Add a CMakeLists.txt to each exercise directory, included from cmat/CMakeLists.txt, so every exercise and solution becomes a buildable target. GUI exercises link the curses-based DOS_Unix implementations on Unix-like systems; the Windows-specific DOS variants are not compiled. Exercises without a portable path or with missing dependencies (Boost) are reported as not available at configure time. Targets are excluded from the default build and built by name, e.g. `cmake --build build --target Ex11`, so intentionally buggy exercises such as Ex21 do not break the default build. Also fix two portability issues: rename Ex11bug/pole.h to Pole.h for case-sensitive filesystems and drop the extra Light:: qualification in SolutionEx71A/Light.h. Document build commands and layout in AGENTS.md. Co-authored-by: Qwen 3.8 27B <qwen3.8_27b-q3_k_xl@lmstudio.local>
69 lines
1.8 KiB
C++
69 lines
1.8 KiB
C++
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#include "CompanyEntry.h"
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#include "CountVisitor.h"
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#include "FindVisitor.h"
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#include "GroupEntry.h"
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#include "PersonEntry.h"
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#include <iostream>
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using namespace std;
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int main() {
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// declare an address book
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GroupEntry addressbook("My addressbook");
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// create some entries
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PersonEntry Fred("Fred", "555 1234");
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PersonEntry Gert("Gert", "555 1235");
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PersonEntry Jim("Jim", "999 2445");
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PersonEntry Sue("Sue", "456 2951");
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PersonEntry Ingar("Ingar", "999 2345");
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PersonEntry Lisa("Lisa", "443 4532");
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CompanyEntry ShoeWorld("ShoeWorld", "Shoes", "234 4314");
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CompanyEntry BestBurgers("BestBurgers", "Food", "456 4651");
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CompanyEntry DreamPizza("DreamPizza", "Food", "935 2345");
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CompanyEntry BestBooks("BestBooks", "Books", "345 3232");
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// add some simple entries
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addressbook.addEntry(Fred);
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addressbook.addEntry(Gert);
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addressbook.addEntry(ShoeWorld);
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// make some groups
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GroupEntry group1("My Best Food");
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group1.addEntry(BestBurgers);
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group1.addEntry(DreamPizza);
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GroupEntry group2("Coworkers");
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group2.addEntry(Jim);
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group2.addEntry(Sue);
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// make a nested group
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GroupEntry group3("Favorites");
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group3.addEntry(Ingar);
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group3.addEntry(Lisa);
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group3.addEntry(BestBooks);
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group3.addEntry(group1);
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addressbook.addEntry(group2);
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addressbook.addEntry(group3);
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cout << "*** Print using Composite print operation\n";
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addressbook.print();
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cout << "*** Find using Visitor\n";
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FindVisitor pv("Fred");
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addressbook.accept(pv);
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for (const Entry *p : pv.getFindings()) {
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p->print();
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}
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// PART 2 Create a CountVisitor and let it visit the address book
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// cout << "*** Count objects using Visitor\n";
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cout << "*** Test complete\n";
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return 0;
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}
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