ae3f752b6f
Add left node-library dock (grouped, searchable, drag-and-drop vector symbols), right property dock with type-aware grouped editors (incl. geometry, catalogue single/multi, color, value list), zoom/pan/fit canvas view accepting node drops, flow animator, configuration dialog, and the MainWindow wiring menus/toolbar, undo/redo, delete/duplicate, calculate flow, save/open (JSON), and PNG/SVG export. Includes a demo sample network, entry points, and panel + app integration tests. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
103 lines
3.4 KiB
Python
103 lines
3.4 KiB
Python
"""Tests for property editors, property panel and node panel."""
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import pytest
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from pipeline_editor.model.catalogue import default_registry as default_catalogues
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from pipeline_editor.model.node_library import default_library
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from pipeline_editor.model.properties import Property, PropertyType
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from pipeline_editor.panels.property_editors import PropertyEditor
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from pipeline_editor.panels.property_panel import PropertyPanel
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from pipeline_editor.panels.node_panel import NodePanel
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@pytest.fixture
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def cats():
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return default_catalogues()
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def _emit_capture(editor):
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out = []
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editor.value_changed.connect(lambda v: out.append(v))
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return out
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def test_string_editor(qtbot, cats):
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ed = PropertyEditor(Property("s", "S", PropertyType.STRING, "hi"), cats)
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out = _emit_capture(ed)
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ed._control.setText("bye")
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ed._control.editingFinished.emit()
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assert out == ["bye"]
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def test_float_editor_with_bounds(qtbot, cats):
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ed = PropertyEditor(Property("f", "F", PropertyType.FLOAT, 5.0, minimum=0, maximum=10), cats)
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out = _emit_capture(ed)
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ed._control.setValue(7.5)
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assert out[-1] == 7.5
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def test_enum_editor(qtbot, cats):
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ed = PropertyEditor(Property("e", "E", PropertyType.ENUM, "a", options=["a", "b", "c"]), cats)
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out = _emit_capture(ed)
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ed._control.setCurrentText("c")
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assert out[-1] == "c"
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def test_bool_editor(qtbot, cats):
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ed = PropertyEditor(Property("b", "B", PropertyType.BOOL, False), cats)
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out = _emit_capture(ed)
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ed._control.setChecked(True)
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assert out[-1] is True
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def test_catalogue_single_editor(qtbot, cats):
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ed = PropertyEditor(
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Property("d", "Dia", PropertyType.CATALOGUE_ITEM, "DN50", catalogue="pipe_classes"), cats)
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out = _emit_capture(ed)
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# switch to a different catalogue entry
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ed._control.setCurrentIndex(1)
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assert out[-1] in {"DN50", "DN100", "DN200", "DN300"}
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def test_value_list_parsing(qtbot, cats):
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ed = PropertyEditor(Property("vl", "VL", PropertyType.VALUE_LIST, [1, 2]), cats)
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out = _emit_capture(ed)
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ed._control.setText("3, 4, 5")
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ed._control.editingFinished.emit()
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assert out[-1] == [3, 4, 5]
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def test_property_panel_builds_and_emits(qtbot, cats):
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lib = default_library()
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node = lib.get("pump").instantiate("n1", 10, 20)
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panel = PropertyPanel(cats)
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panel.set_target(node)
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assert panel._kind == "node" and panel._owner_id == "n1"
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edits = []
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panel.property_edited.connect(lambda *a: edits.append(a))
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geoms = []
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panel.geometry_edited.connect(lambda *a: geoms.append(a))
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# re-emit through a fresh editor to simulate user interaction
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panel.property_edited.emit("node", "n1", "head", 42.0)
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panel.geometry_edited.emit("n1", "x", 99.0)
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assert ("node", "n1", "head", 42.0) in edits
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assert ("n1", "x", 99.0) in geoms
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def test_node_panel_populates(qtbot):
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panel = NodePanel(default_library())
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tree = panel._tree
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groups = [tree.topLevelItem(i).text(0) for i in range(tree.topLevelItemCount())]
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assert "Equipment" in groups
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# filtering narrows leaves
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panel._search.setText("pump")
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# at least one visible leaf named pump
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found = False
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for i in range(tree.topLevelItemCount()):
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g = tree.topLevelItem(i)
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for j in range(g.childCount()):
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leaf = g.child(j)
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if not leaf.isHidden() and "pump" in leaf.text(0).lower():
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found = True
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assert found
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