Input: [0] 1 [Explanation] Total number of times help pages were opened [Variable name]

Output: Help page openings

LLT Vol11 Num1: HELP OPTIONS AND MULTIMEDIA LISTENING: STUDENTS’ USE OF SUBTITLES AND THE TRANSCRIPT


Input: [0] 2 [Explanation] Number of times help pages were opened and participants usefully interacted with them [Variable name]

Output: Instances of interaction

LLT Vol11 Num1: HELP OPTIONS AND MULTIMEDIA LISTENING: STUDENTS’ USE OF SUBTITLES AND THE TRANSCRIPT


Input: [0] 3 [Explanation] Number of times subtitle help pages were opened and participants usefully interacted with them [Variable name]

Output: Subtitles instances of interaction

LLT Vol11 Num1: HELP OPTIONS AND MULTIMEDIA LISTENING: STUDENTS’ USE OF SUBTITLES AND THE TRANSCRIPT


Input: [0] 4 [Explanation] Number of times transcript help pages were opened and participants usefully interacted with them [Variable name]

Output: Transcript instances of interaction

LLT Vol11 Num1: HELP OPTIONS AND MULTIMEDIA LISTENING: STUDENTS’ USE OF SUBTITLES AND THE TRANSCRIPT


Input: [0] 5 [Explanation] Total time on help pages in useful interaction [Variable name]

Output: Time on help page

LLT Vol11 Num1: HELP OPTIONS AND MULTIMEDIA LISTENING: STUDENTS’ USE OF SUBTITLES AND THE TRANSCRIPT


Input: [0] 6 [Explanation] Time on subtitle help pages in useful interaction [Variable name]

Output: Time on subtitles page

LLT Vol11 Num1: HELP OPTIONS AND MULTIMEDIA LISTENING: STUDENTS’ USE OF SUBTITLES AND THE TRANSCRIPT


Input: [0] 7 [Explanation] Time on transcript help pages in useful interaction [Variable name]

Output: Time on transcript page

LLT Vol11 Num1: HELP OPTIONS AND MULTIMEDIA LISTENING: STUDENTS’ USE OF SUBTITLES AND THE TRANSCRIPT


Input: [0] 8 [Explanation] Total number of incorrect answers on 10 multiple choice questions following video segments [Variable name]

Output: Incorrect answers

LLT Vol11 Num1: HELP OPTIONS AND MULTIMEDIA LISTENING: STUDENTS’ USE OF SUBTITLES AND THE TRANSCRIPT


Input: [0] 9 [Explanation] Total number of correct answers on 4 post-listening questions [Variable name]

Output: Post-listening questions

LLT Vol11 Num1: HELP OPTIONS AND MULTIMEDIA LISTENING: STUDENTS’ USE OF SUBTITLES AND THE TRANSCRIPT


Input: [0] 10 [Explanation] Total number of correct answers on the recall test (max 10) [Variable name]

Output: Recall test questions

LLT Vol11 Num1: HELP OPTIONS AND MULTIMEDIA LISTENING: STUDENTS’ USE OF SUBTITLES AND THE TRANSCRIPT


Input: [0] Field Name [1] API Format [3] Data type [4] Maximum Limit [2]

Output: Description

Modules & Fields | Developer API - Zoho CRM


Input: [0] Sales Order Owner [1] Sales Order Owner [3] Lookup [2]

Output: Select the name of the user to whom the sales order is assigned.

Modules & Fields | Developer API - Zoho CRM


Input: [0] SO Number [1] SO Number [3] Number [4] 16 digit [2]

Output: Display the Sales order ID after creating a case.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Subject* [1] Subject* [3] Text box [4] Alphanumeric(50) [2]

Output: Specify the name of the sales order. This field is mandatory.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Potential Name [1] Potential Name [3] Lookup [4] - [2]

Output: Select the potential for which the sales order has to be generated.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Customer No [1] Customer No [3] Text box [4] Alphanumeric(50) [2]

Output: Specify the customer identification number (if any)

Modules & Fields | Developer API - Zoho CRM


Input: [0] Purchase Order [1] Purchase Order [3] Text box [4] - [2]

Output: Select the reference purchase order.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Quote Name [1] Quote Name [3] Lookup [4] - [2]

Output: Select the reference quote.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Contact Name [1] Contact Name [3] Lookup [4] - [2]

Output: Select the contact for which the sales order has to be generated.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Due Date [1] Due Date [3] Date [4] - [2]

Output: Select the date

Modules & Fields | Developer API - Zoho CRM


Input: [0] Carrier [1] Carrier [3] Pick list [4] - [2]

Output: Select the carrier’s name that ships the products from your warehouse to customer site.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Status [1] Status [3] Pick list [4] - [2]

Output: Specify the status of the sales order.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Sales Commission [1] Sales Commission [3] Numeric [4] float [2]

Output: Specify the commission to the sales person upon closing the deal.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Excise Duty [1] Excise Duty [3] Text Box [4] Numeric [2]

Output: Specify the excise duty for the shipment

Modules & Fields | Developer API - Zoho CRM


Input: [0] Account Name* [1] Account Name* [3] Lookup [4] - [2]

Output: Specify the account name to which the sales order has to be created.This field is mandatory

Modules & Fields | Developer API - Zoho CRM


Input: [0] Assigned To [1] Assigned To [3] Select option [4] - [2]

Output: Select the user's name to whom the sales order handling duty is assigned.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Billing Address Street City State Zip Country [1] Billing Address Street City State Zip Country [3] Street - Text box City - Text box State - Text box Code - Text box Country- Text box [4] Alphanumeric(250) Alphanumeric(30) Alphanumeric(30) Alphanumeric(30) Alphanumeric(30) [2]

Output: Specify the primary address of the contact.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Shipping Address Street City State Zip Country [1] Shipping Address Street City State Zip Country [3] Street - Text box City - Text box State - Text box Code - Text box Country - Text box [4] Alphanumeric(250) Alphanumeric(30) Alphanumeric(30) Alphanumeric(30) Alphanumeric(30) [2]

Output: Specify the shipping address of the contact (if any).

Modules & Fields | Developer API - Zoho CRM


Input: [0] Product Name * [1] Product Name * [3] Lookup [4] - [2]

Output: Select the product name.This field is mandatory

Modules & Fields | Developer API - Zoho CRM


Input: [0] Quantity in Stock [1] Quantity in Stock [3] Numeric [4] Integers [2]

Output: Displays the stock quantity.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Quantity* [1] Quantity* [3] Numeric [4] Integers [2]

Output: Specify the quantity for which the sales order has to be generated. This field is mandatory

Modules & Fields | Developer API - Zoho CRM


Input: [0] Unit Price* [1] Unit Price* [3] Currency [2]

Output: Displays the unit price of the product.

Modules & Fields | Developer API - Zoho CRM


Input: [0] List Price* [1] List Price* [3] Lookup and Numeric [4] Integers [2]

Output: Select the product list price from Price Book or specify the product price. This field is mandatory

Modules & Fields | Developer API - Zoho CRM


Input: [0] Tax [1] Tax [3] Currency [4] - [2]

Output: Specify the tax component of the products

Modules & Fields | Developer API - Zoho CRM


Input: [0] Adjustments [1] Adjustments [3] Currency [4] - [2]

Output: Specify if there are any adjustments, such as discounts, or extra charges etc.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Total [1] Total [3] Currency [4] - [2]

Output: Displays the amount of the selected line item.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Terms & Conditions [1] Terms & Conditions [3] Text area (long text) [2]

Output: Specify the terms and conditions that are associated with sales order.

Modules & Fields | Developer API - Zoho CRM


Input: [0] Description [1] Description [3] Text area (long text) [4] 32000 characters [2]

Output: Specify any other details about sales order.

Modules & Fields | Developer API - Zoho CRM


Input: [Statistic] mean [1]

Output: The arithmetic mean

Analysis Descriptor Documentation — Freesound API documentation


Input: [Statistic] max [1]

Output: The maximum value

Analysis Descriptor Documentation — Freesound API documentation


Input: [Statistic] min [1]

Output: The minimum value

Analysis Descriptor Documentation — Freesound API documentation


Input: [Statistic] var [1]

Output: The variance

Analysis Descriptor Documentation — Freesound API documentation


Input: [Statistic] dmean [1]

Output: The mean of the derivative

Analysis Descriptor Documentation — Freesound API documentation


Input: [Statistic] dmean2 [1]

Output: The mean of the second derivative

Analysis Descriptor Documentation — Freesound API documentation


Input: [Statistic] dvar [1]

Output: The variance of the derivative

Analysis Descriptor Documentation — Freesound API documentation


Input: [Statistic] dvar2 [1]

Output: The variance of the second derivative

Analysis Descriptor Documentation — Freesound API documentation


Input: [0] title [2]

Output: A succinct description of what is in the dataset.


Input: [0] institution [2]

Output: Specifies where the original data were produced.


Input: [0] source [2]

Output: The method of production of the original data. If the data are model generated, source should name the model and the version number. If the data are observational, source should characterize them, e.g. surface observation, radiosonde, satellite.


Input: [0] history [2]

Output: Provides an audit trail for modifications to the original data. Well-behaved generic software will automatically append their name, input parameters, and a timestamp.


Input: [0] references [2]

Output: Published or web-based references which describe the data, or the methods used to produce them.


Input: [0] comment [2]

Output: Miscellaneous information about the data or the methods used to produce them.


Input: [0] Case [2] Topology [3] Comments [Parent RA info received]

Output: Reachability


Input: [0] 1 [2] Full [3] Example: different routing protocols used in different areas at the same level, routing information must be exchanged through a mutual parent area or areas Note: local path computation has flexibility as to the detail of the route specified beyond the local area [Parent RA info received]

Output: Full


Input: [0] 2 [2] Partial [3] abstracted topology is received for some area(s) Note: local path computation cannot result in the full path and further route resolution will occur at a later point [Parent RA info received]

Output: Full


Input: [0] 3 [2] Minimal or None [3] Minimal topology information may support the selection of a particular egress point. If no topology information is available then all egress points are considered equivalent for routing. [Parent RA info received]

Output: Full


Input: [0] 4 [2] Partial [3] Reachability information provided in the form of summarized addresses Local path computation must be done assuming that the address is resolvable It is also possible that reachability is not provided for a particular address In this case no path can be computed Same comments as above on topology [Parent RA info received]

Output: Partial


Input: [0] 5 [2] Minimal or None [3] Similar comments [Parent RA info received]

Output: Partial


Input: [0] 6 [2] None [3] Path computation server approach. [Parent RA info received]

Output: Minimal


Input: [Parent RA info received]

Output: Child RA info received


Input: [2] Topology [3] Comments [Parent RA info received]

Output: Reachability


Input: [0] 7 [2] Full [Parent RA info received]

Output: Full


Input: [0] 10 [2] Partial [Parent RA info received]

Output: Partial


Input: [0] 12 [2] None [Parent RA info received]


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

Output: Attribute

Apache Tomcat 6.0 (6.0.44) - Manager App HOW-TO


Input: [1] Name of a file to which to write the output. If the error stream is not also redirected to a file or property, it will appear in this output. [2] No [0]

Output: output

Apache Tomcat 6.0 (6.0.44) - Manager App HOW-TO


Input: [1] The file to which the standard error of the command should be redirected. [2] No [0]

Output: error

Apache Tomcat 6.0 (6.0.44) - Manager App HOW-TO


Input: [1] This attribute is used when you wish to see error output in Ant's log and you are redirecting output to a file/property. The error output will not be included in the output file/property. If you redirect error with the error or errorProperty attributes, this will have no effect. [2] No [0]

Output: logError

Apache Tomcat 6.0 (6.0.44) - Manager App HOW-TO


Input: [1] Whether output and error files should be appended to or overwritten. Defaults to false. [2] No [0]

Output: append

Apache Tomcat 6.0 (6.0.44) - Manager App HOW-TO


Input: [1] Whether output and error files should be created even when empty. Defaults to true. [2] No [0]

Output: createemptyfiles

Apache Tomcat 6.0 (6.0.44) - Manager App HOW-TO


Input: [1] The name of a property in which the output of the command should be stored. Unless the error stream is redirected to a separate file or stream, this property will include the error output. [2] No [0]

Output: outputproperty

Apache Tomcat 6.0 (6.0.44) - Manager App HOW-TO


Input: [1] The name of a property in which the standard error of the command should be stored. [2] No [0]

Output: errorproperty

Apache Tomcat 6.0 (6.0.44) - Manager App HOW-TO


Input: [0] # Line 268 control verbs that are returned from cal

Output: Line 268 control verbs that are returned from cal

[pcre] Diff of /code/trunk/doc/pcretest.1

revision 512 by ph10, Tue Mar 30 11:11:52 2010 UTC


Input: [0] 268 created by a call to \fBpcre_study()\fP, and to set the PCRE_EXTRA_MARK flag

Output: created by a call to \fBpcre_study()\fP, and to set the PCRE_EXTRA_MARK flag

[pcre] Diff of /code/trunk/doc/pcretest.1

revision 512 by ph10, Tue Mar 30 11:11:52 2010 UTC


Input: [0] 269 and the \fBmark\fP field within it, every time that \fBpcre_exec()\fP is

Output: and the \fBmark\fP field within it, every time that \fBpcre_exec()\fP is

[pcre] Diff of /code/trunk/doc/pcretest.1

revision 512 by ph10, Tue Mar 30 11:11:52 2010 UTC


Input: [0] 270 called. If the variable that the \fBmark\fP field points to is non-NULL for a

Output: called. If the variable that the \fBmark\fP field points to is non-NULL for a

[pcre] Diff of /code/trunk/doc/pcretest.1

revision 512 by ph10, Tue Mar 30 11:11:52 2010 UTC


Input: [0] 271 match, non-match, or partial match, \fBpcretest\fP prints the string to which

Output: match, non-match, or partial match, \fBpcretest\fP prints the string to which

[pcre] Diff of /code/trunk/doc/pcretest.1

revision 512 by ph10, Tue Mar 30 11:11:52 2010 UTC


Input: [0] 272 it points. For a match, this is shown on a line by itself, tagged with "MK:".

Output: it points. For a match, this is shown on a line by itself, tagged with "MK:".

[pcre] Diff of /code/trunk/doc/pcretest.1

revision 512 by ph10, Tue Mar 30 11:11:52 2010 UTC


Input: [0] 273 For a non-match it is added to the message.

Output: For a non-match it is added to the message.

[pcre] Diff of /code/trunk/doc/pcretest.1

revision 512 by ph10, Tue Mar 30 11:11:52 2010 UTC


Input: [0] 274 .P

Output: .P

[pcre] Diff of /code/trunk/doc/pcretest.1

revision 512 by ph10, Tue Mar 30 11:11:52 2010 UTC


Input: [0] 275 The \fB/L\fP modifier must be followed directly by the name of a locale, for

Output: The \fB/L\fP modifier must be followed directly by the name of a locale, for

[pcre] Diff of /code/trunk/doc/pcretest.1

revision 512 by ph10, Tue Mar 30 11:11:52 2010 UTC


Input: [1] adminEmail [2] The client's admin email [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] homePage [2] The client's website [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] logoUrl [2] The URL of the client's logo image [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] clientAddr1 [2] The client's Address, line 1 [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] clientAddr2 [2] The client's Address, line 2 [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] clientCity [2] The client's city [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] clientState [2] The client's state [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] clientZip [2] The client's ZIP/Postal code [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] clientBusinessName [2] The client's business name [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] phoneNumber [2] The client's phone number [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] supportEmail [2] The client's support email addresss [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] clientTimezone [2] The client's timezone code [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] hostedLimit [2] The client's Hosted Content Limit [0]

Output: int

Admin_Get_Account_Info - Email Marketing API


Input: [1] maximumCustomUsers [2] The client's maximum number of users [0]

Output: int

Admin_Get_Account_Info - Email Marketing API


Input: [1] accountType [2] The client's account type [0]

Output: string

Admin_Get_Account_Info - Email Marketing API


Input: [1] contactQuota [2] The client's contact quota [0]

Output: int

Admin_Get_Account_Info - Email Marketing API


Input: [1] blockSendQuota [2] The client's block send quota [0]

Output: int

Admin_Get_Account_Info - Email Marketing API


Input: [1] contractLength [2] The client's contract length, in number of months [0]

Output: int

Admin_Get_Account_Info - Email Marketing API


Input: [1] paymentFrequency [2] The client's payment frequency, in number of months [0]

Output: int

Admin_Get_Account_Info - Email Marketing API


Input: [1] poweredBy [2] Whether or not the Powered By image is required in the client's campaigns [0]

Output: bool

Admin_Get_Account_Info - Email Marketing API


Input: [1] forwardToFriendLink [2] Default setting for the client's Forward To Friend setting when creating campaigns [0]

Output: bool

Admin_Get_Account_Info - Email Marketing API


Input: [1] managePreferencesLink [2] Default setting for the client's Manage Preferences setting when creating campaigns [0]

Output: bool

Admin_Get_Account_Info - Email Marketing API


Input: [1] unsubscribeLink [2] Default setting for the client's Unsubscribe Link setting when creating campaigns [0]

Output: bool

Admin_Get_Account_Info - Email Marketing API


Input: [1] aboutListLink [2] Default setting for the client's About List Link setting when creating campaigns [0]

Output: bool

Admin_Get_Account_Info - Email Marketing API


Input: [1] optinSource [2] Default setting for the client's Auto Source setting when creating campaigns [0]

Output: bool

Admin_Get_Account_Info - Email Marketing API


Input: [1] isActive [2] Wether or not the client's account is currently active [0]

Output: bool

Admin_Get_Account_Info - Email Marketing API


Input: [2] result for the given vector range [1]

Output: output

SHOGUN: CMeanShiftDataGenerator< T > Class Template Reference


Input: [2] scalars to multiply with, may be NULL [1]

Output: alphas

SHOGUN: CMeanShiftDataGenerator< T > Class Template Reference


Input: [2] dense vector to compute dot product with [1]

Output: vec

SHOGUN: CMeanShiftDataGenerator< T > Class Template Reference


Input: [2] length of the dense vector [1]

Output: dim

SHOGUN: CMeanShiftDataGenerator< T > Class Template Reference


Input: [2] bias [1]

SHOGUN: CMeanShiftDataGenerator< T > Class Template Reference


Input: [2] number of vectors to operate on (indices 0 to num_vec-1) [1]

Output: num_vec

SHOGUN: CMeanShiftDataGenerator< T > Class Template Reference


Input: [1] s [2]

Output: MpegEncContext

FFmpeg: libavcodec/vc1dec.c File Reference


Input: [1] overlap [2]

Output: flag indicating that overlap filtering is used

FFmpeg: libavcodec/vc1dec.c File Reference


Input: [1] pq [2]

Output: integer part of picture quantizer

FFmpeg: libavcodec/vc1dec.c File Reference


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

Output: block index in the current MB

FFmpeg: libavcodec/vc1dec.c File Reference


Input: [1] dc_val_ptr [2]

Output: Pointer to DC predictor

FFmpeg: libavcodec/vc1dec.c File Reference


Input: [1] dir_ptr [2]

Output: Prediction direction for use in AC prediction

FFmpeg: libavcodec/vc1dec.c File Reference


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

Output: other string to compare to


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

Output: pointer to the character string to compare to


Input: [0] count1 [1] - [2]

Output: number of characters of this string to compare


Input: [0] pos1 [1] - [2]

Output: position of the first character in this string to compare


Input: [0] count2 [1] - [2]

Output: number of characters of the given string to compare


Input: [0] pos2 [1] - [2]

Output: position of the first character of the given string to compare


Input: [value] 0 [effect]

Output: stick from backbone atom to N1 of purines and N3 of pyrimidines

Examples of nucleic acid cartoons - PyMOLWiki


Input: [value] 1 [effect]

Output: simple plane for ribose and base rings covering area between ring bonds

Examples of nucleic acid cartoons - PyMOLWiki


Input: [value] 2 [effect]

Output: simple plane for ribose and base rings covering area inside sticks (slightly smaller than mode 1)

Examples of nucleic acid cartoons - PyMOLWiki


Input: [value] 3 [effect]

Output: plane bounded by sticks for ribose and base rings

Examples of nucleic acid cartoons - PyMOLWiki


Input: [value] 4 [effect]

Output: large sphere of ring diameter at centre of ribose and each base ring

Examples of nucleic acid cartoons - PyMOLWiki


Input: [value] 5 [effect]

Output: small sphere of 1/10 diameter at centre of ribose and each base ring

Examples of nucleic acid cartoons - PyMOLWiki


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: [r s] v [Start a rewrite]

Output: Revert a given commit


Input: [r s] r t [Start a rewrite]

Output: Remove bookkeeping information from buffer


Input: [r s] r a [Start a rewrite]

Output: Abort rewriting


Input: [r s] r f [2] Applies all unused commits. [Start a rewrite]

Output: Finish rewriting


Input: [r s] r * [Start a rewrite]

Output: Toggle the * mark on a pending commit


Input: [r s] r .. [Start a rewrite]

Output: Toggle the . mark on a pending commit


Input: [2] is the name of the portal container mesh to create the portal in. If the parentMesh already has a mesh with that name then that will be used. If there is already a mesh with that name but it is not a portal container then a new mesh will be created. [1]

Output: name

Crystal Space 2.0: iEngine Struct Reference (Crystal Space 2.0 Public API Reference)


Input: [2] is the mesh where the portal container will be placed as a child. [1]

Output: parentMesh

Crystal Space 2.0: iEngine Struct Reference (Crystal Space 2.0 Public API Reference)


Input: [2] is the sector where the single portal that is created inside the portal object will point too. [1]

Output: destSector

Crystal Space 2.0: iEngine Struct Reference (Crystal Space 2.0 Public API Reference)


Input: [2] list of vertices comprising the portal. [1]

Output: vertices

Crystal Space 2.0: iEngine Struct Reference (Crystal Space 2.0 Public API Reference)


Input: [2] number of elements in 'vertices'. [1]

Output: num_vertices

Crystal Space 2.0: iEngine Struct Reference (Crystal Space 2.0 Public API Reference)


Input: [2] is a return value for the created portal. [1]

Output: portal

Crystal Space 2.0: iEngine Struct Reference (Crystal Space 2.0 Public API Reference)


Input: [b] TRUE [a AND b] TRUE [a OR b] TRUE [a]

Output: TRUE

Logical Operators - PostgreSQL 9.2.0 Documentation


Input: [b] FALSE [a AND b] FALSE [a OR b] TRUE [a]

Output: TRUE

Logical Operators - PostgreSQL 9.2.0 Documentation


Input: [b] NULL [a AND b] NULL [a OR b] TRUE [a]

Output: TRUE

Logical Operators - PostgreSQL 9.2.0 Documentation


Input: [b] FALSE [a AND b] FALSE [a OR b] FALSE [a]

Output: FALSE

Logical Operators - PostgreSQL 9.2.0 Documentation


Input: [b] NULL [a AND b] FALSE [a OR b] NULL [a]

Output: FALSE

Logical Operators - PostgreSQL 9.2.0 Documentation


Input: [b] NULL [a AND b] NULL [a OR b] NULL [a]

Logical Operators - PostgreSQL 9.2.0 Documentation


Input: [0] name [2] data source(s) [1]

Output: type


Input: [0] sessionDay [2] current session element and ZODB property [1]

Output: SELECT


Input: [0] sessionTitle [2] current session element [1]

Output: INPUT


Input: [0] sessionTrack [2] current session element and ZODB property [1]

Output: SELECT


Input: [0] sessionStart [2] current session element and ZODB property [1]

Output: SELECT


Input: [0] sessionEnd [2] current session element and ZODB property [1]

Output: SELECT


Input: [0] sessionSpeakers [2] current session element and related speaker elements [1]

Output: SELECT


Input: [0] sessionDescription [2] current session element [1]

Output: TEXTAREA


Input: [2] the sender's address [1]

Output: sender

gps - greylist policy service for postfix | mimoland


Input: [2] the recipient's address [1]

Output: recipient

gps - greylist policy service for postfix | mimoland


Input: [2] the client's address [1]

Output: client_address

gps - greylist policy service for postfix | mimoland


Input: [2] the significant part of the resolved client name when run in mode reverse [1]

Output: client_name

gps - greylist policy service for postfix | mimoland


Input: [2] number of times triplet has been passed from postfix [1]

Output: count

gps - greylist policy service for postfix | mimoland


Input: [2] interval between now and the record's time [1]

Output: time_difference

gps - greylist policy service for postfix | mimoland


Input: [0] r [1] read [2]

Output: user or members of group can read files in the directory (i.e. see the contents of files)


Input: [0] l [1] list [2]

Output: user or members of group can list files in the directory (i.e. see the names of files), they can also list the permissions of the directory.


Input: [0] i [1] insert [2]

Output: user or members of group can create files (or subdirectories) in the directory


Input: [0] d [1] delete [2]

Output: user or members of group can delete files in the directory


Input: [0] w [1] write [2]

Output: user or members of group can modify files in the directory (i.e. change the contents of files)


Input: [0] k [1] lock [2]

Output: user or members of group can lock files in the directory (you will likely never use this)


Input: [0] a [1] admin [2]

Output: user or members of group can change permissions of this directory (though not existing subdirectories, unless they have the a permission in those too. They will have admin powers in newly created subdirectories.)


Input: [0] A,B,…,H [1] site-specific [2]

Output: Site-specific permissions that are meaningless to AFS but may be used by other software (or special versions of AFS).


Input: [0] src [Values] url to image [Meaning] Tells TimThumb which image to resize [Parameter]

Output: source

PHP Resize Images Dynamically. Resize Image in PHP


Input: [0] w [Values] the width to resize to [Meaning] Remove the width to scale proportionally (will then need the height) [Parameter]

Output: width

PHP Resize Images Dynamically. Resize Image in PHP


Input: [0] h [Values] the height to resize to [Meaning] Remove the height to scale proportionally (will then need the width) [Parameter]

Output: height

PHP Resize Images Dynamically. Resize Image in PHP


Input: [0] q [Values] 0 – 100 [Meaning] Compression quality. The higher the number the nicer the image will look. I wouldn’t recommend going any higher than about 95 else the image will get too large [Parameter]

Output: quality

PHP Resize Images Dynamically. Resize Image in PHP


Input: [0] a [Values] c, t, l, r, b, tl, tr, bl, br [Meaning] Crop alignment. c = center, t = top, b = bottom, r = right, l = left. The positions can be joined to create diagonal positions [Parameter]

Output: alignment

PHP Resize Images Dynamically. Resize Image in PHP


Input: [0] zc [Values] 0, 1, 2, 3 [Meaning] Change the cropping and scaling settings [Parameter]

Output: zoom / crop

PHP Resize Images Dynamically. Resize Image in PHP


Input: [0] f [Values] too many to mention [Meaning] Let’s you apply image filters to change the resized picture. For instance you can change brightness/ contrast or even blur the image [Parameter]

Output: filters

PHP Resize Images Dynamically. Resize Image in PHP


Input: [0] s [Meaning] Apply a sharpen filter to the image, makes scaled down images look a little crisper [Parameter]

Output: sharpen

PHP Resize Images Dynamically. Resize Image in PHP


Input: [0] cc [Values] hexadecimal colour value (#ffffff) [Meaning] Change background colour. Most used when changing the zoom and crop settings, which in turn can add borders to the image. [Parameter]

Output: canvas colour

PHP Resize Images Dynamically. Resize Image in PHP


Input: [0] ct [Values] true (1) [Meaning] Use transparency and ignore background colour [Parameter]

Output: canvas transparency

PHP Resize Images Dynamically. Resize Image in PHP


Input: [1] pool [2]

Output: The pool to use


Input: [1] ldap [2]

Output: The LDAP handle


Input: [1] hostname [2]

Output: The name of the host to connect to. This can be either a DNS name, or an IP address.


Input: [1] portno [2]

Output: The port to connect to


Input: [1] secure [2]

Output: The security mode to set


Input: [1] result_err [2]

Output: The returned result


Input: [Cmavo] lo [Article] Generic + [Outer quantifier] distributive over individuals [Inner quantifier] number of individuals not necessarily all that exist + [Default quantifier] none + [Key phrase]

Output: fits


Input: [Cmavo] le [Article] Specific [Outer quantifier] distributive over individuals [Inner quantifier] number of individuals [Default quantifier] none + [Key phrase]

Output: described as


Input: [Cmavo] la [Article] Name [Outer quantifier] distributive over individuals [Inner quantifier] part of the name [Default quantifier] none + [Key phrase]

Output: named with


Input: [Cmavo] loi [Article] Generic +mass [Outer quantifier] selects subgroup [Inner quantifier] number of individuals not necessarily all that exist + [Default quantifier] none + [Key phrase]

Output: fit and collectively satisfy


Input: [Cmavo] lei [Article] Specific mass [Outer quantifier] selects subgroup [Inner quantifier] number of individuals [Default quantifier] none + [Key phrase]

Output: described as and collectively satisfy


Input: [Cmavo] lai [Article] Name mass [Outer quantifier] selects subgroup [Inner quantifier] part of the name [Default quantifier] none + [Key phrase]

Output: named with and collectively satisfy


Input: [Cmavo] lo'i [Article] Generic + set [Outer quantifier] selects subset [Inner quantifier] cardinality of set not necessarily all that exist + [Default quantifier] none + [Key phrase]

Output: has only members that fit


Input: [Cmavo] le'i [Article] Specific set [Outer quantifier] selects subset [Inner quantifier] cardinality of set [Default quantifier] none + [Key phrase]

Output: has only members described as


Input: [Cmavo] la'i [Article] Name set [Outer quantifier] selects subset [Inner quantifier] part of the name [Default quantifier] none + [Key phrase]

Output: has only members named with


Input: [Numbers] 1 [Details] Basic Rapidform XOR and introduction-user interface [Content]

Output: Overview

TRANING CAD/CAM/CNC | CAD/CAM/CNC/ SOLUTION


Input: [Numbers] 2 [Details] Run mesh buildup wizard [Content]

Output: Mesh buildup wizard

TRANING CAD/CAM/CNC | CAD/CAM/CNC/ SOLUTION


Input: [Numbers] 3 [Details] Mesh modeling with simple sample Create mesh model Split Mirror Merge Smooth Fill holes Decimate Subdivide Global remesh Optimization mesh Enhance mesh Edit boundary Healing wizard [Content]

Output: Mesh modeling with simple sample

TRANING CAD/CAM/CNC | CAD/CAM/CNC/ SOLUTION


Input: [Numbers] 4 [Details] Create auto surface create curve automatically create curve manually create section curve create feature curve create interactive curve rebuilt curve curve split and merge create curve network auto surface – edit auto surface [Content]

Output: Create auto surface

TRANING CAD/CAM/CNC | CAD/CAM/CNC/ SOLUTION


Input: [Numbers] 5 [Details] Modeling with simple sample Region group editing Various mode Extrude Fillet Chamfer Variable fillet Edit feature history [Content]

Output: Basic concept

TRANING CAD/CAM/CNC | CAD/CAM/CNC/ SOLUTION


Input: [Numbers] 6 [Details] Method of alignment Align wizard Interactive alignment 3-2-1 method X-Y-Z method Create reference geometry [Content]

Output: Alignment of mesh data

TRANING CAD/CAM/CNC | CAD/CAM/CNC/ SOLUTION


Input: [Numbers] 7 [Details] Knob modeling Smart dimension Loft surface Create tangent constraint surface Hollow Variable fillet Draft – Boolean [Content]

Output: Modeling without mesh

TRANING CAD/CAM/CNC | CAD/CAM/CNC/ SOLUTION


Input: [Numbers] 8 [Details] CCTV modeling Primitives feature Alignment Sketch Pattern copy – Mirroring [Content]

Output: Comprehensive modeling

TRANING CAD/CAM/CNC | CAD/CAM/CNC/ SOLUTION


Input: [Numbers] 9 [Details] Brake handle modeling Primitives feature Alignment Sketch Pattern copy Mirroring Loft surface, Loft wizard Sweep surface – Trim and Merge [Content]

Output: Comprehensive modeling

TRANING CAD/CAM/CNC | CAD/CAM/CNC/ SOLUTION


Input: [Numbers] 10 [Details] Self training : fan Meshfit surface Revolve Pattern copy Extrude Fillet and chamfer Change history Self Training : homework [Content]

Output: Self study

TRANING CAD/CAM/CNC | CAD/CAM/CNC/ SOLUTION


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

Output: Type


Input: [0] xrefstyle [2] None [1]

Output: CDATA


Input: [0] targetdocent [2] None [1]

Output: ENTITY


Input: [0] localinfo [2] None [1]

Output: CDATA


Input: [0] linkmode [2] None [1]

Output: IDREF


Input: [0] targetdoc [2] None [1]

Output: CDATA


Input: [0] targetptr [2] None [1]

Output: CDATA


Input: [0] type [2] None [1]

Output: CDATA


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

Output: length of port or vent

Subwoofer Vent Equations Formulas Calculator - Minimum Port Diameter


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

Output: diameter of port or vent

Subwoofer Vent Equations Formulas Calculator - Minimum Port Diameter


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

Output: minimum diameter of port or vent

Subwoofer Vent Equations Formulas Calculator - Minimum Port Diameter


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

Output: number of ports or vents

Subwoofer Vent Equations Formulas Calculator - Minimum Port Diameter


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

Output: volume of box

Subwoofer Vent Equations Formulas Calculator - Minimum Port Diameter


Input: [0] fb or Fb [1] = [2]

Output: tuning frequency

Subwoofer Vent Equations Formulas Calculator - Minimum Port Diameter


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

Output: end correction factor

Subwoofer Vent Equations Formulas Calculator - Minimum Port Diameter


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

Output: surface area of subwoofer

Subwoofer Vent Equations Formulas Calculator - Minimum Port Diameter


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

Output: driver displacement volume

Subwoofer Vent Equations Formulas Calculator - Minimum Port Diameter


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

Output: maximum linear displacement of driver

Subwoofer Vent Equations Formulas Calculator - Minimum Port Diameter


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

Output: The id of the fruit type to cut, eg FruitUtil.FRUITTYPE_WHEAT


Input: [0] float [1] startWorldX [2]

Output: The x start position of the parallelogram


Input: [0] float [1] startWorldZ [2]

Output: The z start position of the parallelogram


Input: [0] float [1] widthWorldX [2]

Output: The x coordinate of the width vector of the parallelogram


Input: [0] float [1] widthWorldZ [2]

Output: The z coordinate of the width vector of the parallelogram


Input: [0] float [1] heightWorldX [2]

Output: The x coordinate of the height vector of the parallelogram


Input: [0] float [1] heightWorldZ [2]

Output: The z coordinate of the height vector of the parallelogram


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

Output: Name


Input: [1] String [2] Acceleration [3] Subsection name of acceleration units [0]

Output: acceleration


Input: [1] String [2] Amount [3] Subsection name of substance units [0]

Output: amount


Input: [1] String [2] Angle [3] Subsection name of angular units [0]

Output: angle


Input: [1] String [2] Area [3] Subsection name of area units [0]

Output: area


Input: [1] String [2] Capacitance [3] Subsection name of capacitance units [0]

Output: capacitance


Input: [1] String [2] Charge [3] Subsection name of charge units [0]

Output: charge


Input: [1] String [2] Chemistry [3] Section name of chemistry units [0]

Output: chemistry


Input: [1] String [2] Concentration [3] Subsection name of concentration units [0]

Output: concentration


Input: [1] String [2] Conductance [3] Subsection name of conductance units [0]

Output: conductance


Input: [1] String [2] Current [3] Subsection name of current units [0]

Output: current


Input: [1] String [2] Electricity [3] electricity units [0]

Output: electricity


Input: [1] String [2] Energy [3] Subsection name of energy units [0]

Output: energy


Input: [1] String [2] SI equivalent [3] The title of the second column in the unit selection tree view [0]

Output: equivalent-column-title


Input: [1] String [2] Flux [3] Subsection name of flux units [0]

Output: flux


Input: [1] String [2] Force [3] Subsection name of force units [0]

Output: force


Input: [1] String [2] Frequency [3] Subsection name of frequency units [0]

Output: frequency


Input: [1] String [2] Geometry [3] Section name of geometric units [0]

Output: geometry


Input: [1] String [2] Illuminance [3] Subsection name of illuminance units [0]

Output: illuminance


Input: [1] String [2] Inductance [3] Subsection name of inductance units [0]

Output: inductance


Input: [1] String [2] Intensity [3] Subsection name of intensity units [0]

Output: intensity


Input: [1] String [2] Length [3] Subsection name of length units [0]

Output: length


Input: [1] String [2] Luminance [3] Subsection name of luminance units [0]

Output: luminance


Input: [1] String [2] Mass [3] Subsection name of mass units [0]

Output: mass


Input: [1] String [2] Mechanics [3] Section name of mechanics units [0]

Output: mechanics


Input: [1] String [2] Optic [3] Section name of optic units [0]

Output: optic


Input: [1] String [2] Potential [3] Subsection name of potential units [0]

Output: potential


Input: [1] String [2] Power [3] Subsection name of power units [0]

Output: power


Input: [1] String [2] Power [3] The label of the spin box [0]

Output: power-label


Input: [1] String [2] Pressure [3] Subsection name of pressure units [0]

Output: pressure


Input: [1] String [2] Resistance [3] Subsection name of resistance units [0]

Output: resistance


Input: [1] String [2] Temperature [3] Subsection name of temperature units [0]

Output: temperature


Input: [1] String [2] Time [3] Subsection name of time units [0]

Output: time


Input: [1] String [2] Unit [3] The title of the first column in the unit selection tree view. [0]

Output: unit-column-title


Input: [1] String [2] Velocity [3] Subsection name of velocity units [0]

Output: velocity


Input: [1] String [2] Volume [3] Subsection name of volume units [0]

Output: volume


Input: [0] Attributes [1] Value [2]

Output: Description

HTML5 video element, Implementation of <video> tag.


Input: [0] autoplay [1] autoplay [2]

Output: Video will start automatically play.

HTML5 video element, Implementation of <video> tag.


Input: [0] autobuffer [1] autobuffer [2]

Output: Video will start automatically buffer.

HTML5 video element, Implementation of <video> tag.


Input: [0] controls [1] controls [2]

Output: for showing controls.

HTML5 video element, Implementation of <video> tag.


Input: [0] loop [1] loop [2]

Output: for repetition of media data.

HTML5 video element, Implementation of <video> tag.


Input: [0] height [1] pixel [2]

Output: Define height of media.

HTML5 video element, Implementation of <video> tag.


Input: [0] poster [1] URL of a image [2]

Output: Address of image.

HTML5 video element, Implementation of <video> tag.


Input: [0] src [1] URL(video, audio) [2]

Output: Address of media.

HTML5 video element, Implementation of <video> tag.


Input: [0] width [1] pixel [2]

Output: Define width of media.

HTML5 video element, Implementation of <video> tag.


Input: [0] Value [2] Meaning [1]

Output: Type


Input: [0] Empty [2] Information does not exist [1]

Output: strings


Input: [0] 0 [2] Information does not exist [1]

Output: numbers


Input: [0] 1000 [2] Information does not exist [1]

Output: dates


Input: [0] Nil [2] Information is undetermined [1]

Output: strings


Input: [0] 99999999 [2] Information is undetermined [1]

Output: numbers/dates


Input: [0] 1 [Function] enth1 [Used for]

Output: Determine the enthalpy change for a compound for given temperature change. This only accounts for sensible heat effects!

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 2 [Function] enth2 [Used for]

Output: Determine the enthalpy change for a compound for given temperature change. Gives the same result as enth1, but uses the MATLAB function polyval to do most of the work.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 3 [Function] enth3 [Used for]

Output: Determine the enthalpy change for multiple compounds for given temperature change.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 4 [Function] HinkJ [Used for]

Output: Determine the enthalpy of one or more compounds relative to the elements at 25°C. All of the compounds must be in the same state.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 5 [Function] mHinkJ [Used for]

Output: Extension of HinkJ to allow more than one temperature to be given.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 6 [Function] setne [Used for]

Output: Set the flow and energy conditions in a stream.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 7 [Function] mixe [Used for]

Output: The mixer mass and energy balance module.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 8 [Function] sepe [Used for]

Output: The separator mass and energy module.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 9 [Function] splite [Used for]

Output: The splitter mass and energy balance module.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 10 [Function] reacte [Used for]

Output: The reactor mass and energy balance module: only one exit stream.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 11 [Function] reacten [Used for]

Output: Extension of reacte to allow multiple exit streams.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


Input: [0] 12 [Function] showe [Used for]

Output: Display the flow rates and energy content of each stream in or out of a module.

Rice University - Ceng301 - 3.3: Energy Flow Sheet Functions


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

Output: Type


Input: [0] VehicleID [2] Unique number identifying the vehicle [1]

Output: Integer


Input: [0] VehicleType [2] Code indicating what type of vehicle. Possible values are snow plow, police car, or maintenance truck. [1]

Output: Integer


Input: [0] EquipmentType [2] Code indicating what type of communications equipment is in the vehicle. This field will determine the mechanism used to communicate with the vehicle [1]

Output: Integer


Input: [0] CommunicationsID [2] ID required for communications, i.e. cell phone number, pager number, radio device id. [1]

Output: Integer


Input: [0] VehicleStatus [2] Code indicating current status of vehicle. Possible values include active, reporting, inactive or error [1]

Output: Integer


Input: [0] VehicleLocation [2] Coordinates of vehicle [1]

Output: Location


Input: [0] LastReport [2] Last date and time of successful communications with vehicle [1]

Output: Time


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

Output: Default


Input: [0] series [1] String [3] The series name [2]


Input: [0] autoScroll [1] Boolean [3] Whether when moving indicator the chart is automatically scrolled [2]

Output: true


Input: [0] vertical [1] Boolean [3] Whether the indicator is vertical or not [2]

Output: true


Input: [0] dualIndicator [1] Boolean [3] Whether a double touch on the chart creates an indicator showing trend [2]

Output: false


Input: [0] fixed [1] Boolean [3] Whether a fixed precision must be applied to displayed value [2]

Output: true


Input: [0] vertical [1] Number [3] The precision at which to round values for display [2]


Input: [1] html [2] the full HTML content to be sent [0]

Output: string

MailChimp STS API v1.0 - SendEmail() method


Input: [1] text [2] optional - the full Text content to be sent [0]

Output: string

MailChimp STS API v1.0 - SendEmail() method


Input: [1] subject [2] the message subject [0]

Output: string

MailChimp STS API v1.0 - SendEmail() method


Input: [1] from_name [2] the from name to be used [0]

Output: string

MailChimp STS API v1.0 - SendEmail() method


Input: [1] from_email [2] a verified email address from ListVerifiedEmailAddresses [0]

Output: string

MailChimp STS API v1.0 - SendEmail() method


Input: [1] reply_to [2] option the email address(es) that should be set as reply-to email addresses. [0]

Output: array

MailChimp STS API v1.0 - SendEmail() method


Input: [1] to_email [2] an array containing up to 50 email addresses to receive this email [0]

Output: array

MailChimp STS API v1.0 - SendEmail() method


Input: [1] to_name [2] optional - an array of To names to be used. Theses will be processed in order with to_email, so every to_email should have a to_name, even if it is blank. [0]

Output: array

MailChimp STS API v1.0 - SendEmail() method


Input: [1] cc_email [2] optional - an array containing up to 50 email addresses to receive this email as CC recipients [0]

Output: array

MailChimp STS API v1.0 - SendEmail() method


Input: [1] cc_name [2] optional - an array of CC names to be used. Theses will be processed in order with to_email, so every to_email should have a to_name, even if it is blank. [0]

Output: array

MailChimp STS API v1.0 - SendEmail() method


Input: [1] bcc_email [2] optional - an array containing up to 50 email addresses to receive this email as BCC recipients [0]

Output: array

MailChimp STS API v1.0 - SendEmail() method


Input: [1] bcc_name [2] optional - an array of BCC names to be used. Theses will be processed in order with to_email, so every to_email should have a to_name, even if it is blank. [0]

Output: array

MailChimp STS API v1.0 - SendEmail() method


Input: [1] autogen_html [2] optional - if an html section is not passed in, generate it from the text. For historical reasons, this defaults to true. [0]

Output: bool

MailChimp STS API v1.0 - SendEmail() method


Input: [0] .

Output: The current namespace

Can be a list, separated with semicolons, of:


Input: [0] ..

Output: The parent namespace

Can be a list, separated with semicolons, of:


Input: [0] subnamespace

Output: The name of a sub namespace. Same as .:subnamespace

Can be a list, separated with semicolons, of:


Input: [0] ..:sibling

Output: The name of a sibling namespace

Can be a list, separated with semicolons, of:


Input: [0] ::

Output: The root namespace

Can be a list, separated with semicolons, of:


Output: Can be any of the following, in any order:

Can be a list, separated with semicolons, of:


Input: [0] cols

Output: A semicolon separated list of column names, see “Supported Column Names” below.

Can be a list, separated with semicolons, of:


Input: [0] hdrs

Output: A semicolon separated list of column header names.

Can be a list, separated with semicolons, of:


Input: [0] skip

Output: A semicolon separated list of namespaces or page names that should be skipped. Namespaces must end with a colon.

Can be a list, separated with semicolons, of:


Input: [0] tag

Output: A semicolon separated list of tags that each page should have. Pages that do not have all these tags are skipped. A tag with a ! put in front of it means that a page with such a tag is skipped.

Can be a list, separated with semicolons, of:


Input: [0] sort

Output: A semicolon separated list of column names to be sorted, see “Supported Column Names” below. Append -ascending (default) or -descending to each column name to get the desired effect. -a and -d work too.

Can be a list, separated with semicolons, of:


Input: [0] ego

Output: Includes the current page in the result list (at least if it is part of the selected namespaces).

Can be a list, separated with semicolons, of:


Input: [0] widedesc

Output: Shows the description of each page in an additional full width row.

Can be a list, separated with semicolons, of:


Input: [0] noheader

Output: Do not show a header.

Can be a list, separated with semicolons, of:


Input: [0] table

Output: Use the table style (styling of the pagelist plugin is used)

Can be a list, separated with semicolons, of:


Input: [0] list

Output: Use the list style (styling of the pagelist plugin is used)

Can be a list, separated with semicolons, of:


Input: [0] nodefaulttitle

Output: When this flag (or ndt) is present, the titles shown in the page column will not be the default titles but the page name itself.

Can be a list, separated with semicolons, of:


Input: [0] collapse

Output: Limits the set of pages that is displayed to all siblings of the current page, all start pages of child namespaces (but not grandchild namespaces), all start pages of each parent namespaces and their sibling namespaces. This can be used to create a dynamic index. See Ego and collapse background for more information about this.

Can be a list, separated with semicolons, of:


Input: [0] namespacename

Output: Instead using “start” as namespacename the name of the namespace will be displayed.

Can be a list, separated with semicolons, of:


Input: [0] last

Output: Do not display all pages but only the top X (e.g. last=5)

Can be a list, separated with semicolons, of:


Input: [1] srcSize [2]

Output: size of input image

Hugintrunk: HuginBase::PTools::Transform Class Reference


Input: [1] variables [2]

Output: of input image

Hugintrunk: HuginBase::PTools::Transform Class Reference


Input: [1] srcProj [2]

Output: projection of the image

Hugintrunk: HuginBase::PTools::Transform Class Reference


Input: [1] destSize [2]

Output: output panorama size

Hugintrunk: HuginBase::PTools::Transform Class Reference


Input: [1] destProj [2]

Output: panorama projection

Hugintrunk: HuginBase::PTools::Transform Class Reference


Input: [1] destHFOV [2]

Output: HFOV of panorama

Hugintrunk: HuginBase::PTools::Transform Class Reference


Input: [1] origSrcSize [2]

Output: original input image size, 0,0 if the same as srcSize.

Hugintrunk: HuginBase::PTools::Transform Class Reference


Input: [1] DNS [2]

Output: The web browser is looking up DNS information


Input: [1] SSL [2]

Output: The web browser is performing a SSL handshake


Input: [1] Connect [2]

Output: The web browser is connecting to the server


Input: [1] Send [2]

Output: The web browser is sending data to the server


Input: [1] Wait [2]

Output: The web browser is waiting for data from the server


Input: [1] Receive [2]

Output: The web browser is receiving data from the server


Input: [0] Message [1] Parameter [2] Direction [4] Comments [3]

Output: Type

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Assign [1] Assignee [2] Input [3]

Output: SecurityPrincipal

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Assign [1] Target [2] Input [3]

Output: Moniker

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] CancelSalesOrder [1] OrderClose [2] Input [3]

Output: DynamicEntity

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Close [1] *ActivityClose [2] Input [3]

Output: DynamicEntity

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Close [1] Status [2] Input [3]

Output: Int32

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Create [1] id [2] Output [4] Only available on the Post Stage [3]

Output: Guid

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Create [1] Target [2] Input [3]

Output: DynamicEntity

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Delete [1] Target [2] Input [3]

Output: Moniker

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Execute [1] FetchXml [2] Input [3]

Output: String

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Execute [1] FetchXmlResult [2] Output [3]

Output: String

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] GrantAccess [1] PrincipalAccess [2] Input [3]

Output: PrincipalAccess

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] GrantAccess [1] Target [2] Input [3]

Output: Moniker

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Handle [1] SourceQueueId [2] Input [3]

Output: Guid

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Handle [1] Target [2] Input [3]

Output: DynamicEntity

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Lose [1] *ActivityClose [2] Input [3]

Output: DynamicEntity

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Lose [1] Status [2] Input [3]

Output: Int32

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Retrieve [1] BusinessEntity [2] Output [3]

Output: DynamicEntity

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Retrieve [1] ColumnSet [2] Input [3]

Output: ColumnSetBase

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Retrieve [1] Target [2] Input [3]

Output: Moniker

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] RetrieveExchangeRate [1] ExchangeRate [2] Output [3]

Output: Decimal

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] RetrieveExchangeRate [1] TransactionCurrencyId [2] Input [3]

Output: Guid

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] RetrieveMultiple [1] BusinessEntityCollection [2] Output [3]

Output: BusinessEntityCollection

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] RetrieveMultiple [1] Query [2] Input [3]

Output: QueryExpression

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] RetrieveMultiple [1] ReturnDynamicEntities [2] Input [3]

Output: Boolean

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] RetrievePrincipalAccess [1] AccessRights [2] Output [3]

Output: AccessRights

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] RetrievePrincipalAccess [1] Principal [2] Input [3]

Output: SecurityPrincipal

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] RetrievePrincipalAccess [1] Target [2] Input [3]

Output: Moniker

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] RevokeAccess [1] Revokee [2] Input [3]

Output: PrincipalAccess

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] RevokeAccess [1] Target [2] Input [3]

Output: Moniker

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Route [1] EndpointId [2] Input [3]

Output: Guid

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Route [1] RouteType [2] Input [3]

Output: RouteType

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Route [1] SourceQueueId [2] Input [3]

Output: Guid

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Route [1] Target [2] Input [3]

Output: Moniker

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Send [1] EmailId [2] Input [3]

Output: Guid

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Send [1] IssueSend [2] Input [3]

Output: Boolean

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Send [1] Subject [2] Output [4] This is the subject after the tracking token has been added [3]

Output: String

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Send [1] TrackingToken [2] Input [3]

Output: String

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] SetStateDynamicEntity [1] EntityMoniker [2] Input [3]

Output: Moniker

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] SetStateDynamicEntity [1] State [2] Input [3]

Output: String

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] SetStateDynamicEntity [1] Status [2] Input [3]

Output: Int32

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Update [1] Target [2] Input [4] To get the Primary Key, find the KeyProperty within the DynamicEntity [3]

Output: DynamicEntity

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Win [1] *ActivityClose [2] Input [3]

Output: DynamicEntity

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Win [1] QuoteClose [2] Input [3]

Output: DynamicEntity

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [0] Win [1] Status [2] Input [3]

Output: Int32

David Jennaway - Microsoft Dynamics CRM: June 2008


Input: [Item] A. Initial specimen mass [Q1] ____.___ g [K1] ____.___ g [K3] ____.___ g [K4] ____.___ g [K5] ____.___ g [K2]

Output: ____.___ g

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


Input: [Item] B. F1 fraction mass [Q1] ____.___ g [K1] ____.___ g [K3] ____.___ g [K4] ____.___ g [K5] ____.___ g [K2]

Output: ____.___ g

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


Input: [Item] C. F2 fraction mass [Q1] ____.___ g [K1] ____.___ g [K3] ____.___ g [K4] ____.___ g [K5] ____.___ g [K2]

Output: ____.___ g

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


Input: [Item] D. F3 fraction mass [Q1] ____.___ g [K1] ____.___ g [K3] ____.___ g [K4] ____.___ g [K5] ____.___ g [K2]

Output: ____.___ g

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


Input: [Item] E. F4 fraction mass [Q1] ____.___ g [K1] ____.___ g [K3] ____.___ g [K4] ____.___ g [K5] ____.___ g [K2]

Output: ____.___ g

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


Input: [Item] F. Total fraction mass (B+C+D+E) [Q1] ____.___ g [K1] ____.___ g [K3] ____.___ g [K4] ____.___ g [K5] ____.___ g [K2]

Output: ____.___ g

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


Input: [Item] G. F1 fraction mass percentage ([B/F]Â·100) [Q1] ___.___ % [K1] ___.___ % [K3] ___.___ % [K4] ___.___ % [K5] ___.___ % [K2]

Output: ___.___ %

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


Input: [Item] H. F2 fraction mass percentage ([C/F]Â·100) [Q1] ___.___ % [K1] ___.___ % [K3] ___.___ % [K4] ___.___ % [K5] ___.___ % [K2]

Output: ___.___ %

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


Input: [Item] I. F3 fraction mass percentage ([D/F]Â·100) [Q1] ___.___ % [K1] ___.___ % [K3] ___.___ % [K4] ___.___ % [K5] ___.___ % [K2]

Output: ___.___ %

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


Input: [Item] J. F4 fraction mass percentage ([E/F]Â·100) [Q1] ___.___ % [K1] ___.___ % [K3] ___.___ % [K4] ___.___ % [K5] ___.___ % [K2]

Output: ___.___ %

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


Input: [Item] K. Insoluble fraction mass percentage ([F/A]Â·100) [Q1] ___.___ % [K1] ___.___ % [K3] ___.___ % [K4] ___.___ % [K5] ___.___ % [K2]

Output: ___.___ %

Forensics Lab 5.2: Examine the Physical Characteristics of Soil | Make: DIY Projects, How-Tos, Electronics, Crafts and Ideas for Makers


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

Output: Description

Gentoo Linux Documentation -- Gentoo PaX Utilities


Input: [0] P [1] PAGEEXEC [2]

Output: Refuse code execution on writable pages based on the NX bit (or emulated NX bit)

Gentoo Linux Documentation -- Gentoo PaX Utilities


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

Output: Refuse code execution on writable pages based on the segmentation logic of IA-32

Gentoo Linux Documentation -- Gentoo PaX Utilities


Input: [0] E [1] EMUTRAMP [2]

Output: Allow known code execution sequences on writable pages that should not cause any harm

Gentoo Linux Documentation -- Gentoo PaX Utilities


Input: [0] M [1] MPROTECT [2]

Output: Prevent the creation of new executable code to the process address space

Gentoo Linux Documentation -- Gentoo PaX Utilities


Input: [0] R [1] RANDMMAP [2]

Output: Randomize the stack base to prevent certain stack overflow attacks from being successful

Gentoo Linux Documentation -- Gentoo PaX Utilities


Input: [0] X [1] RANDEXEC [2]

Output: Randomize the address where the application maps to to prevent certain attacks from being exploitable

Gentoo Linux Documentation -- Gentoo PaX Utilities


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

Output: Value

Bluetooth Serial Port Adapter AT Commands - Bluetooth Serial Port Adapter - connectBlue Support


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

Output: String identifying the manufacturer of the device. Default value is set to "connectBlue".

Bluetooth Serial Port Adapter AT Commands - Bluetooth Serial Port Adapter - connectBlue Support


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

Output: String identifying the model_number of the device.

Bluetooth Serial Port Adapter AT Commands - Bluetooth Serial Port Adapter - connectBlue Support


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

Output: String identifying the firmware revision of the device.

Bluetooth Serial Port Adapter AT Commands - Bluetooth Serial Port Adapter - connectBlue Support


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

Output: String identifying the firmware revision of the device.

Bluetooth Serial Port Adapter AT Commands - Bluetooth Serial Port Adapter - connectBlue Support


Input: [0] store_in_startup_database [1] enumerator [2]

Output: 0: The setting will only be valid for the current power cycle. 1: The Serial Port Adapter will remember the setting between power cycles. The settings database in the Serial Port Adapter will be updated.

Bluetooth Serial Port Adapter AT Commands - Bluetooth Serial Port Adapter - connectBlue Support


Input: [cr] utf8 [a cairo context]

Output: a string of text encoded in UTF-8


Input: [cr] utf8_len [a cairo context]

Output: length of utf8 in bytes, or -1 if it is NUL-terminated


Input: [cr] glyphs [a cairo context]

Output: array of glyphs to show


Input: [cr] num_glyphs [a cairo context]

Output: number of glyphs to show


Input: [cr] clusters [a cairo context]

Output: array of cluster mapping information


Input: [cr] num_clusters [a cairo context]

Output: number of clusters in the mapping


Input: [cr] cluster_flags [a cairo context]

Output: cluster mapping flags


Input: [1] p [2]

Output: the painter storing brush and pen

Quantum GIS API Documentation: QgsRenderer Class Reference


Input: [1] f [2]

Output: a pointer to the feature to be rendered

Quantum GIS API Documentation: QgsRenderer Class Reference


Input: [1] img [2]

Output: a pointer to picture

Quantum GIS API Documentation: QgsRenderer Class Reference


Input: [1] selected [2]

Output: feature is selected

Quantum GIS API Documentation: QgsRenderer Class Reference


Input: [1] widthScale [2]

Output: scale

Quantum GIS API Documentation: QgsRenderer Class Reference


Input: [1] rasterScaleFactor [2]

Output: raster scale

Quantum GIS API Documentation: QgsRenderer Class Reference


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

Output: Description


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

Output: Location of the files to color. Defaults to the project's basedir.


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

Output: Location to store the colored files. Defaults to the srcdir.


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

Output: URL of the cascading style sheet to which generated files should be linked. If this option is not specified, the pages are linked to a default "syntax.css". If this file is not present, the pages will not appear to have any color. Example style sheet


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

Output: Comma separated list of file globs to accept. If not specified, all files in all subdirectories are colored.


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

Output: Comma separated list of file globs to reject that would otherwise be accepted. If not specified, no files are excluded.


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

Output: Mime-type of the files to color. If not specified, the mime-type is guessed from the file extension.


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

Output: Class name to use for the syntax highlighting lexer. If none is specified, it is guessed from the mime-type and file extension.


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

Output: Title to use for the colored html page. If none is specified, "HTML of filename" is used.


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

Output: URL of the BTE template file to use. The URL may be relative to the projects basedir. If none is specified, the colored html pages have a simple default look and feel. For this option to work, the BTE libraries must be installed. For a template example, see the template for the default look and feel.


Input: [0] B [2] Most default selection sets exclude blobs; they have to be manipulated through the commits they are attached to. [1]

Output: blobs


Input: [0] C [1]

Output: commits


Input: [0] D [2] These are artifacts produced by some older repository-conversion tools. [1]

Output: all-delete commits


Input: [0] H [1]

Output: head (branch tip) commits


Input: [0] O [1]

Output: orphaned (parentless) commits


Input: [0] U [1]

Output: commits with callouts as parents


Input: [0] Z [1]

Output: commits with no fileops


Input: [0] M [1]

Output: merge (multi-parent) commits


Input: [0] F [1]

Output: fork (multi-child) commits


Input: [0] L [1]

Output: commits with unclean multi-line comments (without a separating empty line after the first)


Input: [0] I [1]

Output: commits for which metadata cannot be decoded to UTF-8


Input: [0] T [1]

Output: tags


Input: [0] R [1]

Output: resets


Input: [0] P [2] All event types simply passed through, including comments, progress commands, and checkpoint commands. [1]

Output: Passthrough


Input: [0] N [2] Any string matching a cookie (legacy-ID) format. [1]

Output: Legacy IDs


Input: [0] dpy [2]

Output: specifies the display to use for conversion warnings


Input: [0] args [2]

Output: specifies the required conversion arguments


Input: [0] num_args [2]

Output: specifies the number of required conversion arguments, which is 4


Input: [0] fromVal [2]

Output: specifies the string to convert


Input: [0] toVal [2]

Output: returns the converted value


Input: [0] data [2]

Output: this argument is ignored


Input: [0] element [1]

Output: a GstElement to send the event to.

GstElement: GStreamer 1.0 Core Reference Manual


Input: [0] rate [1]

Output: The new playback rate

GstElement: GStreamer 1.0 Core Reference Manual


Input: [0] format [1]

Output: The format of the seek values

GstElement: GStreamer 1.0 Core Reference Manual


Input: [0] flags [1]

Output: The optional seek flags.

GstElement: GStreamer 1.0 Core Reference Manual


Input: [0] start_type [1]

Output: The type and flags for the new start position

GstElement: GStreamer 1.0 Core Reference Manual


Input: [0] start [1]

Output: The value of the new start position

GstElement: GStreamer 1.0 Core Reference Manual


Input: [0] stop_type [1]

Output: The type and flags for the new stop position

GstElement: GStreamer 1.0 Core Reference Manual


Input: [0] stop [1]

Output: The value of the new stop position

GstElement: GStreamer 1.0 Core Reference Manual


Input: [2] nfnetlink subsystem handler [1]

Output: ssh

libnetfilter_conntrack: Low level object to Netlink message


Input: [2] buffer used to build the netlink message [1]

Output: req

libnetfilter_conntrack: Low level object to Netlink message


Input: [2] size of the buffer passed [1]

Output: size

libnetfilter_conntrack: Low level object to Netlink message


Input: [2] netlink message type [1]

Output: type

libnetfilter_conntrack: Low level object to Netlink message


Input: [2] netlink flags [1]

Output: flags

libnetfilter_conntrack: Low level object to Netlink message


Input: [2] pointer to a conntrack object [1]

Output: ct

libnetfilter_conntrack: Low level object to Netlink message


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

Output: tagName


Input: [0] Single Line of Text [1] TextField [2]

Output: input


Input: [0] Multiple Lines of Text [1] TextField [2]

Output: input


Input: [0] Number [1] TextField [2]

Output: input


Input: [0] Currency [1] TextField [2]

Output: input


Input: [0] Choice (dropdown) [1] DropDownChoice [2]

Output: select


Input: [0] Lookup (single)* [1] Lookup [2]

Output: select


Input: [0] Lookup (multiple) [1] SelectCandidate; SelectResult [2]

Output: select


Input: [0] Yes/No [1] BooleanField [2]

Output: input


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

Output: Properties

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] ContentAreaId [2] Where the tab content will be shown. [1]

Output: string

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] mtFileExtension [2] This param use to set content file extension. [1]

Output: string

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] outeffect [2] slide effect when the content move out ( see easing list below ). [1]

Output: string

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] ineffect [2] slide effect when the content move in ( see easing list below ). [1]

Output: string

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] moveout [2] this parameter will determine the content will move out to left or right ( slidedirection: horizontal ), up or down (slidedirection: vertical ). [1]

Output: string

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] movein [2] this parameter will determin the content will move in from left or right (slidedirection: horizontal ), up or down (slidedirection: vertical ). [1]

Output: string

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] outduration [2] duration in milisecond of outeffect. [1]

Output: integer

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] induration [2] duration in milisecond of ineffect. [1]

Output: integer

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] mtEffect [2] this parameter will determine the content will slide vertical or horizontal or fade effect. [1]

Output: string

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] scrollbarstyle [2] This will make style for scroll bar. Use background list. [1]

Output: string

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] blkwidth [2] This param is used to set the width for tab zone. [1]

Output: integer

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] resWidth [2] This param is used to set Mobile Screen Resolusion. [1]

Output: integer

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] minibarbg [2] This param is used to set color for minibar. [1]

Output: string

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [0] minibartitle [2] This param is used to set title text for minibar. [1]

Output: string

MetroTab 2 - Responsive Metro UI Tabs jQuery Plugin


Input: [Trees] Ambient and direct occlusion. [Detail Meshes] Vertex lighting: one value for the whole mesh. [0]

Output: Lighting


Input: [Trees] Support of real time and baked shadows. [Detail Meshes] Not supported. [0]

Output: Shadows


Input: [Trees] Nice bending. [Detail Meshes] Only color cycling or even not affected. [0]

Output: Wind


Input: [Trees] Pretty much independent placement correct? [Detail Meshes] Accuracy depends on detail resolution map. [0]

Output: Placement


Input: [Trees] Height, width, color. [Detail Meshes] Height, width, color, rotation. [0]

Output: Variations


Input: [Trees] Capsule Colliders. [Detail Meshes] Not supported. [0]

Output: Collision Detection


Input: [Trees] Billboarding. [Detail Meshes] Not supported. [0]

Output: LOD


Input: [2] - The DMPlex object [1]

Output: dm


Input: [2] - The spatial dimension of the problem [1]

Output: dim


Input: [2] - The number of fields in the problem [1]

Output: numFields


Input: [2] - An array of size numFields that holds the number of components for each field [1]

Output: numComp


Input: [2] - An array of size numFields*(dim+1) which holds the number of dof for each field on a mesh piece of dimension d [1]

Output: numDof


Input: [2] - The number of boundary conditions [1]

Output: numBC


Input: [2] - An array of size numBC giving the field number for each boundry condition [1]

Output: bcField


Input: [2] - [Optional] An array of size numBC giving an IS holding the field components to which each boundary condition applies [1]

Output: bcComps


Input: [2] - An array of size numBC giving an IS holding the Plex points to which each boundary condition applies [1]

Output: bcPoints


Input: [2] - Optional permutation of the chart, or NULL [1]

Output: perm


Input: [command] chgrp [result] FAILURE [comment]

Output: chgrp method not implemented


Input: [command] chmod [result] FAILURE [comment]

Output: chmod method not implemented


Input: [command] chown [result] FAILURE [comment]

Output: chown method not implemented


Input: [command] cp from [result] SUCCESS [comment]

Output: able to copy image from smugmug using zmugfs


Input: [command] cp to [result] FAILURE [comment]

Output: mknod not implemented


Input: [command] file [result] SUCCESS [comment]

Output: got appropriate file type


Input: [command] ln -s [result] SUCCESS [comment]

Output: softlink created


Input: [command] ls [result] SUCCESS [comment]

Output: listing appears correctly


Input: [command] mkdir [result] FAILURE [comment]

Output: mkdir method not implemented


Input: [command] mv [result] FAILURE [comment]

Output: copy part worked; unlink not implemented


Input: [command] rm [result] FAILURE [comment]

Output: unlink not implemented


Input: [command] rmdir [result] FAILURE [comment]

Output: rmdir not implemented


Input: [command] touch [result] FAILURE [comment]

Output: setattr not implemented


Input: [0] "fg" [1] Read [2]

Output: An array of gtk.gdk.Colors to be used for the foreground colors in each widget state.


Input: [0] "bg" [1] Read [2]

Output: An array of gtk.gdk.Colors to be used for the background colors in each widget state.


Input: [0] "light" [1] Read [2]

Output: An array of gtk.gdk.Colors to be used for the light colors in each widget state. The light colors are slightly lighter than the bg colors and used for creating shadows.


Input: [0] "dark" [1] Read [2]

Output: An array of gtk.gdk.Colors to be used for the dark colors in each widget state. The dark colors are slightly darker than the bg colors and used for creating shadows.


Input: [0] "mid" [1] Read [2]

Output: An array of gtk.gdk.Colors to be used for the mid colors (between light and dark) in each widget state


Input: [0] "text" [1] Read [2]

Output: An array of gtk.gdk.Colors to be used for the text colors in each widget state.


Input: [0] "base" [1] Read [2]

Output: An array of gtk.gdk.Colors to be used for the base colors in each widget state.


Input: [0] "text_aa" [1] Read [2]

Output: An array of gtk.gdk.Colors to be used for the anti-aliased text colors in each widget state.


Input: [0] "black" [1] Read-Write [2]

Output: A gtk.gdk.Color that is used for the black color.


Input: [0] "white" [1] Read-Write [2]

Output: A gtk.gdk.Color that is used for the white color.


Input: [0] "font_desc" [1] Read [2]

Output: A pango.FontDescription used as the default text font.


Input: [0] "xthickness" [1] Read [2]

Output: The thickness of lines drawn vertically.


Input: [0] "ythickness" [1] Read [2]

Output: The thickness of lines drawn horizontally.


Input: [0] "fg_gc" [1] Read [2]

Output: An array of graphics contexts (gtk.gdk.GC) for drawing using the fg colors.


Input: [0] "bg_gc" [1] Read [2]

Output: An array of graphics contexts (gtk.gdk.GC) for drawing using the bg colors.


Input: [0] "light_gc" [1] Read [2]

Output: An array of graphics contexts (gtk.gdk.GC) for drawing using the light colors.


Input: [0] "dark_gc" [1] Read [2]

Output: An array of graphics contexts (gtk.gdk.GC) for drawing using the dark colors.


Input: [0] "mid_gc" [1] Read [2]

Output: An array of graphics contexts (gtk.gdk.GC) for drawing using the mid colors.


Input: [0] "text_gc" [1] Read [2]

Output: An array of graphics contexts (gtk.gdk.GC) for drawing using the text colors.


Input: [0] "base_gc" [1] Read [2]

Output: An array of graphics contexts (gtk.gdk.GC) for drawing using the base colors.


Input: [0] "text_aa_gc" [1] Read [2]

Output: An array of graphics contexts (gtk.gdk.GC) for drawing using the anti-aliased text colors.


Input: [0] "black_gc" [1] Read-Write [2]

Output: A graphics context (gtk.gdk.GC) for drawing using the black color.


Input: [0] "white_gc" [1] Read-Write [2]

Output: A graphics context (gtk.gdk.GC) for drawing using the white color.


Input: [0] "bg_pixmap" [1] Read [2]

Output: An array of gtk.gdk.Pixmap to be used for the background stippling in each widget state.


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

Output: String


Input: [0] imageWidth [2] read-only [1]

Output: Number


Input: [0] imageHeight [2] read-only [1]

Output: Number


Input: [0] imageX [2] read-only [1]

Output: Number


Input: [0] imageY [2] read-only [1]

Output: Number


Input: [0] imageToViewTransform [2] read-only [1]

Output: Transform3D


Input: [0] viewSurface [2] read-only [1]

Output: Surface


Input: [0] CapNotLast [1] thin [2]

Output: The results are device dependent, but the desired effect is that nothing is drawn.


Input: [0] CapButt [1] thin [2]

Output: The results are device dependent, but the desired effect is that a single pixel is drawn.


Input: [0] CapRound [1] thin [2]

Output: The results are the same as for CapButt/thin.


Input: [0] CapProjecting [1] thin [2]

Output: The results are the same as for CapButt/thin.


Input: [0] CapButt [1] wide [2]

Output: Nothing is drawn.


Input: [0] CapRound [1] wide [2]

Output: The closed path is a circle, centered at the endpoint, and with the diameter equal to the line-width.


Input: [0] CapProjecting [1] wide [2]

Output: The closed path is a square, aligned with the coordinate axes, centered at the endpoint, and with the sides equal to the line-width.


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

Output: Required


Input: [0] id [2] This uniquely identifies the widget. This comes in the form of a reverse domain identifier. Example. com.kludgets.clock. This attribute is required because without a unique identifier widgets may clash and overwrite each other. [1]

Output: yes


Input: [0] name [2] This is a human readable name or title for the widget [1]

Output: no


Input: [0] version [2] The version of widget. Optional, but recommended as it will facilitate automatic updates [1]

Output: no


Input: [0] width [2] The width in pixels which the widget would be displayed. [1]

Output: no


Input: [0] height [2] The heightin int pixels which the widget would be displayed. [1]

Output: no


Input: [0] debug [2] Value is 1 or 0. 1 means the widget will run in debug mode. [1]

Output: no


Input: [2] A WinInet handle to the current session, obtained via InternetOpen() or the basic_session class [1]

Output: hsess

STLSoft: basic_connection Class Template Reference


Input: [2] The name of the server to which to connect. May not be NULL [1]

Output: server

STLSoft: basic_connection Class Template Reference


Input: [2] The number of the port to connect on [1]

Output: port

STLSoft: basic_connection Class Template Reference


Input: [2] The username for the connection. May be NULL [1]

Output: userName

STLSoft: basic_connection Class Template Reference


Input: [2] The password for the connection. May be NULL [1]

Output: password

STLSoft: basic_connection Class Template Reference


Input: [2] The service to access. Either INTERNET_SERVICE_FTP or INTERNET_SERVICE_HTTP [1]

Output: service

STLSoft: basic_connection Class Template Reference


Input: [2] Service specific flags, e.g. INTERNET_FLAG_PASSIVE [1]

Output: flags

STLSoft: basic_connection Class Template Reference


Input: [2] Context used for callback functions [1]

Output: context

STLSoft: basic_connection Class Template Reference


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

Output: Description


Input: [0] group [1] mandatory [2]

Output: mms-service


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

Output: Service name. Used for logging, also sent to MMSC as VAS ID parameter for MM7 SOAP requests


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

Output: mandatory keyword. Incoming messages whose text part matching this parameter will be routed via this service.


Input: [0] aliases [1] list of string [2]

Output: semi-colon separated list of keyword aliases. Any of these keywords will also match and cause message to be routed via the service.


Input: [0] catch-all [1] boolean [2]

Output: Set this to true if this is the default service (i.e. all other messages routed through this service in case of no match).


Input: [0] accepted-mmscs [1] list of strings [2]

Output: semi-colon separated list of MMSCs (listed by ID). Only messages from these MMSCs will be routed to this service on match. Leave this empty to allow all.


Input: [0] denied-mmscs [1] list of strings [2]

Output: Messages from these MMSCs will never be routed to this service on match. Leave this empty to allow all.


Input: [0] allowed-receiver-prefix [1] Strings [2]

Output: Semicolon-separated strings: List of receiver short code prefixes allowed to use this MMS Service.


Input: [0] denied-receiver-prefix [1] Strings [2]

Output: Semicolon-separated strings: List of receiver short code prefixes not allowed to use this MMS Service.


Input: [0] get-url [1] string [2]

Output: The URL to fetch for response content. No parameter substitution is done, but X-Mbuni headers are sent as part of the HTTP request. See below for an explanation on how the response content is interpreted.


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

Output: Program to execute to obtain response content. Response is exptected on standard output, and must be of type SMIL. See below for an explanation on how the SMIL is processed.


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

Output: File from which to obtain response content. Response type is inferred from the file name extension for a few well-known media types (text, SMIL, GIF, JPEG, PNG, BMP/WBMP, WAV, AMR, MP3, etc.), otherwise it defaults to application/octet-stream. See below for further information on how fetched content is converted to an MM.


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

Output: If provided, the response content is the value of this parameter, and is assumed to be of media type text/plain.


Input: [0] post-url [1] string [2]

Output: Response content is obtained as result of sending a HTTP POST request to the provided URL. The POST message is always submitted using the multipart/form-data encoding (such as that used by a web browser when an HTML form has the enctype=multipart/form-data parameter set). If http-post-parameters field is given (see below), then the relevant parameters are sent as part of the request. X-Mbuni headers are sent as well. See below for an explanation on how the response content is interpreted.


Input: [0] http-post-parameters [1] string [2]

Output: Used in conjunction with post-url. Parameters are provided in the same way as would be provided in an HTTP GET request (e.g. message=true&myname=test&image=%i). Parameter values that begin with % are interpolated according to the rules listed below.


Input: [0] accept-x-mbuni-headers [1] boolean [2]

Output: Set this to true if Mbuni should honour X-Mbuni HTTP headers in the service response. See below for the list of headers.


Input: [0] pass-thro-headers [1] List [2]

Output: Set this to a comma-separated list of HTTP response headers that, if received from the service response, should be passed to the MMC (with their corresponding values) unchanged. Note that these headers are merged with other headers generated by Mbuni.


Input: [0] omit-empty [1] boolean [2]

Output: Set this to true if Mbuni should send an empty response to the requestor if one is returned by the service


Input: [0] suppress-reply [1] boolean [2]

Output: Set this to true if Mbuni not send a reply back to the user of this service. Note that the request URL will still be invoked.


Input: [0] assume-plain-text [1] boolean [2]

Output: Set this to true if an unknown content type in the response should be mapped to plain text.


Input: [0] faked-sender [1] string [2]

Output: If set, Mbuni will change the sender address in the response message to this value, irrespective of any X-Mbuni headers or the original recipient address.


Input: [0] service-code [1] string [2]

Output: If set, Mbuni will use this as the ServiceCode parameter to send back the MMSC (MM7/SOAP only) in a SubmitReq packet. This paramter overrides the X-Mbuni-ServiceCode header, if set int the response.


Input: [a] TRUE [b] TRUE [a AND b] TRUE [a OR b]

Output: TRUE


Input: [a] TRUE [b] FALSE [a AND b] FALSE [a OR b]

Output: TRUE


Input: [a] TRUE [b] NULL [a AND b] NULL [a OR b]

Output: TRUE


Input: [a] FALSE [b] FALSE [a AND b] FALSE [a OR b]

Output: FALSE


Input: [a] FALSE [b] NULL [a AND b] FALSE [a OR b]


Input: [a] NULL [b] NULL [a AND b] NULL [a OR b]


Input: [1] nXOff [2]

Output: The pixel offset to the top left corner of the region of the band to be accessed. This would be zero to start from the left side.


Input: [1] nYOff [2]

Output: The line offset to the top left corner of the region of the band to be accessed. This would be zero to start from the top.


Input: [1] nXSize [2]

Output: The width of the region of the band to be accessed in pixels.


Input: [1] nYSize [2]

Output: The height of the region of the band to be accessed in lines.


Input: [1] nBufXSize [2]

Output: the width of the buffer image into which the desired region is to be read, or from which it is to be written.


Input: [1] nBufYSize [2]

Output: the height of the buffer image into which the desired region is to be read, or from which it is to be written.


Input: [1] eBufType [2]

Output: the type of the pixel values in the pData data buffer. The pixel values will automatically be translated to/from the GDALRasterBand data type as needed.


Input: [1] nBandCount [2]

Output: the number of bands being read or written.


Input: [1] panBandMap [2]

Output: the list of nBandCount band numbers being read/written. Note band numbers are 1 based. This may be NULL to select the first nBandCount bands.


Input: [1] papszOptions [2]

Output: a list of name=value strings with special control options. Normally this is NULL.


Input: [2] grid info object [1]

Output: info

QicsTable: QicsCheckCellDisplay Class Reference


Input: [2] the row in visual coordinates [1]

Output: row

QicsTable: QicsCheckCellDisplay Class Reference


Input: [2] the column in visual coordinates [1]

Output: col

QicsTable: QicsCheckCellDisplay Class Reference


Input: [2] the full area of the cell [1]

Output: cr_full

QicsTable: QicsCheckCellDisplay Class Reference


Input: [2] should the returned area exclude the margin of the cell? [1]

Output: consider_margin

QicsTable: QicsCheckCellDisplay Class Reference


Input: [2] should the returned area exclude the border of the cell? [1]

Output: consider_border

QicsTable: QicsCheckCellDisplay Class Reference


Input: [2] The input data images (overwritten by result). [1]

Output: infiles


Input: [2] The number of input images [1]

Output: nimages


Input: [2] The input fringe frames [1]

Output: fringes


Input: [2] The number of input fringe frames [1]

Output: nfringes


Input: [2] The bad pixel mask [1]

Output: mask


Input: [2] The size of each cell for the background modelling [1]

Output: nbsize


Input: [2] An input/output status that is the same as the returned values below. [1]

Output: status


Input: [0] static [2] gcompute [1]

Output: spinning


Input: [0] direct [2] gcompute [1]

Output: direct


Input: [0] direct freq [2] gcompute time FWTinterpolation [1]

Output: direct freq


Input: [2] gcompute freq [1]

Output: direct freq ASGinterpolation


Input: [2] gcompute freq ASGinterpolation [1]

Output: direct freq FWTinterpolation


Input: [2] gcompute freq FWTinterpolation [1]

Output: direct freq FWTASGinterpolation


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

Output: Description


Input: [0] ServiceGroupID [1] Integer [2]

Output: Unique Number Identifying a service group


Input: [0] ServiceGroupIndex [1] Integer [2]

Output: The number of the actual service host within the group


Input: [0] ServiceHost [1] IP Address [2]

Output: IP Address of machine hosting service


Input: [0] ServiceProcess [1] Network Pointer [2]

Output: A pointer to the actual service that will accept requests


Input: [0] Available [1] Boolean [2]

Output: A true or false value indicating whether this specific service is available.


Input: [command] c [purpose]

Output: create new window


Input: [command] H [purpose]

Output: turn on/ogg logging


Input: [command] n [purpose]

Output: next window


Input: [command] p [purpose]

Output: previous window


Input: [command] A [purpose]

Output: change window name


Input: [command] ' [purpose]

Output: jump to window number


Input: [command] " [purpose]

Output: list windows


Input: [command] k [purpose]

Output: kill current window


Input: [1] overt [2] discrete [4] Hausdorff [3]

Output: compact


Input: [0] ℕ×Σ [1] YES [2] NO [4] NO [3]

Output: NO


Input: [0] ℝ, ℝn [1] YES [2] NO [4] YES [3]

Output: NO


Input: [0] Σ [1] YES [2] NO [4] NO [3]

Output: YES


Input: [0] I, 2ℕ [1] YES [2] NO [4] YES [3]

Output: YES


Input: [0] free combinatory algebra [1] YES [2] YES [4] NO [3]

Output: NO


Input: [0] ℕ, ℚ [1] YES [2] YES [4] YES [3]

Output: NO


Input: [0] Kuratowski finite [1] YES [2] YES [4] NO [3]

Output: YES


Input: [0] finite (n) [1] YES [2] YES [4] YES [3]

Output: YES


Input: [0] non-terminating programs [1] NO [2] YES [4] YES [3]

Output: NO


Input: [0] Control [2] Setting [1]

Output: Property


Input: [0] rptFunction [2] fncGrandTotal [1]

Output: Name


Input: [0] rptFunction [2] OrderDetails [1]

Output: DataMember


Input: [0] rptFunction [2] Total [1]

Output: DataField


Input: [0] rptFunction [2] Bold [1]

Output: Font (Font Style)


Input: [0] rptFunction [2] 1 – rptJustifyRight [1]

Output: Alignment


Input: [0] rptLabel [2] Grand Total [1]

Output: Caption


Input: [0] rptLabel [2] Bold [1]

Output: Font (Font Style)


Input: [0] rptLabel [2] 1 – rptJustifyRight [1]

Output: Alignment


Input: Numerical data stored in raw ASCII format, without a header. The numbers are separated by whitespace. The number of columns must be the same in each row. Cubes are loaded as one slice. Data which was saved in Matlab/Octave using the -ascii option can be read in Armadillo, except for complex numbers. Complex numbers are stored in standard C++ notation, which is a tuple surrounded by brackets: eg. (1.23,4.56) indicates 1.24 + 4.56i. [auto_detect]

Output: raw_ascii


Input: Numerical data stored in machine dependent raw binary format, without a header. Matrices are loaded to have one column, while cubes are loaded to have one slice with one column. The .reshape() function can be used to alter the size of the loaded matrix/cube without losing data. [auto_detect]

Output: raw_binary


Input: Numerical data stored in human readable text format, with a simple header to speed up loading. The header indicates the type of matrix as well as the number of rows and columns. For cubes, the header additionally specifies the number of slices. [auto_detect]

Output: arma_ascii


Input: Numerical data stored in machine dependent binary format, with a simple header to speed up loading. The header indicates the type of matrix as well as the number of rows and columns. For cubes, the header additionally specifies the number of slices. arma_binary is the default file_type for .save() and .quiet_save() [auto_detect]

Output: arma_binary


Input: Numerical data stored in comma separated value (CSV) text format, without a header. Applicable to Mat only. [auto_detect]

Output: csv_ascii


Input: Numerical data stored in portable HDF5 binary format. Caveat: support for HDF5 must be enabled within Armadillo's configuration; the hdf5.h header file must be available on your system and you will need to link with the hdf5 library (eg. -lhdf5) [auto_detect]

Output: hdf5_binary


Input: Image data stored in Portable Gray Map (PGM) format. Applicable to Mat only. Saving int, float or double matrices is a lossy operation, as each element is copied and converted to an 8 bit representation. As such the matrix should have values in the [0,255] interval, otherwise the resulting image may not display correctly. [auto_detect]

Output: pgm_binary


Input: Image data stored in Portable Pixel Map (PPM) format. Applicable to Cube only. Saving int, float or double matrices is a lossy operation, as each element is copied and converted to an 8 bit representation. As such the cube/field should have values in the [0,255] interval, otherwise the resulting image may not display correctly. [auto_detect]

Output: ppm_binary


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

Output: Type


Input: [0] name [2] The role name [1]

Output: String


Input: [0] members [2] The list of this account's user logins this role applies to (Optional) [1]

Output: Array


Input: [0] default_members [2] The list of this account's user logins this role applies to by default (Optional) [1]

Output: Array


Input: [0] policies [2] The list of this account's policies which this role obeys (Optional) [1]

Output: Array


Input: [0] id [2] (UUID) Unique role identifier [1]

Output: String


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

Output: Description


Input: [0] pack [1] verb [2]

Output: package namelist


Input: [0] packlocale [1] verb [2]

Output: package locales


Input: [0] pcompare [1] verb [2]

Output: compare two packages


Input: [0] pdef [1] verb [2]

Output: package define


Input: [0] pex [1] verb [2]

Output: remove namelist from package


Input: [0] pget [1] verb [2]

Output: return value of name in package


Input: [0] psel [1] verb [2]

Output: select namelist from package


Input: [0] pset [1] verb [2]

Output: merge new into old


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: [Built-in] replace [i (ignore case)] Yes [r (reg. exp.)] Yes [m (multi-line mode)] Only with r [s (dot-all mode)] Only with r [c (whitesp. and comments)] Only with r [f (first only)]

Output: Yes

Built-ins for strings - FreeMarker Manual


Input: [Built-in] split [i (ignore case)] Yes [r (reg. exp.)] Yes [m (multi-line mode)] Only with r [s (dot-all mode)] Only with r [c (whitesp. and comments)] Only with r [f (first only)]

Output: No

Built-ins for strings - FreeMarker Manual


Input: [Built-in] matches [i (ignore case)] Yes [r (reg. exp.)] Ignored [m (multi-line mode)] Yes [s (dot-all mode)] Yes [c (whitesp. and comments)] Yes [f (first only)]

Output: No

Built-ins for strings - FreeMarker Manual


Input: [Built-in] keep_after [i (ignore case)] Yes [r (reg. exp.)] Yes [m (multi-line mode)] Yes [s (dot-all mode)] Yes [c (whitesp. and comments)] Yes [f (first only)]

Output: Ignored

Built-ins for strings - FreeMarker Manual


Input: [Built-in] keep_after_last [i (ignore case)] Yes [r (reg. exp.)] Yes [m (multi-line mode)] Yes [s (dot-all mode)] Yes [c (whitesp. and comments)] Yes [f (first only)]

Output: Ignored

Built-ins for strings - FreeMarker Manual


Input: [Built-in] keep_before [i (ignore case)] Yes [r (reg. exp.)] Yes [m (multi-line mode)] Yes [s (dot-all mode)] Yes [c (whitesp. and comments)] Yes [f (first only)]

Output: Ignored

Built-ins for strings - FreeMarker Manual


Input: [Built-in] keep_before_last [i (ignore case)] Yes [r (reg. exp.)] Yes [m (multi-line mode)] Yes [s (dot-all mode)] Yes [c (whitesp. and comments)] Yes [f (first only)]

Output: Ignored

Built-ins for strings - FreeMarker Manual


Input: [Built-in] ensure_starts_with [i (ignore case)] Yes [r (reg. exp.)] Ignored [m (multi-line mode)] Yes [s (dot-all mode)] Yes [c (whitesp. and comments)] Yes [f (first only)]

Output: Ignored

Built-ins for strings - FreeMarker Manual


Input: [description] find (hdx,y) value for a filesystem with specific label, UUID, etc [command]

Output: search


Input: [description] configure a textmode terminal [command]

Output: terminal


Input: [description] configure a graphical terminal [command]

Output: gfxterm