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84 lines
2.7 KiB
C++
84 lines
2.7 KiB
C++
#include <gtest/gtest.h>
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#include "../src/nfc.hh" // for illegal_utf8 exception
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#include <vector>
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using namespace pEp;
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namespace pEp
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{
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std::string escape_utf16(u16string_view s);
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}
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namespace {
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struct TestEntry
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{
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u16string_view input;
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bool is_nfc;
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IsNFC quick;
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u16string_view nfc;
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};
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typedef TestEntry TE;
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std::ostream& operator<<(std::ostream& o, const TestEntry& tt)
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{
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return o << "input=«" << pEp::escape_utf16(tt.input) << "», isNfc=" << tt.is_nfc << ", quick=" << tt.quick << ". ";
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}
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const char16_t nullo[4] = {0,0,0,0};
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const std::vector<TestEntry> testValues =
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{
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{ u"" , true, IsNFC::Yes, u"" }, // always start with the simple case ;-)
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{ u"123" , true, IsNFC::Yes, u"123" }, // some ASCII digits. Still easy.
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{ u"\n\\\b" , true, IsNFC::Yes, u"\n\\\b" }, // backslash escapes for ASCII and control chars
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{ u"ä" , true, IsNFC::Yes, u"ä" }, // <U+00E4> small a with diaeresis
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{ u"\u0105" , true, IsNFC::Yes, u"\u0105" }, // <U+0105> small a with ogonek
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{ u"a\u0308" , false, IsNFC::Maybe, u"ä" }, // a + <U+0308> combining diaresis
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{ u"a\u0328" , false, IsNFC::Maybe, u"\u0105" }, // a + <U+0328> combining ogonek
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{ u"a\u0328\u0308", false, IsNFC::Maybe, u"\u0105\u0308" }, // a + <U+0328> + <U+0308> (ogonek + diaeresis)
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{ u"a\u0308\u0328", false, IsNFC::Maybe, u"\u0105\u0308" }, // a + <U+0308> + <U+0328> (diaeresis + ogonek)
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{ u"\u0105\u0308" , true, IsNFC::Maybe, u"\u0105\u0308" }, // <U+0105> small a with ogonek + combining diaeresis
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{ u"ä\u0328" , false, IsNFC::Maybe, u"\u0105\u0308" }, // a diaeresis + <U+0328> combining ogonek
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// Already implemented, because <U+305> and <U+33C> have neither "No" nor "Maybe" NFC class:
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{ u"a\u0305\u033c", false, IsNFC::No , u"a\u033c\u0305"}, // a + <U+0305> + <U+033C> (overline + seagull_below)
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{ u"a\u033c\u0305", true, IsNFC::Yes , u"a\u033c\u0305"}, // a + <U+033C> + <U+0305> (seagull_below + overline)
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{ u"\U0001D161", false, IsNFC::No, u"x" }, // MUSICAL SYMBOL SIXTEENTH NOTE
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{ u16string_view(nullo, 1), true, IsNFC::Yes, u16string_view(nullo, 1) }, // Yeah, 1 NUL byte
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{ u16string_view(nullo, 4), true, IsNFC::Yes, u16string_view(nullo, 4) }, // Yeah, 4 NUL bytes
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{ u"EOF", true, IsNFC::Yes, u"EOF" }
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};
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} // end of anonymous namespace
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class Nfc16Test : public ::testing::TestWithParam<TestEntry>
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{
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// intentionally left blank for now.
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};
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INSTANTIATE_TEST_SUITE_P(Nfc16TestInstance, Nfc16Test, testing::ValuesIn(testValues) );
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TEST_P( Nfc16Test, Meh )
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{
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const auto& v = GetParam();
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EXPECT_EQ( v.quick, isNFC_quick_check(v.input) );
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EXPECT_EQ( v.is_nfc, isNFC(v.input) );
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EXPECT_EQ( v.nfc , toNFC(v.input) );
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if(v.is_nfc)
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{
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EXPECT_EQ( v.input, toNFC(v.input) );
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}
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}
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