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mathmaker
0.6(alpha)
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00001 # -*- coding: utf-8 -*- 00002 00003 # Mathmaker creates automatically maths exercises sheets 00004 # with their answers 00005 # Copyright 2006-2014 Nicolas Hainaux <nico_h@users.sourceforge.net> 00006 00007 # This file is part of Mathmaker. 00008 00009 # Mathmaker is free software; you can redistribute it and/or modify 00010 # it under the terms of the GNU General Public License as published by 00011 # the Free Software Foundation; either version 3 of the License, or 00012 # any later version. 00013 00014 # Mathmaker is distributed in the hope that it will be useful, 00015 # but WITHOUT ANY WARRANTY; without even the implied warranty of 00016 # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 00017 # GNU General Public License for more details. 00018 00019 # You should have received a copy of the GNU General Public License 00020 # along with Mathmaker; if not, write to the Free Software 00021 # Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA 00022 00023 import os 00024 import sys 00025 import gettext 00026 import string 00027 from optparse import OptionParser 00028 from lib import * 00029 from core.base_calculus import * 00030 from core.calculus import * 00031 import sheet 00032 import machine 00033 00034 00035 00036 pathname = os.path.dirname(sys.argv[0]) 00037 localdir = os.path.abspath(pathname) + "/locale" 00038 00039 tested_language = 'en' 00040 00041 machines = [machine.LaTeX(tested_language)] 00042 00043 output = sys.stderr.fileno() 00044 err_output = sys.stderr.fileno() 00045 00046 OK = "." 00047 FAILED = "×" 00048 MISSING = "!" 00049 verbose = False 00050 verbose_space = "" 00051 superverbose = False 00052 last_was_OK = False 00053 counter = 0 00054 global_counter = 0 00055 failed_counter = 0 00056 missing_counter = 0 00057 section = "" 00058 superverbose_opening_token = "" 00059 superverbose_closing_token = "" 00060 superverbose_counter = 0 00061 00062 def check(t, given_string): 00063 global global_counter, counter, last_was_OK, superverbose_counter,\ 00064 failed_counter, missing_counter 00065 counter += 1 00066 superverbose_counter += 1 00067 global_counter += 1 00068 00069 computed_string = [] 00070 00071 if isinstance(t, Printable): 00072 for i in range(len(machines)): 00073 computed_string.append(machines[i].type_string(t)) 00074 else: 00075 computed_string.append(str(t)) 00076 00077 if not isinstance(t, Printable): 00078 if superverbose: 00079 n = str(counter) 00080 else: 00081 n = "" 00082 if superverbose_counter == 10 and verbose: 00083 next_line = "\n" 00084 superverbose_counter = 0 00085 else: 00086 next_line = "" 00087 if counter < 10 and superverbose: 00088 add_space = " " 00089 elif counter < 100 and superverbose: 00090 add_space = " " 00091 else: 00092 add_space = "" 00093 00094 if computed_string[0].replace("\n", "") == \ 00095 given_string[0].replace("\n", ""): 00096 00097 os.write(output, bytes(superverbose_opening_token + add_space \ 00098 + n + verbose_space + OK \ 00099 + superverbose_closing_token \ 00100 + next_line, 'utf-8')) 00101 last_was_OK = True 00102 else: 00103 if verbose: 00104 os.write(output, 00105 bytes("\n" + superverbose_opening_token + add_space \ 00106 + str(counter) + " " \ 00107 + FAILED \ 00108 + '"' + computed_string[0].replace("\n", "") + '"' \ 00109 + "\nshould have been\n" \ 00110 + '"' + given_string[0].replace("\n", "") + '"' + "\n", 00111 'utf-8')) 00112 else: 00113 os.write(output, bytes(FAILED, 'utf-8')) 00114 00115 failed_counter += 1 00116 last_was_OK = False 00117 00118 else: 00119 for i in range(len(machines)): 00120 if len(given_string) >= i + 1: 00121 if superverbose: 00122 n = str(counter) 00123 else: 00124 n = "" 00125 if superverbose_counter == 10 and verbose: 00126 next_line = "\n" 00127 superverbose_counter = 0 00128 else: 00129 next_line = "" 00130 if counter < 10 and superverbose: 00131 add_space = " " 00132 elif counter < 100 and superverbose: 00133 add_space = " " 00134 else: 00135 add_space = "" 00136 00137 if computed_string[i].replace("\n", "") == \ 00138 given_string[i].replace("\n", ""): 00139 00140 os.write(output, bytes(superverbose_opening_token \ 00141 + add_space \ 00142 + n + verbose_space + OK \ 00143 + superverbose_closing_token \ 00144 + next_line, 'utf-8')) 00145 last_was_OK = True 00146 else: 00147 if verbose: 00148 os.write(output, 00149 bytes("\n" + superverbose_opening_token \ 00150 + add_space + str(counter) + " " \ 00151 + FAILED \ 00152 + '"' \ 00153 + computed_string[i].replace("\n", "") \ 00154 + '"' \ 00155 + "\nshould have been\n" \ 00156 + '"' + given_string[i].replace("\n", "") \ 00157 + '"' + "\n", 'utf-8')) 00158 else: 00159 os.write(output, bytes(FAILED, 'utf-8')) 00160 00161 failed_counter += 1 00162 last_was_OK = False 00163 00164 else: 00165 if verbose: 00166 os.write(output, 00167 bytes("\n" + "[# " + str(counter) + " " \ 00168 + MISSING \ 00169 + "more machines than refs strings." 00170 + "\n", 'utf-8')) 00171 else: 00172 os.write(output, bytes(MISSING, 'utf-8')) 00173 00174 missing_counter += 1 00175 last_was_OK = False 00176 00177 if len(given_string) > len(machines): 00178 if verbose: 00179 os.write(output, 00180 bytes("\n" + "# " + str(counter) + " " \ 00181 + MISSING \ 00182 + "more refs strings than machines." 00183 + "\n", 'utf-8')) 00184 else: 00185 os.write(output, bytes(MISSING, 'utf-8')) 00186 00187 missing_counter += 1 00188 last_was_OK = False 00189 00190 def short_test_run(language): 00191 M = machine.LaTeX(language) 00192 00193 for sheet_key in sheet.AVAILABLE: 00194 M.write(str(sheet_key[0](M))) 00195 00196 00197 def long_test_run(n, language): 00198 for i in range(n): 00199 short_test_run(language) 00200 00201 00202 def language_test(language): 00203 global tested_language 00204 try: 00205 gettext.translation(software.NAME, 00206 localdir, 00207 [language]).install() 00208 except IOError as msg: 00209 tested_language = 'en' 00210 gettext.translation(software.NAME, 00211 localdir, 00212 ['en']).install() 00213 00214 print("error to check in source code of autotest/__init__()")
1.7.6.1