307 lines
16 KiB
C++
307 lines
16 KiB
C++
#include <iostream>
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#include "gtest/gtest.h"
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#include <mbgl/style/filter_comparison_private.hpp>
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#include <mbgl/style/filter_expression_private.hpp>
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#include <map>
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class MockExtractor {
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public:
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inline MockExtractor(const std::multimap<std::string, mbgl::Value> &values_) : values(values_) {}
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inline MockExtractor() {}
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inline std::vector<mbgl::Value> getValues(const std::string &key) const {
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std::vector<mbgl::Value> result;
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// Find all values with the requested key.
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const auto ret = values.equal_range(key);
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for (auto it = ret.first; it != ret.second; it++) {
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// Append the newly found value to the forward list.
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result.emplace_back(it->second);
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}
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return result;
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}
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private:
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const std::multimap<std::string, mbgl::Value> values;
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};
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TEST(FilterComparison, EqualsSingleStringValue) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::Equal, std::vector<Value> { std::string("bar") });
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// comparison is { "test": { "==": "bar" } }
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("bar") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("bar") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("booz") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "other", std::string("bar") }, { "test", std::string("bar") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "other", std::string("bar") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor()));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("barst") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", int64_t(-18932) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", uint64_t(18932) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", double(32.8) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(false) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(true) }})));
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}
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TEST(FilterComparison, EqualsSingleDoubleValue) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::Equal, std::vector<Value> { double(32.8) });
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// comparison is { "test": { "==": 32.8 } }
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", double(32.8) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("32.8") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "other", std::string("bar") }, { "test", double(32.8) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", double(32.8) }, { "test", std::string("booz") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "other", double(32.8) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor()));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", double(32.9) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", int64_t(-18932) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", uint64_t(18932) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(false) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(true) }})));
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}
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TEST(FilterComparison, EqualsSingleUintValue) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::Equal, std::vector<Value> { uint64_t(42) });
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// comparison is { "test": { "==": 42 } }
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", uint64_t(42) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", double(42) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", int64_t(42) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("42") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "other", std::string("bar") }, { "test", uint64_t(42) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", uint64_t(42) }, { "test", std::string("booz") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "other", uint64_t(42) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor()));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", double(43) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", int64_t(-18932) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", uint64_t(18932) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(false) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(true) }})));
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}
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TEST(FilterComparison, EqualsSingleIntValue) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::Equal, std::vector<Value> { int64_t(-42) });
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// comparison is { "test": { "==": -42 } }
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", int64_t(-42) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", double(-42) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("-42") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "other", std::string("bar") }, { "test", int64_t(-42) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", int64_t(-42) }, { "test", std::string("booz") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "other", int64_t(-42) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor()));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", int64_t(-43) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", double(-43) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", uint64_t(-42) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(false) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(true) }})));
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}
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TEST(FilterComparison, EqualsSingleBoolValue) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::Equal, std::vector<Value> { bool(true) });
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// comparison is { "test": { "==": true } }
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(true) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", int64_t(1) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", uint64_t(1) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", double(1) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("1") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "other", std::string("bar") }, { "test", bool(true) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(true) }, { "test", std::string("booz") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "other", bool(true) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor()));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(false) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", int64_t(-18932) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", uint64_t(18932) }})));
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}
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TEST(FilterComparison, EqualsMultipleStringValues) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::Equal, std::vector<Value> { std::string("bar"), std::string("baz") });
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// comparison is { "test": { "==": ["bar", "baz"]̇ } }
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("baz") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("baz") }, { "test", std::string("bar") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("bar") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("baz") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("baz") }, { "test", std::string("boo") }})));
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}
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TEST(FilterComparison, EqualsMultipleIdenticalStringValues) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::Equal, std::vector<Value> { std::string("bar"), std::string("bar") });
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// comparison is { "test": { "==": ["bar", "bar"]̇ } }
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("bar") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("bar") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("baz") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("baz") }})));
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}
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TEST(FilterComparison, NotEqualsSingleStringValue) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::NotEqual, std::vector<Value> { std::string("bar") });
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// comparison is { "test": { "!=": "bar" } }
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("bar") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("bar") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "other", std::string("bar") }, { "test", std::string("bar") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("booz") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "other", std::string("bar") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor()));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("barst") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", int64_t(-18932) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", uint64_t(18932) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", double(32.8) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(false) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(true) }})));
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}
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TEST(FilterComparison, NotEqualsSingleDoubleValue) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::NotEqual, std::vector<Value> { double(32.8) });
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// comparison is { "test": { "!=": 32.8 } }
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", double(32.8) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("32.8") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "other", std::string("bar") }, { "test", double(32.8) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", double(32.8) }, { "test", std::string("booz") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "other", double(32.8) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor()));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", double(32.9) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", int64_t(-18932) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", uint64_t(18932) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(false) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(true) }})));
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}
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TEST(FilterComparison, NotEqualsSingleUintValue) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::NotEqual, std::vector<Value> { uint64_t(42) });
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// comparison is { "test": { "!=": 42 } }
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", uint64_t(42) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", double(42) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", int64_t(42) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("42") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "other", std::string("bar") }, { "test", uint64_t(42) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", uint64_t(42) }, { "test", std::string("booz") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "other", uint64_t(42) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor()));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", double(43) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", int64_t(-18932) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", uint64_t(18932) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(false) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(true) }})));
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}
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TEST(FilterComparison, NotEqualsSingleIntValue) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::NotEqual, std::vector<Value> { int64_t(-42) });
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// comparison is { "test": { "!=": -42 } }
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", int64_t(-42) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", double(-42) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("-42") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "other", std::string("bar") }, { "test", int64_t(-42) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", int64_t(-42) }, { "test", std::string("booz") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "other", int64_t(-42) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor()));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", int64_t(-43) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", double(-43) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", uint64_t(-42) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(false) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(true) }})));
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}
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TEST(FilterComparison, NotEqualsSingleBoolValue) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::NotEqual, std::vector<Value> { bool(true) });
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// comparison is { "test": { "!=": true } }
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", bool(true) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", int64_t(1) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", uint64_t(1) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", double(1) }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("1") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "other", std::string("bar") }, { "test", bool(true) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(true) }, { "test", std::string("booz") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "other", bool(true) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor()));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", bool(false) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", int64_t(-18932) }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", uint64_t(18932) }})));
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}
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TEST(FilterComparison, NotEqualsMultipleStringValues) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::NotEqual, std::vector<Value> { std::string("bar"), std::string("baz") });
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// comparison is { "test": { "!=": ["bar", "baz"]̇ } }
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("baz") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("baz") }, { "test", std::string("bar") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("bar") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("baz") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("baz") }, { "test", std::string("boo") }})));
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}
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TEST(FilterComparison, NotEqualsMultipleIdenticalStringValues) {
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using namespace mbgl;
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FilterComparison comparison("test");
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comparison.add(FilterComparison::Operator::NotEqual, std::vector<Value> { std::string("bar"), std::string("bar") });
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// comparison is { "test": { "!=": ["bar", "bar"]̇ } }
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("bar") }})));
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ASSERT_FALSE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("bar") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("baz") }})));
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ASSERT_TRUE(comparison.compare(MockExtractor({{ "test", std::string("bar") }, { "test", std::string("baz") }})));
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}
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