tests/ui/lifetimes/lifetime-doesnt-live-long-enough.stderr

error[E0310]: the parameter type `T` may not live long enough
  --> $DIR/lifetime-doesnt-live-long-enough.rs:19:10
   |
LL |     foo: &'static T
   |          ^^^^^^^^^^
   |          |
   |          the parameter type `T` must be valid for the static lifetime...
   |          ...so that the reference type `&'static T` does not outlive the data it points at
   |
help: consider adding an explicit lifetime bound
   |
LL | struct Foo<T: 'static> {
   |             +++++++++

error[E0309]: the parameter type `K` may not live long enough
  --> $DIR/lifetime-doesnt-live-long-enough.rs:41:33
   |
LL |     fn generic_in_parent<'a, L: X<&'a Nested<K>>>() {
   |                          --     ^^^^^^^^^^^^^^^^ ...so that the reference type `&'a Nested<K>` does not outlive the data it points at
   |                          |
   |                          the parameter type `K` must be valid for the lifetime `'a` as defined here...
   |
help: consider adding an explicit lifetime bound
   |
LL |     fn generic_in_parent<'a, L: X<&'a Nested<K>>>() where K: 'a {
   |                                                     +++++++++++

error[E0309]: the parameter type `M` may not live long enough
  --> $DIR/lifetime-doesnt-live-long-enough.rs:44:36
   |
LL |     fn generic_in_child<'a, 'b, L: X<&'a Nested<M>>, M: 'b>() {
   |                         --         ^^^^^^^^^^^^^^^^ ...so that the reference type `&'a Nested<M>` does not outlive the data it points at
   |                         |
   |                         the parameter type `M` must be valid for the lifetime `'a` as defined here...
   |
help: consider adding an explicit lifetime bound
   |
LL |     fn generic_in_child<'a, 'b, L: X<&'a Nested<M>>, M: 'b + 'a>() {
   |                                                            ++++

error[E0309]: the parameter type `K` may not live long enough
  --> $DIR/lifetime-doesnt-live-long-enough.rs:24:19
   |
LL |     fn foo<'a, L: X<&'a Nested<K>>>();
   |            --     ^^^^^^^^^^^^^^^^ ...so that the reference type `&'a Nested<K>` does not outlive the data it points at
   |            |
   |            the parameter type `K` must be valid for the lifetime `'a` as defined here...
   |
help: consider adding an explicit lifetime bound
   |
LL |     fn foo<'a, L: X<&'a Nested<K>>>() where K: 'a;
   |                                       +++++++++++

error[E0309]: the parameter type `Self` may not live long enough
  --> $DIR/lifetime-doesnt-live-long-enough.rs:28:19
   |
LL |     fn bar<'a, L: X<&'a Nested<Self>>>();
   |            --     ^^^^^^^^^^^^^^^^^^^ ...so that the reference type `&'a Nested<Self>` does not outlive the data it points at
   |            |
   |            the parameter type `Self` must be valid for the lifetime `'a` as defined here...
   |
help: consider adding an explicit lifetime bound
   |
LL |     fn bar<'a, L: X<&'a Nested<Self>>>() where Self: 'a;
   |                                          ++++++++++++++

error[E0309]: the parameter type `L` may not live long enough
  --> $DIR/lifetime-doesnt-live-long-enough.rs:32:22
   |
LL |     fn baz<'a, L, M: X<&'a Nested<L>>>() {
   |            --        ^^^^^^^^^^^^^^^^ ...so that the reference type `&'a Nested<L>` does not outlive the data it points at
   |            |
   |            the parameter type `L` must be valid for the lifetime `'a` as defined here...
   |
help: consider adding an explicit lifetime bound
   |
LL |     fn baz<'a, L: 'a, M: X<&'a Nested<L>>>() {
   |                 ++++

error: aborting due to 6 previous errors

Some errors have detailed explanations: E0309, E0310.
For more information about an error, try `rustc --explain E0309`.