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|
// #Regression #Conformance #Accessibility #SignatureFiles #Regression #Records #Unions
#if ALL_IN_ONE
module Core_access
#endif
#light
let failures = ref []
let report_failure (s : string) =
stderr.Write" NO: "
stderr.WriteLine s
failures := !failures @ [s]
let test (s : string) b =
stderr.Write(s)
if b then stderr.WriteLine " OK"
else report_failure (s)
(*--------------------*)
// Test cases for bug://1562
// Checking that generated signature can be compiled against the file.
type internal typInternal = | AAA1
type private typPrivate = | AAA2
type public typPublic = | AAA3
type typDefault = | AAA4
type internal rrr = | AAA
let internal ValInternal = 1212
let private ValPrivate = 1212
let public ValPublic = 1212
let ValDefault = 1212
type MyClassFields =
val internal fieldInternal : int
val private fieldPrivate : int
val public fieldPublic : int
type MyClassMutableFields =
val mutable internal mfieldInternal : int
val mutable private mfieldPrivate : int
val mutable public mfieldPublic : int
type MyClassStaticMembers =
static member internal SInternal = 12
static member private SPrivate = 12
static member public SPublic = 12
static member SDefault = 12
static member internal SMInternal() = 12
static member private SMPrivate() = 12
static member public SMPublic() = 12
static member SMDefault() = 12
type MyClassPropertiyGetters =
member internal x.InstInternal = 12
member private x.InstPrivate = 12
member public x.InstPublic = 12
member x.InstDefault = 12
type MyClassExplicitCtors =
val v : int
internal new(x) = { v = x }
private new(x,y) = { v = x + y}
public new(x,y,z) = { v = x + y + z}
type MyClassExplicitCtors2 =
new() = {}
internal new(x) = let v : int = x in {}
private new(x,y) = let v : int = x + y in {}
public new(x,y,z) = let v : int = x + y + z in {}
type MyClassPropertyGetSetterMatrix =
//--
member obj.PropGetSetInternalInternal
with internal get() = 1
and internal set(x:int) = ()
member obj.PropGetSetInternalPrivate
with internal get() = 1
and private set(x:int) = ()
member obj.PropGetSetInternalPublic
with internal get() = 1
and public set(x:int) = ()
//--
member obj.PropGetSetPrivateInternal
with private get() = 1
and internal set(x:int) = ()
member obj.PropGetSetPrivatePrivate
with private get() = 1
and private set(x:int) = ()
member obj.PropGetSetPrivatePublic
with private get() = 1
and public set(x:int) = ()
//--
member obj.PropGetSetPublicInternal
with public get() = 1
and internal set(x:int) = ()
member obj.PropGetSetPublicPrivate
with public get() = 1
and private set(x:int) = ()
member obj.PropGetSetPublicPublic
with public get() = 1
and public set(x:int) = ()
type MyClassImplicitCtorInternal internal() =
member obj.Res = 12
type MyClassImplicitCtorPrivate private() =
member obj.Res = 12
module internal ModInternal = begin end
module private ModPrivate = begin end
module public ModPublic = begin end
type recordRepInternal = internal { rfA1 : int }
type recordRepPrivate = private { rfA2 : int }
type recordRepPublic = public { rfA3 : int }
type dtypeRepInternal = internal | AA1 | BB1
type dtypeRepPrivate = private | AA2 | BB2
type dtypeRepPublic = public | AA3 | BB3
type internal dtypeRepPublic2 = private | AA3 | BB3
type private dtypeRepPublic3 = internal | AA3 | BB3
type internal dtypeRepPublic4 =
private
| AA3
| BB3
module internal M =
module private PP =
type dtypeRepPublic5 =
| AA3
| BB3
module private M2 =
module internal P =
let vv = 12
module RestrictedRecordsAndUnionsUsingPrivateAndInternalTypes =
module public Test1 =
type internal Data =
{
Datum: int
}
type public Datum =
internal
{
Thing: Data
}
type public Datum2 =
internal | A of Data * Data | B of Data
module public Test2 =
type internal Data =
{
Datum: int
}
type internal Datum =
{
Thing: Data
}
type internal Datum2 =
| A of Data * Data | B of Data
module public Test3 =
type public Data =
internal
{
Datum: int
}
type internal Datum =
{
Thing: Data
}
type internal Datum2 =
internal | A of Data * Data | B of Data
module public Test4 =
type internal Data =
{
Datum: int
}
type public Datum =
internal
{
Thing: Data
}
type public Datum2 =
internal | A of Data * Data | B of Data
module public Test5 =
type private Data =
{
Datum: int
}
type public Datum =
private
{
Thing: Data
}
type public Datum2 =
private | A of Data * Data | B of Data
module Test6 =
module internal HelperModule =
type public Data =
private
{
Datum: int
}
let internal handle (data:Data): int = data.Datum
module public Module =
type public Data =
private
{
Thing: HelperModule.Data
}
let public getInt (data:Data): int = HelperModule.handle data.Thing
module Test7 =
module internal HelperModule =
type Data =
{
Datum: int
}
let handle (data:Data): int = data.Datum
module Module =
type Data =
internal
{
Thing: HelperModule.Data
}
let getInt (data:Data): int = HelperModule.handle data.Thing
(*--------------------*)
#if ALL_IN_ONE
let RUN() = !failures
#else
let aa =
match !failures with
| [] ->
stdout.WriteLine "Test Passed"
System.IO.File.WriteAllText("test.ok","ok")
exit 0
| _ ->
stdout.WriteLine "Test Failed"
exit 1
#endif
|
