| Q2: The STL containers are classified into the following categories: sequence and associative. | A2: False |
| Q3: Suppose vecList is a vector object. The expression vecList.capacity() returns the number of elements that can be currently added to vecList. | A3: True |
| Q4: Doxygen is the... | A4: standard tool for generating documentation from annotated C++ sources |
| Q5: Doxygen generates the following outputs | A5: HTML, LaTex, RTF |
| Q6: The Boost C++ Libraries are a collection | A6: of modern libraries based on the C++ standard |
| Q7: The Boost community emerged around 1998 | A7: True |
| Q8: Lists are sequence containers that allow non-contiguous memory allocation. | A8: True |
| Q9: Vectors are same as dynamic arrays with the ability to resize itself automatically when an element is inserted or deleted, with their storage being handled automatically by the container. | A9: True |
| Q10: PHONY targets are... | A10: ... targets that do not refer to files but are just actions |
| Q11: ‘#’ in a line of a makefile starts a ... | A11: ... comment. |
| Q12: For std::binary_search to succeed, the range [first, last) must be at least partially ordered with respect to value | A12: True |
| Q13: The std::sort() sorts the elements in the range [first, last) in descending order. | A13: False |
| Q14: It is only possible to have a single catch block. | A14: False |
| Q15: The operations open() and close() are required in all file operations for gracefully open and close files | A15: True |
| Q16: The operation boost::filesystem::is_regular_file() is used for check if the path is a directory. | A16: False |
| Q17: In C++, Error handling is done using three keywords: | A17: try, catch, throw |
| Q18: The CPU clock frequencies have generally stabilised for the past few years and increasing computing power has been possible mainly through adding more and more computing cores to processors. | A18: True |
| Q19: Typically, the development of computational code involves the following steps: | A19: 1. Formulation of a problem; 2. Algorithm design, 3. Implementation of an algorithm and 4. Code optimisation |
| Q20: The STL C++17 introduces the parallel STL | A20: True |
| Q21: A process is a lightweight executable entity and a thread is a heavyweight executable entity. | A21: False |
| Q22: A process can be composed of multi-threads. | A22: True |
