output: restricted


Input: [0] %~I [2]

Output: expands %I removing any surrounding quotes (")


Input: [0] %~fI [2]

Output: expands %I to a fully qualified path name


Input: [0] %~dI [2]

Output: expands %I to a drive letter only


Input: [0] %~pI [2]

Output: expands %I to a path only


Input: [0] %~nI [2]

Output: expands %I to a file name only


Input: [0] %~xI [2]

Output: expands %I to a file extension only


Input: [0] %~sI [2]

Output: expanded path contains short names only


Input: [0] %~aI [2]

Output: expands %I to file attributes of file


Input: [0] %~tI [2]

Output: expands %I to date/time of file


Input: [0] %~zI [2]

Output: expands %I to size of file


Input: [0] %~$PATH:I [2]

Output: searches the directories listed in the PATH environment variable and expands %I to the fully qualified name of the first one found. If the environment variable name is not defined or the file is not found by the search, then this modifier expands to the empty string


Input: [1] Rule [2] Description [0]

Output: Layer

Managing widgets - Orchard Documentation


Input: [1] true [2] Always displayed on every page. [0]

Output: Default

Managing widgets - Orchard Documentation


Input: [1] authenticated [2] Displayed if the user is authenticated. [0]

Output: Authenticated

Managing widgets - Orchard Documentation


Input: [1] not authenticated [2] Displayed if the user is anonymous. [0]

Output: Anonymous

Managing widgets - Orchard Documentation


Input: [1] false [2] Not displayed. This layer is provided as way to save the configuration of widgets that are not currently displayed. [0]

Output: Disabled

Managing widgets - Orchard Documentation


Input: [1] url("~/") [2] Displayed on the home page. [0]

Output: TheHomepage

Managing widgets - Orchard Documentation


Input: [0] Property ID [2] Key [3] List Used [1]

Output: Type

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] EquipmentType [2] True [3] AssetManagementEquipmentTypes.Enum [1]

Output: enum

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] Manufacturer [2] False [3] AssetManagementManufacturerAndModel.Enum [1]

Output: enum

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] Model [2] False [3] AssetManagementManufacturerAndModel.Enum [1]

Output: enum

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] SerialNumber [2] False [1]

Output: String

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] EquipmentCost [2] False [1]

Output: Decimal

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] OrderNumber [2] False [1]

Output: String

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] Supplier [2] False [3] AssetManagementSuppliers.Enum [1]

Output: enum

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] SupplierReferenceNumber [2] False [1]

Output: String

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] GoodsReceivedDate [2] False [1]

Output: datetime

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] WarrantyExpirationDate [2] False [1]

Output: datetime

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] InstallDeliveryDate [2] False [1]

Output: datetime

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] Department [2] False [3] AssetManagementOrganisationalList.Enum [1]

Output: enum

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] Directorate [2] False [3] AssetManagementOrganisationalList.Enum [1]

Output: enum

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] Section [2] False [1]

Output: String

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] Location [2] False [3] AssetManagementLocations.Enum [1]

Output: enum

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] ServiceDeskRef [2] False [1]

Output: string

Microsoft System Center Suite: Importing data into Service Manager 2010 using CSV imports


Input: [0] Height = [Example] 8 ft [Item]

Output: room height

Selecting Your Christmas Tree - Simple but important tips for choosing your live Christmas tree


Input: [0] minus [Example] 1 ft [Item]

Output: tree toppers ornaments

Selecting Your Christmas Tree - Simple but important tips for choosing your live Christmas tree


Input: [0] minus [Example] 0.5 ft [Item]

Output: height added by the tree stand

Selecting Your Christmas Tree - Simple but important tips for choosing your live Christmas tree


Input: [0] minus [Example] 0 [Item]

Output: height of any base or table that you put under the stand

Selecting Your Christmas Tree - Simple but important tips for choosing your live Christmas tree


Input: [0] plus [Example] 0.5 ft [Item]

Output: bottom of tree removed

Selecting Your Christmas Tree - Simple but important tips for choosing your live Christmas tree


Input: [0] Equals [Example] 7 ft [Item]

Output: height of tree to buy at the farm =

Selecting Your Christmas Tree - Simple but important tips for choosing your live Christmas tree


Input: [1] Class [2] Contents [3] Description [0]

Output: Tag


Input: [1] Value [2] values [3] Array Object, Contains a Values object. It may also have some options. [0]

Output: array


Input: [1] Piece [2] value... [3] Values, a glob of values. This is contained in arrays or used for calls. [0]

Output: values


Input: [1] Piece [2] value [3] Terminal, Defines a terminal value for an array (aka: list). To be ignored for implementations that don't support terminal values. [0]

Output: terminal


Input: [1] Value [2] member... [3] Structure Object, contains Member objects which associate names to values. [0]

Output: struct


Input: [1] Piece [2] name value [3] Member, Contains a name and a value. This is found in structures. [0]

Output: member


Input: [1] Value [2] values [3] Vector Object, for implementations that distinguish lists and vectors. Otherwise to be treated like array. [0]

Output: vector


Input: [1] Value [2] url target mode [3] Link Object, provides a link to a resource on another node. url identifies the node, target the obj on the node. Mode is even for bi-directional targets and odd for unidirectional ones. The next 7 bits define what the object is, for now: 0=unused, 1=generic uni-directional, 2=generic bi-directional, 3=process, 4=function. [0]

Output: link


Input: [1] Type [2] Description [0]

Output: Property


Input: [1] int [2] Location Id [0]

Output: locationId


Input: [1] string [2] Location name [0]

Output: name


Input: [1] object [2] Simple object describing the “surface” of the location. Object Properties: ● type (string) - The surface type (grass, turf, dirt, etc) ● typeDisplay (string) - Display value for the surface type ● showType (bool) - True if it makes sense to show the surface type for the location (this takes into consideration whether a type is defined, etc.) [0]

Output: surface


Input: [1] object [2] Simple object describing lighting for the location. Object Properties: ● lights (string) - Value for the lights setting for the location (yes, no, unknown, or na) ● lightsDisplay (string) - Display value for the lights setting for the location ● hasLights (bool) - True if the location has lights [0]

Output: lights


Input: [1] object [2] Simple object describing the address for the location. Object Properties: ● addressLine1 (string) - First address line ● addressLine2 (string) - Second address ● city (string) - City ● stateProvince (string) - State/province ● postalCode (string) - Zip/Postal code ● partOfTown (string) - Part of town (neighborhood, etc) ● displayMultLine (string) - Multi-line display for the address (lines separated by newlines) ● displaySingleLine (string) - Single-line display for the address ● googleMapsUrl (string) - Google Maps URL for the address ● googleMapsDirectionsUrl (string) - Google Maps “Get Directions” URL for the address [0]

Output: address


Input: [1] string [2] The visibility for the location (public or private) [0]

Output: visibility


Input: [1] string [2] The display value for visibility. [0]

Output: visibilityDisplay


Input: [1] string [2] Location comments. [0]

Output: comments


Input: [0] %~i [1] - [2]

Output: expands %i removing any surrounding quotes (")

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [0] %~fi [1] - [2]

Output: expands %i to a fully qualified path name

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [0] %~di [1] - [2]

Output: expands %i to a drive letter only

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [0] %~pi [1] - [2]

Output: expands %i to a path only

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [0] %~ni [1] - [2]

Output: expands %i to a file name only

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [0] %~xi [1] - [2]

Output: expands %i to a file extension only

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [0] %~si [1] - [2]

Output: expanded path contains short names only

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [0] %~ai [1] - [2]

Output: expands %i to file attributes of file

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [0] %~ti [1] - [2]

Output: expands %i to date/time of file

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [0] %~zi [1] - [2]

Output: expands %i to size of file

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [0] %~$PATH:i [1] - [2]

Output: searches the directories listed in the PATH environment variable and expands %i to the fully qualified name of the first one found. If the environment variable name is not defined or the file is not found by the search, then this modifier expands to the empty string

Batch files - The FOR command: Windows NT 4/Windows 2000 Syntax


Input: [1] Required [2] The apiKey associates the API call with your account. [0]

Output: apiKey

Click-to-Dial API| Nimblevox Hosted IVR - Nimblevox


Input: [1] Required [2] 7 [0]

Output: serviceId

Click-to-Dial API| Nimblevox Hosted IVR - Nimblevox


Input: [1] Required [2] The customers phone number to dial when the agents accepts the call. The second number to connect. [0]

Output: phone

Click-to-Dial API| Nimblevox Hosted IVR - Nimblevox


Input: [1] Required [2] The first number to connect. [0]

Output: agent

Click-to-Dial API| Nimblevox Hosted IVR - Nimblevox


Input: [1] Required [2] The message to play when the agent answers. Example: “Your customer is calling” [0]

Output: announcement

Click-to-Dial API| Nimblevox Hosted IVR - Nimblevox


Input: [1] Optional [2] The accept message. If not present the call will be placed after the announcement. Example: “To accept press 1.” [0]

Output: accept

Click-to-Dial API| Nimblevox Hosted IVR - Nimblevox


Input: [1] - [2] the initial size of the dynamically allocated buffer [0]

Output: alsize


Input: [1] - [2] ユーザー提供の割り当て関数へのポインタ Original: pointer to user-provided allocation function The text has been machine-translated via Google Translate. You can help to correct and verify the translation. Click here for instructions. [0]

Output: palloc


Input: [1] - [2] pointer to user-provided deallocation function [0]

Output: pfree


Input: [1] - [2] pointer to the start of the get area in the user-provided array [0]

Output: gnext


Input: [1] - [2] pointer to the start of the put area in the user-provided array [0]

Output: pbeg


Input: [1] - [2] the number of bytes in the get area (if pbeg is null) or in the put area (if pbeg is not null) of the user-provided array [0]


Input: [[Table 3]] Item [1] Example 1 [2] Comparative example 1 [3] Comparative example 2 [4] Comparative example 3 [5]

Output: Comparative example 4

Oil-based makeup cosmetic preparation - Shin-Etsu Chemical Co., Ltd.


Input: [[Table 3]] removability [1] A [2] E [3] A [4] A [5]

Oil-based makeup cosmetic preparation - Shin-Etsu Chemical Co., Ltd.


Input: [[Table 3]] spread [1] A [2] E [3] A [4] D [5]

Oil-based makeup cosmetic preparation - Shin-Etsu Chemical Co., Ltd.


Input: [[Table 3]] softness [1] A [2] C [3] C [5]

Oil-based makeup cosmetic preparation - Shin-Etsu Chemical Co., Ltd.


Input: [[Table 3]] attachment [1] A [2] A [3] D [4] A [5]

Oil-based makeup cosmetic preparation - Shin-Etsu Chemical Co., Ltd.


Input: [[Table 3]] miscibility [1] A [2] B [3] A [4] A [5]

Oil-based makeup cosmetic preparation - Shin-Etsu Chemical Co., Ltd.


Input: [[Table 3]] wearability [1] A [2] A [3] D [4] C [5]

Oil-based makeup cosmetic preparation - Shin-Etsu Chemical Co., Ltd.


Input: [[Table 3]] preservability [1] A [2] B [3] E [4] D [5]

Oil-based makeup cosmetic preparation - Shin-Etsu Chemical Co., Ltd.


Input: [Order of growth] 1 [Name] constant [Example] add two numbers [Description]

Output: statement


Input: [Order of growth] logN [Name] logarithmic [Example] binary search [Description]

Output: divide in half


Input: [Order of growth] N [Name] linear [Example] find the maximum [Description]

Output: loop


Input: [Order of growth] NlogN [Name] linearithmic [Example] merge sort [Description]

Output: divide + conquer


Input: [Order of growth] N2 [Name] quadratic [Example] check all pairs [Description]

Output: double loop


Input: [Order of growth] N3 [Name] cubic [Example] check all triples [Description]

Output: triple loop


Input: [Order of growth] 2N [Name] exponential [Example] check all subsets [Description]

Output: exhaustive search


Input: [Prefix] 12 [Definition]

Output: Best used for submerged drive Setups. Low Pitch Larger diameter.


Input: [Prefix] X4 [Definition]

Output: are low lift general purpose props


Input: [Prefix] M4 [Definition]

Output: is similar to X4 but with the tongues removed to unload the prop


Input: [Prefix] Y [Definition]

Output: are similar to X series but have 10% more pitch


Input: [Prefix] X5 [Definition]

Output: are similar to X4 with medium lift and more pitch


Input: [Prefix] X6 [Definition]

Output: similar to X4 and X5 with medium-high lift


Input: [Prefix] 14 [Definition]

Output: are medium-high lift commonly used for hydros


Input: [Prefix] 16 [Definition]

Output: are high lift props for riggers and hydro’s


Input: [Prefix] 17 [Definition]

Output: are the highest lift prop for riggers and hydros


Input: [Prefix] P7 [Definition]

Output: are similar to 17 series but more rake and slightly less lift


Input: [Prefix] 19 [Definition]

Output: are high lift for riggers and hydro’s


Input: [Prefix] V9 [Definition]

Output: are moderate lift and high puitch suitable for riggers, hydros and SAW racing


Input: [Prefix] 20 [Definition]

Output: are moderatley high lift with high pitch suitable for riggers and hydros


Input: [Prefix] 21 [Definition]

Output: are high lift for riggers and hydro’s


Input: [Prefix] 22 [Definition]

Output: are high lift, highest pitch, good straight line speed


Input: [0] Name [2] Required [1]

Output: Type


Input: [0] top_parent_node_id [2] yes [1]

Output: integer


Input: [0] offset [2] no [1]

Output: integer


Input: [0] limit [2] no [1]

Output: integer


Input: [0] start_time [2] no [1]

Output: integer


Input: [0] end_time [2] no [1]

Output: integer


Input: [0] duration [2] no [1]

Output: integer


Input: [0] ascending [2] no [1]

Output: boolean


Input: [0] extended [2] no [1]

Output: boolean


Input: [0] 1 [X-sheet] Add icons for tweening so you know what frames have tweens: beginning, end, duration, type, ease in/out [Tweening] Ease in/out [Stage] Z depth [Animation/Compositing] Way to create loops [Drawing]

Output: Arrange elements: send forward/backward, front/back

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 2 [X-sheet] Sound layers [Tweening] Copy paste tween attributes to other shapes [Animation/Compositing] Reusable assets drawn likewalk cycles (Maybe symbols like Flash) It would be cool to select a couple frames, right click and add a sequence to the library [Drawing]

Output: Bezier handles work together or independently

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 3 [X-sheet] Camera layer [Animation/Compositing] Sound scrubbing [Drawing]

Output: Option to auto-smooth anchor points like Inkscape

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 4 [X-sheet] Masking layers [Animation/Compositing] Horizontal compositing layout like Animate Pro or Flash: http://bit.ly/11jhpoL [Drawing]

Output: More line control with the Pen tool

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 5 [Animation/Compositing] Effects [Drawing]

Output: Maybe short explainations of the options for the tools, like what dot spacing or tolerence does. Maybe hinting when hovering?

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 6 [Animation/Compositing] Tree view for compositing: http://bit.ly/19xHhAG [Drawing]

Output: Gradients

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 7 [Drawing]

Output: Perfect fills with the Bucket tool

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 8 [Drawing]

Output: Make closing a shape created with the Polyline easier or possible. I couldn't figure it out

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 9 [Drawing]

Output: Bucket tool: fill with no gaps, small gaps, large gaps options

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 10 [Drawing]

Output: Make it easier to select and move an item/ more like Inkscape

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 11 [Drawing]

Output: Rotate shape by double clicking node can make the object shift slightly. Can you make the rotate option be more like Inkscape, clicking on the object a second time instead of the node? The shortcut with 'Alt' pulls up help when using Ubuntu Unity

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 12 [Drawing]

Output: Plump line/ create variable width lines

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 13 [Drawing]

Output: Finish all tool hints

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] 14 [Drawing]

Output: Change rotation point (origin) on object

Tupi: Wishlist 2013 - Tupi: 2D Magic - Manual Translations


Input: [0] exp [1] = [2]

Output: the inverse of LN, the natural logarithm of number

AACE International - Certification - Professional Certifications Offered - How to Write a Technical Paper


Input: [0] dS [1] = [2]

Output: change in the variable’s value from one step to the next

AACE International - Certification - Professional Certifications Offered - How to Write a Technical Paper


Input: [0] S [1] = [2]

Output: previous value

AACE International - Certification - Professional Certifications Offered - How to Write a Technical Paper


Input: [0] m [1] = [2]

Output: the annualized growth or average increase between steps

AACE International - Certification - Professional Certifications Offered - How to Write a Technical Paper


Input: [0] dT [1] = [2]

Output: change in time from one step to the next

AACE International - Certification - Professional Certifications Offered - How to Write a Technical Paper


Input: [0] std [1] = [2]

Output: annualized volatility, or standard deviation

AACE International - Certification - Professional Certifications Offered - How to Write a Technical Paper


Input: [0] ∈ [1] = [2]

Output: value from a probability distribution (Monte Carlo)

AACE International - Certification - Professional Certifications Offered - How to Write a Technical Paper


Input: [0] Ends with -fe [1] Change f to v then Add -s [2]

Output: knife knives life lives wife wives


Input: [0] Ends with -f [1] Change f to v then Add -es [2]

Output: half halves wolf wolves loaf loaves


Input: [0] Ends with -o [1] Add -es [2]

Output: potato potatoes tomato tomatoes volcano volcanoes


Input: [0] ends with -us [1] Change -us to -i [2]

Output: cactus cacti nucleus nuclei focus foci


Input: [0] ends with -is [1] Change -is to -es [2]

Output: analysis analyses crisis crises thesis theses


Input: [0] ends with -on [1] Change -on to -a [2]

Output: phenomenon phenomena criterion criteria


Input: [0] ALL KINDS [1] Change the vowel or Change the word or Add a different ending [2]

Output: man men foot feet child children person people tooth teeth mouse mice


Input: [0] Unchanging [1] Singular and plural are the same [2]

Output: sheep deer fish (sometimes)


Input: [1] string [2] A 'result' field stating 'success' [0]

Output: result


Input: [1] int [2] Model ID [0]

Output: modelId


Input: [1] int [2] Model version [0]

Output: modelVersion


Input: [1] string [2] Model title [0]

Output: title


Input: [1] string [2] Model filename [0]

Output: fileName


Input: [1] int [2] The file size of the uploaded file in bytes [0]

Output: contentLength


Input: [1] string [2] The md5 checksum of the file [0]

Output: fileMd5Checksum


Input: [1] string [2] Model file data [0]

Output: fileData


Input: [1] object [2] Suggestions for next actions [0]

Output: nextActionSuggestions


Input: [0] int [1] $guid [2]

Output: The user's GUID

Elgg: engine/lib/users.php File Reference


Input: [0] string [1] $name [2]

Output: The user's display name

Elgg: engine/lib/users.php File Reference


Input: [0] string [1] $username [2]

Output: The username

Elgg: engine/lib/users.php File Reference


Input: [0] string [1] $password [2]

Output: The password

Elgg: engine/lib/users.php File Reference


Input: [0] string [1] $salt [2]

Output: A salt for the password

Elgg: engine/lib/users.php File Reference


Input: [0] string [1] $email [2]

Output: The user's email address

Elgg: engine/lib/users.php File Reference


Input: [0] string [1] $language [2]

Output: The user's default language

Elgg: engine/lib/users.php File Reference


Input: [0] string [1] $code [2]

Output: A code

Elgg: engine/lib/users.php File Reference


Input: [0] Command [1]

Output: Description

Multimedia Programming Interface and Data Specifications 1.0


Input: [0] sound [1]

Output: The device name of this command specifies a sound defined in a system setup file.. If it is not found, MCI uses a system default sound.

Multimedia Programming Interface and Data Specifications 1.0


Input: [0] sysinfo item [1]

Output: Obtains MCI system information. One of the following items modifies sysinfo:

Multimedia Programming Interface and Data Specifications 1.0


Input: [2] Returns the name used to install the device. [1]

Output: installname

Multimedia Programming Interface and Data Specifications 1.0


Input: [2] Returns the number of MCI devices of the type specified by the device-name field. The device-name field must contain a standard MCI device type. Any digits after the name are ignored. The special device name all returns the total number of MCI devices in the system. [1]

Output: quantity

Multimedia Programming Interface and Data Specifications 1.0


Input: [2] Returns the number of open MCI devices of the type specified by the device name. The device name must be a standard MCI device type. Any digits after the name are ignored. The special device name all returns the total number of MCI devices in the system that are open. [1]

Output: quantity open

Multimedia Programming Interface and Data Specifications 1.0


Input: [2] Returns the name of an MCI device. The index ranges from 1 to the number of devices of that type. If all is specified for the device name, index ranges from 1 to the total number of devices in the system. [1]

Output: name index

Multimedia Programming Interface and Data Specifications 1.0


Input: [2] Returns the name of an open MCI device. The index ranges from 1 to the number of devices of that type. If all is specified for the device name, index ranges from 1 to the total number of devices in the system. [1]

Output: name index open

Multimedia Programming Interface and Data Specifications 1.0


Input: [Keyword] xx-small [Scaling: 1.5] 4px [Scaling: 1.3] 5px [Scaling: 1.2]

Output: 6px

chat kontakt anzeige kennenlernen flirten single


Input: [Keyword] x-small [Scaling: 1.5] 6px [Scaling: 1.3] 7px [Scaling: 1.2]

Output: 8px

chat kontakt anzeige kennenlernen flirten single


Input: [Keyword] small [Scaling: 1.5] 8px [Scaling: 1.3] 9px [Scaling: 1.2]

Output: 10px

chat kontakt anzeige kennenlernen flirten single


Input: [Keyword] medium [Scaling: 1.5] 12px [Scaling: 1.3] 12px [Scaling: 1.2]

Output: 12px

chat kontakt anzeige kennenlernen flirten single


Input: [Keyword] large [Scaling: 1.5] 18px [Scaling: 1.3] 16px [Scaling: 1.2]

Output: 14px

chat kontakt anzeige kennenlernen flirten single


Input: [Keyword] x-large [Scaling: 1.5] 27px [Scaling: 1.3] 21px [Scaling: 1.2]

Output: 17px

chat kontakt anzeige kennenlernen flirten single


Input: [Keyword] xx-large [Scaling: 1.5] 42px [Scaling: 1.3] 27px [Scaling: 1.2]

Output: 20px

chat kontakt anzeige kennenlernen flirten single


Input: [0] Attribute [2] Required [1]

Output: Description

GroboUtils - CoverageReport: GroboCoverage Ant Tasks


Input: [0] title [2] No [1]

Output: The title text to be placed on the top of every HTML file. Default is Summary Coverage Report.

GroboUtils - CoverageReport: GroboCoverage Ant Tasks


Input: [0] srcdir [2] Yes [1]

Output: Directory containing the source files.

GroboUtils - CoverageReport: GroboCoverage Ant Tasks


Input: [0] destdir [2] No [1]

Output: The output directory to place the HTML files. Default directory is ..

GroboUtils - CoverageReport: GroboCoverage Ant Tasks


Input: [0] footertext [2] No [1]

Output: Text to be put at the bottom of every center frame's page (default is an advertisement for GroboUtils).

GroboUtils - CoverageReport: GroboCoverage Ant Tasks


Input: [0] footerhref [2] No [1]

Output: Link to have the footertext point to (default is an advertisement for GroboUtils).

GroboUtils - CoverageReport: GroboCoverage Ant Tasks


Input: [0] stylesheet [2] No [1]

Output: Stylesheet file to use in replacement of the default.

GroboUtils - CoverageReport: GroboCoverage Ant Tasks


Input: [0] removeEmpty [2] No [1]

Output: A boolean value. This describes whether the output report should remove all methods and classes that don't have any code attributed to them (such as interfaces and abstract methods). Default is false.

GroboUtils - CoverageReport: GroboCoverage Ant Tasks


Input: [Frame] 1 [Stack]

Output: ping pinged

Introduction to Concurrent Programming with Stackless Python


Input: [Frame] 2 [Stack]

Output: ping pinged so pong ponged

Introduction to Concurrent Programming with Stackless Python


Input: [Frame] 3 [Stack]

Output: ping pinged so pong ponged so ping pinged

Introduction to Concurrent Programming with Stackless Python


Input: [Frame] 4 [Stack]

Output: ping pinged so pong ponged so ping pinged so pong ponged

Introduction to Concurrent Programming with Stackless Python


Input: [Frame] 5 [Stack]

Output: ping pinged so pong ponged so ping pinged so pong ponged so ping pinged

Introduction to Concurrent Programming with Stackless Python


Input: [Frame] 6 [Stack]

Output: ping pinged so pong ponged so ping pinged so pong ponged so ping pinged ...

Introduction to Concurrent Programming with Stackless Python


Input: [1] CA [2] The job has been canceled as by the llcancel command. [0]

Output: Canceled

Useful LoadLeveler Commands - LONI Documentation


Input: [1] C [2] The job has completed. [0]

Output: Completed

Useful LoadLeveler Commands - LONI Documentation


Input: [1] CP [2] The job is completed. Some tasks are finished. [0]

Output: Complete Pending

Useful LoadLeveler Commands - LONI Documentation


Input: [1] D [2] The job will not be assigned until a specified date. The start date may have been specified by the user in the Job Command file or it may have been set by LoadLeveler because a parallel job could not obtain enough machines to run the job. [0]

Output: Deferred

Useful LoadLeveler Commands - LONI Documentation


Input: [1] I [2] The job is being considered to run on a machine though no machine has been selected yet. [0]

Output: Idle

Useful LoadLeveler Commands - LONI Documentation


Input: [1] NQ [2] The job is not being considered to run. A job may enter this state due to an error in the command file or because LoadLeveler can not obtain information that it needs to act on the request. [0]

Output: NotQueued

Useful LoadLeveler Commands - LONI Documentation


Input: [1] NR [2] The job will never run because a stated dependency in the Job Command file evaluated to be false. [0]

Output: Not Run

Useful LoadLeveler Commands - LONI Documentation


Input: [1] P [2] The job is in the process of starting on one or more machines. The request to start the job has been sent but has not yet been acknowledged. [0]

Output: Pending

Useful LoadLeveler Commands - LONI Documentation


Input: [1] X [2] The job did not start because there was a mismatch or requirements for your job and the resources on the target machine or because the user does not have a valid ID on the target machine. [0]

Output: Rejected

Useful LoadLeveler Commands - LONI Documentation


Input: [1] XP [2] The job is in the process of being rejected. [0]

Output: Reject Pending

Useful LoadLeveler Commands - LONI Documentation


Input: [1] RM [2] The job was canceled by either LoadLeveler or the owner of the job. [0]

Output: Removed

Useful LoadLeveler Commands - LONI Documentation


Input: [1] RP [2] The job is in the process of being removed. [0]

Output: Remove Pending

Useful LoadLeveler Commands - LONI Documentation


Input: [1] R [2] The job is running. [0]

Output: Running

Useful LoadLeveler Commands - LONI Documentation


Input: [1] ST [2] The job is starting. [0]

Output: Starting

Useful LoadLeveler Commands - LONI Documentation


Input: [1] SX [2] The job can not start due to a submission error. Please notify the Bluedawg administration team if you encounter this error. [0]

Output: Submission Error

Useful LoadLeveler Commands - LONI Documentation


Input: [1] S [2] The job has been put in hold by a system administrator. [0]

Output: System Hold

Useful LoadLeveler Commands - LONI Documentation


Input: [1] HS [2] Both the user and a system administrator has put the job on hold. [0]

Output: System User Hold

Useful LoadLeveler Commands - LONI Documentation


Input: [1] TX [2] The job was terminated, presumably by means beyond LoadLeveler's control. Please notify the Bluedawg administration team if you encounter this error. [0]

Output: Terminated

Useful LoadLeveler Commands - LONI Documentation


Input: [1] H [2] The job has been put on hold by the owner. [0]

Output: User Hold

Useful LoadLeveler Commands - LONI Documentation


Input: [1] V [2] The started job did not complete. The job will be scheduled again provided that the job may be reschellued. [0]

Output: Vacated

Useful LoadLeveler Commands - LONI Documentation


Input: [1] VP [2] The job is in the process of vacating. [0]

Output: Vacate Pending

Useful LoadLeveler Commands - LONI Documentation


Input: [0] a. [Reality:] 143 × 27 = _________ [Estimations:]

Output: 143 × 27 ≈ ________ × _________ = __________


Input: [0] b. [Reality:] 657 × 13 = _________ [Estimations:]

Output: 657 × 13 ≈ ________ × _________ = __________


Input: [0] c. [Reality:] 411 × 9 = _________ [Estimations:]

Output: 411 × 9 ≈ ________ × _________ = __________


Input: [0] i. [Reality:] 406 × 19 = _________ [Estimations:]

Output: 406 × 19 ≈ ________ × _________ = __________


Input: [0] k. [Reality:] 243 × 24 = _________ [Estimations:]

Output: 243 × 24 ≈ ________ × _________ = __________


Input: [0] l. [Reality:] 37 × 258 = _________ [Estimations:]

Output: 37 × 258 ≈ ________ × _________ = __________


Input: [URI] 0 [FURI] 0 [3]

Output: FALSE: When the URI is not present and the FURI then we return FALSE

WordPress Stuff | Just another WordPress site


Input: [URI] 1 [FURI] 0 [3]

Output: FALSE: When the URI is present but no FURI we return FALSE. Maybe the parent id is wrong (meaning it also has no parent with a FURI) or the icon data is missing: no favicon is found on the page afterwards and no default one is given. Which means: on the next trigger another call to this site is done to try again over and over again. So at a certain moment you would want to say that this site is “frozen” for a month but… that requires a write to the database with no actual favicon uri.

WordPress Stuff | Just another WordPress site


Input: [URI] 0 [FURI] 1 [3]

Output: X: This cannot be: we can’t have no URI but a FURI in the database since URI must be unique

WordPress Stuff | Just another WordPress site


Input: [0] 1 [URI] 1 [FURI] 1 [3]

Output: TRUE: same record : if we find both the URI and the FURI and they are identical then we simply return the record : we have found the favicon in the database and process can start to check if we also have it physically in the icon store on disk.

WordPress Stuff | Just another WordPress site


Input: [0] 0 [URI] 1 [FURI] 1 [3]

Output: TRUE: another record: if we find both the URI and the FURI in the database but not in the same record we combine records and return the records. (e.g.: somewhere a parent has the icon but not this one, so we need them all: this one for the URI and the other one for the FURI…) (since the other one will have the parent’s URI not the URI we need).

WordPress Stuff | Just another WordPress site


Input: [URI] 1 [FURI] N [3]

Output: ERROR: if we have multiple favicon URLS with 1 URI then something got corrupted in the parent child relationships

WordPress Stuff | Just another WordPress site


Input: [URI] N [FURI] 1 [3]

Output: ERROR: if we find multiple URI the same then something seriously is wrong since URI’s should be unique

WordPress Stuff | Just another WordPress site


Input: [URI] N [FURI] 0 [3]

Output: ERROR: if we find multiple URI the same then something seriously is wrong since URI’s should be unique

WordPress Stuff | Just another WordPress site


Input: [URI] 0 [FURI] N [3]

Output: X: cannot be we can’t have no URI but a FURI in the database since URI must be unique

WordPress Stuff | Just another WordPress site


Input: [URI] N [FURI] N [3]

Output: ERROR: database is probably corrupted

WordPress Stuff | Just another WordPress site


Input: [0] NAME [1] flag [3] openbook [2]

Output: Tag


Input: [0] timestamp [1] guaranteed [3] the UTC time for this WeatherPoint. It could be in the future, meaning the point is a forecast [2]

Output: timestamp


Input: [0] weather [1] guaranteed [3] a description of the weather conditions for this WeatherPoint [2]

Output: Weather


Input: [0] geo [1] guaranteed [3] the location of the WeatherPoint (this is always a Point) [2]

Output: GeoJSON


Input: [0] location [1] optional [3] the locality and country name for this geographical location [2]

Output: Location


Input: [0] icon [1] guaranteed [3] the url of an icon summarizing the WeatherPoint status [2]

Output: string


Input: [0] sun_altitude [1] guaranteed [3] the altitude of the sun over the horizon (> 0 if day, < 0 if night) [2]

Output: number


Input: [0] sources [1] optional [3] a list of the weather sources that contributed to build this WeatherPoint [2]

Output: list of strings


Input: [mode] r [meaning]

Output: Open for read only

The connection class — Psycopg 2.6.1 documentation


Input: [mode] w [meaning]

Output: Open for write only

The connection class — Psycopg 2.6.1 documentation


Input: [mode] rw [meaning]

Output: Open for read/write

The connection class — Psycopg 2.6.1 documentation


Input: [mode] n [meaning]

Output: Don’t open the file

The connection class — Psycopg 2.6.1 documentation


Input: [mode] b [meaning]

Output: Don’t decode read data (return data as str in Python 2 or bytes in Python 3)

The connection class — Psycopg 2.6.1 documentation


Input: [mode] t [meaning]

Output: Decode read data according to connection.encoding (return data as unicode in Python 2 or str in Python 3)

The connection class — Psycopg 2.6.1 documentation


Input: [switch] -help [description]

Output: print this help


Input: [switch] -h host_list [description]

Output: display only selected host


Input: [switch] -l resource_attributes [description]

Output: request the given resources


Input: [switch] -u user_list [description]

Output: display only selected users


Input: [switch] -pe pe_list [description]

Output: display only selected parallel environments


Input: [switch] -P project_list [description]

Output: display only selected projects


Input: [switch] -q wc_queue_list [description]

Output: display only selected queues


Input: [switch] -xml [description]

Output: display the information in XML-Format


Input: [(binary files)] (flat files) allow/forbid arrival of remote processes [config]

Output: block


Input: bring home all migrated processes [config]

Output: bring


Input: list of current symbolic dfsa-links [config]

Output: dfsalinks


Input: sending guest processes home [config]

Output: expel


Input: maximum number of gateways [config]

Output: gateways


Input: local processes should stay [config]

Output: lstay


Input: contains the openMosix node id [config]

Output: mospe


Input: disables/enables MFS [config]

Output: nomfs


Input: for tuning [config]

Output: overheads


Input: stop collecting load-load-balancing informations [config]

Output: quiet


Input: interval for collecting informations about load-balancing [config]

Output: decay-interval


Input: default 975 [config]

Output: slow-decay


Input: default 926 [config]

Output: fast-decay


Input: speed relative to PIII/1GHz) [config]

Output: speed


Input: enables/disables automatic process migration [config]

Output: stay


Input: [0] string [1] $path [2]

Output: The path pattern to match


Input: [0] array [1] $defaults [2]

Output: An array of default parameter values


Input: [0] array [1] $requirements [2]

Output: An array of requirements for parameters (regexes)


Input: [0] array [1] $options [2]

Output: An array of options


Input: [0] string [1] $host [2]

Output: The host pattern to match


Input: [0] string|array [1] $schemes [2]

Output: A required URI scheme or an array of restricted schemes


Input: [0] string|array [1] $methods [2]

Output: A required HTTP method or an array of restricted methods


Input: [0] x [1]

Output: array of original data.


Input: [0] y [1]

Output: array into which to write the result.


Input: [0] dset [1]

Output: data set information.


Input: [0] A [1]

Output: vector for autoregressive polynomial.


Input: [0] C [1]

Output: vector for moving average polynomial.


Input: [0] y0 [1]

Output: initial value of output series.


Input: [0] Parameter [2] Range of Values [3] Description [1]

Output: Default Value

Search - Elasticsearch Enterprise Search, Website Search, Intranet Search, Database Search, Faceted Search, Drupal Search, Cloud Search, Salesforce Search, WordPress Search


Input: [0] facet [2] on [3] Enable facets [1]

Output: on

Search - Elasticsearch Enterprise Search, Website Search, Intranet Search, Database Search, Faceted Search, Drupal Search, Cloud Search, Salesforce Search, WordPress Search


Input: [0] facet.field [2] Any standard or custom field including term, number or date fields [3] Provides the ability to facet on any field [1]

Output: No default field

Search - Elasticsearch Enterprise Search, Website Search, Intranet Search, Database Search, Faceted Search, Drupal Search, Cloud Search, Salesforce Search, WordPress Search


Input: [0] f.{fieldname}.size [2] 1-1000 [3] Sets the number of values returned [1]

Output: 10

Search - Elasticsearch Enterprise Search, Website Search, Intranet Search, Database Search, Faceted Search, Drupal Search, Cloud Search, Salesforce Search, WordPress Search


Input: [0] f.{fieldname}.range [2] Examples of ranges [TO100000], [1000TO100000], [100TO] [3] Sets the range of values for the filtering [1]

Output: No default value

Search - Elasticsearch Enterprise Search, Website Search, Intranet Search, Database Search, Faceted Search, Drupal Search, Cloud Search, Salesforce Search, WordPress Search


Input: [0] f.{fieldname}.range [2] Examples of date ranges [*TO2012-02-28T00:00:26], [2010-02-28T00:00:26TO2012-02-28T00:00:26] [3] Sets the range of dates for the date field filtering [1]

Output: No default value

Search - Elasticsearch Enterprise Search, Website Search, Intranet Search, Database Search, Faceted Search, Drupal Search, Cloud Search, Salesforce Search, WordPress Search


Input: [0] f.{fieldname}.interval [2] Possible values are minute, hour, day, week, month, quarter, year [3] Sets the date histogram period for date field faceting [1]

Output: No default value

Search - Elasticsearch Enterprise Search, Website Search, Intranet Search, Database Search, Faceted Search, Drupal Search, Cloud Search, Salesforce Search, WordPress Search


Input: [2] The callback to invoke when getting a property. [1]

Output: getter


Input: [2] The callback to invoke when setting a property. [1]

Output: setter


Input: [2] The callback to invoke to check if an object has a property. [1]

Output: query


Input: [2] The callback to invoke when deleting a property. [1]

Output: deleter


Input: [2] The callback to invoke to enumerate all the indexed properties of an object. [1]

Output: enumerator


Input: [2] A piece of data that will be passed to the callbacks whenever they are invoked. [1]

Output: data


Input: [1] Type [2] Description [0]

Output: Name


Input: [1] TEXT [2] User name of the database link’s owner. [0]

Output: owner


Input: [1] TEXT [2] Name of the schema in which the link belongs. [0]

Output: schema_name


Input: [1] TEXT [2] The name of the database link. [0]

Output: db_link


Input: [1] CHARACTER VARYING [2] Type of remote server. Value will be either REDWOOD or EDB [0]

Output: type


Input: [1] TEXT [2] User name of the user logging in. [0]

Output: username


Input: [1] TEXT [2] Name or IP address of the remote server. [0]

Output: host


Input: [command] apt [description]

Output: package manager


Input: [command] awk [description]

Output: find and replace text within file(s)


Input: [command] cat [description]

Output: display contents of file


Input: [command] cd [description]

Output: change directory


Input: [command] chgrp [description]

Output: change group ownership


Input: [command] chmod [description]

Output: change access permissions


Input: [command] chown [description]

Output: change file ownership


Input: [command] cp [description]

Output: copy files


Input: [command] crontab [description]

Output: schedule a command


Input: [command] dd [description]

Output: data dump


Input: [command] df [description]

Output: display free disk space


Input: [command] diff [description]

Output: display differences between two files


Input: [command] du [description]

Output: estimate file space usage


Input: [command] echo [description]

Output: display message on screen


Input: [command] echo $env [description]

Output: output system variable


Input: [command] fdformat [description]

Output: low level format


Input: [command] fdisk [description]

Output: partition table manipulator


Input: [command] find [description]

Output: search for files


Input: [command] free [description]

Output: display memory usage


Input: [command] fsck [description]

Output: file system check and repair


Input: [command] groups [description]

Output: print group names a user is in


Input: [command] gzip [description]

Output: (de)compress file(s)


Input: [command] ln [description]

Output: make links between two files


Input: [command] ls [description]

Output: list file information


Input: [command] man [description]

Output: find help manual of command


Input: [command] mkdir [description]

Output: create a directory


Input: [command] mkfs [description]

Output: create a file system


Input: [command] mount [description]

Output: mount a file system


Input: [command] mv [description]

Output: move or rename file(s) or directories


Input: [command] passwd [description]

Output: modify a user password


Input: [command] poweroff [description]

Output: shutdown the computer


Input: [command] ps [description]

Output: process status


Input: [command] pwd [description]

Output: print working directory


Input: [command] rm [description]

Output: remove file


Input: [command] rmdir [description]

Output: remove directory


Input: [command] rpm [description]

Output: remote package manager


Input: [command] shutdown [description]

Output: shutdown or restart system


Input: [command] sort [description]

Output: sort text files


Input: [command] su [description]

Output: switch user


Input: [command] tar [description]

Output: archive files


Input: [command] umount [description]

Output: unmount a device


Input: [command] useradd [description]

Output: create new user account


Input: [command] vi [description]

Output: vi text editor


Input: [command] whereis [description]

Output: find where a command is located


Input: [command] who [description]

Output: print all users logged in


Input: [0] [out] [1] planHandle [2]

Output: A pointer to an opaque handle to the internal plan


Input: [0] [in] [1] cudppHandle [2]

Output: A handle to an instance of the CUDPP library used for resource management


Input: [0] [in] [1] config [2]

Output: The configuration struct specifying algorithm and options


Input: [0] [in] [1] numElements [2]

Output: The maximum number of elements to be processed


Input: [0] [in] [1] numRows [2]

Output: The number of rows (for 2D operations) to be processed


Input: [0] [in] [1] rowPitch [2]

Output: The pitch of the rows of input data, in elements


Input: [2] the evrpc_base structure in which the RPC should be registered. [1]

Output: base


Input: [2] the name of the RPC [1]

Output: name


Input: [2] the name of the RPC request structure [1]

Output: request


Input: [2] the name of the RPC reply structure [1]

Output: reply


Input: [2] the callback that should be invoked when the RPC is received. The callback has the following prototype void (*callback)(EVRPC_STRUCT(Message)* rpc, void *arg) [1]

Output: callback


Input: [2] an additional parameter that can be passed to the callback. The parameter can be used to carry around state. [1]

Output: cbarg


Input: [0] A [Inches] A= [Cms] A= [Description]

Output: Waist normal


Input: [0] B [Inches] B= [Cms] B= [Description]

Output: Waist controlled ( take a deep breath and pull in to make it as small as possible)


Input: [0] C [Inches] C= [Cms] C= [Description]

Output: Penis length at full erection


Input: [0] D [Inches] D= [Cms] D= [Description]

Output: Penis length fully relaxed


Input: [0] E [Inches] E= [Cms] E= [Description]

Output: Penis circumference at full erection (mid point)


Input: [0] F [Inches] F= [Cms] F= [Description]

Output: Penis circumference fully relaxed (mid point)


Input: [0] G [Inches] G= [Cms] G= [Description]

Output: Waist to base of penis (top of )


Input: [0] I [Inches] I= [Cms] I= [Description]

Output: Waist front between legs to anus


Input: [0] J [Inches] J= [Cms] J= [Description]

Output: Waist front between legs and over buttocks to rear waist


Input: [0] K [Inches] K= [Cms] K= [Description]

Output: Waist front between legs and buttocks to rear waist


Input: [0] L [Inches] L= [Cms] L= [Description]

Output: Waist rear between buttocks to anus


Input: [0] M [Inches] M= [Cms] M= [Description]

Output: Waist measurement using one inch wide belt.


Input: [0] N [Inches] N= [Cms] N= [Description]

Output: Hips circumference


Input: [0] P [Inches] P= [Cms] P= [Description]

Output: Height


Input: [0] in [2]

Output: the input point data source


Input: [0] uidfield [2]

Output: the unique ID field in the point data source that identifies collections of points that make up each line)


Input: [0] orderfield [2]

Output: the point attribute field that can be used to sort the points into the correct order (must be numeric or date, but not a date stored as a text field)


Input: [0] out [2]

Output: the output line data source


Input: [0] [split] [2]

Output: (TRUE/FALSE) if TRUE, writes each line segment connecting a pair of sequential points as a separate line (default=FALSE)


Input: [0] [where] [2]

Output: the selection statement that will be applied to the feature data source to identify a subset of features to process (see full Help documentation for further details)


Input: [1] syntax [2] example [0]

Output: command for service

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] sub [2] sub [0]

Output: to subscribe

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] add msisdn bl [2] add 0191xxxxxxx bl [0]

Output: to add number to blacklist

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] view bl [2] view bl [0]

Output: to see current blacklist

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] del msisdn bl [2] del 0191xxxxxxx bl [0]

Output: to delete number from blacklist

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] add msisdn wl [2] add 0191xxxxxxx wl [0]

Output: to add number to whitelist

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] view wl [2] view wl [0]

Output: to see current whitelist

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] del msisdn wl [2] del 0191xxxxxxx wl [0]

Output: to delete a number from whitelist

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] view [2] view [0]

Output: to see current active list

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] switch wl [2] switch wl [0]

Output: switch to whitelist

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] switch bl [2] switch bl [0]

Output: switch to blacklist

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] unsub [2] unsub [0]

Output: to unsubscribe

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] help [2] help [0]

Output: to know keywords

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] off cf [2] off cf [0]

Output: to deactivate the features

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] on cf [2] on cf [0]

Output: to reactivate the features

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] addb [2] addb [0]

Output: add block

All Mobile operator Information in Banladesh: banglalink call block service


Input: [1] get [2] get [0]

Output: to get the filtered call log

All Mobile operator Information in Banladesh: banglalink call block service


Input: [2] the key being searched for [1]

Output: key


Input: [2] how to handle duplicates [1]

Output: dupSeek


Input: [2] whether to position on least upper bound or greatest lower bound [1]

Output: leastUpper


Input: [2] receives a path of rightmost PageId's encountered from root to the level above the leaf (PageStack must support the push_back method) [1]

Output: pageStack


Input: [2] the pageId at which the search should start [1]

Output: startPageId


Input: [2] the initial lockmode to use when searching the tree [1]

Output: initialLockMode


Input: [2] which node types should be searched [1]

Output: readMode


Input: [0] Attribute [2] Required [1]

Output: Description

Vizant - Ant task to visualize buildfile


Input: [0] antfile [2] Yes [1]

Output: the input Ant buildfile

Vizant - Ant task to visualize buildfile


Input: [0] outfile [2] Yes [1]

Output: the output DOT file

Vizant - Ant task to visualize buildfile


Input: [0] from [2] No [1]

Output: If the target name specified, cut down all blanches that the target doesn't depends on.

Vizant - Ant task to visualize buildfile


Input: [0] to [2] No [1]

Output: If the target name specified, cut down all blanches that the target isn't depended from.

Vizant - Ant task to visualize buildfile


Input: [0] nocluster [2] No, default is false [1]

Output: do not use cluster(outer rectangle) to show external buildfile

Vizant - Ant task to visualize buildfile


Input: [0] uniqueref [2] No, default is false [1]

Output: do not drow edge repeatedly when the or task called more than once against the same target.

Vizant - Ant task to visualize buildfile


Input: [0] ignoreant [2] No, default is false [1]

Output: ignore all tasks

Vizant - Ant task to visualize buildfile


Input: [0] ignoreantcall [2] No, default is false [1]

Output: ignore all tasks

Vizant - Ant task to visualize buildfile


Input: [0] ignoredepends [2] No, default is false [1]

Output: ignore all depends attributes

Vizant - Ant task to visualize buildfile


Input: [1] Type [2] Descripton [0]

Output: Name


Input: [1] String [2] This string is added to the class name to tag the tab pane as beeing created [0]

Output: classNameTag


Input: [1] HTMLElement [2] Read only.The html element being that represents the tab pane [0]

Output: element


Input: [1] WebFXTabPages[] [2] Read only.An array containing the tab pages [0]

Output: pages


Input: [1] Number [2] Read only.The index of the selected tab page [0]

Output: selectedIndex


Input: [1] HTMLElement [2] Read only.The html element that encloses all tabs [0]

Output: tabRow


Input: [1] Boolean [2] Is used to decide if the selected tab page index should be persisted using a cookie. [0]

Output: useCookie


Input: [0] Resource [2] Used in [1]

Output: Description


Input: [0] pixmapName [2] Almost every widget :) [1]

Output: Filename of pixmap used for the normal background of the widget.


Input: [0] hlPixmap [2] Command, Toggle, MenuButton, Others based on Command. [1]

Output: Filename of pixmap used for the 'highlight' state of the widget. ie when the mouse pointer is over it.


Input: [0] setPixmap [2] Command, Toggle [1]

Output: Pixmap to be used for the 'set' state of a widget, ie when it's pressed


Input: [0] thumbPixmap [2] Scrollbar [1]

Output: Pixmap used for the thumb (slider) of scrollbars


Input: [0] sliderPixmap [2] Panner [1]

Output: Pixmap to be used for the slider of the Panner widget (the thing in editres :)


Output: New since version 1.0b


Input: [0] pixDir [2] Widgets that use pixmaps [1]

Output: Directory to search for pixmaps. Current directory is also searched


Input: [0] doubleArrow [2] Scrollbar [1]

Output: Whether to use an Amiga/NeXt style double arrow scrollbar


Input: [0] thumbMargin [2] Scrollbar [1]

Output: Distance between scrollbar thumb and outer shadows


Input: [0] showSliderMark [2] Scrollbar [1]

Output: Whether to show a 3d 'grip on scrollbar sliders


Input: [0] notifySound [2] Command, Toggle Repeater, SmeBSB [1]

Output: Filename of .au file to play to /dev/audio when button has been pressed and released


Input: [0] armSound [2] Command, Toggle, Repeater [1]

Output: .au file to play when button has been pressed in


Input: [0] hlSound [2] Command, Toggle, MenuButton, etc [1]

Output: .au file to play when widget is highlighted. ie has the pointer over it


Input: [0] drawTextBorder [2] Label, Command, Toggle,MenuButton SmeBSB [1]

Output: Whether to draw a 1 pixel wide outline around widget text


Input: [0] textBorder [2] Same as for drawTextBorder [1]

Output: Colour of widget text border


Input: [0] shaped [2] Label,Command Toggle, etc [1]

Output: Whether to shape the widget


Input: [0] shapeMask [2] Same as for shaped [1]

Output: Filename of .xpm file used to determine widget shape. Uses 'pixmapName' if unspecified


Input: [0] downSound [2] SimpleMenu [1]

Output: .au file to play when menu goes away. (Pops down)


Input: [0] upSound [2] SimpleMenu [1]

Output: .au file to play when menu appears


Input: [0] showGroove [2] Scrollbar [1]

Output: Whether to show a groove down the trough


Input: [0] showArrows [2] Scrollbar [1]

Output: Whether to show end arrows


Input: [0] items [1] String [3] items selection [2]

Output: mandatory

Interface elements for jQuery - Documentation - Carousel


Input: [0] itemWidth [1] Integer [3] the max width for each item [2]

Output: mandatory

Interface elements for jQuery - Documentation - Carousel


Input: [0] itemHeight [1] Integer [3] the max height for each item [2]

Output: mandatory

Interface elements for jQuery - Documentation - Carousel


Input: [0] itemMinWidth [1] Integer [3] the minimum width for each item, the height is automaticaly calculated to keep proportions [2]

Output: mandatory

Interface elements for jQuery - Documentation - Carousel