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//TEST:SIMPLE(filecheck=CHECK):
// Test to catch compilation time errors with return values in constructors within an ordinary struct.
// A constructor from the callsite's point of view is a function that returns the struct type.
// A constructor from the inside the body is treated as a function that modifies `this` and not return.
// In the following test-cases where the constructor either returns an expr or no value,
// within a condition for early exit or not, it automatically gets resolved as
// this = t;
// return *this; or return;
struct S
{
float v;
__init() { v = 0; }
}
struct S1a : S
{
__init()
{
this.v = 5;
// CHECK-NOT: ([[# @LINE+1]]): error
return this;
}
}
struct S1b : S
{
__init(float u)
{
if (u != 0)
{
this.v = u;
// CHECK-NOT: ([[# @LINE+1]]): error
return this;
}
// CHECK-NOT: ([[# @LINE+1]]): error
return;
}
}
struct S2a : S
{
__init()
{
S2a t;
t.v = 5;
// CHECK-NOT: ([[# @LINE+1]]): error
return;
}
}
struct S2b : S
{
__init(float u)
{
if (u != 0)
{
S2b t;
t.v = u;
// CHECK-NOT: ([[# @LINE+1]]): error
return;
}
// CHECK-NOT: ([[# @LINE+1]]): error
return;
}
}
struct S3a : S
{
__init()
{
S3a t;
t.v = 5;
// CHECK-NOT: ([[# @LINE+1]]): error
return t;
}
}
struct S3b : S
{
__init(float u)
{
if (u != 0)
{
S3b t;
t.v = u;
// CHECK-NOT: ([[# @LINE+1]]): error
return t;
}
// CHECK-NOT: ([[# @LINE+1]]): error
return;
}
}
void main()
{
S1a S1a;
S2a S2a;
S3a S3a;
S1b S1b = S1b(0);
S2b S2b = S2b(0);
S3b S3b = S3b(0);
}
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