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Diffstat (limited to 'main.cpp')
| -rw-r--r-- | main.cpp | 398 |
1 files changed, 0 insertions, 398 deletions
diff --git a/main.cpp b/main.cpp deleted file mode 100644 index 717b943..0000000 --- a/main.cpp +++ /dev/null @@ -1,398 +0,0 @@ -#include <iostream> -#include <StringTools.h> -#include <string> -#include <sstream> -#include <functional> -#include <algorithm> -#include <random> - -//! Generic uppercase character. -constexpr char UPPERCASE = 0; - -//! Generic lowercase character. -constexpr char LOWERCASE = (1<<5); - -//! Checks whether or not `c` is a vowel. You can define custom vowel characters. -bool IsVowel(const char c, const std::string& vowels = "euioay") { - return std::any_of( - vowels.cbegin(), - vowels.cend(), - [c](const char vowel) { - return c == vowel; - } - ); -} - -//! Returns whether or not `c` is a letter. -bool IsLetter(const char c) { - const char lowercase_c = !(c & (1<<5)) ? (c | (1<<5)) : c; // Re-implementing IsUpper and MakeLower to prevent stack-overflow by endless recursion - return (lowercase_c >= 'a') && (lowercase_c <= 'z'); -} - -//! Returns whether or not `c` is a generic character (that contains JUST the sign) -bool IsGeneric(const char c) { - return (c == UPPERCASE) || (c == LOWERCASE); -} - -//! Checks whether or not `c` is an uppercase character. -bool IsUpper(const char c) { - if ((!IsLetter(c)) && (!IsGeneric(c))) - return false; - else - return !(c & (1<<5)); -} - -//! Will return `c` as an uppercase character. -char MakeUpper(char c) { - if ((!IsLetter(c)) && (!IsGeneric(c))) - return c; - else if (IsUpper(c)) - return c; - else - return c & ~(1<<5); -} - -//! Will return `c` as a lowercase character. -char MakeLower(char c) { - if ((!IsLetter(c)) && (!IsGeneric(c))) - return c; - else if (!IsUpper(c)) - return c; - else - return c | (1<<5); -} - -//! Will return an empty character with the same sign/capitalization as `c`. -char GetSign(char c) { - if (IsUpper(c)) - return UPPERCASE; - else - return LOWERCASE; -} - -//! Will return `c` with the same capitalization as `sign`. -char CopySign(char sign, char c) { - if ((!IsLetter(c)) && (!IsGeneric(c))) - return c; - if (IsUpper(sign)) - return MakeUpper(c); - else - return MakeLower(c); -} - -//! Will replace all occurrences of a substring `find` in `str` with `sub`, but it will try to keep the characters signs. -//! Like (pay attention to the capitalization):. -//! ("Hello World", "hello", "hi") -> "Hi World". -//! ("hello World", "hello", "hi") -> "hi World". -//! ("HELLO World", "hello", "hi") -> "HI World". -//! You can also supply a callback to only perform a replacement if certain conditions apply. -std::string ReplaceButKeepSigns( - const std::string& str, - std::string find, - const std::string& sub, - const std::function<bool(const std::string&, const std::size_t)>& onlyIf = [](const std::string &, - const std::size_t) { return true; } // Default is: replace always -) { - - // Quick accepts-and rejects - if (str.length() == 0) - return ""; - else if (find.length() == 0) - return str; - - std::stringstream ss; - - // Better safe than sorry - find = StringTools::Lower(find); - - for (std::size_t i = 0; i < str.length(); i++) - { - const std::string foundInText = str.substr(i, find.length()); - const std::string foundInText_lower = StringTools::Lower(foundInText); - if (foundInText_lower == find) - { - // Ask the callback if we should replace this one - if (onlyIf(foundInText, i)) - { - // Here we've found our occurrence... - // We have three possible cases: - // 1: len(find) == len(sub), in this case we want to sync capitalization by index. - // 2: len(find) < len(sub), in this case we sync by index, BUT... - // 3: len(find) > len(sub): sync capitalization by index - - // We want to sync capitalization by index - // This accounts for both cases: 1 and 3 - if (foundInText.length() >= sub.length()) - { - for (std::size_t j = 0; j < sub.length(); j++) - { - const char cf = foundInText[j]; - const char cs = sub[j]; - - ss << CopySign(cf, cs); - } - } - - // in this case we sync by index, BUT... - else if (foundInText.length() < sub.length()) - { - char followingCharsSign = 0; - bool doHaveFollowingChar = false; - // Do we even have a following char? - if (str.length() >= i + foundInText.length() + 1) - { - const char followingChar = str[i + foundInText.length()]; - - // Is it a letter? - if (IsLetter(followingChar)) - { - // Copy its sign - followingCharsSign = GetSign(followingChar); - doHaveFollowingChar = true; - } - } - - - char lastCharCharSign = 0; - for (std::size_t j = 0; j < sub.length(); j++) - { - const char cs = sub[j]; - - // Do we still have chars of 'find' left? - if (j < foundInText.length()) - { - // Yes: Just copy the sign as is, and update the last sign seen - const char cf = foundInText[j]; - lastCharCharSign = GetSign(cf); - ss << CopySign(cf, cs); - } - else - { - // No: Use the last sign seen, or the sign of the following char (the following char within the same word-boundary) (Important for replacing vocals within a word) - const char charSignToUse = doHaveFollowingChar ? followingCharsSign : lastCharCharSign; - ss << CopySign(charSignToUse, cs); - } - } - } - } - else - { - // We do not have an occurrence... just insert the subsection found as is (next iteration will start behind it) - ss << foundInText; - } - - // Advance i accordingly - i += foundInText.length()-1; - } - else - { - // We do not have an occurrence... just insert the char as is - ss << str[i]; - } - } - - return ss.str(); -} - -//! Will make a boring string look sooper dooper kawaii and cute :3 -std::string MakeUwu(std::string boringString) { - // Easy ones first - // none, lol - - // Slightly more complex... Multichar replacements, but we have to keep capitalization... - boringString = ReplaceButKeepSigns(boringString, "th", "tw"); - boringString = ReplaceButKeepSigns(boringString, "ove", "uv"); - boringString = ReplaceButKeepSigns(boringString, "have", "haf"); - boringString = ReplaceButKeepSigns(boringString, "tr", "tw"); - boringString = ReplaceButKeepSigns(boringString, "up", "uwp"); - - // Let's do some language adjustments - boringString = ReplaceButKeepSigns(boringString, "twank you", "you're twe best <3333 xoxo"); - boringString = ReplaceButKeepSigns(boringString, "good", "sooper dooper"); - boringString = ReplaceButKeepSigns(boringString, "suwper", "sooper dooper"); - boringString = ReplaceButKeepSigns(boringString, "well", "sooper dooper"); - boringString = ReplaceButKeepSigns(boringString, "emacs", "vim"); - boringString = ReplaceButKeepSigns(boringString, "twanks", "you're twe best :33 xoxo"); - boringString = ReplaceButKeepSigns(boringString, "hello", "hiiiiiii"); - boringString = ReplaceButKeepSigns(boringString, "dear", "hiiiiiii"); - boringString = ReplaceButKeepSigns(boringString, "hi", "hiiiiiii"); - - // Replace N with Ny, but only if succeeded by a vowel, and not preceded by an o: "one" has such a niche pronunciation. - boringString = ReplaceButKeepSigns( - boringString, - "n", - "ny", - [boringString](const std::string &found, int index) { - // Don't replace, if we are on the last char - if (index + found.length() == boringString.length() - 1) - return false; - - const char nextChar = MakeLower(boringString[index + found.length()]); - const char lastChar = MakeLower(boringString[index - 1]); - - // Don't replace if the last char is an 'o' - if (lastChar == 'o') - return false; - - // Is this a vowel? - if (IsVowel(nextChar)) - return true; - - // Else, don't replace - return false; - } - ); - - // Replace R with W, but only if not succeeded by a non-vowel, and if it's not the first character of a word - boringString = ReplaceButKeepSigns( - boringString, - "r", - "w", - [boringString](const std::string &found, const std::size_t index) { - // Don't replace, if we are on the last char - if (index + found.length() == boringString.length() - 1) - return false; - - // Don't replace if we're at index 0 - if (index == 0) - return false; - - const char nextChar = MakeLower(boringString[index + found.length()]); - const char lastChar = MakeLower(boringString[index - 1]); - - // Is this a non-vowel? - if (!IsVowel(nextChar)) - return false; - - // Don't replace if the last char is not a letter - if (!IsLetter(lastChar)) - return false; - - // Else, replace - return true; - } - ); - - // Replace L with W, but only if not followed or preceded by another L, and if it's not the first character of a word - boringString = ReplaceButKeepSigns( - boringString, - "l", - "w", - [boringString](const std::string &found, int index) { - // Our segment has to be at least two characters long - if (boringString.length() < found.length() + 2) - return false; - - // Don't replace if we're at index o - if (index == 0) - return false; - - const char lastChar = MakeLower(boringString[index - 1]); - const char nextChar = MakeLower(boringString[index + found.length()]); - - // Don't replace if the last char is not a letter - if (!IsLetter(lastChar)) - return false; - - return (lastChar != 'l') && (nextChar != 'l'); - } - ); - - // Replace LL with WW, but only if followed by a vowel - boringString = ReplaceButKeepSigns( - boringString, - "ll", - "ww", - [boringString](const std::string &found, int index) { - // Don't replace, if we are on the last char - if (index + found.length() == boringString.length() - 1) - return false; - - const char nextChar = MakeLower(boringString[index + found.length()]); - - return IsVowel(nextChar); - } - ); - - // Replace ER with A, but only if it's the last two letters of a word - boringString = ReplaceButKeepSigns( - boringString, - "er", - "a", - [boringString](const std::string &found, int index) { - // Replace if we're at the end of this line/segment - if (index + found.length() == boringString.length() - 1) - return false; - - // Fetch the next char - const char nextChar = MakeLower(boringString[index + found.length()]); - - // Replace if the next char is not a letter - return IsLetter(nextChar) == false; - } - ); - - // Replace random punctuation with uwwwwu cute symbols - // About evewy fifteenth symbol - std::stringstream ss; - std::mt19937 rng(std::hash<std::string>()(boringString)); // Seed rng based on string - for (const char c : boringString) - { - if ((c == '.') && (rng() % 15 == 0)) - { - ss << " <3333 ^.^ "; - } - else if ((c == '!') && (rng() % 15 == 0)) - { - ss << "!! Thadws impowtant! <3 "; - } - else if ((c == ',') && (rng() % 15 == 0)) - { - ss << " <3 aaaaaand "; - } - else if ((c == '?') && (rng() % 15 == 0)) - { - ss << "?? now tell me! >:( "; - } - else - ss << c; - } - boringString = ss.str(); - - // Also replace some ascii-"emojis' - boringString = StringTools::Replace(boringString, ":)", "UwU :D"); - boringString = StringTools::Replace(boringString, ":D", ":3"); - boringString = StringTools::Replace(boringString, ":-)", "UwwwU :3"); - boringString = StringTools::Replace(boringString, "^^", "^.^ UwU"); - - // Some language replacement should happen after these more complex rules - boringString = ReplaceButKeepSigns(boringString, "c++", "c++ (rust is hella cutewr btw ^^)"); - - - return boringString; -} - -int main(int argc, char** argv) { - - // We have arguments. Uwwuifie these instead - if (argc > 1) - { - // We have to put the args together first, because some replace-rules cross word-borders - std::stringstream ss; - for (std::size_t i = 1; i < argc; i++) - ss << std::string(argv[i]) + " "; - - std::cout << MakeUwu(ss.str()) << std::endl; - } - - // Else, be prepared to get __piped__ - else - { - std::string buf; - while (std::getline(std::cin, buf)) - std::cout << MakeUwu(buf) << std::endl; - - } - - return 0; -} |