Searched full:abstract (Results 1 – 25 of 482) sorted by relevance
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16 /* Mapping between abstract maple machine IR and machine operation code of X86_64*/18 DEFINE_MAPPING(abstract::MOP_undef, x64::MOP_begin)21 DEFINE_MAPPING(abstract::MOP_copy_ri_8, x64::MOP_movb_i_r)22 DEFINE_MAPPING(abstract::MOP_copy_ri_16, x64::MOP_movw_i_r)23 DEFINE_MAPPING(abstract::MOP_copy_ri_32, x64::MOP_movl_i_r)24 DEFINE_MAPPING(abstract::MOP_copy_ri_64, x64::MOP_movq_i_r)25 DEFINE_MAPPING(abstract::MOP_copy_rr_8, x64::MOP_movb_r_r)26 DEFINE_MAPPING(abstract::MOP_copy_rr_16, x64::MOP_movw_r_r)27 DEFINE_MAPPING(abstract::MOP_copy_rr_32, x64::MOP_movl_r_r)28 DEFINE_MAPPING(abstract::MOP_copy_rr_64, x64::MOP_movq_r_r)[all …]
18 abstract class AbstractLocalClass{}31 abstract final class AbstractFinalLocalClass{}33 abstract class AbstractLocalClass2{38 abstract class AbstractLocalClass3{39 abstract override method1()40 abstract method2(){}45 abstract method3()56 /* @@? 31:53 Error TypeError: Cannot use both 'final' and 'abstract' modifiers. */57 /* @@? 36:37 Error TypeError: AbstractLocalClass2 is abstract therefore cannot be instantiated. */58 /* @@? 39:13 Error TypeError: Invalid method modifier(s): an abstract method can't have private, ov…[all …]
17 desc: Overriding abstract method.18 assert: An abstract class can override an abstract method by providing another abstract method decl…22 abstract class A {23 abstract run(): void;26 abstract class B extends A {27 abstract run(): void;
21 export abstract class Numeric extends Object {28 public abstract byteValue(): byte;35 public abstract intValue(): int;42 public abstract shortValue(): short;49 public abstract longValue(): long;56 public abstract floatValue(): float;63 public abstract doubleValue(): double;69 export abstract class Integral extends Numeric {}74 export abstract class Floating extends Numeric {}
17 desc: Abstract class inherited abstract methods from superinterface.18 …abstract, all the abstract member methods of each direct superinterface must be implemented either…22 abstract class A implements C {
17 desc: Abstract class inherited abstract methods from superinterface.18 …abstract, all the abstract member methods of each direct superinterface must be implemented either…22 abstract class A implements B, C {
17 desc: Non-abstract class inherited abstract methods from superinterface.18 …abstract, all the abstract member methods of each direct superinterface must be implemented either…
17 desc: Class overrides abstract methods from superinterface.18 …abstract, all the abstract member methods of each direct superinterface must be implemented either…
17 var abstract = 1; variable18 abstract = 2;19 abstract++;21 abstract class C {22 abstract = 1; property in C23 abstract a;
17 abstract class MyOverride1 {18 abstract foo(): unknown;19 abstract bar(): void;22 abstract class SubOverride1 extends MyOverride1 {23 override abstract foo(): number;
17 abstract class MyOverride {18 abstract foo(): unknown;19 abstract bar(): void;22 abstract class SubOverride extends MyOverride {23 abstract override foo(): number;
18 Subclasses of an abstract class can be non-abstract or in turn abstract.19 A non-abstract subclass of an abstract superclass can be instantiated.20 As a result, a constructor for the abstract class, and field initializers24 abstract class A {
17 desc: Subclasses of an abstract class can be non-abstract or in turn abstract.20 abstract class A {}21 abstract class B extends A {}
65 MOperator mOp = abstract::MOP_undef; in AddressMapping()68 mOp = isInt ? abstract::MOP_copy_rr_8 : abstract::MOP_undef; in AddressMapping()71 mOp = isInt ? abstract::MOP_copy_rr_16 : abstract::MOP_undef; in AddressMapping()74 mOp = isInt ? abstract::MOP_copy_rr_32 : abstract::MOP_copy_ff_32; in AddressMapping()77 mOp = isInt ? abstract::MOP_copy_rr_64 : abstract::MOP_copy_ff_64; in AddressMapping()82 CHECK_FATAL(mOp != abstract::MOP_undef, "do two address mapping failed"); in AddressMapping()
21 export abstract class A { 23 public abstract return_x(): int;26 export abstract class B extends A {28 public abstract return_y(): int31 export abstract class C extends B {33 public abstract return_z(): int
17 …Inherit multiple methods with override-equivalent signatures, but method in superclass is abstract.18 …abstract method declared in a superclass of C and inherited by C that is override-equivalent with …22 abstract class A {23 abstract m(): int;
124 # final cannot be abstract127 abstract class A {128 abstract final meth(s: string, n: number): string; // CTE133 # final cannot be abstract137 final abstract meth(s: string, n: number): string; // CTE142 # final cannot be abstract145 abstract class A {146 abstract meth(s: string, n: number): string;149 final abstract meth(s: string, n: number): string; // CTE168 abstract class A {[all …]
19 Using abstract class with abstract method as T for Required<T>.20 There is no abstract method implemented at all.24 abstract class AC {26 abstract foo()
18 Using abstract class with abstract method as T for Required<T>.19 Abstract method is implemented during the initialization.22 abstract class AC {24 abstract foo():void
18 Using abstract class with abstract method as T for Partial<T>.20 There is no abstract method implemented at all.24 abstract class AC {26 abstract foo()
19 Using abstract class with abstract method as T for Partial<T>.21 Abstract method is implemented.25 abstract class AC {27 abstract foo()
16 abstract class AbstractClass {20 abstract get age(): int;21 abstract set age(a: int);22 abstract set value(v: int);23 abstract get value(): int;
21 abstract class A {25 abstract class B1 extends A {29 abstract class B2 extends A {33 abstract class C1 extends B1 {43 abstract class C2 extends B2 {
19 export abstract class CLI<OptionsT> {34 abstract doRead(): string[];36 abstract doInit(): Command;38 abstract doOptions(opts: OptionValues): OptionsT;40 abstract doValidate(opts: OptionsT): Error | undefined;