Uses of Interface
components.statement.Statement

Packages that use Statement

Package	Description
components.program	Provides the Program family interfaces and implementing classes.
components.statement	Provides the Statement family interfaces and implementing classes.

Uses of Statement in components.program

Methods in components.program that return Statement

Modifier and Type	Method	Description
final Statement	Program1.newBody()
Statement	ProgramKernel.newBody()	Creates and returns a Statement with a default initial value, of the dynamic type needed in swapBody.

Methods in components.program that return types with arguments of type Statement

Modifier and Type	Method	Description
final Map<String,Statement>	Program1.newContext()
Map<String,Statement>	ProgramKernel.newContext()	Creates and returns an empty Map<String, Statement> of the dynamic type needed in swapContext.

Methods in components.program with parameters of type Statement

Modifier and Type	Method	Description
final void	Program1.swapBody(Statement b)
void	ProgramKernel.swapBody(Statement b)	Exchanges the body of this with b; b must have the dynamic type returned by newBody.

Method parameters in components.program with type arguments of type Statement

Modifier and Type	Method	Description
final void	Program1.swapContext(Map<String,Statement> c)
void	ProgramKernel.swapContext(Map<String,Statement> c)	Exchanges the context of this with c; c must have the dynamic type returned by newContext.

Uses of Statement in components.statement

Classes in components.statement that implement Statement

Modifier and Type	Class	Description
class	Statement1	Statement represented as a Tree of StatementLabels with implementations of primary methods.
class	StatementSecondary	Layered implementations of secondary methods for Statement.

Methods in components.statement that return Statement

Modifier and Type	Method	Description
final Statement	Statement1.removeFromBlock(int pos)
Statement	StatementKernel.removeFromBlock(int pos)	Removes and returns the statement at position pos in this BLOCK statement.

Methods in components.statement with parameters of type Statement

Modifier and Type	Method	Description
final void	Statement1.addToBlock(int pos, Statement s)
void	StatementKernel.addToBlock(int pos, Statement s)	Adds the statement s at position pos in this BLOCK statement; the declaration notwithstanding, the dynamic type of s must be the same as the dynamic type of this.
final void	Statement1.assembleIf(StatementKernel.Condition c, Statement s)
void	StatementKernel.assembleIf(StatementKernel.Condition c, Statement s)	Assembles in this an IF statement with root label (IF, c, ?) and only subtree the BLOCK s; the declaration notwithstanding, the dynamic type of s must be the same as the dynamic type of this.
final void	Statement1.assembleIfElse(StatementKernel.Condition c, Statement s1, Statement s2)
void	StatementKernel.assembleIfElse(StatementKernel.Condition c, Statement s1, Statement s2)	Assembles in this an IF_ELSE statement with root label (IF_ELSE, c, ?) and as two subtrees the BLOCKs s1 and s2; the declaration notwithstanding, the dynamic type of s1 and s2 must be the same as the dynamic type of this.
final void	Statement1.assembleWhile(StatementKernel.Condition c, Statement s)
void	StatementKernel.assembleWhile(StatementKernel.Condition c, Statement s)	Assembles in this a WHILE statement with root label (WHILE, c, ?) and only subtree the BLOCK s; the declaration notwithstanding, the dynamic type of s must be the same as the dynamic type of this.
final StatementKernel.Condition	Statement1.disassembleIf(Statement s)
StatementKernel.Condition	StatementKernel.disassembleIf(Statement s)	Disassembles IF statement this into its test Condition, which is returned as the value of the function, and its only subtree, the BLOCK statement s; the declaration notwithstanding, the dynamic type of s must be the same as the dynamic type of this.
final StatementKernel.Condition	Statement1.disassembleIfElse(Statement s1, Statement s2)
StatementKernel.Condition	StatementKernel.disassembleIfElse(Statement s1, Statement s2)	Disassembles IF_ELSE statement this into its test Condition, which is returned as the value of the function, and its two subtrees, the BLOCK statements s1 and s2; the declaration notwithstanding, the dynamic type of s1 and s2 must be the same as the dynamic type of this.
final StatementKernel.Condition	Statement1.disassembleWhile(Statement s)
StatementKernel.Condition	StatementKernel.disassembleWhile(Statement s)	Disassembles WHILE statement this into its test Condition , which is returned as the value of the function, and its only subtree, the BLOCK statement s; the declaration notwithstanding, the dynamic type of s must be the same as the dynamic type of this.
final void	Statement1.transferFrom(Statement source)