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use super::*;
#[test]
fn ds0012_property_hop_resolves_to_the_propertys_declared_type() {
let files = vec![
(
"Other/Settings.cs".to_string(),
frag(
vec![def_with(
"App.Other.Settings",
"Settings",
"App.Other",
"class",
&["Reload"],
&[],
&[],
)],
vec![],
vec![],
),
),
(
"Other/Widget.cs".to_string(),
frag(
vec![with_member_types(
def_with(
"App.Other.Widget",
"Widget",
"App.Other",
"class",
&[],
&["Config"],
&[],
),
&[],
&[("Config", "Settings")],
)],
vec![],
vec![],
),
),
(
"Consumers/Hop.cs".to_string(),
frag(
vec![def("App.Consumers.Hop", "Hop", "App.Consumers", "class")],
vec![FragUsing::Plain {
text: "App.Other".to_string(),
global: false,
}],
vec![property_hop_ref(
"Widget",
"Config",
"Reload",
"App.Consumers",
)],
),
),
];
let g = resolve_graph(&no_git_root(), &files);
assert_eq!(member_edge_targets(&g), vec!["App.Other.Settings"]);
assert_eq!(
g.stats.heuristic_edge_count, 0,
"a precise hop leaves nothing for the scored tier"
);
}
#[test]
fn ds0012_property_hop_stops_on_an_unrecorded_property_a_missing_member_and_an_ambiguous_type() {
let files = vec![
(
"Other/Settings.cs".to_string(),
frag(
vec![def_with(
"App.Other.Settings",
"Settings",
"App.Other",
"class",
&["Reload"],
&[],
&[],
)],
vec![],
vec![],
),
),
(
"Other/Widget.cs".to_string(),
frag(
vec![with_member_types(
def_with(
"App.Other.Widget",
"Widget",
"App.Other",
"class",
&[],
&["Label", "Config", "Price"],
&[],
),
&[],
// `Label` is declared `string`: a predefined type
// records no fact at all, so it is absent here.
&[("Config", "Settings"), ("Price", "Money")],
)],
vec![],
vec![],
),
),
(
"Money/A.cs".to_string(),
frag(
vec![def_with(
"App.Money.A.Money",
"Money",
"App.Money.A",
"class",
&["Round"],
&[],
&[],
)],
vec![],
vec![],
),
),
(
"Money/B.cs".to_string(),
frag(
vec![def_with(
"App.Money.B.Money",
"Money",
"App.Money.B",
"class",
&["Round"],
&[],
&[],
)],
vec![],
vec![],
),
),
(
"Consumers/Stops.cs".to_string(),
frag(
vec![def(
"App.Consumers.Stops",
"Stops",
"App.Consumers",
"class",
)],
vec![
FragUsing::Plain {
text: "App.Other".to_string(),
global: false,
},
FragUsing::Plain {
text: "App.Money.A".to_string(),
global: false,
},
FragUsing::Plain {
text: "App.Money.B".to_string(),
global: false,
},
],
vec![
property_hop_ref("Widget", "Label", "Trim", "App.Consumers"),
property_hop_ref("Widget", "Config", "Missing", "App.Consumers"),
property_hop_ref("Widget", "Price", "Round", "App.Consumers"),
],
),
),
];
let g = resolve_graph(&no_git_root(), &files);
assert!(
member_edge_targets(&g).is_empty(),
"no recorded type, no declared member, and an ambiguous type each end the hop"
);
}
#[test]
fn ds0010_var_from_invocation_resolves_through_the_callees_recorded_return_type() {
let files = vec![
(
"Other/Widget.cs".to_string(),
frag(
vec![def_with(
"App.Other.Widget",
"Widget",
"App.Other",
"class",
&["Render"],
&[],
&[],
)],
vec![],
vec![],
),
),
(
"Other/Factory.cs".to_string(),
frag(
vec![with_member_types(
def_with(
"App.Other.Factory",
"Factory",
"App.Other",
"class",
&["Make"],
&[],
&[],
),
&[("Make", "Widget")],
&[],
)],
vec![],
vec![],
),
),
(
"Consumers/FromCall.cs".to_string(),
frag(
vec![def(
"App.Consumers.FromCall",
"FromCall",
"App.Consumers",
"class",
)],
vec![FragUsing::Plain {
text: "App.Other".to_string(),
global: false,
}],
vec![call_receiver_ref(
"made",
"Factory",
"Make",
"Render",
"App.Consumers",
)],
),
),
];
let g = resolve_graph(&no_git_root(), &files);
assert_eq!(member_edge_targets(&g), vec!["App.Other.Widget"]);
}
#[test]
fn ds0010_ambiguous_out_of_graph_and_return_less_callees_stay_taken_but_unknown() {
let files = vec![
(
"Other/Widget.cs".to_string(),
frag(
vec![def_with(
"App.Other.Widget",
"Widget",
"App.Other",
"class",
&["Render"],
&[],
&[],
)],
vec![],
vec![],
),
),
(
"A/Factory.cs".to_string(),
frag(
vec![with_member_types(
def_with(
"App.A.Factory",
"Factory",
"App.A",
"class",
&["Make"],
&[],
&[],
),
&[("Make", "Widget")],
&[],
)],
vec![],
vec![],
),
),
(
"B/Factory.cs".to_string(),
frag(
vec![with_member_types(
def_with(
"App.B.Factory",
"Factory",
"App.B",
"class",
&["Make"],
&[],
&[],
),
&[("Make", "Widget")],
&[],
)],
vec![],
vec![],
),
),
(
"Other/Silent.cs".to_string(),
frag(
vec![def_with(
"App.Other.Silent",
"Silent",
"App.Other",
"class",
&["Make"],
&[],
&[],
)],
vec![],
vec![],
),
),
(
"Consumers/Unknowns.cs".to_string(),
frag(
vec![def(
"App.Consumers.Unknowns",
"Unknowns",
"App.Consumers",
"class",
)],
vec![
FragUsing::Plain {
text: "App.Other".to_string(),
global: false,
},
FragUsing::Plain {
text: "App.A".to_string(),
global: false,
},
FragUsing::Plain {
text: "App.B".to_string(),
global: false,
},
],
vec![
call_receiver_ref("ambiguous", "Factory", "Make", "Render", "App.Consumers"),
call_receiver_ref("external", "ThirdParty", "Make", "Render", "App.Consumers"),
// `Silent.Make` is declared but records no return type
// (a void method blocks its own name).
call_receiver_ref("silent", "Silent", "Make", "Render", "App.Consumers"),
],
),
),
];
let g = resolve_graph(&no_git_root(), &files);
// An owner the ladder refuses to pick, an owner it never finds, and an
// owner whose `Make` records no return type all leave the local exactly
// as unknown as the extractor left it.
assert!(member_edge_targets(&g).is_empty());
}
// --- Stage 7: this/base receiver typing, awaited Task unwrap ------------
//
// All four run real C# through the extractor (`fragments_for`), the same
// choice the tier-(e) end-to-end block above makes: a `this.`/`base.`
// qualifier's `receiverBase`/`receiverAwaited` bits and a method's
// `methodReturnArgs` are extractor facts, so a test that hand-built the
// fragments would take the extractor's word for them rather than proving
// them.