Input: [Field Name] Price3MonthAgo [Meaning] Price 3 Months Ago [Data Type]

Output: Floating Point


Input: [Field Name] Price6MonthAgo [Meaning] Price 6 Months Ago [Data Type]

Output: Floating Point


Input: [Field Name] PriceYTD [Meaning] Price Year to Date [Data Type]

Output: Floating Point


Input: [Field Name] Price52WeeksAgo [Meaning] Price 1 Year Ago [Data Type]

Output: Floating Point


Input: [Field Name] Currency [Meaning] Currency [Data Type]

Output: String


Input: [key] last [unit] currency/BTC [value]

Output: price of the latest trade


Input: [key] open [unit] currency/BTC [value]

Output: price of the first trade of the past 24h


Input: [key] avg [unit] currency/BTC [value]

Output: average price during the past 24h


Input: [key] bid [unit] currency/BTC [value]

Output: order book highest bid price


Input: [key] ask [unit] currency/BTC [value]

Output: order book lowest ask price


Input: [key] volume [unit] Bitcoins [value]

Output: trading volume (past 24h)


Input: [key] rusd [unit] n/a [value]

Output: currency to USD conversion rate


Input: CTRL + ALT + DEL [Explanation] Displays the Task Manager or Windows Security dialog box on Windows (or logs in).

Output: CTRL + ALT + END

How to enable and Use Windows 8 Client Hyper-V | Tech Training Blog

Virtual Machine Connection Key Combination


Input: ALT + TAB [Explanation] Switches between programs from left to right.

Output: ALT + PAGE UP

How to enable and Use Windows 8 Client Hyper-V | Tech Training Blog

Virtual Machine Connection Key Combination


Input: ALT + SHIFT + TAB [Explanation] Switches between programs from right to left.

Output: ALT + PAGE DOWN

How to enable and Use Windows 8 Client Hyper-V | Tech Training Blog

Virtual Machine Connection Key Combination


Input: ALT + ESC [Explanation] Cycles through the programs in the order they were started.

Output: ALT + INSERT

How to enable and Use Windows 8 Client Hyper-V | Tech Training Blog

Virtual Machine Connection Key Combination


Input: CTRL + ESC [Explanation] Displays the Windows Start menu.

Output: ALT + HOME

How to enable and Use Windows 8 Client Hyper-V | Tech Training Blog

Virtual Machine Connection Key Combination


Input: N/A [Explanation] Changes the Virtual Machine Connection window to / from full screen mode.

Output: CTRL + ALT + PAUSE

How to enable and Use Windows 8 Client Hyper-V | Tech Training Blog

Virtual Machine Connection Key Combination


Input: N/A [Explanation] Releases mouse and keyboard focus from the Virtual Machine Connection window.

Output: CTRL + ALT + LEFT ARROW

How to enable and Use Windows 8 Client Hyper-V | Tech Training Blog

Virtual Machine Connection Key Combination


Input: [Arrays] - [Values] Key code [Examples] Reveal Act Automap Key: VK_SUBTRACT Quick Exit Game Key: -1 [Variables]

Output: Reveal Act Automap Key Reveal Level Automap Key View Equipment Key View Info Page Key Save Item List Key Quick Exit Game Key Yard Radius Decrease Key Yard Radius Increase Key Center Map Scroll Key

Variables


Input: [Arrays] - [Values] Default, Key code [Examples] Full Visuals Toggle: 1, VK_MULTIPLY Hidden Items Toggle: 0, VK_ADD Game Time Toggle: 1, -1 [Variables]

Output: Full Visuals Toggle Weather Toggle Infravision Toggle Light Radius Toggle Screen Shake Toggle Hidden Corpses Toggle Automap Monsters Toggle Automap Level Names Toggle Automap Chests Toggle Automap Items Toggle Automap Missiles Toggle Automap Active Rooms Toggle Hidden Items Toggle Scroll Map Toggle Automap Screen Area Toggle Monster TC Toggle Monster Levels Toggle Game Time Toggle Drop Protect Toggle Input Line Toggle Out Town Select Toggle Mini Shrines Toggle Diagonal Scroll Toggle Chicken Life Toggle Chicken Hostile Toggle Chicken Hostile Nearby Toggle Socket Protect Toggle Rune Numbers Toggle Socket Numbers Toggle Item Levels Toggle Unit Numbers Toggle

Variables


Input: [Arrays] - [Values] Flag [Examples] Automap Party Default: 1 [Variables]

Output: Automap Party Default Automap Names Default

Variables


Input: [Arrays] - [Values] Text colour [Examples] Level Name Colour: White [Variables]

Output: Level Name Colour Quest Item Colour Monster Desc Colour

Variables


Input: [Arrays] - [Values] String [Examples] Staff Tomb Level Desc: " <-HERE" Lightning Enchanted Desc: "%9L" [Variables]

Output: Staff Tomb Level Desc Extra Strong Desc Extra Fast Desc Cursed Desc Magic Resistant Desc Fire Enchanted Desc Champion Desc Lightning Enchanted Desc Cold Enchanted Desc Thief Desc Mana Burn Desc Teleportation Desc Spectral Hit Desc Stone Skin Desc Multiple Shots Desc Ghostly Desc Fanatic Desc Possessed Desc Berserker Desc Might Aura Desc Holy Fire Aura Desc Blessed Aim Aura Desc Holy Freeze Aura Desc Holy Shock Aura Desc Conviction Aura Desc Fanaticism Aura Desc Physical Immunity Desc Magic Immunity Desc Fire Immunity Desc Lightning Immunity Desc Cold Immunity Desc Poison Immunity Desc

Variables


Input: [Arrays] - [Values] Number [Examples] Map Scroll Speed: 16 [Variables]

Output: Map Scroll Speed Life Bar Transparency Chicken Life Chicken Hostile Life Chicken Hostile Nearby Life Good Gold Number

Variables


Input: [Arrays] - [Values] Pallete colour [Examples] Life Bar Colour: 0x62 [Variables]

Output: Life Bar Colour

Variables


Input: [Arrays] - [Values] Filename [Examples] Monster Blob File: "blobdiamond" [Variables]

Output: Player Blob File Monster Blob File Object Blob File Missile Blob File Item Blob File

Variables


Input: [Arrays] - [Values] Automap colour [Examples] Boss Monster Colour: 0x5b [Variables]

Output: Automap Active Rooms Colour Automap Screen Area Colour Closed Chest Colour Locked Chest Colour Hostile Missile Colour Guided Missile Colour Tracer Missile Colour Other Missile Colour Normal Monster Colour Boss Monster Colour Minion Monster Colour Champion Monster Colour Act5 Barbarian Colour Neutral Player Colour Hostile Player Colour Normal Corpse Colour Boss Corpse Colour Minion Corpse Colour Champion Corpse Colour

Variables


Input: [Arrays] Missile [Values] Automap Colour [Examples] Missile Colours[All Arrows]: -2 [Variables]

Output: Missile Colours

Variables


Input: [Arrays] Missile [Values] Flag [Examples] Missile Corpses[Vine Beast Death]: 0 [Variables]

Output: Missile Corpses

Variables


Input: [Arrays] - [Values] Text colour, Automap colour [Examples] Poor Gold Colour: -1, -2 [Variables]

Output: Good Gold Colour Poor Gold Colour

Variables


Input: [Arrays] Item, Quality, Ethereal, Sockets [Values] Text colour, Automap colour [Examples] Item Colours[Ear]: -1, -2 Item Colours[Shako][Unique]: 11, 0x20 Item Colours[Sabre][Set][True][1]: -1, -2 [Variables]

Output: Item Colours

Variables


Input: [Arrays] Number [Values] Text colour, Automap colour [Examples] Rune Colours[10+]: 11, 0x80 Gem Colours[Chipped]: Orange [Variables]

Output: Charm Colours Rune Colours Rejuv Pot Colours Healing Pot Colours Mana Pot Colours Gem Colours Amethyst Colours Topaz Colours Sapphire Colours Emerald Colours Ruby Colours Diamond Colours Skull Colours

Variables


Input: [Arrays] Monster [Values] Automap Colour [Examples] Monster Colours[Undead Stygian Doll 1]: 0x20 [Variables]

Output: Monster Colours Monster Corpse Colours

Variables


Input: [Arrays] Monster [Values] Flag [Examples] Monster Death Anims[Shenk]: 0 Monster Corpses[Wake of Fire-Death Sentry]: 0 [Variables]

Output: Monster Death Anims Monster Corpses

Variables


Input: [Parameter] Field Type [Fields API Attribute Name] field_type [Description]

Output: The field type setting controls how a field is analyzed. There are many options available, and more can be added by adding a new plugin to the schema.xml file. It is crucial to understand the underlying values for a field in order to correctly set its type. For full text fields, such as "title", "body", or "description", a text field type is generally the desired setting so individual words in the text are searchable. There are various text field types, most of which are language-specific. However, when a text field value is to be taken literally as-is (exact match only, or for faceting), the "string" type is likely the right choice. There are also types for numeric data, including double, float, integer, and long (and variants of each suitable for sorting: sdouble, sfloat, sint, and slong). The date field accepts dates in the form "1995-12-31T23:59:59.999Z", with the fractional seconds optional, and trailing "Z" mandatory. Field types are defined in Solr's schema.xml file.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Indexed [Fields API Attribute Name] indexed [Description]

Output: An indexed field is searchable on the words (or exact value) as determined by the field type. Unindexed fields are useful to provide the search client with metadata for display. For example, URL may not be a valuable search term, but it is very valuable information to show users in their results list. For performance reasons, a best practice is to index as few fields as necessary to still give users a satisfactory search experience. If you change this setting, you must reindex all documents.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Facet [Fields API Attribute Name] facet [Description]

Output: Enables a field's terms (words for text types, or exact value for "string" type) to be returned to the search client. In the default LucidWorks search interface, faceted fields are displayed and made navigable to constrain the search results. A field must be indexed to be facetable. This setting can be changed without reindexing, as it is used at query time only.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Synonym Expansion [Fields API Attribute Name] synonym_expansion [Description]

Output: These settings are used only with the Lucid query parser for query-time handling of both synonyms and stop words. See Synonyms and Stop Words for more details.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Enable Stopword Handling [Fields API Attribute Name] query_time_stopword_handling [Description]

Output: This will require LucidWorks to apply the stop word list to queries that use this specific field. This does not enable stop words across the board, only to queries on this field (may be most useful for 'body' fields, for example).

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Search by Default [Fields API Attribute Name] search_by_default [Description]

Output: This requires that all queries search this field when the user has not specifically defined a field in a query.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Use in "Find Similar" [Fields API Attribute Name] use_in_find_similar [Description]

Output: Controls whether this field is taken into consideration in find-similar/more-like-this computations. The field must be indexed for it to be used for find-similar. This setting can be changed without reindexing, as it is used at query time only.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Short Field Boost [Fields API Attribute Name] short_field_boost [Description]

Output: This relevancy boost compensates for text in short documents that have fewer opportunities for text matches and may otherwise rank lower in results than they should. Use 'moderate' for typical text fields such as the abstract or body of an article. Use 'high' for very short fields like title or keywords. Use 'none' for non-text fields. We strongly recommend that you follow changes to the short field boost with a full reindex.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Index Term Frequencies and Positions [Fields API Attribute Name] Two parameters: omit_tf and omit_positions [Description]

Output: This setting controls if the number of times a term appears in a document (term frequency) or the proximity of terms to other terms in the document (position) will be indexed. This information is important for operation of boosting and proximity searching. On text fields, term frequency and positions should be indexed, but the decision is dependent on how the field will be used for queries and/or display of results. Three options are available: none: no term frequency or position information will be stored in the index. term frequencies: only the frequency of terms will be stored in the index. term frequencies and positions: both frequency of terms and their positions will be stored.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Stored [Fields API Attribute Name] stored [Description]

Output: A field can be stored independently of indexing, and made available in the results sent to to a search client. Reindexing is not necessary when changing the stored field flag, though fields in documents will remain as they were when they were originally indexed until they are reindexed.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Include in Results [Fields API Attribute Name] include_in_results [Description]

Output: Controls whether the stored field value is returned to the search client. A field must be stored to be included in results. This setting can be changed without reindexing, as it is used at query time only.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Highlight [Fields API Attribute Name] highlight [Description]

Output: Controls whether highlighted snippets of the stored field value are returned to the search client. A field must be stored to be highlighted. This setting can be changed without reindexing, as it is used at query time only.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Multi-Valued [Fields API Attribute Name] multi-valued [Description]

Output: Enable this if the document could have multiple values for a field, such as multiple categories or authors. We recommend that you reindex all documents after changing this setting.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Default Value [Fields API Attribute Name] default_value [Description]

Output: This allows a default value to be entered if the field is empty in the document.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Copy This Field to Fields [Fields API Attribute Name] copy_fields [Description]

Output: This allows copying the values in this field to another field or fields for use in searching or results display. For example, by default the author field is copied to the author_display field, which is used to display author names in results lists.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Index for Spell Checking [Fields API Attribute Name] index_for_spellcheck [Description]

Output: This allows terms from this field to be used in creation of a spelling check index that will be created by default at the time of indexing. All fields selected for use in spell checking are combined into a single "spell" field for use in search suggestions.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Index for Auto-complete [Fields API Attribute Name] index_for_autocomplete [Description]

Output: This allows terms from this field to be used in creation of an auto-complete index that will be created by default at the time of indexing. All fields selected for use in auto-complete are combined into a single "autocomplete" field for use in search suggestions. If you change this setting, we recommend that you recreate the auto-complete index as described in Auto-Complete of User Queries.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Parameter] Use for De-duplication [Fields API Attribute Name] use_for_deduplication [Description]

Output: This will use content indexed in this field for determining duplicated content and removing it from a user's result list.

Field Configuration - LucidWorks Search UI 2.9 - Lucidworks


Input: [Variable] OPENSHIFT_MONGODB_DB_HOST [Description]

Output: The MongoDB IP address


Input: [Variable] OPENSHIFT_MONGODB_DB_PORT [Description]

Output: The MongoDB port


Input: [Variable] OPENSHIFT_MONGODB_DB_USERNAME [Description]

Output: The MongoDB username


Input: [Variable] OPENSHIFT_MONGODB_DB_PASSWORD [Description]

Output: The MongoDB password


Input: [Variable] OPENSHIFT_MONGODB_DB_URL [Description]

Output: The MongoDB connection URL (e.g. mongodb://:@:/)


Input: [Variable] OPENSHIFT_MONGODB_DB_LOG_DIR [Description]

Output: The path to the MongoDB log directory


Input: [key] filers [value] [FILER IDS] [type] array of numbers [4] An array of filer ids to include [required]

Output: required

Whale Wisdom: Track Hedge Funds Using 13F Filings


Input: [key] quarter_id [value] QUARTER ID [type] numeric [4] the id of the quarter to look at [required]

Output: required

Whale Wisdom: Track Hedge Funds Using 13F Filings


Input: [key] holdings_percent [value] PERCENT [type] numeric [4] holdings percentage threshold [required]

Output: required

Whale Wisdom: Track Hedge Funds Using 13F Filings


Input: [key] stocks [value] [STOCKS] [type] array of numbers [4] array of stocks to restrict search to [required]

Output: optional

Whale Wisdom: Track Hedge Funds Using 13F Filings


Input: [key] order [value] ORDER BY [type] string [4] column to sort by - stock or percent [required]

Output: optional

Whale Wisdom: Track Hedge Funds Using 13F Filings


Input: [key] dir [value] DIRECTION [type] string [4] ASC or DESC [required]

Output: optional

Whale Wisdom: Track Hedge Funds Using 13F Filings


Input: [key] save [value] SAVE NAME [type] string [4] Save the report criteria to the database for future retrieval. [required]

Output: optional

Whale Wisdom: Track Hedge Funds Using 13F Filings


Input: [Default Value] false [Description] This property enables or disables use of the LiFT Component for an instance of the Aurion Gateway. In order to use the LiFT Component this property needs to be changed to true. [Property]

Output: liftEnabled

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] C:/Sun/ AppServer/ domains/ domain1/ config/ keystore.jks [Description] This property specifies the keystore file to use during the secure TLS out of band file transfer. Typically this will be set to the same keystore file specified in the domain.xml file. [Property]

Output: LiftKeyStore

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] changeit [Description] This property specifies the password to access the specified keystore file. Typically this will be set to the same password as specified in the domain.xml file. [Property]

Output: LiftKeyStorePass

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] C:/Sun/ AppServer/ domains/ domain1/ config/ cacerts.jks [Description] This property specifies the truststore file to use during the secure TLS out of band file transfer. Typically this will be set to the same truststore file specified in the domain.xml file. [Property]

Output: LiftTrustStore

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] changeit [Description] This property specifies the password to access the specified truststore file. Typically this will be set to the same password as specified in the domain.xml file. [Property]

Output: LiftTrustStorePass

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] gateway [Description] This property specifies the alias to the certificate being used during the secure TLS out of band file transfer. Typically this will be set to the same alias value as specified in the domain.xml file. [Property]

Output: LiftKeyAlias

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] localhost [Description] This property specifies the IP or hostname for the LiFT Component that remote Gateways will attempt to connect to. This property must be set to a value that is accessible to remote Gateways that will attempt to establish a connection. [Property]

Output: ProxyAddress

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] 1337 [Description] This property specifies the port number for the LiFT Component that remote Gateways will attempt to connect to. This property must be set to a value that is accessible to remote Gateways that will attempt to establish a connection. [Property]

Output: ProxyPort

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] C:/Apache2.2/htdocs [Description] This property specifies the base directory where files will reside when they are made available to transfer. File urls provided to remote Gateways will be relative paths from this base location. [Property]

Output: BaseOutboundDir

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] localhost [Description] This property specifies that the hostname or IP address for the machine HTTP Server is installed on. This property only needs to change if the HTTP Server is installed on a different machine than the Aurion Gateway. [Property]

Output: FileServerIP

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] 80 [Description] This property specifies the port number in which the HTTP Server was installed to use. [Property]

Output: FileServerPort

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] localhost [Description] This property specifies the hostname or IP address for the machine the LiFT Client Component is installed on. This property only needs to change if the LiFT Client Component is installed on a different machine than the Aurion Gateway. [Property]

Output: ClientManagerControllerIP

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] 1212 [Description] This property specifies the port number the LiFT Client Component will listen on for transfer request messages. [Property]

Output: ClientManagerControllerPort

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] C:/Temp [Description] This property specifies the location where transferred files will be written to. [Property]

Output: DefaultFileDest

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] 60 [Description] This property specifies the time interval (in seconds) in which the LiFT Message Database will be checked to see if old entries need to be cleaned up. [Property]

Output: LiftMessageCleanupIntervalMinutes

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] 120 [Description] This property specifies the expiration time (in seconds) in which an entry in the ENTERED state becomes stale. [Property]

Output: LiftStaleMessageDurationEnteredDuration

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [Default Value] 120 [Description] This property specifies the expiration time (in seconds) in which an entry in the PROCESSED state becomes stale. [Property]

Output: LiftStaleMessageDurationProcessingMinutes

Large Image File Transfer (LiFT) - R3.0 - Confluence


Input: [SN] 1 [Field name] Token [Description] The numerical value should range from 27000 to 135000 [Values accepted]

Output: Each token number is unique and it indicates a contract descriptor. Hence the token number should not be repeated in contract.txt


Input: [SN] 2 [Field name] asset_token [Description] The numerical value should range from 1 to 26999 [Values accepted]

Output: This indicates the token number of the underlying asset of the particular contract


Input: [SN] 3 [Field name] instrument_name [Description] Values should be the instrument type of a particular contract [Values accepted]

Output: FUTSTK - Stock Futures OPTSTK - Stock Options FUTIDX - Index futures OPTIDX - Index Options FUTINT - Interest Futures UNDINT - Interest Underlying


Input: [SN] 5 [Field name] series [Description] Default value is XX [Values accepted]

Output: It is meant for EQ, hence it is default XX in FO System.


Input: [SN] 6 [Field name] Filler [Description] Blank [Values accepted]

Output: Blank


Input: [SN] 7 [Field name] expiry_date [Description] Value should be expiry date of the contract in jiffy seconds [Values accepted]

Output: Expiry date indicates the last day till which a particular contract is available for trading. This value calculated as the time in seconds from 1st January 1980 to the required expiry.


Input: [SN] 9 [Field name] option_type [Description] Value should be option type of the option contracts (applicable only for options contract ) XX for futures [Values accepted]

Output: Describes the option type for option contracts. CA - Call American CE - Call European PE - Put European PA - Put American A indicates American option on which settlement can be done on any day upto the expiry day E indicates European option for which settlement can be done only on expiry


Input: [SN] 10 [Field name] Segment type * [Description] Value should be 1 – Regular segment 2 – Extended segment 3 – Extended1 segment 4 – Extended2 segment [Values accepted]

Output: This indicates that the contract belongs to which segment (1, 2, 3, and 4).


Input: [SN] 12 [Field name] Filler [Description] Blank [Values accepted]

Output: Blank


Input: [SN] 15 [Field name] Trading status(Normal mkt) [Description] Value should be 1 = STOCK_PREOPEN 2 = STOCK_OPEN 3 = STOCK_SUSPENDED 4 = STOCK_PREOPEN_EXTENDED [Values accepted]

Output: Indicates stock status for the respective market type


Input: [SN] 16 [Field name] Eligibility(Normal mkt) [Description] Value should be 0 = NOT ELIGIBLE 1 = ELIGIBLE [Values accepted]

Output: Indicates whether a particular contract is eligible for trading or not in normal market


Input: [SN] 17 [Field name] Filler [Description] Blank [Values accepted]

Output: Blank


Input: [SN] 18 [Field name] Trading status(odd lot) [Description] Value should be 1 = STOCK_PREOPEN 2 = STOCK_OPEN 3 = STOCK_SUSPENDED 4 = STOCK_PREOPEN_EXTENDED [Values accepted]

Output: Indicates stock status for the respective market type


Input: [SN] 19 [Field name] Eligibility(odd lot) [Description] Value should be 0 = NOT ELIGIBLE 1 = ELIGIBLE [Values accepted]

Output: Indicates whether a particular contract is eligible for trading or not


Input: [SN] 20 [Field name] Filler [Description] Blank [Values accepted]

Output: Blank


Input: [SN] 21 [Field name] Trading status(spot) [Description] Value should be 1 = STOCK_PREOPEN 2 = STOCK_OPEN 3 = STOCK_SUSPENDED 4 = STOCK_PREOPEN_EXTENDED [Values accepted]

Output: Indicates stock status for the respective market type


Input: [SN] 22 [Field name] Eligibility(spot) [Description] Value should be 0 = NOT ELIGIBLE 1 = ELIGIBLE [Values accepted]

Output: Indicates whether a particular contract is eligible for trading or not


Input: [SN] 23 [Field name] Filler [Description] Blank [Values accepted]

Output: Blank


Input: [SN] 24 [Field name] Trading status(auction) [Description] Value should be 1 = STOCK_PREOPEN 2 = STOCK_OPEN 3 = STOCK_SUSPENDED 4 = STOCK_PREOPEN_EXTENDED [Values accepted]

Output: Indicates stock status for the respective market type


Input: [SN] 25 [Field name] Eligibility(auction) [Description] Value should be 0 = NOT ELIGIBLE 1 = ELIGIBLE [Values accepted]

Output: Indicates whether a particular contract is eligible for trading or not


Input: [SN] 26 [Field name] Filler [Description] Blank [Values accepted]

Output: Blank


Input: [SN] 27 [Field name] issue_info.start_date [Description] Value should be in jiffy seconds [Values accepted]

Output: Indicates the date on which the particular contract was introduced


Input: [SN] 29 [Field name] issue_info.maturity_date [Description] Value should be in jiffy seconds [Values accepted]

Output: It is same as the expiry date and indicates the last day upto which the contract is available for trading.


Input: [SN] 31 [Field name] minimum_lot_size [Description] Value should be positive whole number i.e minimum lot quantity value [Values accepted]

Output: The quantity entered while placing a BUY/SELL order should be greater than minimum lot size


Input: [SN] 32 [Field name] board_lot_quantity [Description] Value should be in multiples of minimum lot size i.e board lot quantity value [Values accepted]

Output: The quantity entered while placing a BUY/SELL order should be a multiple of board lot quantity and greater than the minimum lot size


Input: [SN] 33 [Field name] min_spread [Description] Value should be 5 paise or multiples of 5 paise i.e minimum spread value [Values accepted]

Output: It is the minimum increment in tick size applicable for a contract.


Input: [SN] 34 [Field name] issued_capital [Description] Value should be positive whole number i.e issued capital value [Values accepted]

Output: Issued Capital


Input: [SN] 35 [Field name] volume_freeze_qty [Description] Value should be positive whole number i.e freeze quantity value [Values accepted]

Output: Any order placed having quantity greater than this quantity enters into a freeze and requires exchange action before getting confirmed


Input: [SN] 36 [Field name] warning_qty_of_outst_volm [Description] Value should be 0 [Values accepted]

Output: It is meant for warning indication for Quantity


Input: [SN] 37 [Field name] date_time.admission [Description] Value should be in jiffy seconds [Values accepted]

Output: Indicates the date on which the particular contract was introduced for trading


Input: [SN] 38 [Field name] date_time.expulsion [Description] Value should be 0 [Values accepted]

Output: Indicates the date on which the particular contract was expelled


Input: [SN] 39 [Field name] date_time.re_admission [Description] Value should be 0 [Values accepted]

Output: Indicates the date on which the particular contract was re introduced


Input: [SN] 43 [Field name] operating_ranges.low_price_range [Description] Value should be 20 % less of the base price i.e low price % value [Values accepted]

Output: Any order placed with a price lower than this value goes into a freeze and requires exchange action before the order gets confirmed.


Input: [SN] 44 [Field name] operating_ranges.high_price_range [Description] Value should be 20 % higher of the base price i.e high price % value [Values accepted]

Output: Any order placed with a price higher than this value goes into a freeze and requires exchange action before the order gets confirmed.


Input: [SN] 54 [Field name] Filler [Description] Blank [Values accepted]

Output: Blank


Input: [SN] 61 [Field name] ex_style [Description] Value should be: E - For index option A - For stock option [Values accepted]

Output: For 'A' option exercise can be done on any date till the expiry date while for 'E' exercise can be done only on the expiry day.


Input: [SN] 62 [Field name] ex_allowed [Description] Value should be : N - For Index option Y - For stock option [Values accepted]

Output: Indicates whether exercise option is allowed for a particular contract.


Input: [SN] 63 [Field name] ex_rej_allowed [Description] Value should be : N - For Index option Y - For stock option [Values accepted]

Output: Indicates whether exercise rejection is allowed for a particular contract.


Input: [SN] 64 [Field name] pl_allowed [Description] Value should be N = NOT ALLOWED Y = ALLOWED [Values accepted]

Output: Indicates whether position liquidation is allowed or not for a particular contract


Input: [SN] 65 [Field name] Filler [Description] Blank [Values accepted]

Output: Blank


Input: [SN] 67 [Field name] asset_symbol [Description] Value should be symbol of the underlying asset [Values accepted]

Output: It is the symbol of the underlying asset of a contract


Input: [SN] 68 [Field name] Filler [Description] Blank [Values accepted]

Output: Blank


Input: [SN] 69 [Field name] base_price [Description] Value should be closing price of the contract [Values accepted]

Output: Base price is the closing price of the contract


Input: [SN] 70 [Field name] delete_flag [Description] Value should be N = NOT DELETED Y = DELETED [Values accepted]

Output: Used for indication, whether a contract is deleted or not


Input: [Exit code] MP_CONTINUE [Description]

Output: Continue to the next hook

Zarafa dagent/spooler plugin howto and API documentation - Zarafa wiki


Input: [Exit code] MP_FAILED [Description]

Output: Whole process failed

Zarafa dagent/spooler plugin howto and API documentation - Zarafa wiki


Input: [Exit code] MP_STOP_SUCCESS [Description]

Output: Stop with the message processing go to the next recipient. Recpient return code OK

Zarafa dagent/spooler plugin howto and API documentation - Zarafa wiki


Input: [Exit code] MP_STOP_FAILED [Description]

Output: Stop with the message processing go to the next recipient. Recpient return code failed

Zarafa dagent/spooler plugin howto and API documentation - Zarafa wiki


Input: [Exit code] MP_EXIT [Description]

Output: Break all the hook calls and go futher with the mail process

Zarafa dagent/spooler plugin howto and API documentation - Zarafa wiki


Input: [Exit code] MP_RETRY_LATER [Description]

Output: Stop Process and retry later

Zarafa dagent/spooler plugin howto and API documentation - Zarafa wiki


Input: [Readout Distance] Readout RPM [yes] yes

Output: Readout the actual rpm on control unit


Input: [Readout Distance] Readout Heartrate [yes] yes

Output: Readout the actual heartarte on control unit


Input: [Readout Distance] Readout target HR [yes] yes

Output: Readout target heartarte on control unit (only possible with HR option)


Input: [Readout Distance] Readout Energy [yes] yes

Output: Readout the energy on control unit


Input: [Readout Distance] Readout Torque [yes] yes

Output: Readout torque on control unit


Input: [Readout Distance] Readout Time [yes] yes

Output: Readout time on control unit


Input: [Readout Distance] Readout Power [yes] yes

Output: Readout the actual power on control unit


Input: [Readout Distance] Set Display [yes] yes

Output: Choosing parameters to be shown on the display during the stress test


Input: [Readout Distance] Set Resistance [yes] yes

Output: Possibility to define a specific resistance for each test subject


Input: [Readout Distance] Set P-Slope [yes] yes

Output: Possibility to set the load regulation resistance


Input: [Readout Distance] Set Mode [yes] yes

Output: Possibility to define parameters to be adjusted during the stress test


Input: [Readout Distance] Manual operation mode [yes] yes

Output: Operate manually


Input: [Readout Distance] Preset protocol operation mode [yes] yes

Output: Operate via preset protocols


Input: [Readout Distance] Analog operation mode [yes] yes

Output: operate analog


Input: [Readout Distance] Terminal operation mode [yes] yes

Output: operate with an external device


Input: [Readout Distance] Selfdesigned protocol operation mode [yes] yes

Output: operate via selfdesigned protocols


Input: [Parameters] Function callback [Description] Opens the dropdown options list. [Name]

Output: open


Input: [Parameters] Function callback [Description] Closes the dropdown options list. [Name]

Output: close


Input: [Parameters] Function callback [Description] Selects the dropdown option directly beneath the currently selected option. [Name]

Output: moveDown


Input: [Parameters] Function callback [Description] Selects the dropdown option directly above the currently selected option. [Name]

Output: moveUp


Input: [Parameters] String searchTerm [Description] Selects the dropdown option that most closely matches the text passed into the method. If a pattern match is found, the dropdown text value changes. If a pattern match is not found, then the dropdown text value does not change. [Name]

Output: search


Input: [Parameters] String key, String value [Description] Sets a single plugin option. [Name]

Output: setOption


Input: [Parameters] Object newOptions [Description] Sets or adds new plugin option settings. [Name]

Output: setOptions


Input: [Parameters] Function callback [Description] Disables the dropdown/select box. [Name]

Output: disable


Input: [Parameters] Number index, Function callback [Description] Disables the dropdown/select box option [Name]

Output: disableOption


Input: [Parameters] Function callback [Description] Enables the dropdown/select box. [Name]

Output: enable


Input: [Parameters] Number index, Function callback [Description] Enables the dropdown/select box option [Name]

Output: enableOption


Input: [Parameters] Function callback [Description] Removes the dropdown from the DOM and makes the original select box element visible. [Name]

Output: destroy


Input: [Parameters] Number time, Function callback [Description] Delays execution of the callback function by the amount of time (milleseconds) specified by the time parameter. [Name]

Output: wait


Input: [Parameters] Function callback [Description] Rebuilds the dropdown. Useful for dynamic content. [Name]

Output: refresh


Input: [Parameters] (Number index or String value), Function callback [Description] The passed value can either be a number or a string. If the value is a number, then SelectBoxIt will select the select box option by index. If the value is a string, then SelectBoxIt will select the select box option that contains the string value. [Name]

Output: selectOption


Input: [Parameters] data (JSON, Array, Object, or HTML string), Function callback [Description] Adds drop down options using JSON data, an array, a single object, or valid HTML string [Name]

Output: add


Input: [Parameters] Number or Array indexes, Function callback [Description] Removes drop down list options using an index or array of indexes [Name]

Output: remove


Input: [WSML keyword] wsml#variant [1] Used as predicate to indicate the WSML variant applied. [WSML keyword_2] wsml#goal [3]

Output: Used to define a WSML goal.

D16.1v0.2 The Web Service Modeling Language WSML

Table 10.1: WSML vocabulary extending RDFS for WSML triple syntax


Input: [WSML keyword] wsml#ontology [1] Used to define a WSML ontology. [WSML keyword_2] wsml#ooMediator [3]

Output: Used to define a WSML ooMediator

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#hasConcept [1] Used to type a WSML concept and to bind it to an ontology. [WSML keyword_2] wsml#ggMediator [3]

Output: Used to define a WSML ggMediator

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#attribute [1] Used to define a WSML attribute [WSML keyword_2] wsml#wgMediator [3]

Output: Used to define a WSML wgMediator

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#ofType [1] Used as predicate to define constraining attributes and parameters. [WSML keyword_2] wsml#wwMediator [3]

Output: Used to define a WSML wwMediator

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#hasAttribute [1] Used as predicate to bind an attribute to a concept. [WSML keyword_2] wsml#webService [3]

Output: Used to define a WSML webService

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#transitiveAttribute [1] Used to indicate the transitivity of an attribute. [WSML keyword_2] wsml#useInterface [3]

Output: Used as predicate to bind an interface to a Web service.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#symmetricAttribute [1] Used to indicate the symmetry of an attribute. [WSML keyword_2] wsml#useCapability [3]

Output: Used as predicate to bind a capability to a Web service or goal.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#reflexiveAttribute [1] Used to indicate the reflexivity of an attribute. [WSML keyword_2] wsml#sharedVariables [3]

Output: Used as predicate to bind a shared variable to a capability.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#inverseOf [1] Used to indicate the inverse relationship of two attributes. [WSML keyword_2] wsml#precondition [3]

Output: Used to type a precondition and to bind it to a capability.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#minCardinality [1] Used as predicate to defined the minimal cardinality of an attribute. [WSML keyword_2] wsml#assumption [3]

Output: Used to type an assumption and to bind it to a capability.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#maxCardinality [1] Used as predicate to defined the maximal cardinality of an attribute. [WSML keyword_2] wsml#postcondition [3]

Output: Used to type a postcondition and to bind it to a capability.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#hasInstance [1] Used to type an instance and to bind it to a concept. [WSML keyword_2] wsml#effect [3]

Output: Used to type an effect and to bind it to a capability.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#hasRelation [1] Used to type a relation and to bind it to an ontology. [WSML keyword_2] wsml#choreography [3]

Output: Used to type a choreography and to bind it to an interface.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#arity [1] Used to define the arity of a WSML relation. [WSML keyword_2] wsml#orchestration [3]

Output: Used to type an orchestration and to bind it to an interface.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#param [1] Used to type parameters of WSML relations. [WSML keyword_2] wsml#nfp [3]

Output: Used to type non-functional properties.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#subRelationOf [1] Used as predicate to define sub-relations. [WSML keyword_2] wsml#importsOntology [3]

Output: Used to define the import of an external ontology.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [WSML keyword] wsml#hasRelationInstance [1] Used to type a relation instance and to bind it to an ontology. [WSML keyword_2] wsml#usesMediator [3]

Output: Used to define the use of a mediator.

D16.1v0.2 The Web Service Modeling Language WSML


Input: [ID#] Serial # [N/A] Rod Serial # Mask

Output: This is the Rod’s serial number, which may be automatically or manually created. A serial # mask is used to determine the composition.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Start Date [N/A] N/A

Output: This is date the rod was started.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] End Date [N/A] N/A

Output: This is date the rod was completed.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Status [N/A] Rod Status List

Output: This is the rod’s current status.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Purpose [N/A] Rod Purpose List

Output: This is the rod’s intended purpose.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Type [N/A] Rod Type List

Output: This is fishing type of rod

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Model [N/A] Created from the default Models data Name field.

Output: This is Model that the rod is derived from or modeled from. Note that the line size, rod length, ferrule sizes, # pieces will be copied from the Model to the Rod automatically.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Length [N/A] Rod Length Range (copied from the associated Model)

Output: The rod length in inches.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Weight [N/A] Rod Weight Range

Output: The rod’s weight in ounces.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Line Weight [N/A] Line Weight Range

Output: This is the recommended DT line weight.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Line Type [N/A] Line Type List

Output: This is the recommended line type.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Const Type [N/A] Construction Type List Range (copied from the associated Model)

Output: This is the construction type of the rod.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Pieces [N/A] Rod Pieces Range (copied from the associated Model)

Output: The rod’s number of pieces.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] # Tips [N/A] Rod Tips Range

Output: The number of tips built for the rod.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Appearance [N/A] Rod Appearance Type List

Output: The rod’s appearance.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Adhesive [N/A] Rod Adhesive List

Output: The adhesive used to bond the rod.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Adhesive Source [N/A] Rod Adhesive Source List (and Vendors that sell adhesives)

Output: The source of the adhesive.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Finish [N/A] Rod Finish Type List

Output: The rod’s finish.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Finish Source [N/A] Rod Finish Source List (and Vendors that sell finishes)

Output: The source of the rod finish.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Finish Coats [N/A] Rod Finish Coats Range

Output: The # of finish coats applied to the rod.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Applied [N/A] Rod Finish Applied List

Output: How the finish was applied.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Material [N/A] Rod Material Type List

Output: The material used to make the rod.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Material Source [N/A] Rod Material Source List (and Vendors that sell rod material)

Output: The source of the material used to make the rod.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Oven [N/A] Oven Type List

Output: This is the type of oven used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Oven Source [N/A] Oven Source List (and Vendors that sell ovens)

Output: The source of the oven used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Oven Time [N/A] Oven Time Range

Output: The oven time in minutes.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Oven Temp [N/A] Oven Temp Range

Output: The oven temperature used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Node Prep [N/A] Node Prep List

Output: The node preparation scheme used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Node Stagger [N/A] Node Stagger Type List

Output: The node staggering scheme used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Ferrule Type [N/A] Ferrule Type List Range (copied from the associated Model)

Output: The ferrule type used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Ferrule Source [N/A] Ferrule Source List (and Vendors that sell ferrules)

Output: The source of the ferrules.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Ferr Adhesive [N/A] Ferrule Adhesive Type List

Output: The type of ferrule adhesive used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Ferr Adhes Source [N/A] Ferrule Adhesive Source List (and Vendors that sell ferrule adhesives)

Output: The source of the ferrule adhesive.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] F1Size [N/A] Ferrule 1 Size List Range (copied from the associated Model)

Output: The size (in 64s) of the first ferrule.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] F2Size [N/A] Ferrule 2 Size List Range (copied from the associated Model)

Output: The size (in 64s) of the second ferrule.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] F3Size [N/A] Ferrule 3 Size List Range (copied from the associated Model)

Output: The size (in 64s) of the third ferrule.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] # Guides [N/A] Guild Number Range

Output: The number of guides used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Guide Type [N/A] Guide Type List

Output: The type of guides used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Guid Source [N/A] Guide Source List Ferrule (and Vendors that sell guides)

Output: The source of the guides.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Guide Prep Sz [N/A] Guide Feet-Size List

Output: The size of the prepared guide feet.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] TipTop Size [N/A] Tiptop Size List

Output: The size of the tiptop used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] TipTop Type [N/A] Tiptop Type List

Output: The type of the tiptop used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] TipTop Source [N/A] Tiptop Source List (and Vendors that sell tiptops)

Output: The source of the tiptop.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] TipTop Adhev [N/A] Tiptop Adhesive Type List

Output: The tiptop adhesive used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Hook Keeper [N/A] Hook Keeper Type List

Output: The type of hook keeper used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Hook Keeper Src [N/A] Hook Keeper Source List (and Vendors that sell hook keepers)

Output: The source of the hook keeper.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Stripper Type [N/A] Stripper Type List

Output: The type of stripper used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Stripper Source [N/A] Stripper Source List (and Vendors that sell strippers)

Output: The source of the stripper.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Stripper Size [N/A] Stripper Size List

Output: The size of the stripper.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Guide Spacing [N/A] Guide Spacing List

Output: The guide spacing scheme used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Thread Type [N/A] Thread Type List

Output: The type of thread used for wraps.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Thread Source [N/A] Thread Source List (and Vendors that sell thread)

Output: The source of the thread.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Thread Color [N/A] Thread Color List

Output: The color of the thread used for wraps.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Thread Size [N/A] Thread Size List

Output: The size of the thread used for wraps.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Thrd # Wraps [N/A] Thread Wraps Range

Output: The # of wraps used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Tipping Type [N/A] Tipping Type List

Output: The tipping thread type.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Tipping Source [N/A] Tipping Source List (and Vendors that sell thread)

Output: The source of the tipping thread.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Tipping Color [N/A] Tipping Color List

Output: The color of the tipping thread used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Tipping Size [N/A] Tipping Size List

Output: The size of the tipping thread used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Tipping # Wraps [N/A] Tipping Wraps Range

Output: The # of tipping wraps used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Color Preserver [N/A] Color Preserver Type List

Output: The thread color preserver used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Color Presrver Src [N/A] Color Preserver Source List (and Vendors that sell color preserver)

Output: The source of the thread color preserver.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Thread Finish [N/A] Thread Finish Type List

Output: The thread finish used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Thread Fininsh Src [N/A] Thread Finish Source List (and Vendors that sell thread finish)

Output: The source of the thread finish.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Signature Type [N/A] Signature Wraps Type List

Output: The signature wraps scheme used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Grip Shape [N/A] Grip Shape Type List

Output: The shape of the grip used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Grip Material [N/A] Grip Material Type List

Output: The grip material.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Grip Source [N/A] Grip Source Type List (and Vendors that sell grips and/or grip material)

Output: The source of the grip or material.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Grip Length [N/A] Grip Length List

Output: The length of the grip in inches.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Winding Check Type [N/A] Winding Check Type List

Output: The type of winding check used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Winding Check Src [N/A] Winding Check Source List (and Vendors that sell winding checks)

Output: The source of the winding check.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Winding Check Size [N/A] Winding Check Size List

Output: The size of the winding check.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Reelseat Type [N/A] Real Seat Type List

Output: The type or style of reel seat used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Reelseat Source [N/A] Real Seat Source List (and Vendors that sell reel seats)

Output: The source of the reel seat.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Reelseat Size [N/A] Reel Seat Size List

Output: The size of the reel seat.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Reelseat H/W [N/A] Reel Seat Hardware Type List (and Vendors that sell reel seat hardware)

Output: The type of reel seat hardware.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Wood Insert Type [N/A] Wood Insert Type List

Output: The type of wood used for the insert.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Wood Insert Src [N/A] Wood Insert Source List (and Vendors that sell wood or wood inserts)

Output: The source of the wood used or the wood insert.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Sold To [N/A] Sold To List (and Customer Names from the Customers Module)

Output: The person or entity that the rod was sold to.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Sold Via [N/A] Sold Via List

Output: The way the rod was sold.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Planing Rough [N/A] Rough Planing List

Output: The rough planing method.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Planing Finish [N/A] Finish Planing List

Output: The finish planing method.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Binder [N/A] Binder List

Output: The type of binder used.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Binder Source [N/A] Binder Source List (and Vendors that sell binders)

Output: The source of the binder.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [ID#] Notes [N/A] N/A Range (copied from the associated Model)

Output: Any informative rod information, research, repairs, etc.

RodDNA – The Bamboo Rod Design and Analysis Software ™

This is a program generated field indicating the number of the Rod or row.


Input: [Atom] _NET_NUMBER_OF_DESKTOPS [Supported?] Yes [Notes]

Output: Requests to change this are rejected.


Input: [Atom] _NET_DESKTOP_GEOMETRY [Supported?] Yes [Notes]

Output: Requests to change this are rejected.


Input: [Atom] _NET_DESKTOP_VIEWPORT [Supported?] Yes [Notes]

Output: Requests to change this are rejected.


Input: [Atom] _NET_CURRENT_DESKTOP [Supported?] Yes [Notes]

Output: Requests to change this are honored.


Input: [Atom] _NET_ACTIVE_WINDOW [Supported?] Yes [Notes]

Output: Requests to change this are honored.


Input: [Atom] _NET_VIRTUAL_ROOTS [Supported?] No [Notes]

Output: JWM does not use virtual roots.


Input: [Atom] _NET_DESKTOP_LAYOUT [Supported?] No [Notes]

Output: JWM provides a pager


Input: [Atom] _NET_SHOWING_DESKTOP [Supported?] Yes [Notes]

Output: Requests change this are honored.


Input: [System Property] xml.catalog.ignoreMissing [Description]

Output: If true, a missing CatalogManager.properties file or missing properties within that file will not generate warning messages. See also the ignoreMissingProperties method.

xml-commons-resolver API: Class CatalogManager


Input: [System Property] xml.catalog.files catalogs [Description]

Output: The semicolon-delimited list of catalog files.

xml-commons-resolver API: Class CatalogManager


Input: relative-catalogs [Description]

Output: If false, relative catalog URIs are made absolute with respect to the base URI of the CatalogManager.properties file. This setting only applies to catalog URIs obtained from the catalogs property in the CatalogManager.properties file

xml-commons-resolver API: Class CatalogManager


Input: [System Property] xml.catalog.verbosity verbosity [Description]

Output: If non-zero, the Catalog classes will print informative and debugging messages. The higher the number, the more messages.

xml-commons-resolver API: Class CatalogManager


Input: [System Property] xml.catalog.prefer prefer [Description]

Output: Which identifier is preferred, "public" or "system"?

xml-commons-resolver API: Class CatalogManager


Input: [System Property] xml.catalog.staticCatalog static-catalog [Description]

Output: Should a single catalog be constructed for all parsing, or should a different catalog be created for each parser?

xml-commons-resolver API: Class CatalogManager


Input: [System Property] xml.catalog.allowPI allow-oasis-xml-catalog-pi [Description]

Output: If the source document contains "oasis-xml-catalog" processing instructions, should they be used?

xml-commons-resolver API: Class CatalogManager


Input: [System Property] xml.catalog.className catalog-class-name [Description]

Output: If you're using the convenience classes org.apache.xml.resolver.tools.*), this setting allows you to specify an alternate class name to use for the underlying catalog.

xml-commons-resolver API: Class CatalogManager


Input: [Class] TimeMap.params [Description]

Output: Namespace for parameter classes

Timemap.js v.2.0.1 : Class Index : JsDoc Reference


Input: [Class] TimeMap.params.ExtendedDataParam [Description]

Output: Class for parameters loaded from KML ExtendedData elements

Timemap.js v.2.0.1 : Class Index : JsDoc Reference


Input: [Class] TimeMap.params.OptionParam [Description]

Output: A convenience class for those parameters which deal with a value in the options of a TimeMap or TimeMapItem object, setting some additional default functions.

Timemap.js v.2.0.1 : Class Index : JsDoc Reference


Input: [Class] TimeMap.params.Param [Description]

Output: A parameter, with methods to get, set, and serialize the current value.

Timemap.js v.2.0.1 : Class Index : JsDoc Reference


Input: [Class] TimeMap.state [Description]

Output: Namespace for static state functions used to set the timemap state programmatically, either in a script or from the url hash.

Timemap.js v.2.0.1 : Class Index : JsDoc Reference


Input: [Class] TimeMap.state.params [Description]

Output: Namespace for state parameters, each with a set of functions to set and serialize values.

Timemap.js v.2.0.1 : Class Index : JsDoc Reference


Input: [Value] all [Description]

Output: The element's content can only be selected as a whole.

-moz-user-select • HTML & CSS Wiki • The ultimate HTML and CSS database that you can edit


Input: [Value] auto [Description]

Output: The user can select content.

-moz-user-select • HTML & CSS Wiki • The ultimate HTML and CSS database that you can edit


Input: [Value] element [Description]

Output: Only one element can be selected at a time.

-moz-user-select • HTML & CSS Wiki • The ultimate HTML and CSS database that you can edit


Input: [Value] elements [Description]

Output: One or more elements can be selected at a time.

-moz-user-select • HTML & CSS Wiki • The ultimate HTML and CSS database that you can edit


Input: [Value] none [Description]

Output: The user cannot select any content.

-moz-user-select • HTML & CSS Wiki • The ultimate HTML and CSS database that you can edit


Input: [Value] text [Description]

Output: The user can only select text.

-moz-user-select • HTML & CSS Wiki • The ultimate HTML and CSS database that you can edit


Input: [Value] toggle [Description]

Output: The element's content is selected, following the system's standard text selection toggling model.

-moz-user-select • HTML & CSS Wiki • The ultimate HTML and CSS database that you can edit


Input: [Required] Y [Brief Description] Control totals containing the aggregate targets for employment by sector [Table Name]

Output: annual_employment_control_totals


Input: [Required] Y [Brief Description] Control totals containing the aggregate targets for households by type [Table Name]

Output: annual_household_control_totals


Input: [Required] Y [Brief Description] Annual relocation rates for households by type [Table Name]

Output: annual_household_relocation_rates


Input: [Required] Y [Brief Description] Annual relocation rates for jobs by employment sector [Table Name]

Output: annual_job_relocation_rates


Input: [Required] Y [Brief Description] Aggregated buildings, by building_type and zone [Table Name]

Output: buildings


Input: [Required] Y [Brief Description] Non-residential sqft used by each job [Table Name]

Output: building_sqft_per_job


Input: [Required] Y [Brief Description] Building types as classified by the user, usually at least 2 residential types and several non-residential types [Table Name]

Output: building_types


Input: [Required] N [Brief Description] List of cities within the region, primarily for indicators [Table Name]

Output: cities


Input: [Required] N [Brief Description] List of counties within the region, primarily for indicators [Table Name]

Output: counties


Input: [Required] Y [Brief Description] Development projects that have been built over a historical period of (for example) 10 years [Table Name]

Output: development_event_history


Input: [Required] N [Brief Description] Aggregations of employment sectors into groups such as basic, retail, service [Table Name]

Output: employment_adhoc_sector_groups


Input: [Required] N [Brief Description] Definitions (textual) of ad-hoc sector groups [Table Name]

Output: employment_adhoc_sector_group_definitions


Input: [Required] Y [Brief Description] Employment sectors, defined by the user as aggregations of an industrial classification, e.g. NAICS or SIC [Table Name]

Output: employment_sectors


Input: [Required] N [Brief Description] Optional geographic table that provides a zone aggregation, used mainly for indicators [Table Name]

Output: fazes


Input: [Required] Y [Brief Description] Indicator table for jobs that are home-based [Table Name]

Output: home_based_status


Input: [Required] N [Brief Description] Categories used in control totals [Table Name]

Output: household_characteristics_for_ht


Input: [Required] Y [Brief Description] Household data, for socioeconomic and density variables [Table Name]

Output: households


Input: [Required] N [Brief Description] Households table used in estimation, from a household survey with recent movers, if available [Table Name]

Output: households_for_estimation


Input: [Required] Y [Brief Description] Employment data, for accessibility and density variables [Table Name]

Output: jobs


Input: [Required] N [Brief Description] Jobs table used in estimation, from sample of newly locating jobs, if available [Table Name]

Output: jobs_for_estimation


Input: [Required] N [Brief Description] Optional higher level geography, aggregations of FAZ geography (user-determined), for indicators [Table Name]

Output: large_areas


Input: [Required] N [Brief Description] Optional names for race groups defined in the synthetic population [Table Name]

Output: race_names


Input: [Required] Y [Brief Description] Structural or target vacancies - trigger development when vacancies fall below this [Table Name]

Output: target_vacancies


Input: [Required] Y [Brief Description] Zone-to-zone skims from the travel model, for accessibility variables [Table Name]

Output: travel_data


Input: [Required] Y [Brief Description] Zones used in the travel model, for accessibility and density variables [Table Name]

Output: zones


Input: [Name] input [Description] The VAT number requested [Type]

Output: string


Input: [Name] valid [Description] true if the VAT number is a valid Belgian VAT number, false otherwise [Type]

Output: boolean


Input: [Name] company-name [Description] The company name [Type]

Output: string


Input: [Name] start-date [Description] The company establishment date [Type]

Output: date


Input: [Name] active [Description] true if the VAT number is an active Belgian company, false otherwise [Type]

Output: boolean


Input: [Name] language [Description] Company language as 2-letter code (en, nl, fr, de) [Type]

Output: string


Input: [Name] address-fr [Description] Company full address in French [Type]

Output: string


Input: [Name] address-nl [Description] Company full address in Dutch [Type]

Output: string


Input: [Name] vat-clean [Description] The numeric part of the VAT number requested [Type]

Output: string


Input: [Name] vat-formatted [Description] The formatted VAT number as BE 0###.###.### [Type]

Output: string


Input: [Value] muted [Description] Defining the default state of the the audio. Currently, only “muted” is allowed [Attribute]

Output: audio


Input: [Value] autoplay [Description] If present, then the video will start playing as soon as it is ready [Attribute]

Output: autoplay


Input: [Value] controls [Description] If present, controls will be displayed, such as a play button [Attribute]

Output: controls


Input: [Value] pixels [Description] Sets the height of the video player [Attribute]

Output: height


Input: [Value] loop [Description] If present, the video will start over again, every time it is finished [Attribute]

Output: loop


Input: [Value] url [Description] Specifies the URL of an image representing the video [Attribute]

Output: poster


Input: [Value] preload [Description] If present, the video will be loaded at page load, and ready to run. Ignored if “autoplay” is present [Attribute]

Output: preload


Input: [Value] url [Description] The URL of the video to play [Attribute]

Output: src


Input: [Value] pixels [Description] Sets the width of the video player [Attribute]

Output: width


Input: [Symbol] u [Meaning]

Output: user


Input: [Symbol] g [Meaning]

Output: group


Input: [Symbol] o [Meaning]

Output: other


Input: [Symbol] a [Meaning]

Output: all


Input: [Symbol] r [Meaning]

Output: read


Input: [Symbol] w [Meaning]

Output: write (and delete)


Input: [Symbol] x [Meaning]

Output: execute (and access directory)


Input: [Symbol] + [Meaning]

Output: add permission


Input: [Symbol] - [Meaning]

Output: take away permission


Input: [Name] createAccount [Description] Create an account [Status]

Output: Active


Input: [Name] deleteAccount [Description] Delete an Account [Status]

Output: In Progress


Input: [Name] getAccount [Description] Get an account [Status]

Output: Active


Input: [Name] getAccountStats [Description] Get account statistics [Status]

Output: In Progress


Input: [Name] listAccounts [Description] List all accounts in the organization [Status]

Output: Active


Input: [Name] updateAccount [Description] Update an account [Status]

Output: Active


Input: [Command] Balance [Code] B [Definition]

Output: Available balances for all accounts

Bank Mobile with Nationwide and Download our App


Input: [Command] History [Code] H [Definition]

Output: Recent transactions per account

Bank Mobile with Nationwide and Download our App


Input: [Command] Command [Code] C [Definition]

Output: List of text banking commands

Bank Mobile with Nationwide and Download our App


Input: [Command] Help [Code] HE [Definition]

Output: Help for text banking

Bank Mobile with Nationwide and Download our App


Input: [Command] Login [Code] L [Definition]

Output: Get a link to log in to Mobile Banking

Bank Mobile with Nationwide and Download our App


Input: [Command] Recover [Code] R [Definition]

Output: Get a new activation code for Mobile Banking

Bank Mobile with Nationwide and Download our App


Input: [Command] Stop [Code] S [Definition]

Output: Stop Mobile Banking texts and alerts

Bank Mobile with Nationwide and Download our App


Input: [Error Number] -2147213311 [Hex Value] 0x80042001 [Description]

Output: The specified Microsoft Agent client was not found.


Input: [Error Number] -2147213310 [Hex Value] 0x80042002 [Description]

Output: The character ID is not valid. Verify that the ID has been defined and is spelled correctly.


Input: [Error Number] -2147213309 [Hex Value] 0x80042003 [Description]

Output: The specified animation is not supported. Verify that the animation name is correct.


Input: [Error Number] -2147213308 [Hex Value] 0x80042004 [Description]

Output: No animation exists for this state. Verify that an animation has been assigned to this state.


Input: [Error Number] -2147213306 [Hex Value] 0x80042006 [Description]

Output: The command name was not found. Verify that the command name you specified is correct.


Input: [Error Number] -2147213305 [Hex Value] 0x80042007 [Description]

Output: The specified command name parameter has already been defined.


Input: [Error Number] -2147213304 [Hex Value] 0x80042008 [Description]

Output: The specified Microsoft Agent client was not found.


Input: [Error Number] -2147213302 [Hex Value] 0x8004200A [Description]

Output: The specified method failed because the character is hidden.


Input: [Error Number] -2147213301 [Hex Value] 0x8004200B [Description]

Output: The character is already loaded. Check for previous Load method calls.


Input: [Error Number] -2147213300 [Hex Value] 0x8004200C [Description]

Output: The current character's settings do not support a word balloon.


Input: [Error Number] -2147213299 [Hex Value] 0x8004200D [Description]

Output: The Voice Commands Window cannot be displayed because speech input support has not been completely defined for this character. Verify that speech input is enabled and that there is a speech recognition engine and voice commands defined for the character.


Input: [Error Number] -2147213298 [Hex Value] 0x8004200E [Description]

Output: The Get method was specified with an invalid Type parameter. Verify that the type you specified is supported and spelled correctly.


Input: [Error Number] -2147213297 [Hex Value] 0x8004200F [Description]

Output: The specified animation is not valid. It may be damaged or has no frames.


Input: [Error Number] -2147213296 [Hex Value] 0x80042010 [Description]

Output: A character cannot be moved while it is being dragged.


Input: [Error Number] -2147213295 [Hex Value] 0x80042011 [Description]

Output: The specified operation failed because it requires the character to be active.


Input: [Error Number] -2147213294 [Hex Value] 0x80042012 [Description]

Output: The specified language for the character is not supported on this computer.


Input: [Error Number] -2147213293 [Hex Value] 0x80042013 [Description]

Output: The specified speech engine could not be found, the speech engine does not match the specified language for the character, or speech audio output is currently disabled.


Input: [Error Number] -2147213292 [Hex Value] 0x80042014 [Description]

Output: The specified speech engine could not be found, The speech engine does not match the specified language for the character, or speech input is currently disabled.


Input: [Error Number] -2147213291 [Hex Value] 0x80042015 [Description]

Output: The specified engine mode ID does not support the current language for the character.


Input: [Error Number] -2147213290 [Hex Value] 0x80042016 [Description]

Output: The specified operation failed because spoken audio output for all characters has been disabled in the Advanced Character Options.


Input: [Error Number] -2147213289 [Hex Value] 0x80042017 [Description]

Output: There are no standard characters installed on this system.


Input: [Error Number] -2147213288 [Hex Value] 0x80042018 [Description]

Output: The default character and other characters cannot be loaded at the same time by a single control.


Input: [Error Number] -2147213055 [Hex Value] 0x80042101 [Description]

Output: The Request object was not found. The Request object no longer exists in the character's animation queue.


Input: [Error Number] -2147213054 [Hex Value] 0x80042102 [Description]

Output: The specified Request object is not valid.


Input: [Error Number] -2147213053 [Hex Value] 0x80042103 [Description]

Output: The Stop method was used incorrectly. A character cannot use the Stop method to interrupt another character. Try the Interrupt method.


Input: [Error Number] -2147213052 [Hex Value] 0x80042104 [Description]

Output: The Interrupt method was used incorrectly. A character cannot interrupt itself.


Input: [Error Number] -2147213051 [Hex Value] 0x80042105 [Description]

Output: A character cannot wait on its own requests.


Input: [Error Number] -2147213050 [Hex Value] 0x80042106 [Description]

Output: The specified bookmark is invalid. Make sure the bookmark specified is not reserved by Microsoft Agent.


Input: [Error Number] -2147213048 [Hex Value] 0x80042108 [Description]

Output: The specified Request object was removed from the character queue.


Input: [Error Number] -2147213046 [Hex Value] 0x8004210A [Description]

Output: The operation was interrupted because the Listening key was pressed.


Input: [Error Number] -2147213045 [Hex Value] 0x8004210B [Description]

Output: The operation was interrupted because of spoken input.


Input: [Error Number] -2147213044 [Hex Value] 0x8004210C [Description]

Output: The operation was interrupted by the application.


Input: [Error Number] -2147213043 [Hex Value] 0x8004210D [Description]

Output: The operation was interrupted because the character was hidden.


Input: [Error Number] -2147213042 [Hex Value] 0x8004210E [Description]

Output: The Lst speech tag cannot be used with additional text or a URL.


Input: [Error Number] -2147212799 [Hex Value] 0x80042201 [Description]

Output: The Microsoft Agent Data Provider was not able to start.


Input: [Error Number] -2147212798 [Hex Value] 0x80042202 [Description]

Output: The specified character data file version is not supported by the installed version of Microsoft Agent. You need to update the character.


Input: [Error Number] -2147212797 [Hex Value] 0x80042203 [Description]

Output: The version of Microsoft Agent installed is older than the specified character file. Verify that you have the correct version of Microsoft Agent installed.


Input: [Error Number] -2147212796 [Hex Value] 0x80042204 [Description]

Output: The specified file is not a Microsoft Agent character file. Verify the file name is correct.


Input: [Error Number] -2147212795 [Hex Value] 0x80042205 [Description]

Output: The character ID is not valid. Verify that the ID has been correctly defined and is spelled correctly.


Input: [Error Number] -2147212794 [Hex Value] 0x80042206 [Description]

Output: The specified file is not a valid sound (.WAV) file.


Input: [Error Number] -2147212793 [Hex Value] 0x80042207 [Description]

Output: The specified sound file is not valid or does not include the correct data.


Input: [Error Number] -2147212792 [Hex Value] 0x80042208 [Description]

Output: There was a problem in accessing the system's multimedia component.


Input: [Error Number] -2147212791 [Hex Value] 0x80042209 [Description]

Output: Microsoft Agent does not support the specified URL protocol.


Input: [Error Number] -2147212543 [Hex Value] 0x80042301 [Description]

Output: The audio device cannot be accessed. Verify that the sound card and drivers are correctly installed.


Input: [Error Number] -2147212542 [Hex Value] 0x80042302 [Description]

Output: Microsoft Agent could not find any compatible speech recognition engines.


Input: [Error Number] -2147212540 [Hex Value] 0x80042304 [Description]

Output: There is a problem in the specified Commands object definition.


Input: [Error Number] -2147212539 [Hex Value] 0x80042305 [Description]

Output: The text for the Voice property of a command is either missing a right parenthesis or includes a misplaced left parenthesis.


Input: [Error Number] -2147212538 [Hex Value] 0x80042306 [Description]

Output: The text for the Voice property of a command is missing a right square bracket or includes a misplaced left square bracket.


Input: [Error Number] -2147212537 [Hex Value] 0x80042307 [Description]

Output: The text for the Voice property of a command is missing a left parenthesis, includes a misplaced right parenthesis, or has no text between parentheses.


Input: [Error Number] -2147212536 [Hex Value] 0x80042308 [Description]

Output: The text for the Voice property of a command is missing a left square bracket, includes a misplaced right square bracket, or has no text between square brackets.


Input: [Error Number] -2147212535 [Hex Value] 0x80042309 [Description]

Output: The text for the Voice property of a command is missing surrounding parentheses or square brackets for specifying alternative text.


Input: [Error Number] -2147212534 [Hex Value] 0x8004230A [Description]

Output: There was a problem in accessing the speech recognition mode. Verify that the speech engine is correctly installed.


Input: [Error Number] -2147212287 [Hex Value] 0x80042401 [Description]

Output: The audio device cannot be accessed. Verify that the sound card and drivers are correctly installed.


Input: [Error Number] -2147212286 [Hex Value] 0x80042402 [Description]

Output: The text-to-speech (TTS) engine cannot be started.


Input: [Error Number] -2147212285 [Hex Value] 0x80042403 [Description]

Output: The text-to-speech (TTS) engine cannot be started.


Input: [Error Number] -2147212284 [Hex Value] 0x80042404 [Description]

Output: The text-to-speech (TTS) engine cannot be started.


Input: [Error Number] -2147212283 [Hex Value] 0x80042405 [Description]

Output: The text-to-speech (TTS) engine cannot be started.


Input: [Error Number] -2147212282 [Hex Value] 0x80042406 [Description]

Output: The Microsoft Agent lip sync component failed.


Input: [Error Number] -2147212281 [Hex Value] 0x80042407 [Description]

Output: The Microsoft Agent lip sync component failed.


Input: [Error Number] -2147212280 [Hex Value] 0x80042408 [Description]

Output: The Microsoft Agent lip sync component failed.


Input: [Error Number] -2147212030 [Hex Value] 0x80042502 [Description]

Output: Microsoft Agent was unable to start. Verify that Microsoft Agent is properly installed.


Input: [Error Number] -2147024894 [Hex Value] 0x80070002 [Description]

Output: The system cannot find the file specified.*


Input: [Error Number] -2147024883 [Hex Value] 0x8007000D [Description]

Output: The data is invalid.*


Input: [Error Number] -2147023436 [Hex Value] 0x800705B4 [Description]

Output: This operation returned because the timeout period expired. *


Input: [Error Number] -2146697214 [Hex Value] 0x800C0002 [Description]

Output: Invalid URL.* Please verify that the specified URL exists and is correct.


Input: [Error Number] -2146697212 [Hex Value] 0x800C0004 [Description]

Output: Server access failure.* The attempt to connect with the server failed. Please verify that the server is running and available.


Input: [Error Number] -2146697210 [Hex Value] 0x800C0006 [Description]

Output: File not found.* The file could not be found at the specified URL. Please make sure the URL is correct.


Input: [Error Number] -2146697205 [Hex Value] 0x800C000B [Description]

Output: Server connection time-out.* The connection to the server timed out. Please verify that the server is running and available.


Input: [Error Number] -2146697202 [Hex Value] 0x800C000E [Description]

Output: Server security access failure.* There was a security problem when accessing the server.


Input: [Parameters] id [Description]

Output: The ID is the file name as it resides on the file server including the file extension.

Views — CakePHP Cookbook 1.3 documentation


Input: [Parameters] name [Description]

Output: The name allows you to specify an alternate file name to be sent to the user. Specify the name without the file extension.

Views — CakePHP Cookbook 1.3 documentation


Input: [Parameters] download [Description]

Output: A boolean value indicating whether headers should be set to force download. Note that your controller’s autoRender option should be set to false for this to work correctly.

Views — CakePHP Cookbook 1.3 documentation


Input: [Parameters] extension [Description]

Output: The file extension. This is matched against an internal list of acceptable mime types. If the mime type specified is not in the list (or sent in the mimeType parameter array), the file will not be downloaded.

Views — CakePHP Cookbook 1.3 documentation


Input: [Parameters] path [Description]

Output: The folder name, including the final directory separator. The path should be absolute, but can be relative to the APP/webroot folder. It must end with a directory separator.

Views — CakePHP Cookbook 1.3 documentation


Input: [Parameters] mimeType [Description]

Output: An array with additional mime types to be merged with MediaView internal list of acceptable mime types.

Views — CakePHP Cookbook 1.3 documentation


Input: [Parameters] cache [Description]

Output: A boolean or integer value - If set to true it will allow browsers to cache the file (defaults to false if not set); otherwise set it to the number of seconds in the future for when the cache should expire.

Views — CakePHP Cookbook 1.3 documentation


Input: [Type] Array of Graphic [Access] readonly [Description] Lists all graphics contained by the Cell. [Property]

Output: allGraphics

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Array of PageItem [Access] readonly [Description] Lists all page items contained by the Cell. [Property]

Output: allPageItems

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] CellStyle String [Access] r/w [Description] The cell style applied to the cell. Can also accept: String. [Property]

Output: appliedCellStyle

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] XMLItem [Access] readonly [Description] The XML element associated with the Cell. [Property]

Output: associatedXMLElement

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] bool [Access] r/w [Description] If true, the height of the cell or the cells in the Cell can increase or decrease automatically to fit cell content. Note: Allows cells to grow or shrink to the maximum or minimum height, if specified. [Property]

Output: autoGrow

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Swatch [Access] r/w [Description] The swatch (color, gradient, tint, or mixed ink) applied to the bottom edge border stroke. [Property]

Output: bottomEdgeStrokeColor

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Swatch [Access] r/w [Description] The swatch (color, gradient, tint, or mixed ink) applied to the gap of the bottom edge border stroke. Note: Not valid when bottom edge stroke type is solid. [Property]

Output: bottomEdgeStrokeGapColor

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] bool [Access] r/w [Description] If true, the gap color of the bottom edge border stroke will overprint. Note: Not valid when bottom edge stroke type is solid. [Property]

Output: bottomEdgeStrokeGapOverprint

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] number [Access] r/w [Description] The tint (as a percentage) of the bottom edge border stroke gap color. (Range: 0 to 100) Note: Not valid when bottom edge stroke type is solid. [Property]

Output: bottomEdgeStrokeGapTint

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] bool [Access] r/w [Description] If true, the bottom edge border stroke will overprint. [Property]

Output: bottomEdgeStrokeOverprint

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] number [Access] r/w [Description] The tint (as a percentage) of the bottom edge border stroke. [Property]

Output: bottomEdgeStrokeTint

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] String StrokeStyle [Access] r/w [Description] The stroke type of the bottom edge. Can also accept: String. [Property]

Output: bottomEdgeStrokeType

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Measurement Unit (Number or String) [Access] r/w [Description] The stroke weight of the bottom edge border stroke. [Property]

Output: bottomEdgeStrokeWeight

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Measurement Unit (Number or String) [Access] r/w [Description] The bottom inset of the cell. [Property]

Output: bottomInset

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Buttons [Access] readonly [Description] A collection of buttons. [Property]

Output: buttons

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Cells [Access] readonly [Description] A collection of table cells. [Property]

Output: cells

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Changes [Access] readonly [Description] A collection of changes. [Property]

Output: changes

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Characters [Access] readonly [Description] A collection of characters. [Property]

Output: characters

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] bool [Access] r/w [Description] If true, clips the cell's content to width and height of the cell. [Property]

Output: clipContentToCell

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] number [Access] readonly [Description] The number of columns that the object spans. [Property]

Output: columnSpan

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Columns [Access] readonly [Description] A collection of table columns. [Property]

Output: columns

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Array of Strings Array of Strings NothingEnum NothingEnum SpecialCharacters SpecialCharacters SpecialCharacters String [Access] r/w [Description] The text contents. For rows or columns, when specified as a string, the sting populates each cell in the row or column; when specified as an array, the first value in the array populates the left-most cell in the row or the top-most cell in the column; the next value populates the next cell to the right (for rows) or the next lowest cell (for columns), and so on. Can return: String, SpecialCharacters enumerator or Array of Strings or SpecialCharacters enumerators. Can also accept: NothingEnum enumerator or Array of Strings, SpecialCharacters enumerators or NothingEnum enumerators. [Property]

Output: contents

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] bool [Access] r/w [Description] If true, draws the diagonal line in front of cell contents. [Property]

Output: diagonalLineInFront

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Swatch [Access] r/w [Description] The diagonal line color, specified as a swatch. [Property]

Output: diagonalLineStrokeColor

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Swatch [Access] r/w [Description] The swatch (color, gradient, tint, or mixed ink) applied to the gap of the diagonal line stroke. Note: Not valid when diagonal line stroke type is solid. [Property]

Output: diagonalLineStrokeGapColor

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] bool [Access] r/w [Description] If true, the stroke gap of the diagonal line will overprint. Note: Not valid when diagonal line stroke type is solid. [Property]

Output: diagonalLineStrokeGapOverprint

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] number [Access] r/w [Description] The tint (as a percentage) of the diagonal line stroke gap color. Note: Not valid when diagonal line stroke type is solid. [Property]

Output: diagonalLineStrokeGapTint

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] bool [Access] r/w [Description] If true, the diagonal line stroke will overprint. [Property]

Output: diagonalLineStrokeOverprint

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] number [Access] r/w [Description] The diagonal line tint (as a percentage). (Range: 0 to 100) [Property]

Output: diagonalLineStrokeTint

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] String StrokeStyle [Access] r/w [Description] The stroke type of the diagonal line(s). Can also accept: String. [Property]

Output: diagonalLineStrokeType

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Measurement Unit (Number or String) [Access] r/w [Description] The diagonal line stroke weight. [Property]

Output: diagonalLineStrokeWeight

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] EPSTexts [Access] readonly [Description] EPSTexts [Property]

Output: epstexts

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] EventListeners [Access] readonly [Description] A collection of event listeners. [Property]

Output: eventListeners

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Events [Access] readonly [Description] A collection of events. [Property]

Output: events

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] String Swatch [Access] r/w [Description] The swatch (color, gradient, tint, or mixed ink) applied to the fill of the object. Can also accept: String. [Property]

Output: fillColor

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] number [Access] r/w [Description] The tint (as a percentage) of the fill of the object. [Property]

Output: fillTint

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] FirstBaseline: FirstBaseline.ASCENT_OFFSET FirstBaseline.CAP_HEIGHT FirstBaseline.LEADING_OFFSET FirstBaseline.EMBOX_HEIGHT FirstBaseline.X_HEIGHT FirstBaseline.FIXED_HEIGHT [Access] r/w [Description] The distance between the baseline of the text and the top inset of the cell. [Property]

Output: firstBaselineOffset

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] FormFields [Access] readonly [Description] A collection of form fields. [Property]

Output: formFields

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] number [Access] r/w [Description] The angle of a linear gradient applied to the fill of the object. (Range: -180 to 180) [Property]

Output: gradientFillAngle

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] number [Access] r/w [Description] The length (of a linear gradient) or radius (of a radial gradient) applied to the fill of the object. [Property]

Output: gradientFillLength

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Array of Measurement Unit (Number or String) [Access] r/w [Description] The starting point (in page coordinates) of a gradient applied to the fill of the Cell, in the format [x, y]. [Property]

Output: gradientFillStart

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] GraphicLines [Access] readonly [Description] A collection of graphic lines. [Property]

Output: graphicLines

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Groups [Access] readonly [Description] A collection of groups. [Property]

Output: groups

Adobe InDesign CS5 (7.0) Object Model JS: Cell


Input: [Type] Measurement Unit (Number or String) [Access] r/w [Description] The height of the Cell. For a table or column, specifies the sum of the row heights. [Property]

Output: height

Adobe InDesign CS5 (7.0) Object Model JS: Cell