Why is catch almost always a bad idea, Computer Engineering

Assignment Help:

Why is catch (Exception) almost always a bad idea?

Well, if at that point you know that an error has happened, then why not write the proper code to handle that error instead of passing a new Exception object to the catch block? Throwing your own exceptions verifies some design flaws in the project.

Related Discussions:- Why is catch almost always a bad idea

Perfect induction, Any identity or equality in Boolean algebra, suchas de M...

Any identity or equality in Boolean algebra, suchas de Morgan's Theorem can be proved usingthe method of perfect induction. 1. All combinations of variables are written down.

What are sequential algorithms, What are Sequential Algorithms? The cen...

What are Sequential Algorithms? The central assumption of the RAM model is that instructions are implemented one after another, one operation at a time. Accordingly, algorith

Programming.., converting 10 ASCII characters to excess three using mplab i...

converting 10 ASCII characters to excess three using mplab ide

Define bidirectional bus, Define bidirectional bus? A bidirectional bus...

Define bidirectional bus? A bidirectional bus is that which permits the transfer of data either from memory to CPU during a read operation or from CPU to memory during write op

Define interrupt and isr, Define interrupt and ISR? An interrupt is a r...

Define interrupt and ISR? An interrupt is a request from an I/O device for service by the processor. The processor gives the requested service by implementing the interrupt ser

Decimal equivalent of hex number 1A53, What is the decimal equivalent of he...

What is the decimal equivalent of hex number 1A53 ? Ans. 6739 is the decimal equivalent of Hex Number 1A53. From Hex Number to Decimal Number conversion is shown below: 1

System programing, dynamic storage allocation technique

dynamic storage allocation technique

General purpose register - assembly language, General purpose register - as...

General purpose register - assembly language: Basic ISA Classes: Accumulator: 1 address add Aacc ←acc + mem [A] Stack: 0 address add to s ←to s+ next G

Difference between the testing and verification, Difference between the tes...

Difference between the testing and verification. Verification proves conformance with a specification. Testing tries to find cases where the system does not meet its specifi

Flow-between matrix layout problem, Solve the problem in page 346 of the pa...

Solve the problem in page 346 of the paper on cell formation by Boctor using the MIP method. Use 4 cells and no more than 3 machines per cell. Solve the problem using the MIP m

Write Your Message!

Name

Email id

Message

Verfication Code

User Account

All Pages