What is Turbo C++?
- Borland initially presented Turbo C++ in 1990.
- It is a C++ compiler and coordinated advancement
climate (IDE) and script.
- Super C++ gives a climate called IDE (Integrated
Development Environment).
- The supervisor is utilized to make the source document,
incorporate it, interface it and afterward execute it.
What are recursive capacities? What are the
benefits and hindrances of Recursive calculations?
Benefits of recursive capacities:
-Aversion of superfluous calling of capacities.
-A substitute for cycle where the iterative arrangement
is exceptionally intricate. For instance to diminish the code size for Tower of
Honai application, a recursive capacity is wagered fit.
- Very valuable while applying a similar arrangement
Hindrances of recursive capacities :
-A recursive capacity is frequently befuddling.
-The leave point should be unequivocally coded.
-Following the rationale of the function is troublesome.
Distinction between an outer iterator and an interior
iterator
-An inside iterator is executed by the part elements of
the class which has the emphasis rationale.
- An outer iterator is carried out by a different class
which can be connected to the item which has emphasis rationale.
- The benefit of outside iterator is that, numerous
iterators can be made dynamic all the while on the current or same item.
Make sense of passing items by reference,
passing articles by worth and passing articles by pointer.
Pass by esteem :
The callee work gets a bunch of values that are to be
gotten by the boundaries. This multitude of duplicates of values have nearby
extension, i.e., they can be gotten to simply by the callee work. The
effortlessness and assurance of perpetual of values passed are the benefits of
pass by esteem.
Pass by reference :
The callee work gets a bunch of references which are
monikers to factors. Assuming a change is made to the reference variable, the
first worth (passed by the guest work) will likewise be changed. Every one of
the references are taken care of by the pointers. Numerous qualities change
should be possible by passing different factors.
Pass by pointer :
The callee work gets a pointer to the variable. The worth
of the pointer in the guest capacity can then be adjusted. The upsides of this
cycle are that the progressions are passed back to the guest work and various
factors can be changed.
Benefits of toss and catch in c++ :
- Code disengagement: All code that will be dealt with
when an exemption brings is set up in the catch block, which isn't important
for the first code.
- The rationale is relating to the sort of the blunder,
so the designer can focus just on that exemption.
- Engineer can be particular about catching different
special cases.
What are companion classes? What are benefits
of utilizing companion classes?
- The companion work is a 'non part work' of a class. It
can get to non public individuals from the class. A companion work is outside
to the class definition.
- A companion work enjoys the accompanying benefits :
1. Gives extra usefulness which is kept external the
class.
2. Gives works that need information which isn't
ordinarily utilized by the class.
3. Permits sharing private class data by a non part work.
Contrast among Stack and Queue.
Stack is an assortment of articles that works in LIFO
(Last in First out) instrument while Queue is FIFO (First in First out). This
implies that the item that is embedded first is taken out toward the end in a
stack while an article that is embedded first is eliminated first in a line.
Contrast among Stack and Queue.
Stack is a Last in First out (LIFO) information structure
though Queue is a First in First out (FIFO) information structure.
What is Stack? Make sense of its purposes.
Stack is an assortment of articles that works in LIFO
(Last in First out) system. This implies that the item that is embedded first
is taken out rearward in a stack. Stacks are utilized in articulation
assessments and punctuation parsing. Articulations are assessed from L to R and
stacks can be executed to assess them utilizing "Push" and
"pop".
What is a Wrapper class?
- Covering classes envelop crude qualities by a class and
offers utility to get to them through objects.
- A portion of the crude covering information types are :
Byte, short, int, long, float, twofold, scorch, Boolean.
What is the utilization of 'utilizing' statement?
- In 'utilizing announcement', we have 'utilizing'
watchword followed by a completely qualified name of a namespace part.
- This permits involving the non-qualified name of that
part in the extent of the 'utilizing statement'.
- The 'involving statement' brings a name into the
revelatory locale in which the 'utilizing announcement' shows up.
- This statement gives admittance to a particular
namespace part.
Shortcut
Keys of Turbo C++
S.NO. |
SHORTCUTS KEYS |
ACTION |
1 |
F1 |
For Help |
2. |
F2 |
Save |
3. |
F3 |
Open |
4. |
F4 |
Go to cursor |
5. |
F5 |
Zoom |
6. |
F6 |
Next |
7. |
F7 |
Trace into |
8. |
F8 |
Step over |
9. |
F9 |
Make |
10. |
F10 |
Menu |
11. |
Alt+X |
Quit |
12. |
Alt+Bksp |
Undo |
13. |
Shift+Alt+Bksp |
Redo |
14. |
Shift+Del |
Cut |
15. |
Ctrl+Ins |
Copy |
16. |
Shift+Ins |
Paste |
17. |
Ctrl+Del |
Clear |
18. |
Ctrl+L |
Search again |
19. |
Alt+F7 |
Previous error |
20. |
Alt+F8 |
Next error |
21. |
Ctrl+F9 'or' Alt+R+Enter |
Run |
22. |
Ctrl+F2 |
Program reset |
23. |
Alt+F9 |
Compile |
24. |
Alt+F4 |
Inspect |
25. |
Ctrl+F4 |
Evaluate/Modify |
26. |
Ctrl+F3 |
Call stack |
27. |
Ctrl+F8 |
Toggle breakpoint |
28. |
Ctrl+F5 |
Size/Move |
29. |
Alt+F3 |
Close |
30. |
Alt+F5 |
User screen |
31. |
Alt+0 |
List all |
32. |
Shift+F1 |
Index |
33. |
Ctrl+F1 |
Topic search |
34. |
Alt+F1 |
Previous topic |
35. |
Ctrl+F7 |
Add watch |
36. |
Alt+Enter |
Toggle screen mode(Full Screen / Window)* |
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