Package com._1c.g5.v8.dt.bsl.stringliteral.contenttypes

Class AbstractInvocationTypeComputer

java.lang.Object

com._1c.g5.v8.dt.bsl.stringliteral.contenttypes.AbstractInvocationTypeComputer

All Implemented Interfaces:

ContextTypeComputer, TypeComputer

Direct Known Subclasses:

AccessRightTypeComputer, DcsParameterTypeComputer, EventTypeComputer, FormAttributeTypeComputer, FormatTypeComputer, FormNameTypeComputer, FullNameTypeComputerDataLock, FunctionalOptionTypeComputer, NstrTypeComputer, ObjectAttributeTypeComputer, PredefinedTypeComputer, QuerySchemaMethodTypeComputer, SettingsKeyTypeComputer, SortColumnsTypeComputer, StructureKeyTypeComputer, TemplateNameTypeComputer, TypeTypeComputer, XdtoFactoryPackageCollectionPackageTypeComputer, XdtoFactoryPackageTypeComputer, XdtoFactoryTypeTypeComputer

public abstract class AbstractInvocationTypeComputer
extends Object
implements ContextTypeComputer

The abstract implementation of context type computer which checks StringLiteral as parameter of Invocation in code. Sub-class should override one of methods: static invocation or dynamic invocation of some object types.

See Also:

IStringLiteralTypeComputer

Constructor Summary

Constructors

Constructor	Description
AbstractInvocationTypeComputer()	Instantiates a new abstract invocation type computer.

Method Summary

Modifier and Type	Method	Description
boolean	computeIsValidForSupportedType(StringLiteral literal, List<String> content, Environments envs)	Computes that the specified literal is valid for supported type of this computer.
protected Set<org.eclipse.xtext.util.Pair<String,Integer>>	getDynamicInvocationParams(DynamicFeatureAccess featureAccess)	Gets the dynamic invocation parameters.
protected Collection<String>	getDynamicInvocationSourceTypes(DynamicFeatureAccess fa)	Gets the type names of the source of the dynamic invocation method.
protected Set<org.eclipse.xtext.util.Pair<String,Integer>>	getStaticInvocationParams(StaticFeatureAccess featureAccess)	Gets the static invocation parameters.
protected boolean	isValidModule(Supplier<Module> module, FeatureAccess fa)	Checks if the module is valid for this string literal content type computing in some invocation context.
protected boolean	isValidSourceType(DynamicFeatureAccess fa, Environments envs)	Checks if the type of DynamicFeatureAccess source is valid type.
int	order()	Order of call to compute string literal type.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface com._1c.g5.v8.dt.bsl.stringliteral.contenttypes.TypeComputer

computeWithAnnotations, getSupportedType, isSupport

Constructor Detail

AbstractInvocationTypeComputer

public AbstractInvocationTypeComputer()

Instantiates a new abstract invocation type computer.

Method Detail

order

public int order()

Description copied from interface: TypeComputer

Order of call to compute string literal type.

Specified by:

order in interface TypeComputer

Returns:

the order of call

computeIsValidForSupportedType

public boolean computeIsValidForSupportedType(StringLiteral literal,
                                              List<String> content,
                                              Environments envs)

Description copied from interface: ContextTypeComputer

Computes that the specified literal is valid for supported type of this computer. Method TypeComputer.isSupport(StringLiteral, List) must explicitly call before this computation. Type computer implementation may expect to use method TypeComputer.isSupport(StringLiteral, List) in addition before main computation of type.

Specified by:

computeIsValidForSupportedType in interface ContextTypeComputer

Parameters:

literal - the literal to check, cannot be null.

content - the content of string literal, cannot be null.

envs - the actual environments of the string literal, cannot be null.

Returns:

true, if the literal is valid for supported type.

getStaticInvocationParams

protected Set<org.eclipse.xtext.util.Pair<String,Integer>> getStaticInvocationParams(StaticFeatureAccess featureAccess)

Gets the static invocation parameters. Should return both English and Russian variants of method name. Clients should override this method to implement type computer on static invocation context.

Parameters:

featureAccess - the static feature access, if need dependably compute the collection of methods.

Returns:

the static invocation parameters, collection of global context method name and position of string literal in the invocation parameters.

getDynamicInvocationParams

protected Set<org.eclipse.xtext.util.Pair<String,Integer>> getDynamicInvocationParams(DynamicFeatureAccess featureAccess)

Gets the dynamic invocation parameters. Should return both English and Russian variants of method name. Clients should override this method to implement type computer on dynamic invocation context.

Parameters:

featureAccess - the dynamic feature access, if need dependably compute the collection of methods.

Returns:

the dynamic invocation parameters, collection of type context method name and position of string literal in the invocation parameters.

getDynamicInvocationSourceTypes

protected Collection<String> getDynamicInvocationSourceTypes(DynamicFeatureAccess fa)

Gets the type names of the source of the dynamic invocation method. Clients should override this method to implement type computer on dynamic invocation context.

Parameters:

fa - the dynamic feature access to get collection of its source types, if dependable on DynamicFeatureAccess

Returns:

the type names of source of dynamic invocation.

isValidModule

protected boolean isValidModule(Supplier<Module> module,
                                FeatureAccess fa)

Checks if the module is valid for this string literal content type computing in some invocation context. This method allows to check module type, FeatureAccess Environments or any other heavy computing condition if the method of invocation and string literal parameter position matches the requirement.

Parameters:

module - the supplier of module to check

fa - the feature access to check

Returns:

true, if the module is valid to compute.

isValidSourceType

protected boolean isValidSourceType(DynamicFeatureAccess fa,
                                    Environments envs)

Checks if the type of DynamicFeatureAccess source is valid type.

Parameters:

fa - the dynamic feature access to check types of its source

envs - the Environments

Returns:

true, if type of source is valid