.Net Framework Aptitude Questions and Answers

1. FCL (Framework Class Library)
2. Web Services published by Microsoft
3. CLR (Common Language Runtime)
4. Web Applications
5. Mobile Applications

Options:

1. D, E
2. A, C
3. All
4. None

1. The source code which is compiled by the JIT compiler that is executed under CLR.
2. JIT stands for Just In Time.
3. JIT compiler converts source code into machine code at run time.
4. Instructions which are compiled by Just In Time compilers are written in native code.
5. Instructions which are compiled by Just In Time compilers are written in MSIL code.

1. A only
2. B only
3. A, B, C, D
4. All

1. It provides a platform to develop web applications, windows applications, and mobile applications.
2. It provides a platform for developing, building, executing only mobile applications.
3. It provides a platform for developing, building, executing only web applications.
4. It provides a language-independent platform.

Options:

1. A only
2. B only
3. B, C
4. A, C

1. CLR stands for Common Language Runtime.
2. It provides automatic garbage collection.
3. CLR provides services to execute managed applications.
4. CLR provides services to execute unmanaged applications.
5. CLR provides a Language-Independent environment.

Options:

1. A only
2. A, B, C, E
3. None of these
4. D Only

1. CLR stands for Common Language Runtime.
2. It provides automatic garbage collection.
3. CLR provides services to execute managed applications.
4. CLR provides services to execute unmanaged applications.
5. CLR provides a Language-Independent environment.

Options

1. A only
2. A, B, C, E
3. None of these
4. D Only

1. Manage Code is a special code that is written to target the service of Common Language Runtime.
2. Manage code is compiled by Just In Time compiler.
3. Manage code that is executed at the top of the Windows Operating System.
4. Manage code that is executed on the top of the Linux Operating System.

Options

1. A
2. B
3. C
4. D

1. Role based security
2. PIN security
3. Authentication Security
4. Code Access Security
5. Biorhythm Security

Options

1. A, C
2. B, E
3. D Only
4. B, D

1. .Net assembly is in the form of a DLL file.
2. .Net assembly contains classes that contain reusable methods.
3. .Net assembly is the smallest deployable unit.
4. .Net assembly is the smallest deployable unit.
5. .Net assembly can have only one entry point.

Options

1. A Only
2. A, B
3. A, B, C, D
4. All

1. .Net Framework provides an Object-Oriented programming environment.
2. .Net Framework provides a Language-Independent environment.
3. .Net Framework provides an Event-Driven programming environment.
4. .Net Framework provides a different programming environment for window and web-based applications.

Options

1. A Only
2. A, B
3. A, B, C
4. All

1. .Net Framework provides an Object-Oriented programming environment.
2. .Net Framework provides a Language-Independent environment.
3. .Net Framework provides an Event-Driven programming environment for device driver development.
4. .Net Framework provides different programming environments for window and web-based applications.

Options

1. A Only
2. A, B
3. C, D
4. All

1. CLR provides garbage collection.
2. CLR enforces type safety strictly.
3. CLR provides memory and thread management.
4. CLR provides Code Access Security.

Options

1. A, B
2. C, D
3. All (A, B, C, D)
4. None of these

1. Public Assembly
2. Private Assembly
3. Protected Assembly
4. Shared Assembly
5. Friend Assembly

Options

1. A
2. B
3. C
4. D
5. E

1. FCL (Framework Class Library)
2. CLR (Common Language Runtime)
3. ASP.NET web application
4. Windows Application and Windows Services
5. Console Application

Options

1. A
2. B
3. A, B
4. All
5. None of these

1. Release memory occupied in STACK.
2. Release memory occupied by non-referenced objects.
3. Close opened file.
4. Prevent from memory leaks.

Options

1. A, B
2. B, C
3. A, C
4. B, C
5. B, D

1. Native Code
2. Unmanaged Code
3. Managed Code
4. Distributed Code

Options

1. A
2. B
3. C
4. D

1. Common Language Runtime
2. Common Type System
3. Common Language Infrastructure
4. Garbage Collector

Options

1. A
2. B
3. C
4. D

1. System.Object
2. System.Root
3. System.Base
4. System.Top

Options

1. A
2. B
3. C
4. D

1. Average memory used in JIT compilation.
2. Number of methods which are failed to compile with Just In Time Compiler
3. Total memory used for JIT compilation
4. Percentage of processor time spent during JIT compilation

Options

1. Only A
2. A, C
3. Only B
4. B, D

1. CLR
2. CTS
3. COM
4. .NET class libraries.

Options

1. A
2. B
3. C
4. D

1. ngen
2. ildasm
3. gacutil
4. sn
5. dumpbin

Options

1. A
2. B
3. C
4. D, E

1. GarbageCollect()
2. Collect()
3. Garbage()
4. FreeMem()

Options

1. A
2. B
3. C
4. D

1. Value Types
2. Reference Types
3. None of the above
4. Both Value and Reference Types

Options

1. A
2. B
3. C
4. D

1. Unmanaged resources are always released by garbage collection automatically.
2. Unmanaged resources are outside the scope of Common Language Runtime.
3. Unmanaged resources are cleaned up by the programmer explicitly.
4. Unmanaged resources are not outside the scope of Common Language Runtime.

Options

1. A and D
2. B
3. C
4. B and C

1. Side by Side execution provides abilities to execute and store different versions of the same application on the same PC.
2. It provides control over versioning of the application.
3. We can use multiple versions of .NET runtime can execute side by side.

Options

1. A
2. B
3. A, B, C
4. None of these

1. Metadata stored in PE assembly.
2. Metadata is data about data.
3. Metadata stores name, visibility, member methods, member fields, and properties, etc.
4. Metadata is created by the application programmer.

Options

1. A
2. B
3. A and C
4. A, B, and C