e36924c087
The password manager uses strong encryption using a key derived from the passphrase using scrypt key strengthening algorithm. This ensures encryption is performed using a strong key and that brute forcing the passphrase is time consuming. If the user loses his passphrase no recovery is possible.
93 lines
2.3 KiB
C++
93 lines
2.3 KiB
C++
#include <gtest/gtest.h>
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#include <gmock/gmock-matchers.h>
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//#include "PasswordManager.h"
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#include "PrintTo_Qt.h"
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using namespace testing;
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#include <botan/pwdhash.h>
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#include <botan/scrypt.h>
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//TEST(Botan, recreate)
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//{
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// auto phf = Botan::PasswordHashFamily::create("Scrypt");
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// size_t N = 65536, r = 10, p = 2;
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// auto ph = phf->from_params(N, r, p);
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// auto sc = dynamic_cast<Botan::Scrypt*>(ph.get());
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// ASSERT_EQ(N, sc->N());
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// ASSERT_EQ(r, sc->r());
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// ASSERT_EQ(p, sc->p());
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// auto phf2 = phf->create(ph->to_string());
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// phf2->default_params()
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//}
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//TEST(PasswordManager, initial_changeMasterPassword_returns_true)
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//{
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// PasswordManager pwm(10);
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// auto res = pwm.changeMasterPassword("", "my test passphrase");
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// ASSERT_NO_THROW( res.get() );
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// ASSERT_THAT( res.get(), Eq(true) );
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//}
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//TEST(PasswordManager, unlock_succeeds)
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//{
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// PasswordManager pwm(10);
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// std::string passphrase = "my test passphrase";
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// auto res = pwm.changeMasterPassword("", passphrase);
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// ASSERT_NO_THROW( res.get() );
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// ASSERT_THAT( res.get(), Eq(true) );
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// auto res2 = pwm.unlock(passphrase);
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// ASSERT_NO_THROW( res2.get() );
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// ASSERT_THAT( res2.get(), Eq(true) );
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//}
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//TEST(PasswordManager, unlock_fails)
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//{
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// PasswordManager pwm(10);
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// std::string passphrase = "my test passphrase";
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// auto res = pwm.changeMasterPassword("", passphrase);
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// ASSERT_NO_THROW( res.get() );
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// ASSERT_THAT( res.get(), Eq(true) );
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// auto res2 = pwm.unlock(passphrase + "2");
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// ASSERT_NO_THROW( res2.get() );
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// ASSERT_THAT( res2.get(), Eq(false) );
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//}
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//TEST(PasswordManager, test_save_get)
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//{
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// PasswordManager pwm(10);
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// std::string passphrase = "my test passphrase";
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// auto res = pwm.changeMasterPassword("", passphrase);
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// ASSERT_NO_THROW( res.get() );
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// ASSERT_THAT( res.get(), Eq(true) );
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//// auto res2 = pwm.unlock(passphrase + "2");
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//// ASSERT_NO_THROW( res2.get() );
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//// ASSERT_THAT( res2.get(), Eq(false) );
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// const std::string password = "password123";
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// const std::string key = "abc";
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// auto res2 = pwm.savePassword(key, password);
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// ASSERT_THAT( res2.valid(), Eq(true) );
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// std::string result;
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// auto res3 = pwm.getPassword(key, result);
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// ASSERT_THAT( res3.valid(), Eq(true) );
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// ASSERT_THAT( res3.get(), Eq(true) );
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// ASSERT_THAT( result, Eq(password) );
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//}
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