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chromium / chromium / src / 5a167f40fdf55da41053887acebcd7429f198861 / . / net / http / structured_headers_unittest.cc
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// Copyright 2019 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "net/http/structured_headers.h"
#include <math.h>
#include <limits>
#include <string>
#include "testing/gtest/include/gtest/gtest.h"
namespace net {
namespace structured_headers {
namespace {
// Helpers to make test cases clearer
Item Token(std::string value) {
return Item(value, Item::kTokenType);
}
Item Integer(int64_t value) {
return Item(value);
}
// Parameter with null value, only used in Structured Headers Draft 09
std::pair<std::string, Item> NullParam(std::string key) {
return std::make_pair(key, Item());
}
std::pair<std::string, Item> BooleanParam(std::string key, bool value) {
return std::make_pair(key, Item(value));
}
std::pair<std::string, Item> DoubleParam(std::string key, double value) {
return std::make_pair(key, Item(value));
}
std::pair<std::string, Item> Param(std::string key, int64_t value) {
return std::make_pair(key, Item(value));
}
std::pair<std::string, Item> Param(std::string key, std::string value) {
return std::make_pair(key, Item(value));
}
std::pair<std::string, Item> ByteSequenceParam(std::string key,
std::string value) {
return std::make_pair(key, Item(value, Item::kByteSequenceType));
}
std::pair<std::string, Item> TokenParam(std::string key, std::string value) {
return std::make_pair(key, Token(value));
}
// Most test cases are taken from
// https://github.com/httpwg/structured-header-tests.
const struct ItemTestCase {
const char* name;
const char* raw;
const base::Optional<Item> expected; // nullopt if parse error is expected.
const char* canonical; // nullptr if parse error is expected, or if canonical
// format is identical to raw.
} item_test_cases[] = {
// Token
{"basic token - item", "a_b-c.d3:f%00/*", Token("a_b-c.d3:f%00/*")},
{"token with capitals - item", "fooBar", Token("fooBar")},
{"token starting with capitals - item", "FooBar", Token("FooBar")},
{"bad token - item", "abc$@%!", base::nullopt},
{"leading whitespace", " foo", Token("foo"), "foo"},
{"trailing whitespace", "foo ", Token("foo"), "foo"},
{"leading asterisk", "*foo", Token("*foo")},
// Number
{"basic integer", "42", Integer(42L)},
{"zero integer", "0", Integer(0L)},
{"leading 0 zero", "00", Integer(0L), "0"},
{"negative zero", "-0", Integer(0L), "0"},
{"double negative zero", "--0", base::nullopt},
{"negative integer", "-42", Integer(-42L)},
{"leading zero integer", "042", Integer(42L), "42"},
{"leading zero negative integer", "-042", Integer(-42L), "-42"},
{"comma", "2,3", base::nullopt},
{"negative non-DIGIT first character", "-a23", base::nullopt},
{"sign out of place", "4-2", base::nullopt},
{"whitespace after sign", "- 42", base::nullopt},
{"long integer", "999999999999999", Integer(999999999999999L)},
{"long negative integer", "-999999999999999", Integer(-999999999999999L)},
{"too long integer", "1000000000000000", base::nullopt},
{"negative too long integer", "-1000000000000000", base::nullopt},
{"simple decimal", "1.23", Item(1.23)},
{"negative decimal", "-1.23", Item(-1.23)},
{"integral decimal", "1.0", Item(1.0)},
{"decimal, whitespace after decimal", "1. 23", base::nullopt},
{"decimal, whitespace before decimal", "1 .23", base::nullopt},
{"negative decimal, whitespace after sign", "- 1.23", base::nullopt},
{"double decimal decimal", "1.5.4", base::nullopt},
{"adjacent double decimal decimal", "1..4", base::nullopt},
{"decimal with three fractional digits", "1.123", Item(1.123)},
{"negative decimal with three fractional digits", "-1.123", Item(-1.123)},
{"decimal with four fractional digits", "1.1234", base::nullopt},
{"negative decimal with four fractional digits", "-1.1234", base::nullopt},
{"decimal with thirteen integer digits", "1234567890123.0", base::nullopt},
{"negative decimal with thirteen integer digits", "-1234567890123.0",
base::nullopt},
// Generated number tests
{"1 digits of zero", "0", Integer(0), "0"},
{"1 digit small integer", "1", Integer(1)},
{"1 digit large integer", "9", Integer(9)},
{"2 digits of zero", "00", Integer(0), "0"},
{"2 digit small integer", "11", Integer(11)},
{"2 digit large integer", "99", Integer(99)},
{"3 digits of zero", "000", Integer(0), "0"},
{"3 digit small integer", "111", Integer(111)},
{"3 digit large integer", "999", Integer(999)},
{"4 digits of zero", "0000", Integer(0), "0"},
{"4 digit small integer", "1111", Integer(1111)},
{"4 digit large integer", "9999", Integer(9999)},
{"5 digits of zero", "00000", Integer(0), "0"},
{"5 digit small integer", "11111", Integer(11111)},
{"5 digit large integer", "99999", Integer(99999)},
{"6 digits of zero", "000000", Integer(0), "0"},
{"6 digit small integer", "111111", Integer(111111)},
{"6 digit large integer", "999999", Integer(999999)},
{"7 digits of zero", "0000000", Integer(0), "0"},
{"7 digit small integer", "1111111", Integer(1111111)},
{"7 digit large integer", "9999999", Integer(9999999)},
{"8 digits of zero", "00000000", Integer(0), "0"},
{"8 digit small integer", "11111111", Integer(11111111)},
{"8 digit large integer", "99999999", Integer(99999999)},
{"9 digits of zero", "000000000", Integer(0), "0"},
{"9 digit small integer", "111111111", Integer(111111111)},
{"9 digit large integer", "999999999", Integer(999999999)},
{"10 digits of zero", "0000000000", Integer(0), "0"},
{"10 digit small integer", "1111111111", Integer(1111111111)},
{"10 digit large integer", "9999999999", Integer(9999999999)},
{"11 digits of zero", "00000000000", Integer(0), "0"},
{"11 digit small integer", "11111111111", Integer(11111111111)},
{"11 digit large integer", "99999999999", Integer(99999999999)},
{"12 digits of zero", "000000000000", Integer(0), "0"},
{"12 digit small integer", "111111111111", Integer(111111111111)},
{"12 digit large integer", "999999999999", Integer(999999999999)},
{"13 digits of zero", "0000000000000", Integer(0), "0"},
{"13 digit small integer", "1111111111111", Integer(1111111111111)},
{"13 digit large integer", "9999999999999", Integer(9999999999999)},
{"14 digits of zero", "00000000000000", Integer(0), "0"},
{"14 digit small integer", "11111111111111", Integer(11111111111111)},
{"14 digit large integer", "99999999999999", Integer(99999999999999)},
{"15 digits of zero", "000000000000000", Integer(0), "0"},
{"15 digit small integer", "111111111111111", Integer(111111111111111)},
{"15 digit large integer", "999999999999999", Integer(999999999999999)},
{"2 digit 0, 1 fractional small decimal", "0.1", Item(0.1), "0.1"},
{"2 digit, 1 fractional 0 decimal", "1.0", Item(1.0), "1.0"},
{"2 digit, 1 fractional small decimal", "1.1", Item(1.1)},
{"2 digit, 1 fractional large decimal", "9.9", Item(9.9)},
{"3 digit 0, 2 fractional small decimal", "0.11", Item(0.11), "0.11"},
{"3 digit, 2 fractional 0 decimal", "1.00", Item(1.0), "1.0"},
{"3 digit, 2 fractional small decimal", "1.11", Item(1.11)},
{"3 digit, 2 fractional large decimal", "9.99", Item(9.99)},
{"4 digit 0, 3 fractional small decimal", "0.111", Item(0.111), "0.111"},
{"4 digit, 3 fractional 0 decimal", "1.000", Item(1.0), "1.0"},
{"4 digit, 3 fractional small decimal", "1.111", Item(1.111)},
{"4 digit, 3 fractional large decimal", "9.999", Item(9.999)},
{"3 digit 0, 1 fractional small decimal", "00.1", Item(0.1), "0.1"},
{"3 digit, 1 fractional 0 decimal", "11.0", Item(11.0), "11.0"},
{"3 digit, 1 fractional small decimal", "11.1", Item(11.1)},
{"3 digit, 1 fractional large decimal", "99.9", Item(99.9)},
{"4 digit 0, 2 fractional small decimal", "00.11", Item(0.11), "0.11"},
{"4 digit, 2 fractional 0 decimal", "11.00", Item(11.0), "11.0"},
{"4 digit, 2 fractional small decimal", "11.11", Item(11.11)},
{"4 digit, 2 fractional large decimal", "99.99", Item(99.99)},
{"5 digit 0, 3 fractional small decimal", "00.111", Item(0.111), "0.111"},
{"5 digit, 3 fractional 0 decimal", "11.000", Item(11.0), "11.0"},
{"5 digit, 3 fractional small decimal", "11.111", Item(11.111)},
{"5 digit, 3 fractional large decimal", "99.999", Item(99.999)},
{"4 digit 0, 1 fractional small decimal", "000.1", Item(0.1), "0.1"},
{"4 digit, 1 fractional 0 decimal", "111.0", Item(111.0), "111.0"},
{"4 digit, 1 fractional small decimal", "111.1", Item(111.1)},
{"4 digit, 1 fractional large decimal", "999.9", Item(999.9)},
{"5 digit 0, 2 fractional small decimal", "000.11", Item(0.11), "0.11"},
{"5 digit, 2 fractional 0 decimal", "111.00", Item(111.0), "111.0"},
{"5 digit, 2 fractional small decimal", "111.11", Item(111.11)},
{"5 digit, 2 fractional large decimal", "999.99", Item(999.99)},
{"6 digit 0, 3 fractional small decimal", "000.111", Item(0.111), "0.111"},
{"6 digit, 3 fractional 0 decimal", "111.000", Item(111.0), "111.0"},
{"6 digit, 3 fractional small decimal", "111.111", Item(111.111)},
{"6 digit, 3 fractional large decimal", "999.999", Item(999.999)},
{"5 digit 0, 1 fractional small decimal", "0000.1", Item(0.1), "0.1"},
{"5 digit, 1 fractional 0 decimal", "1111.0", Item(1111.0), "1111.0"},
{"5 digit, 1 fractional small decimal", "1111.1", Item(1111.1)},
{"5 digit, 1 fractional large decimal", "9999.9", Item(9999.9)},
{"6 digit 0, 2 fractional small decimal", "0000.11", Item(0.11), "0.11"},
{"6 digit, 2 fractional 0 decimal", "1111.00", Item(1111.0), "1111.0"},
{"6 digit, 2 fractional small decimal", "1111.11", Item(1111.11)},
{"6 digit, 2 fractional large decimal", "9999.99", Item(9999.99)},
{"7 digit 0, 3 fractional small decimal", "0000.111", Item(0.111), "0.111"},
{"7 digit, 3 fractional 0 decimal", "1111.000", Item(1111.0), "1111.0"},
{"7 digit, 3 fractional small decimal", "1111.111", Item(1111.111)},
{"7 digit, 3 fractional large decimal", "9999.999", Item(9999.999)},
{"6 digit 0, 1 fractional small decimal", "00000.1", Item(0.1), "0.1"},
{"6 digit, 1 fractional 0 decimal", "11111.0", Item(11111.0), "11111.0"},
{"6 digit, 1 fractional small decimal", "11111.1", Item(11111.1)},
{"6 digit, 1 fractional large decimal", "99999.9", Item(99999.9)},
{"7 digit 0, 2 fractional small decimal", "00000.11", Item(0.11), "0.11"},
{"7 digit, 2 fractional 0 decimal", "11111.00", Item(11111.0), "11111.0"},
{"7 digit, 2 fractional small decimal", "11111.11", Item(11111.11)},
{"7 digit, 2 fractional large decimal", "99999.99", Item(99999.99)},
{"8 digit 0, 3 fractional small decimal", "00000.111", Item(0.111),
"0.111"},
{"8 digit, 3 fractional 0 decimal", "11111.000", Item(11111.0), "11111.0"},
{"8 digit, 3 fractional small decimal", "11111.111", Item(11111.111)},
{"8 digit, 3 fractional large decimal", "99999.999", Item(99999.999)},
{"7 digit 0, 1 fractional small decimal", "000000.1", Item(0.1), "0.1"},
{"7 digit, 1 fractional 0 decimal", "111111.0", Item(111111.0), "111111.0"},
{"7 digit, 1 fractional small decimal", "111111.1", Item(111111.1)},
{"7 digit, 1 fractional large decimal", "999999.9", Item(999999.9)},
{"8 digit 0, 2 fractional small decimal", "000000.11", Item(0.11), "0.11"},
{"8 digit, 2 fractional 0 decimal", "111111.00", Item(111111.0),
"111111.0"},
{"8 digit, 2 fractional small decimal", "111111.11", Item(111111.11)},
{"8 digit, 2 fractional large decimal", "999999.99", Item(999999.99)},
{"9 digit 0, 3 fractional small decimal", "000000.111", Item(0.111),
"0.111"},
{"9 digit, 3 fractional 0 decimal", "111111.000", Item(111111.0),
"111111.0"},
{"9 digit, 3 fractional small decimal", "111111.111", Item(111111.111)},
{"9 digit, 3 fractional large decimal", "999999.999", Item(999999.999)},
{"8 digit 0, 1 fractional small decimal", "0000000.1", Item(0.1), "0.1"},
{"8 digit, 1 fractional 0 decimal", "1111111.0", Item(1111111.0),
"1111111.0"},
{"8 digit, 1 fractional small decimal", "1111111.1", Item(1111111.1)},
{"8 digit, 1 fractional large decimal", "9999999.9", Item(9999999.9)},
{"9 digit 0, 2 fractional small decimal", "0000000.11", Item(0.11), "0.11"},
{"9 digit, 2 fractional 0 decimal", "1111111.00", Item(1111111.0),
"1111111.0"},
{"9 digit, 2 fractional small decimal", "1111111.11", Item(1111111.11)},
{"9 digit, 2 fractional large decimal", "9999999.99", Item(9999999.99)},
{"10 digit 0, 3 fractional small decimal", "0000000.111", Item(0.111),
"0.111"},
{"10 digit, 3 fractional 0 decimal", "1111111.000", Item(1111111.0),
"1111111.0"},
{"10 digit, 3 fractional small decimal", "1111111.111", Item(1111111.111)},
{"10 digit, 3 fractional large decimal", "9999999.999", Item(9999999.999)},
{"9 digit 0, 1 fractional small decimal", "00000000.1", Item(0.1), "0.1"},
{"9 digit, 1 fractional 0 decimal", "11111111.0", Item(11111111.0),
"11111111.0"},
{"9 digit, 1 fractional small decimal", "11111111.1", Item(11111111.1)},
{"9 digit, 1 fractional large decimal", "99999999.9", Item(99999999.9)},
{"10 digit 0, 2 fractional small decimal", "00000000.11", Item(0.11),
"0.11"},
{"10 digit, 2 fractional 0 decimal", "11111111.00", Item(11111111.0),
"11111111.0"},
{"10 digit, 2 fractional small decimal", "11111111.11", Item(11111111.11)},
{"10 digit, 2 fractional large decimal", "99999999.99", Item(99999999.99)},
{"11 digit 0, 3 fractional small decimal", "00000000.111", Item(0.111),
"0.111"},
{"11 digit, 3 fractional 0 decimal", "11111111.000", Item(11111111.0),
"11111111.0"},
{"11 digit, 3 fractional small decimal", "11111111.111",
Item(11111111.111)},
{"11 digit, 3 fractional large decimal", "99999999.999",
Item(99999999.999)},
{"10 digit 0, 1 fractional small decimal", "000000000.1", Item(0.1), "0.1"},
{"10 digit, 1 fractional 0 decimal", "111111111.0", Item(111111111.0),
"111111111.0"},
{"10 digit, 1 fractional small decimal", "111111111.1", Item(111111111.1)},
{"10 digit, 1 fractional large decimal", "999999999.9", Item(999999999.9)},
{"11 digit 0, 2 fractional small decimal", "000000000.11", Item(0.11),
"0.11"},
{"11 digit, 2 fractional 0 decimal", "111111111.00", Item(111111111.0),
"111111111.0"},
{"11 digit, 2 fractional small decimal", "111111111.11",
Item(111111111.11)},
{"11 digit, 2 fractional large decimal", "999999999.99",
Item(999999999.99)},
{"12 digit 0, 3 fractional small decimal", "000000000.111", Item(0.111),
"0.111"},
{"12 digit, 3 fractional 0 decimal", "111111111.000", Item(111111111.0),
"111111111.0"},
{"12 digit, 3 fractional small decimal", "111111111.111",
Item(111111111.111)},
{"12 digit, 3 fractional large decimal", "999999999.999",
Item(999999999.999)},
{"11 digit 0, 1 fractional small decimal", "0000000000.1", Item(0.1),
"0.1"},
{"11 digit, 1 fractional 0 decimal", "1111111111.0", Item(1111111111.0),
"1111111111.0"},
{"11 digit, 1 fractional small decimal", "1111111111.1",
Item(1111111111.1)},
{"11 digit, 1 fractional large decimal", "9999999999.9",
Item(9999999999.9)},
{"12 digit 0, 2 fractional small decimal", "0000000000.11", Item(0.11),
"0.11"},
{"12 digit, 2 fractional 0 decimal", "1111111111.00", Item(1111111111.0),
"1111111111.0"},
{"12 digit, 2 fractional small decimal", "1111111111.11",
Item(1111111111.11)},
{"12 digit, 2 fractional large decimal", "9999999999.99",
Item(9999999999.99)},
{"13 digit 0, 3 fractional small decimal", "0000000000.111", Item(0.111),
"0.111"},
{"13 digit, 3 fractional 0 decimal", "1111111111.000", Item(1111111111.0),
"1111111111.0"},
{"13 digit, 3 fractional small decimal", "1111111111.111",
Item(1111111111.111)},
{"13 digit, 3 fractional large decimal", "9999999999.999",
Item(9999999999.999)},
{"12 digit 0, 1 fractional small decimal", "00000000000.1", Item(0.1),
"0.1"},
{"12 digit, 1 fractional 0 decimal", "11111111111.0", Item(11111111111.0),
"11111111111.0"},
{"12 digit, 1 fractional small decimal", "11111111111.1",
Item(11111111111.1)},
{"12 digit, 1 fractional large decimal", "99999999999.9",
Item(99999999999.9)},
{"13 digit 0, 2 fractional small decimal", "00000000000.11", Item(0.11),
"0.11"},
{"13 digit, 2 fractional 0 decimal", "11111111111.00", Item(11111111111.0),
"11111111111.0"},
{"13 digit, 2 fractional small decimal", "11111111111.11",
Item(11111111111.11)},
{"13 digit, 2 fractional large decimal", "99999999999.99",
Item(99999999999.99)},
{"14 digit 0, 3 fractional small decimal", "00000000000.111", Item(0.111),
"0.111"},
{"14 digit, 3 fractional 0 decimal", "11111111111.000", Item(11111111111.0),
"11111111111.0"},
{"14 digit, 3 fractional small decimal", "11111111111.111",
Item(11111111111.111)},
{"14 digit, 3 fractional large decimal", "99999999999.999",
Item(99999999999.999)},
{"13 digit 0, 1 fractional small decimal", "000000000000.1", Item(0.1),
"0.1"},
{"13 digit, 1 fractional 0 decimal", "111111111111.0", Item(111111111111.0),
"111111111111.0"},
{"13 digit, 1 fractional small decimal", "111111111111.1",
Item(111111111111.1)},
{"13 digit, 1 fractional large decimal", "999999999999.9",
Item(999999999999.9)},
{"14 digit 0, 2 fractional small decimal", "000000000000.11", Item(0.11),
"0.11"},
{"14 digit, 2 fractional 0 decimal", "111111111111.00",
Item(111111111111.0), "111111111111.0"},
{"14 digit, 2 fractional small decimal", "111111111111.11",
Item(111111111111.11)},
{"14 digit, 2 fractional large decimal", "999999999999.99",
Item(999999999999.99)},
{"15 digit 0, 3 fractional small decimal", "000000000000.111", Item(0.111),
"0.111"},
{"15 digit, 3 fractional 0 decimal", "111111111111.000",
Item(111111111111.0), "111111111111.0"},
{"15 digit, 3 fractional small decimal", "111111111111.111",
Item(111111111111.111)},
{"15 digit, 3 fractional large decimal", "999999999999.999",
Item(999999999999.999)},
{"too many digit 0 decimal", "000000000000000.0", base::nullopt},
{"too many fractional digits 0 decimal", "000000000000.0000",
base::nullopt},
{"too many digit 9 decimal", "999999999999999.9", base::nullopt},
{"too many fractional digits 9 decimal", "999999999999.9999",
base::nullopt},
// Boolean
{"basic true boolean", "?1", Item(true)},
{"basic false boolean", "?0", Item(false)},
{"unknown boolean", "?Q", base::nullopt},
{"whitespace boolean", "? 1", base::nullopt},
{"negative zero boolean", "?-0", base::nullopt},
{"T boolean", "?T", base::nullopt},
{"F boolean", "?F", base::nullopt},
{"t boolean", "?t", base::nullopt},
{"f boolean", "?f", base::nullopt},
{"spelled-out True boolean", "?True", base::nullopt},
{"spelled-out False boolean", "?False", base::nullopt},
// Byte Sequence
{"basic binary", ":aGVsbG8=:", Item("hello", Item::kByteSequenceType)},
{"empty binary", "::", Item("", Item::kByteSequenceType)},
{"bad paddding", ":aGVsbG8:", Item("hello", Item::kByteSequenceType),
":aGVsbG8=:"},
{"bad end delimiter", ":aGVsbG8=", base::nullopt},
{"extra whitespace", ":aGVsb G8=:", base::nullopt},
{"extra chars", ":aGVsbG!8=:", base::nullopt},
{"suffix chars", ":aGVsbG8=!:", base::nullopt},
{"non-zero pad bits", ":iZ==:", Item("\x89", Item::kByteSequenceType),
":iQ==:"},
{"non-ASCII binary", ":/+Ah:", Item("\xFF\xE0!", Item::kByteSequenceType)},
{"base64url binary", ":_-Ah:", base::nullopt},
// String
{"basic string", "\"foo\"", Item("foo")},
{"empty string", "\"\"", Item("")},
{"long string",
"\"foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo "
"foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo "
"foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo "
"foo foo foo foo foo foo foo foo foo foo foo foo foo foo \"",
Item("foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo "
"foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo "
"foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo "
"foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo foo "
"foo ")},
{"whitespace string", "\" \"", Item(" ")},
{"non-ascii string", "\"f\xC3\xBC\xC3\xBC\"", base::nullopt},
{"tab in string", "\"\t\"", base::nullopt},
{"newline in string", "\" \n \"", base::nullopt},
{"single quoted string", "'foo'", base::nullopt},
{"unbalanced string", "\"foo", base::nullopt},
{"string quoting", "\"foo \\\"bar\\\" \\\\ baz\"",
Item("foo \"bar\" \\ baz")},
{"bad string quoting", "\"foo \\,\"", base::nullopt},
{"ending string quote", "\"foo \\\"", base::nullopt},
{"abruptly ending string quote", "\"foo \\", base::nullopt},
// Additional tests
{"valid quoting containing \\n", "\"\\\\n\"", Item("\\n")},
{"valid quoting containing \\t", "\"\\\\t\"", Item("\\t")},
{"valid quoting containing \\x", "\"\\\\x61\"", Item("\\x61")},
{"c-style hex escape in string", "\"\\x61\"", base::nullopt},
{"valid quoting containing \\u", "\"\\\\u0061\"", Item("\\u0061")},
{"c-style unicode escape in string", "\"\\u0061\"", base::nullopt},
};
const ItemTestCase sh09_item_test_cases[] = {
// Integer
{"large integer", "9223372036854775807", Integer(9223372036854775807L)},
{"large negative integer", "-9223372036854775807",
Integer(-9223372036854775807L)},
{"too large integer", "9223372036854775808", base::nullopt},
{"too large negative integer", "-9223372036854775808", base::nullopt},
// Byte Sequence
{"basic binary", "*aGVsbG8=*", Item("hello", Item::kByteSequenceType)},
{"empty binary", "**", Item("", Item::kByteSequenceType)},
{"bad paddding", "*aGVsbG8*", Item("hello", Item::kByteSequenceType),
"*aGVsbG8=*"},
{"bad end delimiter", "*aGVsbG8=", base::nullopt},
{"extra whitespace", "*aGVsb G8=*", base::nullopt},
{"extra chars", "*aGVsbG!8=*", base::nullopt},
{"suffix chars", "*aGVsbG8=!*", base::nullopt},
{"non-zero pad bits", "*iZ==*", Item("\x89", Item::kByteSequenceType),
"*iQ==*"},
{"non-ASCII binary", "*/+Ah*", Item("\xFF\xE0!", Item::kByteSequenceType)},
{"base64url binary", "*_-Ah*", base::nullopt},
{"token with leading asterisk", "*foo", base::nullopt},
};
// For Structured Headers Draft 15
const struct ParameterizedItemTestCase {
const char* name;
const char* raw;
const base::Optional<ParameterizedItem>
expected; // nullopt if parse error is expected.
const char* canonical; // nullptr if parse error is expected, or if canonical
// format is identical to raw.
} parameterized_item_test_cases[] = {
{"single parameter item",
"text/html;q=1.0",
{{Token("text/html"), {DoubleParam("q", 1)}}}},
{"missing parameter value item",
"text/html;a;q=1.0",
{{Token("text/html"), {BooleanParam("a", true), DoubleParam("q", 1)}}}},
{"missing terminal parameter value item",
"text/html;q=1.0;a",
{{Token("text/html"), {DoubleParam("q", 1), BooleanParam("a", true)}}}},
{"duplicate parameter keys with different value",
"text/html;a=1;b=2;a=3.0",
{{Token("text/html"), {DoubleParam("a", 3), Param("b", 2L)}}},
"text/html;a=3.0;b=2"},
{"multiple duplicate parameter keys at different position",
"text/html;c=1;a=2;b;b=3.0;a",
{{Token("text/html"),
{Param("c", 1L), BooleanParam("a", true), DoubleParam("b", 3)}}},
"text/html;c=1;a;b=3.0"},
{"duplicate parameter keys with missing value",
"text/html;a;a=1",
{{Token("text/html"), {Param("a", 1L)}}},
"text/html;a=1"},
{"whitespace before = parameterised item", "text/html, text/plain;q =0.5",
base::nullopt},
{"whitespace after = parameterised item", "text/html, text/plain;q= 0.5",
base::nullopt},
{"whitespace before ; parameterised item", "text/html, text/plain ;q=0.5",
base::nullopt},
{"whitespace after ; parameterised item",
"text/plain; q=0.5",
{{Token("text/plain"), {DoubleParam("q", 0.5)}}},
"text/plain;q=0.5"},
{"extra whitespace parameterised item",
"text/plain; q=0.5; charset=utf-8",
{{Token("text/plain"),
{DoubleParam("q", 0.5), TokenParam("charset", "utf-8")}}},
"text/plain;q=0.5;charset=utf-8"},
};
// For Structured Headers Draft 15
const struct ListTestCase {
const char* name;
const char* raw;
const base::Optional<List> expected; // nullopt if parse error is expected.
const char* canonical; // nullptr if parse error is expected, or if canonical
// format is identical to raw.
} list_test_cases[] = {
// Basic lists
{"basic list", "1, 42", {{{Integer(1L), {}}, {Integer(42L), {}}}}},
{"empty list", "", List()},
{"single item list", "42", {{{Integer(42L), {}}}}},
{"no whitespace list",
"1,42",
{{{Integer(1L), {}}, {Integer(42L), {}}}},
"1, 42"},
{"trailing comma list", "1, 42,", base::nullopt},
{"empty item list", "1,,42", base::nullopt},
// Lists of lists
{"basic list of lists",
"(1 2), (42 43)",
{{{{{Integer(1L), {}}, {Integer(2L), {}}}, {}},
{{{Integer(42L), {}}, {Integer(43L), {}}}, {}}}}},
{"single item list of lists",
"(42)",
{{{std::vector<ParameterizedItem>{{Integer(42L), {}}}, {}}}}},
{"empty item list of lists",
"()",
{{{std::vector<ParameterizedItem>(), {}}}}},
{"empty middle item list of lists",
"(1),(),(42)",
{{{std::vector<ParameterizedItem>{{Integer(1L), {}}}, {}},
{std::vector<ParameterizedItem>(), {}},
{std::vector<ParameterizedItem>{{Integer(42L), {}}}, {}}}},
"(1), (), (42)"},
{"extra whitespace list of lists",
"(1 42)",
{{{{{Integer(1L), {}}, {Integer(42L), {}}}, {}}}},
"(1 42)"},
{"no trailing parenthesis list of lists", "(1 42", base::nullopt},
{"no trailing parenthesis middle list of lists", "(1 2, (42 43)",
base::nullopt},
// Parameterized Lists
{"basic parameterised list",
"abc_123;a=1;b=2; cdef_456, ghi;q=\"9\";r=\"+w\"",
{{{Token("abc_123"),
{Param("a", 1), Param("b", 2), BooleanParam("cdef_456", true)}},
{Token("ghi"), {Param("q", "9"), Param("r", "+w")}}}},
"abc_123;a=1;b=2;cdef_456, ghi;q=\"9\";r=\"+w\""},
{"single item parameterised list",
"text/html;q=1.0",
{{{Token("text/html"), {DoubleParam("q", 1)}}}}},
{"missing parameter value parameterised list",
"text/html;a;q=1.0",
{{{Token("text/html"), {BooleanParam("a", true), DoubleParam("q", 1)}}}}},
{"missing terminal parameter value parameterised list",
"text/html;q=1.0;a",
{{{Token("text/html"), {DoubleParam("q", 1), BooleanParam("a", true)}}}}},
{"no whitespace parameterised list",
"text/html,text/plain;q=0.5",
{{{Token("text/html"), {}},
{Token("text/plain"), {DoubleParam("q", 0.5)}}}},
"text/html, text/plain;q=0.5"},
{"whitespace before = parameterised list", "text/html, text/plain;q =0.5",
base::nullopt},
{"whitespace after = parameterised list", "text/html, text/plain;q= 0.5",
base::nullopt},
{"whitespace before ; parameterised list", "text/html, text/plain ;q=0.5",
base::nullopt},
{"whitespace after ; parameterised list",
"text/html, text/plain; q=0.5",
{{{Token("text/html"), {}},
{Token("text/plain"), {DoubleParam("q", 0.5)}}}},
"text/html, text/plain;q=0.5"},
{"extra whitespace parameterised list",
"text/html , text/plain; q=0.5; charset=utf-8",
{{{Token("text/html"), {}},
{Token("text/plain"),
{DoubleParam("q", 0.5), TokenParam("charset", "utf-8")}}}},
"text/html, text/plain;q=0.5;charset=utf-8"},
{"trailing comma parameterised list", "text/html,text/plain;q=0.5,",
base::nullopt},
{"empty item parameterised list", "text/html,,text/plain;q=0.5",
base::nullopt},
// Parameterized inner lists
{"parameterised basic list of lists",
"(1;a=1.0 2), (42 43)",
{{{{{Integer(1L), {DoubleParam("a", 1.0)}}, {Integer(2L), {}}}, {}},
{{{Integer(42L), {}}, {Integer(43L), {}}}, {}}}}},
{"parameters on inner members",
"(1;a=1.0 2;b=c), (42;d=?0 43;e=:Zmdo:)",
{{{{{Integer(1L), {DoubleParam("a", 1.0)}},
{Integer(2L), {TokenParam("b", "c")}}},
{}},
{{{Integer(42L), {BooleanParam("d", false)}},
{Integer(43L), {ByteSequenceParam("e", "fgh")}}},
{}}}}},
{"parameters on inner lists",
"(1 2);a=1.0, (42 43);b=?0",
{{{{{Integer(1L), {}}, {Integer(2L), {}}}, {DoubleParam("a", 1.0)}},
{{{Integer(42L), {}}, {Integer(43L), {}}},
{BooleanParam("b", false)}}}}},
{"default true values for parameters on inner list members",
"(1;a 2), (42 43;b)",
{{{{{Integer(1L), {BooleanParam("a", true)}}, {Integer(2L), {}}}, {}},
{{{Integer(42L), {}}, {Integer(43L), {BooleanParam("b", true)}}}, {}}}}},
{"default true values for parameters on inner lists",
"(1 2);a, (42 43);b",
{{{{{Integer(1L), {}}, {Integer(2L), {}}}, {BooleanParam("a", true)}},
{{{Integer(42L), {}}, {Integer(43L), {}}}, {BooleanParam("b", true)}}}}},
{"extra whitespace before semicolon in parameters on inner list member",
"(a;b ;c b)", base::nullopt},
{"extra whitespace between parameters on inner list member",
"(a;b; c b)",
{{{{{Token("a"), {BooleanParam("b", true), BooleanParam("c", true)}},
{Token("b"), {}}},
{}}}},
"(a;b;c b)"},
{"extra whitespace before semicolon in parameters on inner list",
"(a b);c ;d, (e)", base::nullopt},
{"extra whitespace between parameters on inner list",
"(a b);c; d, (e)",
{{{{{Token("a"), {}}, {Token("b"), {}}},
{BooleanParam("c", true), BooleanParam("d", true)}},
{{{Token("e"), {}}}, {}}}},
"(a b);c;d, (e)"},
};
// For Structured Headers Draft 15
const struct DictionaryTestCase {
const char* name;
const char* raw;
const base::Optional<Dictionary>
expected; // nullopt if parse error is expected.
const char* canonical; // nullptr if parse error is expected, or if canonical
// format is identical to raw.
} dictionary_test_cases[] = {
{"basic dictionary",
"en=\"Applepie\", da=:aGVsbG8=:",
{Dictionary{{{"en", {Item("Applepie"), {}}},
{"da", {Item("hello", Item::kByteSequenceType), {}}}}}}},
{"empty dictionary", "", Dictionary()},
{"single item dictionary", "a=1", {Dictionary{{{"a", {Integer(1L), {}}}}}}},
{"list item dictionary",
"a=(1 2)",
{Dictionary{{{"a", {{{Integer(1L), {}}, {Integer(2L), {}}}, {}}}}}}},
{"single list item dictionary",
"a=(1)",
{Dictionary{
{{"a", {std::vector<ParameterizedItem>{{Integer(1L), {}}}, {}}}}}}},
{"empty list item dictionary",
"a=()",
{Dictionary{{{"a", {std::vector<ParameterizedItem>(), {}}}}}}},
{"no whitespace dictionary",
"a=1,b=2",
{Dictionary{{{"a", {Integer(1L), {}}}, {"b", {Integer(2L), {}}}}}},
"a=1, b=2"},
{"extra whitespace dictionary",
"a=1 , b=2",
{Dictionary{{{"a", {Integer(1L), {}}}, {"b", {Integer(2L), {}}}}}},
"a=1, b=2"},
{"tab separated dictionary", "a=1\t,\tb=2", base::nullopt},
{"leading whitespace dictionary",
" a=1 , b=2",
{Dictionary{{{"a", {Integer(1L), {}}}, {"b", {Integer(2L), {}}}}}},
"a=1, b=2"},
{"whitespace before = dictionary", "a =1, b=2", base::nullopt},
{"whitespace after = dictionary", "a=1, b= 2", base::nullopt},
{"missing value dictionary",
"a=1, b, c=3",
{Dictionary{{{"a", {Integer(1L), {}}},
{"b", {Item(true), {}}},
{"c", {Integer(3L), {}}}}}}},
{"all missing value dictionary",
"a, b, c",
{Dictionary{{{"a", {Item(true), {}}},
{"b", {Item(true), {}}},
{"c", {Item(true), {}}}}}}},
{"start missing value dictionary",
"a, b=2",
{Dictionary{{{"a", {Item(true), {}}}, {"b", {Integer(2L), {}}}}}}},
{"end missing value dictionary",
"a=1, b",
{Dictionary{{{"a", {Integer(1L), {}}}, {"b", {Item(true), {}}}}}}},
{"missing value with params dictionary",
"a=1, b=?1;foo=9, c=3",
{Dictionary{{{"a", {Integer(1L), {}}},
{"b", {Item(true), {Param("foo", 9)}}},
{"c", {Integer(3L), {}}}}}}},
{"trailing comma dictionary", "a=1, b=2,", base::nullopt},
{"empty item dictionary", "a=1,,b=2,", base::nullopt},
{"duplicate key dictionary",
"a=1,b=2,a=3",
{Dictionary{{{"a", {Integer(3L), {}}}, {"b", {Integer(2L), {}}}}}},
"a=3, b=2"},
{"numeric key dictionary", "a=1,1b=2,a=1", base::nullopt},
{"uppercase key dictionary", "a=1,B=2,a=1", base::nullopt},
{"bad key dictionary", "a=1,b!=2,a=1", base::nullopt},
// Parameterised dictionary tests
{"basic parameterised dict",
"abc=123;a=1;b=2, def=456, ghi=789;q=9;r=\"+w\"",
{Dictionary{
{{"abc", {Integer(123), {Param("a", 1), Param("b", 2)}}},
{"def", {Integer(456), {}}},
{"ghi", {Integer(789), {Param("q", 9), Param("r", "+w")}}}}}}},
{"single item parameterised dict",
"a=b; q=1.0",
{Dictionary{{{"a", {Token("b"), {DoubleParam("q", 1.0)}}}}}},
"a=b;q=1.0"},
{"list item parameterised dictionary",
"a=(1 2); q=1.0",
{Dictionary{{{"a",
{{{Integer(1L), {}}, {Integer(2L), {}}},
{DoubleParam("q", 1.0)}}}}}},
"a=(1 2);q=1.0"},
{"missing parameter value parameterised dict",
"a=3;c;d=5",
{Dictionary{
{{"a", {Integer(3), {BooleanParam("c", true), Param("d", 5)}}}}}}},
{"terminal missing parameter value parameterised dict",
"a=3;c=5;d",
{Dictionary{
{{"a", {Integer(3), {Param("c", 5), BooleanParam("d", true)}}}}}}},
{"no whitespace parameterised dict",
"a=b;c=1,d=e;f=2",
{Dictionary{{{"a", {Token("b"), {Param("c", 1)}}},
{"d", {Token("e"), {Param("f", 2)}}}}}},
"a=b;c=1, d=e;f=2"},
{"whitespace before = parameterised dict", "a=b;q =0.5", base::nullopt},
{"whitespace after = parameterised dict", "a=b;q= 0.5", base::nullopt},
{"whitespace before ; parameterised dict", "a=b ;q=0.5", base::nullopt},
{"whitespace after ; parameterised dict",
"a=b; q=0.5",
{Dictionary{{{"a", {Token("b"), {DoubleParam("q", 0.5)}}}}}},
"a=b;q=0.5"},
{"extra whitespace parameterised dict",
"a=b; c=1 , d=e; f=2; g=3",
{Dictionary{{{"a", {Token("b"), {Param("c", 1)}}},
{"d", {Token("e"), {Param("f", 2), Param("g", 3)}}}}}},
"a=b;c=1, d=e;f=2;g=3"},
{"trailing comma parameterised dict", "a=b; q=1.0,", base::nullopt},
{"empty item parameterised dict", "a=b; q=1.0,,c=d", base::nullopt},
{"parameterised inner list member dict",
"a=(\"1\";b=1;c=?0 \"2\");d=\"e\"",
{Dictionary{{{"a",
{{{Item("1"), {Param("b", 1), BooleanParam("c", false)}},
{Item("2"), {}}},
{Param("d", "e")}}}}}}},
};
} // namespace
TEST(StructuredHeaderTest, ParseBareItem) {
for (const auto& c : item_test_cases) {
SCOPED_TRACE(c.name);
base::Optional<Item> result = ParseBareItem(c.raw);
EXPECT_EQ(result, c.expected);
}
}
// For Structured Headers Draft 15, these tests include parameters on Items.
TEST(StructuredHeaderTest, ParseItem) {
for (const auto& c : parameterized_item_test_cases) {
SCOPED_TRACE(c.name);
base::Optional<ParameterizedItem> result = ParseItem(c.raw);
EXPECT_EQ(result, c.expected);
}
}
// Structured Headers Draft 9 parsing rules are different than Draft 15, and
// some strings which are considered invalid in SH15 should parse in SH09.
// The SH09 Item parser is not directly exposed, but can be used indirectly by
// calling the parser for SH09-specific lists.
TEST(StructuredHeaderTest, ParseSH09Item) {
for (const auto& c : sh09_item_test_cases) {
SCOPED_TRACE(c.name);
base::Optional<ListOfLists> result = ParseListOfLists(c.raw);
if (c.expected.has_value()) {
EXPECT_TRUE(result.has_value());
EXPECT_EQ(result->size(), 1UL);
EXPECT_EQ((*result)[0].size(), 1UL);
EXPECT_EQ((*result)[0][0], c.expected);
} else {
EXPECT_FALSE(result.has_value());
}
}
}
// In Structured Headers Draft 9, floats can have more than three fractional
// digits, and can be larger than 1e12. This behaviour is exposed in the parser
// for SH09-specific lists, so test it through that interface.
TEST(StructuredHeaderTest, SH09HighPrecisionFloats) {
// These values are exactly representable in binary floating point, so no
// accuracy issues are expected in this test.
base::Optional<ListOfLists> result =
ParseListOfLists("1.03125;-1.03125;12345678901234.5;-12345678901234.5");
ASSERT_TRUE(result.has_value());
EXPECT_EQ(*result,
(ListOfLists{{Item(1.03125), Item(-1.03125), Item(12345678901234.5),
Item(-12345678901234.5)}}));
result = ParseListOfLists("123456789012345.0");
EXPECT_FALSE(result.has_value());
result = ParseListOfLists("-123456789012345.0");
EXPECT_FALSE(result.has_value());
}
// For Structured Headers Draft 9
TEST(StructuredHeaderTest, ParseListOfLists) {
static const struct TestCase {
const char* name;
const char* raw;
ListOfLists expected; // empty if parse error is expected
} cases[] = {
{"basic list of lists",
"1;2, 42;43",
{{Integer(1L), Integer(2L)}, {Integer(42L), Integer(43L)}}},
{"empty list of lists", "", {}},
{"single item list of lists", "42", {{Integer(42L)}}},
{"no whitespace list of lists", "1,42", {{Integer(1L)}, {Integer(42L)}}},
{"no inner whitespace list of lists",
"1;2, 42;43",
{{Integer(1L), Integer(2L)}, {Integer(42L), Integer(43L)}}},
{"extra whitespace list of lists",
"1 , 42",
{{Integer(1L)}, {Integer(42L)}}},
{"extra inner whitespace list of lists",
"1 ; 2,42 ; 43",
{{Integer(1L), Integer(2L)}, {Integer(42L), Integer(43L)}}},
{"trailing comma list of lists", "1;2, 42,", {}},
{"trailing semicolon list of lists", "1;2, 42;43;", {}},
{"leading comma list of lists", ",1;2, 42", {}},
{"leading semicolon list of lists", ";1;2, 42;43", {}},
{"empty item list of lists", "1,,42", {}},
{"empty inner item list of lists", "1;;2,42", {}},
};
for (const auto& c : cases) {
SCOPED_TRACE(c.name);
base::Optional<ListOfLists> result = ParseListOfLists(c.raw);
if (!c.expected.empty()) {
EXPECT_TRUE(result.has_value());
EXPECT_EQ(*result, c.expected);
} else {
EXPECT_FALSE(result.has_value());
}
}
}
// For Structured Headers Draft 9
TEST(StructuredHeaderTest, ParseParameterisedList) {
static const struct TestCase {
const char* name;
const char* raw;
ParameterisedList expected; // empty if parse error is expected
} cases[] = {
{"basic param-list",
"abc_123;a=1;b=2; cdef_456, ghi;q=\"9\";r=\"w\"",
{
{Token("abc_123"),
{Param("a", 1), Param("b", 2), NullParam("cdef_456")}},
{Token("ghi"), {Param("q", "9"), Param("r", "w")}},
}},
{"empty param-list", "", {}},
{"single item param-list",
"text/html;q=1",
{{Token("text/html"), {Param("q", 1)}}}},
{"empty param-list", "", {}},
{"no whitespace param-list",
"text/html,text/plain;q=1",
{{Token("text/html"), {}}, {Token("text/plain"), {Param("q", 1)}}}},
{"whitespace before = param-list", "text/html, text/plain;q =1", {}},
{"whitespace after = param-list", "text/html, text/plain;q= 1", {}},
{"extra whitespace param-list",
"text/html , text/plain ; q=1",
{{Token("text/html"), {}}, {Token("text/plain"), {Param("q", 1)}}}},
{"duplicate key", "abc;a=1;b=2;a=1", {}},
{"numeric key", "abc;a=1;1b=2;c=1", {}},
{"uppercase key", "abc;a=1;B=2;c=1", {}},
{"bad key", "abc;a=1;b!=2;c=1", {}},
{"another bad key", "abc;a=1;b==2;c=1", {}},
{"empty key name", "abc;a=1;=2;c=1", {}},
{"empty parameter", "abc;a=1;;c=1", {}},
{"empty list item", "abc;a=1,,def;b=1", {}},
{"extra semicolon", "abc;a=1;b=1;", {}},
{"extra comma", "abc;a=1,def;b=1,", {}},
{"leading semicolon", ";abc;a=1", {}},
{"leading comma", ",abc;a=1", {}},
};
for (const auto& c : cases) {
SCOPED_TRACE(c.name);
base::Optional<ParameterisedList> result = ParseParameterisedList(c.raw);
if (c.expected.empty()) {
EXPECT_FALSE(result.has_value());
continue;
}
EXPECT_TRUE(result.has_value());
EXPECT_EQ(result->size(), c.expected.size());
if (result->size() == c.expected.size()) {
for (size_t i = 0; i < c.expected.size(); ++i)
EXPECT_EQ((*result)[i], c.expected[i]);
}
}
}
// For Structured Headers Draft 15
TEST(StructuredHeaderTest, ParseList) {
for (const auto& c : list_test_cases) {
SCOPED_TRACE(c.name);
base::Optional<List> result = ParseList(c.raw);
EXPECT_EQ(result, c.expected);
}
}
// For Structured Headers Draft 15
TEST(StructuredHeaderTest, ParseDictionary) {
for (const auto& c : dictionary_test_cases) {
SCOPED_TRACE(c.name);
base::Optional<Dictionary> result = ParseDictionary(c.raw);
EXPECT_EQ(result, c.expected);
}
}
// Serializer tests are all exclusively for Structured Headers Draft 15
TEST(StructuredHeaderTest, SerializeItem) {
for (const auto& c : item_test_cases) {
SCOPED_TRACE(c.name);
if (c.expected) {
base::Optional<std::string> result = SerializeItem(*c.expected);
EXPECT_TRUE(result.has_value());
EXPECT_EQ(result.value(), std::string(c.canonical ? c.canonical : c.raw));
}
}
}
TEST(StructuredHeaderTest, SerializeParameterizedItem) {
for (const auto& c : parameterized_item_test_cases) {
SCOPED_TRACE(c.name);
if (c.expected) {
base::Optional<std::string> result = SerializeItem(*c.expected);
EXPECT_TRUE(result.has_value());
EXPECT_EQ(result.value(), std::string(c.canonical ? c.canonical : c.raw));
}
}
}
TEST(StructuredHeaderTest, UnserializableItems) {
// Test that items with unknown type are not serialized.
EXPECT_FALSE(SerializeItem(Item()).has_value());
}
TEST(StructuredHeaderTest, UnserializableTokens) {
static const struct UnserializableString {
const char* name;
const char* value;
} bad_tokens[] = {
{"empty token", ""},
{"contains high ascii", "a\xff"},
{"contains nonprintable character", "a\x7f"},
{"contains C0", "a\x01"},
{"UTF-8 encoded", "a\xc3\xa9"},
{"contains TAB", "a\t"},
{"contains LF", "a\n"},
{"contains CR", "a\r"},
{"contains SP", "a "},
{"begins with digit", "9token"},
{"begins with hyphen", "-token"},
{"begins with LF", "\ntoken"},
{"begins with SP", " token"},
{"begins with colon", ":token"},
{"begins with percent", "%token"},
{"begins with period", ".token"},
{"begins with slash", "/token"},
};
for (const auto& bad_token : bad_tokens) {
SCOPED_TRACE(bad_token.name);
base::Optional<std::string> serialization =
SerializeItem(Token(bad_token.value));
EXPECT_FALSE(serialization.has_value()) << *serialization;
}
}
TEST(StructuredHeaderTest, UnserializableKeys) {
static const struct UnserializableString {
const char* name;
const char* value;
} bad_keys[] = {
{"empty key", ""},
{"contains high ascii", "a\xff"},
{"contains nonprintable character", "a\x7f"},
{"contains C0", "a\x01"},
{"UTF-8 encoded", "a\xc3\xa9"},
{"contains TAB", "a\t"},
{"contains LF", "a\n"},
{"contains CR", "a\r"},
{"contains SP", "a "},
{"begins with uppercase", "Atoken"},
{"begins with digit", "9token"},
{"begins with hyphen", "-token"},
{"begins with LF", "\ntoken"},
{"begins with SP", " token"},
{"begins with colon", ":token"},
{"begins with percent", "%token"},
{"begins with period", ".token"},
{"begins with asterisk", "*token"},
{"begins with slash", "/token"},
};
for (const auto& bad_key : bad_keys) {
SCOPED_TRACE(bad_key.name);
base::Optional<std::string> serialization =
SerializeItem(ParameterizedItem("a", {{bad_key.value, "a"}}));
EXPECT_FALSE(serialization.has_value()) << *serialization;
}
}
TEST(StructuredHeaderTest, UnserializableStrings) {
static const struct UnserializableString {
const char* name;
const char* value;
} bad_strings[] = {
{"contains high ascii", "a\xff"},
{"contains nonprintable character", "a\x7f"},
{"UTF-8 encoded", "a\xc3\xa9"},
{"contains TAB", "a\t"},
{"contains LF", "a\n"},
{"contains CR", "a\r"},
{"contains C0", "a\x01"},
};
for (const auto& bad_string : bad_strings) {
SCOPED_TRACE(bad_string.name);
base::Optional<std::string> serialization =
SerializeItem(Item(bad_string.value));
EXPECT_FALSE(serialization.has_value()) << *serialization;
}
}
TEST(StructuredHeaderTest, UnserializableIntegers) {
EXPECT_FALSE(SerializeItem(Integer(1e15L)).has_value());
EXPECT_FALSE(SerializeItem(Integer(-1e15L)).has_value());
}
TEST(StructuredHeaderTest, UnserializableDecimals) {
for (double value :
{std::numeric_limits<double>::quiet_NaN(),
std::numeric_limits<double>::infinity(),
-std::numeric_limits<double>::infinity(), 1e12, 1e12 - 0.0001,
1e12 - 0.0005, -1e12, -1e12 + 0.0001, -1e12 + 0.0005}) {
auto x = SerializeItem(Item(value));
EXPECT_FALSE(SerializeItem(Item(value)).has_value());
}
}
// These values cannot be directly parsed from headers, but are valid doubles
// which can be serialized as sh-floats (though rounding is expected.)
TEST(StructuredHeaderTest, SerializeUnparseableDecimals) {
struct UnparseableDecimal {
const char* name;
double value;
const char* canonical;
} float_test_cases[] = {
{"negative 0", -0.0, "0.0"},
{"0.0001", 0.0001, "0.0"},
{"0.0000001", 0.0000001, "0.0"},
{"1.0001", 1.0001, "1.0"},
{"1.0009", 1.0009, "1.001"},
{"round positive odd decimal", 0.0015, "0.002"},
{"round positive even decimal", 0.0025, "0.002"},
{"round negative odd decimal", -0.0015, "-0.002"},
{"round negative even decimal", -0.0025, "-0.002"},
{"round decimal up to integer part", 9.9995, "10.0"},
{"subnormal numbers", std::numeric_limits<double>::denorm_min(), "0.0"},
{"round up to 10 digits", 1e9 - 0.0000001, "1000000000.0"},
{"round up to 11 digits", 1e10 - 0.000001, "10000000000.0"},
{"round up to 12 digits", 1e11 - 0.00001, "100000000000.0"},
{"largest serializable float", nextafter(1e12 - 0.0005, 0),
"999999999999.999"},
{"largest serializable negative float", -nextafter(1e12 - 0.0005, 0),
"-999999999999.999"},
// This will fail if we simply truncate the fractional portion.
{"float rounds up to next int", 3.9999999, "4.0"},
// This will fail if we first round to >3 digits, and then round again to
// 3 digits.
{"don't double round", 3.99949, "3.999"},
// This will fail if we first round to 3 digits, and then round again to
// max_avail_digits.
{"don't double round", 123456789.99949, "123456789.999"},
};
for (const auto& test_case : float_test_cases) {
SCOPED_TRACE(test_case.name);
base::Optional<std::string> serialization =
SerializeItem(Item(test_case.value));
EXPECT_TRUE(serialization.has_value());
EXPECT_EQ(*serialization, test_case.canonical);
}
}
TEST(StructuredHeaderTest, SerializeList) {
for (const auto& c : list_test_cases) {
SCOPED_TRACE(c.name);
if (c.expected) {
base::Optional<std::string> result = SerializeList(*c.expected);
EXPECT_TRUE(result.has_value());
EXPECT_EQ(result.value(), std::string(c.canonical ? c.canonical : c.raw));
}
}
}
TEST(StructuredHeaderTest, UnserializableLists) {
static const struct UnserializableList {
const char* name;
const List value;
} bad_lists[] = {
{"Null item as member", {{Item(), {}}}},
{"Unserializable item as member", {{Token("\n"), {}}}},
{"Key is empty", {{Token("abc"), {Param("", 1)}}}},
{"Key contains whitespace", {{Token("abc"), {Param("a\n", 1)}}}},
{"Key contains UTF8", {{Token("abc"), {Param("a\xc3\xa9", 1)}}}},
{"Key contains unprintable characters",
{{Token("abc"), {Param("a\x7f", 1)}}}},
{"Key contains disallowed characters",
{{Token("abc"), {Param("a:", 1)}}}},
{"Param value is unserializable", {{Token("abc"), {{"a", Token("\n")}}}}},
{"Inner list contains unserializable item",
{{std::vector<ParameterizedItem>{{Token("\n"), {}}}, {}}}},
};
for (const auto& bad_list : bad_lists) {
SCOPED_TRACE(bad_list.name);
base::Optional<std::string> serialization = SerializeList(bad_list.value);
EXPECT_FALSE(serialization.has_value()) << *serialization;
}
}
TEST(StructuredHeaderTest, SerializeDictionary) {
for (const auto& c : dictionary_test_cases) {
SCOPED_TRACE(c.name);
if (c.expected) {
base::Optional<std::string> result = SerializeDictionary(*c.expected);
EXPECT_TRUE(result.has_value());
EXPECT_EQ(result.value(), std::string(c.canonical ? c.canonical : c.raw));
}
}
}
TEST(StructuredHeaderTest, DictionaryConstructors) {
const std::string key0 = "key0";
const std::string key1 = "key1";
const ParameterizedMember member0{Item("Applepie"), {}};
const ParameterizedMember member1{Item("hello", Item::kByteSequenceType), {}};
Dictionary dict;
EXPECT_TRUE(dict.empty());
EXPECT_EQ(0U, dict.size());
dict[key0] = member0;
EXPECT_FALSE(dict.empty());
EXPECT_EQ(1U, dict.size());
const Dictionary dict_copy = dict;
EXPECT_FALSE(dict_copy.empty());
EXPECT_EQ(1U, dict_copy.size());
EXPECT_EQ(dict, dict_copy);
const Dictionary dict_init{{{key0, member0}, {key1, member1}}};
EXPECT_FALSE(dict_init.empty());
EXPECT_EQ(2U, dict_init.size());
EXPECT_EQ(member0, dict_init.at(key0));
EXPECT_EQ(member1, dict_init.at(key1));
}
TEST(StructuredHeaderTest, DictionaryAccessors) {
const std::string key0 = "key0";
const std::string key1 = "key1";
const ParameterizedMember nonempty_member0{Item("Applepie"), {}};
const ParameterizedMember nonempty_member1{
Item("hello", Item::kByteSequenceType), {}};
const ParameterizedMember empty_member;
Dictionary dict{{{key0, nonempty_member0}}};
EXPECT_TRUE(dict.contains(key0));
EXPECT_EQ(nonempty_member0, dict[key0]);
EXPECT_EQ(&dict[key0], &dict.at(key0));
EXPECT_EQ(&dict[key0], &dict[0]);
EXPECT_EQ(&dict[key0], &dict.at(0));
// Even if the key does not yet exist in |dict|, operator[]() should
// automatically create an empty entry.
ASSERT_FALSE(dict.contains(key1));
ParameterizedMember& member1 = dict[key1];
EXPECT_TRUE(dict.contains(key1));
EXPECT_EQ(empty_member, member1);
EXPECT_EQ(&member1, &dict[key1]);
EXPECT_EQ(&member1, &dict.at(key1));
EXPECT_EQ(&member1, &dict[1]);
EXPECT_EQ(&member1, &dict.at(1));
member1 = nonempty_member1;
EXPECT_EQ(nonempty_member1, dict[key1]);
EXPECT_EQ(&dict[key1], &dict.at(key1));
EXPECT_EQ(&dict[key1], &dict[1]);
EXPECT_EQ(&dict[key1], &dict.at(1));
// at(StringPiece) and indexed accessors have const overloads.
const Dictionary& dict_ref = dict;
EXPECT_EQ(&member1, &dict_ref.at(key1));
EXPECT_EQ(&member1, &dict_ref[1]);
EXPECT_EQ(&member1, &dict_ref.at(1));
}
TEST(StructuredHeaderTest, UnserializableDictionary) {
static const struct UnserializableDictionary {
const char* name;
const Dictionary value;
} bad_dictionaries[] = {
{"Unserializable dict key", Dictionary{{{"ABC", {Token("abc"), {}}}}}},
{"Dictionary item is unserializable",
Dictionary{{{"abc", {Token("abc="), {}}}}}},
{"Param value is unserializable",
Dictionary{{{"abc", {Token("abc"), {{"a", Token("\n")}}}}}}},
{"Dictionary inner-list contains unserializable item",
Dictionary{
{{"abc",
{std::vector<ParameterizedItem>{{Token("abc="), {}}}, {}}}}}},
};
for (const auto& bad_dictionary : bad_dictionaries) {
SCOPED_TRACE(bad_dictionary.name);
base::Optional<std::string> serialization =
SerializeDictionary(bad_dictionary.value);
EXPECT_FALSE(serialization.has_value()) << *serialization;
}
}
} // namespace structured_headers
} // namespace net