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//! Integration tests: anchor diagnostics.
//!
//! Covers anchor-sibling-without-anchor, sibling-anchor graph validation
//! (unresolved sibling, two-node cycle), anchor-edge + anchor-sibling
//! interaction, anchor-edge-without-sibling, anchor-edge unknown value,
//! and anchor-gap invalid unit.
use std::collections::BTreeMap;
mod common;
use common::*;
// ── anchor-sibling without anchor → anchor.sibling_without_anchor ─────
#[test]
fn anchor_sibling_without_anchor_produces_sibling_without_anchor() {
let doc = doc_with(
vec![],
vec![minimal_page(
"page.one",
vec![
// A real sibling so anchor-sibling resolves; isolates the
// without-anchor warning from anchor.unresolved_sibling.
minimal_rect("sib.target", None),
Node::Rect(Box::new(RectNode {
shadow: None,
filter: None,
mask: None,
id: "rect.sib".to_owned(),
name: None,
role: None,
x: Some(pxv(0.0)),
y: Some(pxv(0.0)),
w: Some(pxv(50.0)),
h: Some(pxv(50.0)),
radius: None,
radius_tl: None,
radius_tr: None,
radius_br: None,
radius_bl: None,
style: None,
fill: None,
stroke: None,
stroke_width: None,
stroke_alignment: None,
stroke_dash: None,
stroke_gap: None,
stroke_linecap: None,
border_top: None,
border_bottom: None,
border_left: None,
border_right: None,
border_width: None,
stroke_outer: None,
stroke_outer_width: None,
opacity: None,
visible: None,
locked: None,
rotate: None,
blend_mode: None,
blur: None,
anchor: None, // absent — triggers the warning
anchor_zone: None,
anchor_sibling: Some("sib.target".to_owned()),
anchor_edge: None,
anchor_gap: None,
anchor_parent: None,
source_span: None,
unknown_props: BTreeMap::new(),
})),
],
)],
);
let report = validate(&doc);
assert!(
has_code(&report, "anchor.sibling_without_anchor"),
"expected anchor.sibling_without_anchor diagnostic; codes: {:?}",
codes(&report)
);
let diag = report
.diagnostics
.iter()
.find(|d| d.code == "anchor.sibling_without_anchor")
.expect("diagnostic must exist");
assert_eq!(diag.severity, Severity::Warning);
assert!(!report.has_errors());
}
// ── sibling-anchor graph validation ──────────────────────────────
/// Build a `minimal_rect` carrying a recognized `anchor` and an
/// `anchor_sibling` target, for the sibling-graph validator tests.
fn anchored_sibling_rect(id: &str, target: &str) -> Node {
let mut node = minimal_rect(id, None);
if let Node::Rect(ref mut r) = node {
r.anchor = Some("top-left".to_owned());
r.anchor_sibling = Some(target.to_owned());
}
node
}
// ── anchor-sibling naming a non-existent id → anchor.unresolved_sibling ─
#[test]
fn anchor_sibling_unresolved_target_errors() {
// The rect references sibling "ghost" which is not present in the scope.
let doc = doc_with(
vec![],
vec![minimal_page(
"page.one",
vec![anchored_sibling_rect("rect.ref", "ghost")],
)],
);
let report = validate(&doc);
assert!(
has_code(&report, "anchor.unresolved_sibling"),
"expected anchor.unresolved_sibling diagnostic; codes: {:?}",
codes(&report)
);
let diag = report
.diagnostics
.iter()
.find(|d| d.code == "anchor.unresolved_sibling")
.expect("diagnostic must exist");
assert_eq!(diag.severity, Severity::Error);
assert!(report.has_errors());
}
// ── two-node cycle A↔B → anchor.cycle ─────────────────────────────────
#[test]
fn anchor_sibling_two_node_cycle_errors() {
// a anchors to b, b anchors to a: a mutual cycle.
let doc = doc_with(
vec![],
vec![minimal_page(
"page.one",
vec![
anchored_sibling_rect("a", "b"),
anchored_sibling_rect("b", "a"),
],
)],
);
let report = validate(&doc);
assert!(
has_code(&report, "anchor.cycle"),
"expected anchor.cycle diagnostic; codes: {:?}",
codes(&report)
);
// Both cyclic nodes are reported exactly once each.
let cycle_count = report
.diagnostics
.iter()
.filter(|d| d.code == "anchor.cycle")
.count();
assert_eq!(
cycle_count, 2,
"expected exactly two anchor.cycle diagnostics"
);
assert!(report.has_errors());
}
// ── anchor-edge + anchor-sibling (no anchor, no x/y) ─────────────────
/// anchor-sibling + anchor-edge, no 9-pt anchor, no x/y: must be valid
/// (no `node.missing_geometry`, no `anchor.sibling_without_anchor`).
#[test]
fn anchor_edge_with_sibling_no_anchor_is_valid() {
let doc = doc_with(
vec![],
vec![minimal_page(
"page.one",
vec![
minimal_rect("sib.target", None),
Node::Rect(Box::new(RectNode {
shadow: None,
filter: None,
mask: None,
id: "rect.edge".to_owned(),
name: None,
role: None,
x: None, // absent — valid because anchor-edge supplies position
y: None, // absent
w: Some(pxv(50.0)),
h: Some(pxv(50.0)),
radius: None,
radius_tl: None,
radius_tr: None,
radius_br: None,
radius_bl: None,
style: None,
fill: None,
stroke: None,
stroke_width: None,
stroke_alignment: None,
stroke_dash: None,
stroke_gap: None,
stroke_linecap: None,
border_top: None,
border_bottom: None,
border_left: None,
border_right: None,
border_width: None,
stroke_outer: None,
stroke_outer_width: None,
opacity: None,
visible: None,
locked: None,
rotate: None,
blend_mode: None,
blur: None,
anchor: None,
anchor_zone: None,
anchor_sibling: Some("sib.target".to_owned()),
anchor_edge: Some("below".to_owned()),
anchor_gap: None,
anchor_parent: None,
source_span: None,
unknown_props: BTreeMap::new(),
})),
],
)],
);
let report = validate(&doc);
assert!(
!has_code(&report, "node.missing_geometry"),
"anchor-edge + anchor-sibling must suppress missing_geometry; codes: {:?}",
codes(&report)
);
assert!(
!has_code(&report, "anchor.sibling_without_anchor"),
"anchor-edge + anchor-sibling must NOT warn sibling_without_anchor; codes: {:?}",
codes(&report)
);
assert!(
!report.has_errors(),
"expected no errors; codes: {:?}",
codes(&report)
);
}
// ── anchor-edge without anchor-sibling → anchor.edge_without_sibling ─
#[test]
fn anchor_edge_without_sibling_produces_edge_without_sibling() {
let doc = doc_with(
vec![],
vec![minimal_page(
"page.one",
vec![Node::Rect(Box::new(RectNode {
shadow: None,
filter: None,
mask: None,
id: "rect.edge-only".to_owned(),
name: None,
role: None,
x: Some(pxv(0.0)),
y: Some(pxv(0.0)),
w: Some(pxv(50.0)),
h: Some(pxv(50.0)),
radius: None,
radius_tl: None,
radius_tr: None,
radius_br: None,
radius_bl: None,
style: None,
fill: None,
stroke: None,
stroke_width: None,
stroke_alignment: None,
stroke_dash: None,
stroke_gap: None,
stroke_linecap: None,
border_top: None,
border_bottom: None,
border_left: None,
border_right: None,
border_width: None,
stroke_outer: None,
stroke_outer_width: None,
opacity: None,
visible: None,
locked: None,
rotate: None,
blend_mode: None,
blur: None,
anchor: None,
anchor_zone: None,
anchor_sibling: None, // absent
anchor_edge: Some("above".to_owned()),
anchor_gap: None,
anchor_parent: None,
source_span: None,
unknown_props: BTreeMap::new(),
}))],
)],
);
let report = validate(&doc);
assert!(
has_code(&report, "anchor.edge_without_sibling"),
"expected anchor.edge_without_sibling; codes: {:?}",
codes(&report)
);
let diag = report
.diagnostics
.iter()
.find(|d| d.code == "anchor.edge_without_sibling")
.expect("diagnostic must exist");
assert_eq!(diag.severity, Severity::Warning);
assert!(!report.has_errors());
}
// ── anchor-edge with unknown value → anchor.unknown_edge ──────────────
#[test]
fn anchor_edge_unknown_value_produces_unknown_edge() {
let doc = doc_with(
vec![],
vec![minimal_page(
"page.one",
vec![
minimal_rect("sib.target", None),
Node::Rect(Box::new(RectNode {
shadow: None,
filter: None,
mask: None,
id: "rect.bad-edge".to_owned(),
name: None,
role: None,
x: Some(pxv(0.0)),
y: Some(pxv(0.0)),
w: Some(pxv(50.0)),
h: Some(pxv(50.0)),
radius: None,
radius_tl: None,
radius_tr: None,
radius_br: None,
radius_bl: None,
style: None,
fill: None,
stroke: None,
stroke_width: None,
stroke_alignment: None,
stroke_dash: None,
stroke_gap: None,
stroke_linecap: None,
border_top: None,
border_bottom: None,
border_left: None,
border_right: None,
border_width: None,
stroke_outer: None,
stroke_outer_width: None,
opacity: None,
visible: None,
locked: None,
rotate: None,
blend_mode: None,
blur: None,
anchor: None,
anchor_zone: None,
anchor_sibling: Some("sib.target".to_owned()),
anchor_edge: Some("sideways".to_owned()), // not a valid edge
anchor_gap: None,
anchor_parent: None,
source_span: None,
unknown_props: BTreeMap::new(),
})),
],
)],
);
let report = validate(&doc);
assert!(
has_code(&report, "anchor.unknown_edge"),
"expected anchor.unknown_edge; codes: {:?}",
codes(&report)
);
let diag = report
.diagnostics
.iter()
.find(|d| d.code == "anchor.unknown_edge")
.expect("diagnostic must exist");
assert_eq!(diag.severity, Severity::Error);
assert!(report.has_errors());
}
// ── anchor-gap with non-px-convertible unit → anchor.gap_invalid_unit ─
#[test]
fn anchor_gap_non_px_unit_produces_gap_invalid_unit() {
// Unit::Pct returns None from dim_to_px — the canonical non-convertible unit.
let doc = doc_with(
vec![],
vec![minimal_page(
"page.one",
vec![
minimal_rect("sib.target", None),
Node::Rect(Box::new(RectNode {
shadow: None,
filter: None,
mask: None,
id: "rect.gap-pct".to_owned(),
name: None,
role: None,
x: None,
y: None,
w: Some(pxv(50.0)),
h: Some(pxv(50.0)),
radius: None,
radius_tl: None,
radius_tr: None,
radius_br: None,
radius_bl: None,
style: None,
fill: None,
stroke: None,
stroke_width: None,
stroke_alignment: None,
stroke_dash: None,
stroke_gap: None,
stroke_linecap: None,
border_top: None,
border_bottom: None,
border_left: None,
border_right: None,
border_width: None,
stroke_outer: None,
stroke_outer_width: None,
opacity: None,
visible: None,
locked: None,
rotate: None,
blend_mode: None,
blur: None,
anchor: None,
anchor_zone: None,
anchor_sibling: Some("sib.target".to_owned()),
anchor_edge: Some("below".to_owned()),
anchor_gap: Some(Dimension {
value: 10.0,
unit: Unit::Pct, // dim_to_px returns None for Pct
}),
anchor_parent: None,
source_span: None,
unknown_props: BTreeMap::new(),
})),
],
)],
);
let report = validate(&doc);
assert!(
has_code(&report, "anchor.gap_invalid_unit"),
"expected anchor.gap_invalid_unit; codes: {:?}",
codes(&report)
);
let diag = report
.diagnostics
.iter()
.find(|d| d.code == "anchor.gap_invalid_unit")
.expect("diagnostic must exist");
assert_eq!(diag.severity, Severity::Warning);
}