^ ^ void bar_0(); // function definition ^^ void bar_0() // function declaration ^^ void A::bar_1(int a); ^ ^ ^ void bar_2(int a) ^ ^ ^ ^ ^ ^ {^ } ^ void bar_3(int x, int y) ^ ^ { int a = 5; ^ int b = 7; ^ a = 135; list_for_each(item, list) { ^ } ^ /* c1 * c2 */ ^ int x2; ^ /* single comment */ ^ // cpp comment std::for_each(a, b, [] (int& b) -> foo { ^ b+=3; return(b); } ^
class foo : public my_Class ^ ^ { void bar_c(int t, int u) ^ ^ ^ : t(222) , u(88) ^ { ^ typedef char CHAR; ^ ^ CHAR c; int a; int b; ^ c = 'a'; ^ switch (a) { ^ case 0: b = 1; break; ^ case 1: b = 5; break; ^ case 13: { ^ b = 15; break; } } ^ ^ do { ^ do_something(); } while (!d.isEmpty()); ^^ ^ if (a) { ^ b = 1; } else if (c) { ^ ^ ^ b ; } else { ^ b = 3; } ^ ^ for (a = 1; a < 5; a++) { ^ b = b + a; } ^ for (int a = 1; a < 5; a++) { ^ b = a + 4; } try { ^ b = 1; if (err) { ^ throw std::runtime_error(std::string("nextKey: ") + err.asString()); } } catch (const std::exception &exc) { ^ ^ b = 3; } ^ while (c) { ^ b ; } ^ } enum CaseOfOne { ^ a1, b1, ^ // comment c1, ^ }; struct indent_ptr_t ^ { chunk_t *ref; ^ // comment int delta; ^ } ipt; ^ ^ union UnionOfOne { ^ a1, b1, ^ // comment c1, ^ }; ^ ^ private: // same for protected:, signal: or slots: label ^ int ap; }; ^
namespace foo { ^ int foo() { if (foo) a++; return; ^ ^ if (a) return; ^ l123: ^ int a = 5; ^ if (a > b) { c = 7; ^ return a + b; } std::for_each(a, b, [] (int& b)->foo{ b+=3; return(b); }); ^ QUrl dxOffEagle("http://something/newpage.html?[{\"foo: bar\"}]", QUrl::TolerantMode); ^ ^ return 0; ^
/* c1 * */ ^ void b(); ^ void d(); #define LOG_CONTTEXT() \ ^ LOG_FMT(LCONTTEXT \ ,"%s:%d set cont_text to '%s'\n" \ ,__func__, __LINE__, cmt.cont_text.c_str()) template <class T> ^ ItemJob::ItemJob(PlatformDependent *internals, const QNetworkRequest &request) : GetJob(internals, request) typedef int ia; typedef int ib; ^ typedef int ic; typedef int id;