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// RUN: %target-run-simple-swift(-I %S/Inputs -Xfrontend -enable-experimental-cxx-interop)
// RUN: %target-run-simple-swift(-I %S/Inputs -cxx-interoperability-mode=swift-6)
// RUN: %target-run-simple-swift(-I %S/Inputs -cxx-interoperability-mode=upcoming-swift)
// Also test this with a bridging header instead of the StdVector module.
// RUN: %empty-directory(%t2)
// RUN: cp %S/Inputs/std-vector.h %t2/std-vector-bridging-header.h
// RUN: %target-run-simple-swift(-D BRIDGING_HEADER -import-objc-header %t2/std-vector-bridging-header.h -Xfrontend -enable-experimental-cxx-interop)
// RUN: %target-run-simple-swift(-D BRIDGING_HEADER -import-objc-header %t2/std-vector-bridging-header.h -cxx-interoperability-mode=swift-6)
// RUN: %target-run-simple-swift(-D BRIDGING_HEADER -import-objc-header %t2/std-vector-bridging-header.h -cxx-interoperability-mode=upcoming-swift)
// FIXME: also run in C++20 mode when conformance works properly on UBI platform (rdar://109366764):
// %target-run-simple-swift(-I %S/Inputs -Xfrontend -enable-experimental-cxx-interop -Xcc -std=gnu++20)
//
// REQUIRES: executable_test
import StdlibUnittest
#if !BRIDGING_HEADER
import StdVector
#endif
import CxxStdlib
var StdVectorTestSuite = TestSuite("StdVector")
StdVectorTestSuite.test("VectorOfInt.init") {
let v = Vector()
expectEqual(v.size(), 0)
expectTrue(v.empty())
}
StdVectorTestSuite.test("VectorOfInt.init(sequence)") {
let v = Vector([])
expectEqual(v.size(), 0)
expectTrue(v.empty())
let v2 = Vector([1, 2, 3])
expectEqual(v2.size(), 3)
expectFalse(v2.empty())
expectEqual(v2[0], 1)
expectEqual(v2[1], 2)
expectEqual(v2[2], 3)
}
StdVectorTestSuite.test("VectorOfString.init(sequence)") {
let v = VectorOfString([])
expectEqual(v.size(), 0)
expectTrue(v.empty())
let v2 = VectorOfString(["", "ab", "abc"])
expectEqual(v2.size(), 3)
expectFalse(v2.empty())
expectEqual(v2[0], "")
expectEqual(v2[1], "ab")
expectEqual(v2[2], "abc")
let first = takesVectorOfString(["abc", "qwe"])
expectEqual(first, "abc")
}
StdVectorTestSuite.test("VectorOfInt as ExpressibleByArrayLiteral") {
let v: Vector = []
expectEqual(v.size(), 0)
expectTrue(v.empty())
let v2: Vector = [1, 2, 3]
expectEqual(v2.size(), 3)
expectFalse(v2.empty())
expectEqual(v2[0], 1)
expectEqual(v2[1], 2)
expectEqual(v2[2], 3)
}
StdVectorTestSuite.test("VectorOfInt.push_back") {
var v = Vector()
let _42: CInt = 42
v.push_back(_42)
expectEqual(v.size(), 1)
expectFalse(v.empty())
expectEqual(v[0], 42)
}
func fill(vector v: inout Vector) {
v.push_back(1)
v.push_back(2)
v.push_back(CInt(3))
}
StdVectorTestSuite.test("VectorOfInt for loop") {
var v = Vector()
fill(vector: &v)
var count: CInt = 1
for e in v {
expectEqual(e, count)
count += 1
}
expectEqual(count, 4)
}
StdVectorTestSuite.test("VectorOfString for loop") {
var v = VectorOfString()
var count = 0
for _ in v {
count += 1
}
expectEqual(count, 0)
v.push_back(std.string("abc"))
v.push_back(std.string("ab"))
for it in v {
count += it.length()
}
expectEqual(count, 5)
}
StdVectorTestSuite.test("VectorOfInt.map") {
var v = Vector()
fill(vector: &v)
let a = v.map { $0 + 5 }
expectEqual(a, [6, 7, 8])
}
StdVectorTestSuite.test("VectorOfString.map") {
var v = VectorOfString()
v.push_back(std.string("abc"))
v.push_back(std.string("a"))
v.push_back(std.string("ab"))
let a = v.map { $0.length() }
expectEqual(a, [3, 1, 2])
}
StdVectorTestSuite.test("VectorOfInt subclass for loop") {
var v = VectorSubclass()
v.push_back(1)
var count: CInt = 1
for e in v {
expectEqual(e, count)
count += 1
}
expectEqual(count, 2)
}
StdVectorTestSuite.test("VectorOfString subclass for loop") {
var v = VectorOfStringSubclass()
v.push_back(std.string("abc"))
var count: CInt = 0
for e in v {
expectEqual(std.string("abc"), e)
count += 1
}
expectEqual(count, 1)
}
runAllTests()
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