- [X] Name the folder for this project
profiler. - [X] Read the code in
ASTree.hpp/cpp,profile.hpp/cpp, andmain.cpp. - [X] The provided code works (compiles and runs) and the read/write are implemented.
- [X] Implement AST methods: [4/4]
- [X] TESTED WORKING destructor
- I used shared pointers and tested for memory leaks with valgrind.
- [X] TESTED WORKING copy constructor
- [X] TESTED WORKING constant time swap
- [X] TESTED WORKING assignment operator
- [X] TESTED WORKING destructor
- [X] Manually check the above using the function in
main.cpp. - [X] Use the provided makefile.
- [X] Read the code in
ASTree.hpp/cpp. - [ ] Read and use the provided profile ADT
profile.hpp/cpp. This is a simple ADT that uses the STL map data type. It is a map of (string X int). With the string being the function name and/or line number. The integer is the count of times that line/function is executed. - [ ] To profile the program you will need to create a profile object for each file (as given on the command line) to keep track of statements and functions. These will be inserted as code into the main as global variable declarations. The main is the first file given in the input.
- [ ] All profile objects need to be declared in the main and for each additional file you will need to
#include "profile.hpp";and declare the file’s profile object as external, for exampleextern foo_cpp;- The profiler only needs to work on cpp files. Do not instrument header files (
.h,.hpp).
- The profiler only needs to work on cpp files. Do not instrument header files (
- [X] TESTED WORKING Implement the functionality to insert profile declarations into the main file. This is needed for milestone 3. For example given the following main:
- Input:
// main1.cpp #include <iostream> int main() { int i; i = 0; while (i < 10) { ++i; std::cout << i; } return 0; }
- Output:
// p-main1.cpp #include <iostream> #include "profile.hpp" profile main1_cpp("main1.cpp"); int main() { int i; i = 0; while (i < 10) { ++i; std::cout << i; } return 0; }
- Input:
- [ ] Use
simple.cpp(simple.cpp.xml) as a test case. - [X] Make sure insertion of the code works properly (manually inspect).
- [ ] The output (
p-simple.cpp) should compile and run.
- [X] Refactor “monolithic test”, possibly by creating a function
profile(std::vector<std::string> inputs). - [X] Modernize the file-handling code with
std::filesystem::pathinstead offindandreplace, which didn’t handle subdirectories properly. - [ ] Test that
AST::swapexecutes in constant time. - [ ] Add a pre-commit hook to run tests against the index.
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