# KaliBasenji42's Website # Copyright (C) 2025 KaliBasenji42 # This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; version 2 of the License. # This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. # You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA. # License: https://kalibasenji.xeroideas.org/LICENSE.md # GPL v2: https://www.gnu.org/licenses/old-licenses/gpl-2.0.en.html # KaliBasenji42's Github: https://github.com/KaliBasenji42 import unicodedata # Variables run = True search = [] searchMode = False searchVal = 2 allChars = [] # Functions def strContains(string, test): for i in range(len(string) - len(test) + 1): segment = string[i:i+len(test)] if segment.upper() == test.upper(): return True return False def arrayContains(array, value): for item in array: if item == value: return True return False def strToArray(string): out = [] var = '' div = ', ' string = string + div for i in range(len(string)): if string[i-len(div):i] == div: var = var[:-len(div)] out.append(var) var = '' var += string[i] var = var[:-len(div)] out.append(var) return out def codeToChar(code): char = chr(code) try: name = unicodedata.name(char) except: name = 'None' try: category = unicodedata.category(char) except: category = 'None' return [char, code, name, category] def load(start, end): global allChars if start > end: return '\nStart greater then End' elif end > 1114111: return '\nEnd too great (max 1114111)' else: print('\nLoading...') allChars = [] for i in range(start, end + 1): allChars.append(i) return '\nLoaded!' def hasAnyTerm(char, value, terms): fullChar = codeToChar(char) for term in terms: if strContains(fullChar[value], term): return True return False def hasAllTerms(char, value, terms): fullChar = codeToChar(char) for term in terms: if not(strContains(fullChar[value], term)): return False return True def searchInclude(allChars, chars, value, terms): out = chars validChars = [] for char in allChars: if hasAnyTerm(char, value, terms): out.append(char) out = list(set(out)) return out def searchExclude(chars, value, terms): out = [] for char in chars: hasTerm = hasAnyTerm(char, value, terms) if not(hasTerm): out.append(char) return out def searchFilter(chars, value, terms): out = [] for char in chars: hasTerms = hasAllTerms(char, value, terms) if hasTerms: out.append(char) return out # Before Loop print('This is program is licensed under the GPL v2 license\n') print('Input "quit" to quit') print('Input single char to return decimal unicode') print('Input number (longer than 1 digit) to return character') print('Input "load" to load characters for search') print('Input "search" to enter search mode') print('input "back" to go back') # Main Loop while run: print('') inp = input('Input: ') print('') # Quit if inp == 'quit': run = False # Mode if inp == 'search': searchMode = True print('Input "name" or "cate" to switch Searched Value') print('Search types (input to search current search value):') print(' "inc" to include (adds char with any term)') print(' "exc" to exclude (removes char with any term)') print(' "filt" to filter (removes char without all terms)') print('When searching use ", " to seperate terms') print('input term "" for all, and "!" for none') print('input "out" to print Search items') if inp == 'back': searchMode = False print('Back to Code - Char') # Defualt Mode elif len(inp) == 1 and not(searchMode): try: print('Decimal Code: ' + str(ord(inp))) except: print('Decimal Code not found') try: print('Hex Code: ' + (str(hex(ord(inp))))[2:]) except: print('Hex Code not found') try: print('Name: ' + unicodedata.name(inp)) except: print('Name not found') try: print('Category: ' + unicodedata.category(inp)) except: print('Category not found') elif len(inp) > 1 and inp.isnumeric() and not(searchMode): try: print('Character: ' + chr(int(inp))) except: print('Character not found') try: print('Name: ' + unicodedata.name(chr(int(inp)))) except: print('Name not found') try: print('Category: ' + unicodedata.category(chr(int(inp)))) except: print('Category not found') # Search Mode if inp == 'load': err = '' inpStart = input('Start: ') if not(inpStart.isnumeric()): err = '\nStart not +int' if err == '': inpEnd = input('End: ') if not(inpEnd.isnumeric()): err = '\nEnd not +int' if err == '': print(load(int(inpStart), int(inpEnd))) else: print(err) if searchMode: if inp == 'out': for char in search: fullChar = codeToChar(char) print(fullChar[0] + ': Dec.: ' + str(fullChar[1]) + ', Name: ' + fullChar[2] + ', Category: ' + fullChar[3]) if inp == 'name': searchVal = 2 print('Changed Search Value to Name') if inp == 'cate': searchVal = 3 print('Changed Search Value to Category') if inp == 'inc': termsInp = input('Terms: ') terms = strToArray(termsInp) search = searchInclude(allChars, search, searchVal, terms) print('\n' + str(len(search)) + ' chars in Search') if inp == 'exc': termsInp = input('Terms: ') terms = strToArray(termsInp) search = searchExclude(search, searchVal, terms) print('\n' + str(len(search)) + ' chars in Search') if inp == 'filt': termsInp = input('Terms: ') terms = strToArray(termsInp) search = searchFilter(search, searchVal, terms) print('\n' + str(len(search)) + ' chars in Search') # Other if inp == 'wall': codeInp = input('Code: ') if not codeInp.isnumeric(): print('Code not +int') elif int(codeInp) > 1114111: print('Code to great') else: char = chr(int(codeInp)) string = '\n' for i in range(500): string += char print(string)