Uses of Interface
adams.flow.condition.bool.BooleanCondition

Packages that use BooleanCondition

Package	Description
adams.flow.condition.bool
adams.flow.control
adams.flow.execution.debug
adams.flow.source
adams.flow.standalone
adams.gui.flow.tree

Uses of BooleanCondition in adams.flow.condition.bool

Subinterfaces of BooleanCondition in adams.flow.condition.bool

Modifier and Type	Interface	Description
interface	IndexedBooleanCondition	Boolean conditions that return also an index, as they do encapsulate multiple boolean conditions at the same time.

Classes in adams.flow.condition.bool that implement BooleanCondition

Modifier and Type	Class	Description
class	AbstractAttributeCapabilities	Ancestor for capabilities-based conditions.
class	AbstractBooleanCondition	Ancestor for conditions that get evaluated in, e.g., the IfThenElse control actor, deciding which branch to take.
class	AbstractBooleanDatabaseCondition	Ancestor for conditions that operate on a database.
class	AbstractExpression	Ancestor for conditions that use a boolean expression.
class	AbstractMultiCondition	Ancestor for conditions that use multiple sub-conditions.
class	AbstractScript	Ancestor for boolean script conditions.
class	AbstractScriptedCondition	Abstract ancestor for actors that execute scripts.
class	AdamsInstanceCapabilities	Filters adams.data.instance.Instance based on defined capabilities.
class	And	Performs a logical AND over all its sub-conditions, i.e., it only evaluates to 'true' if all of the sub-conditions evaluate to 'true' as well.
class	BinaryFile	Evaluates to 'true' if the file exists and is a binary file. A heuristic is used to determine whether a file is binary, based on the first 1024 bytes.
class	BooleanReportValue	Returns 'true' if the boolean field in the report is present and is 'true'.
class	BytesComplete	Evaluates to 'true' if the bytes from the token are considered a 'complete' file.
class	Counting	Counts the tokens passing through and returns 'true' if min/max/interval are met.
class	DirectoriesMatch	Evaluates to 'true' if at least one sub-directory matches the regular expression in the specified directory.
class	DirectoryExists	Evaluates to 'true' if the directory exists.
class	Expression	Evaluates to 'true' if the expression evaluates to 'true'. In case of java.lang.Number tokens that arrive at the input, these can be accessed in the expression via 'X'; string tokens can be accessed via expression '"X"' (surrounding double quotes are required). If the incoming token is either a Report or a ReportHandler, the contents of the report get added as values as well (boolean, numeric or string) and you can access them via their name instead of 'X'. The following grammar is used for evaluating the boolean expressions: expr_list ::= '=' expr_list expr_part | expr_part ; expr_part ::= expr ; expr ::= ( expr ) # data types | number | string | boolean | date # constants | true | false | pi | e | now() | today() # negating numeric value | -expr # comparisons | expr < expr | expr <= expr | expr > expr | expr >= expr | expr = expr | expr != expr (or: expr <> expr) # boolean operations | ! expr (or: not expr) | expr & expr (or: expr and expr) | expr | expr (or: expr or expr) | if[else] ( expr , expr (if true) , expr (if false) ) | ifmissing ( variable , expr (default value if variable is missing) ) | isNaN ( expr ) # arithmetics | expr + expr | expr - expr | expr * expr | expr / expr | expr ^ expr (power of) | expr % expr (modulo) ; # numeric functions | abs ( expr ) | sqrt ( expr ) | cbrt ( expr ) | log ( expr ) | log10 ( expr ) | exp ( expr ) | sin ( expr ) | sinh ( expr ) | cos ( expr ) | cosh ( expr ) | tan ( expr ) | tanh ( expr ) | atan ( expr ) | atan2 ( exprY , exprX ) | hypot ( exprX , exprY ) | signum ( expr ) | rint ( expr ) | floor ( expr ) | pow[er] ( expr , expr ) | ceil ( expr ) | min ( expr1 , expr2 ) | max ( expr1 , expr2 ) | year ( expr ) | month ( expr ) | day ( expr ) | hour ( expr ) | minute ( expr ) | second ( expr ) | weekday ( expr ) | weeknum ( expr ) # string functions | substr ( expr , start [, end] ) | left ( expr , len ) | mid ( expr , start , len ) | right ( expr , len ) | rept ( expr , count ) | concatenate ( expr1 , expr2 [, expr3-5] ) | lower[case] ( expr ) | upper[case] ( expr ) | trim ( expr ) | matches ( expr , regexp ) | trim ( expr ) | len[gth] ( str ) | find ( search , expr [, pos] ) | replace ( str , pos , len , newstr ) | substitute ( str , find , replace [, occurrences] ) # array functions | len[gth] ( array ) | get ( array , index ) ; Notes: - Variables are either all upper case letters (e.g., "ABC") or any character apart from "]" enclosed by "[" and "]" (e.g., "[Hello World]"). - 'start' and 'end' for function 'substr' are indices that start at 1. - 'index' for function 'get' starts at 1. - Index 'end' for function 'substr' is excluded (like Java's 'String.substring(int,int)' method) - Line comments start with '#' - Semi-colons (';') or commas (',') can be used as separator in the formulas, e.g., 'pow(2,2)' is equivalent to 'pow(2;2)' - dates have to be of format 'yyyy-MM-dd' or 'yyyy-MM-dd HH:mm:ss' - times have to be of format 'HH:mm:ss' or 'yyyy-MM-dd HH:mm:ss' - the characters in square brackets in function names are optional: e.g.
class	False	Always evaluates to 'false'.
class	FileComplete	Evaluates to 'true' if the file (from option or token) is considered complete.
class	FileExists	Evaluates to 'true' if the file exists. If a filename generator other than adams.core.io.NullFilenameGenerator is specified, then this takes precedence over the supplied filename (uses the token passing through).
class	FileInUse	Evaluates to 'true' if the file is currently being used by another process. If a filename generator other than adams.core.io.NullFilenameGenerator is specified, then this takes precedence over the supplied filename (uses the token passing through).
class	FilesMatch	Evaluates to 'true' if at least one file matches the regular expression in the specified directory.
class	Groovy	A boolean condition that uses the condition defined in a Groovy script.
class	HasClass	Evaluates to 'true' if the specified class is available on the classpath.
class	HasColumn	Checks whether the spreadsheet passing through has a certain column.
class	HasElements	Checks whether the array passing through has a at least the specified number of elements.
class	HasExifTag	Checks whether the specified EXIF tag is present.
class	HashSet	Evaluates to true if the payload of the current token or the specified string (if non-empty) is present in the specified hashset. The value gets transformed using the specified conversion. See also: adams.flow.standalone.HashSetInit adams.flow.transformer.HashSetInit
class	HasInterface	Evaluates to 'true' if the objects implement the specified interface.
class	HasLength	Checks whether the array passing through has the required number of elements.
class	HasMapValue	Evaluates to true if the specified java.util.Map object is available in storage and a value is associated with the supplied key.
class	HasProperty	Evaluates to 'true' if the objects have the specified property path.
class	HasQueue	Evaluates to true if the specified queue is available in storage.
class	HasRows	Checks whether the spreadsheet passing through has the required number of rows.
class	HasSize	Checks whether the collection passing through has the required number of elements.
class	HasStorageValue	Evaluates to true if the specified storage value is present.
class	HasVariable	Evaluates to true if the specified variable is set.
class	HasVariableValue	Evaluates to true if the specified variable is present and its value is the same as the specified one.
class	InList	Checks whether the incoming string is among the specified items.
class	IsAndroid	Evaluates to 'true' if the operating system is Android.
class	IsArm64	Evaluates to 'true' if the system architecture is Arm64.
class	IsArray	Evaluates to 'true' if the object passing through represents an array.
class	IsBoolean	Evaluates to 'true' if the payload of the token is a boolean string (true|false).
class	IsByte	Evaluates to 'true' if the payload of the token is a byte number/string.
class	IsBzip2Compressed	Checks whether the file or byte array is Bzip2 compressed.
class	IsDouble	Evaluates to 'true' if the payload of the token is a double number/string.
class	IsFloat	Evaluates to 'true' if the payload of the token is a float number/string.
class	IsGzipCompressed	Checks whether the file or byte array is Gzip compressed.
class	IsInteger	Evaluates to 'true' if the payload of the token is an integer number/string.
class	IsLinux	Evaluates to 'true' if the operating system is Linux.
class	IsLong	Evaluates to 'true' if the payload of the token is a long number/string.
class	IsMac	Evaluates to 'true' if the operating system is a Mac.
class	IsMat5Array	Checks whether the object represents a Matlab array.
class	IsMat5Matrix	Checks whether the object represents a Matlab matrix.
class	IsMat5Struct	Checks whether the object represents a Matlab struct data structure.
class	IsNull	Evaluates to 'true' if the payload of the token passing through is null.
class	IsNumeric	Evaluates to 'true' if the payload of the token is a number or a numeric string.
class	IsRarCompressed	Checks whether the file or byte array is Rar compressed.
class	IsShort	Evaluates to 'true' if the payload of the token is a short number/string.
class	IsSubClass	Evaluates to 'true' if the objects are derived from the specified superclass.
class	IsWindows	Evaluates to 'true' if the operating system is a Windows variant.
class	IsXzCompressed	Checks whether the file or byte array is Xz compressed.
class	IsZipCompressed	Checks whether the file or byte array is Zip compressed.
class	IsZstdCompressed	Checks whether the file or byte array is Zstd compressed.
class	Not	Negates the output of the specified condition.
class	NotesErrors	Evaluates to true if the notes handler passing through has any errors recorded.
class	Or	Performs a logical OR over all its sub-conditions, i.e., it evaluates to 'true' if any of the sub-conditions evaluates to 'true' as well.
class	PromptUser	Prompts the user to click on 'positive' or 'negative' button (negative button can be omitted). The actor's name can be used in the message using the following placeholders: {SHORT} - the short name {FULL} - the full name (incl path) Variables get expanded as well. Can be used in a headless environment as well.
class	RegExp	Returns the result of the regular expression matching the incoming string.
class	ReportValueExists	Returns 'true' if the field in the report is present.
class	Scripted	A boolean condition that uses the condition defined in an external script.
class	StorageFlagSet	Evaluates to true if the specified storage value is present, a boolean and true.
class	TableExists	Checks whether table(s) exist that match the given regular expression.
class	True	Always evaluates to 'true'.
class	VariableFlagSet	Evaluates to true if the specified variable is present, a boolean and true.
class	WekaCapabilities	Filters weka.core.Instance and weka.core.Instances objects based on defined capabilities.
class	WekaClassification	Uses the index of the classification, i.e., the predicted label, as index of the switch

Fields in adams.flow.condition.bool declared as BooleanCondition

Modifier and Type	Field	Description
protected BooleanCondition	Not.m_Condition	the condition to evaluate and negate.
protected BooleanCondition	Groovy.m_ConditionObject	the loaded script object.
protected BooleanCondition	Scripted.m_ConditionObject	the loaded script object.
protected BooleanCondition[]	AbstractMultiCondition.m_Conditions	the conditions to evaluate.

Methods in adams.flow.condition.bool that return BooleanCondition

Modifier and Type	Method	Description
BooleanCondition	BooleanConditionSupporter.getCondition()	Returns the break condition to evaluate.
BooleanCondition	Not.getCondition()	Returns the current condition.
BooleanCondition[]	AbstractMultiCondition.getConditions()	Returns the conditions to evaluate.
protected BooleanCondition	Not.getDefaultCondition()	Returns the default condition.
BooleanCondition	BooleanCondition.shallowCopy()	Returns a shallow copy of itself, i.e., based on the commandline options.
BooleanCondition	BooleanCondition.shallowCopy(boolean expand)	Returns a shallow copy of itself, i.e., based on the commandline options.

Methods in adams.flow.condition.bool with parameters of type BooleanCondition

Modifier and Type	Method	Description
void	AbstractMultiCondition.addCondition(BooleanCondition value)	Adds the condition to the current ones.
void	BooleanConditionSupporter.setCondition(BooleanCondition value)	Sets the break condition to evaluate.
void	Not.setCondition(BooleanCondition value)	Sets the condition.
void	AbstractMultiCondition.setConditions(BooleanCondition[] value)	Sets the conditions to evaluate.
boolean	IndexedBooleanConditionSupporter.supports(BooleanCondition condition)	Returns whether the condition is supported.

Constructors in adams.flow.condition.bool with parameters of type BooleanCondition

Constructor	Description
AbstractMultiCondition(BooleanCondition[] conditions)	Initializes the object with the specified conditions.
And(BooleanCondition[] conditions)	Initializes the object with the specified conditions.
Not(BooleanCondition condition)	Initializes Not with the specified base condition.
Or(BooleanCondition[] conditions)	Initializes the object with the specified conditions.

Uses of BooleanCondition in adams.flow.control

Fields in adams.flow.control declared as BooleanCondition

Modifier and Type	Field	Description
protected BooleanCondition	Block.m_Condition	the condition to evaluate.
protected BooleanCondition	Breakpoint.m_Condition	the condition to evaluate.
protected BooleanCondition	ConditionalSequence.m_Condition	the condition that determines the execution of the subprocess items.
protected BooleanCondition	ConditionalSubProcess.m_Condition	the condition that determines the execution of the subprocess items.
protected BooleanCondition	ConditionalTee.m_Condition	the condition to use.
protected BooleanCondition	ConditionalTrigger.m_Condition	the condition to use.
protected BooleanCondition	Count.m_Condition	the condition to use.
protected BooleanCondition	IfThenElse.m_Condition	the condition used for determining to execute then/else branch.
protected BooleanCondition	RaiseError.m_Condition	the condition to use.
protected BooleanCondition	WhileLoop.m_Condition	the boolean condition to evaluate.
protected BooleanCondition[]	Switch.m_Conditions	the "conditions" for the various switch cases.

Methods in adams.flow.control that return BooleanCondition

Modifier and Type	Method	Description
BooleanCondition	Block.getCondition()	Returns the current condition.
BooleanCondition	Breakpoint.getCondition()	Returns the break condition to evaluate.
BooleanCondition	ConditionalSequence.getCondition()	Returns the condtion to evaluate.
BooleanCondition	ConditionalSubProcess.getCondition()	Returns the condtion to evaluate.
BooleanCondition	ConditionalTee.getCondition()	Returns the condition responsible for tee-ing of the token.
BooleanCondition	ConditionalTrigger.getCondition()	Returns the boolean condition.
BooleanCondition	Count.getCondition()	Returns the condition responsible for tee-ing of the token.
BooleanCondition	IfThenElse.getCondition()	Returns the current condition.
BooleanCondition	RaiseError.getCondition()	Returns the condition responsible for tee-ing of the token.
BooleanCondition	WhileLoop.getCondition()	Returns the condtion to evaluate.
BooleanCondition[]	Switch.getConditions()	Returns the conditions to evaluate.
protected BooleanCondition	Block.getDefaultCondition()	Returns the default condition to use.
protected BooleanCondition	IfThenElse.getDefaultCondition()	Returns the default condition.

Methods in adams.flow.control with parameters of type BooleanCondition

Modifier and Type	Method	Description
void	Block.setCondition(BooleanCondition value)	Sets the condition.
void	Breakpoint.setCondition(BooleanCondition value)	Sets the break condition to evaluate.
void	ConditionalSequence.setCondition(BooleanCondition value)	Sets the condition to evaluate.
void	ConditionalSubProcess.setCondition(BooleanCondition value)	Sets the condition to evaluate.
void	ConditionalTee.setCondition(BooleanCondition value)	Sets the condition responsible for tee-ing of the token.
void	ConditionalTrigger.setCondition(BooleanCondition value)	Sets the boolean condition.
void	Count.setCondition(BooleanCondition value)	Sets the condition responsible for tee-ing of the token.
void	IfThenElse.setCondition(BooleanCondition value)	Sets the condition.
void	RaiseError.setCondition(BooleanCondition value)	Sets the condition responsible for tee-ing of the token.
void	WhileLoop.setCondition(BooleanCondition value)	Sets the condition to evaluate.
void	Switch.setConditions(BooleanCondition[] value)	Sets the conditions to evaluate.
boolean	Switch.supports(BooleanCondition condition)	Returns whether the condition is supported.

Constructors in adams.flow.control with parameters of type BooleanCondition

Constructor	Description
Block(BooleanCondition condition)	Initializes with the specified condition.
ConditionalSequence(BooleanCondition condition)	Initializes the actor with the specified name/condition.
ConditionalSequence(String name, BooleanCondition condition)	Initializes the actor with the specified name/condition.
ConditionalSubProcess(BooleanCondition condition)	Initializes the actor with the specified condition.
ConditionalSubProcess(String name, BooleanCondition condition)	Initializes the actor with the specified name/condition.
ConditionalTee(BooleanCondition condition)	Initializes the actor with the specified condition.
ConditionalTee(String name, BooleanCondition condition)	Initializes the actor with the specified name/condition.
ConditionalTrigger(BooleanCondition condition)	Initializes the actor with the specified condition.
ConditionalTrigger(String name, BooleanCondition condition)	Initializes the actor with the specified name/condition.

Uses of BooleanCondition in adams.flow.execution.debug

Fields in adams.flow.execution.debug declared as BooleanCondition

Modifier and Type	Field	Description
protected BooleanCondition	ClassBreakpoint.m_Condition	the condition to evaluate.
protected BooleanCondition	PathBreakpoint.m_Condition	the condition to evaluate.
protected BooleanCondition	ControlPanel.m_CurrentCondition	the current boolean condition.

Methods in adams.flow.execution.debug that return BooleanCondition

Modifier and Type	Method	Description
BooleanCondition	ClassBreakpoint.getCondition()	Returns the break condition to evaluate.
BooleanCondition	PathBreakpoint.getCondition()	Returns the break condition to evaluate.
BooleanCondition	ControlPanel.getCurrentCondition()	Returns the current boolean condition.

Methods in adams.flow.execution.debug with parameters of type BooleanCondition

Modifier and Type	Method	Description
void	ClassBreakpoint.setCondition(BooleanCondition value)	Sets the break condition to evaluate.
void	PathBreakpoint.setCondition(BooleanCondition value)	Sets the break condition to evaluate.
void	ControlPanel.setCurrentCondition(BooleanCondition value)	Sets the current boolean condition.

Uses of BooleanCondition in adams.flow.source

Fields in adams.flow.source declared as BooleanCondition

Modifier and Type	Field	Description
protected BooleanCondition[]	SwitchedSource.m_Conditions	the "conditions" for the various switch cases.

Methods in adams.flow.source that return BooleanCondition

Modifier and Type	Method	Description
BooleanCondition[]	SwitchedSource.getConditions()	Returns the conditions to evaluate.

Methods in adams.flow.source with parameters of type BooleanCondition

Modifier and Type	Method	Description
void	SwitchedSource.setConditions(BooleanCondition[] value)	Sets the conditions to evaluate.
boolean	SwitchedSource.supports(BooleanCondition condition)	Returns whether the condition is supported.

Uses of BooleanCondition in adams.flow.standalone

Fields in adams.flow.standalone declared as BooleanCondition

Modifier and Type	Field	Description
protected BooleanCondition	ConditionalStandalones.m_Condition	the condition to use.

Methods in adams.flow.standalone that return BooleanCondition

Modifier and Type	Method	Description
BooleanCondition	ConditionalStandalones.getCondition()	Returns the boolean condition.

Methods in adams.flow.standalone with parameters of type BooleanCondition

Modifier and Type	Method	Description
void	ConditionalStandalones.setCondition(BooleanCondition value)	Sets the boolean condition.

Uses of BooleanCondition in adams.gui.flow.tree

Methods in adams.gui.flow.tree that return BooleanCondition

Modifier and Type	Method	Description
protected BooleanCondition	TreeOperations.chooseBooleanCondition(BooleanCondition defCond)	Lets the user choose a boolean condition.

Methods in adams.gui.flow.tree with parameters of type BooleanCondition

Modifier and Type	Method	Description
protected BooleanCondition	TreeOperations.chooseBooleanCondition(BooleanCondition defCond)	Lets the user choose a boolean condition.