def test_subclassing(fk, bridge):
ac = fk.f_activite()
x = Page.new(activite=ac.id, parent=bridge)
y = Page.get(x.id, parent=bridge)
assert x == y
assert x.delete()
with disable_log():
assert Page.get(y.id) is None
def test_removeRows(fk, bridge, qtbot, idx, res, lastpos, position_after, caplogger):
pg = fk.f_page(lastPosition=0)
ids = [
"00000000-0000-0000-0000-000000000000",
"11111111-1111-1111-1111-111111111111",
"22222222-2222-2222-2222-222222222222",
]
[fk.f_section(id=x, page=pg.id) for x in ids]
p = Page.get(str(pg.id), parent=bridge)
a = p.model
# with qtbot.waitSignal(a.rowsRemoved):
p.removeSection(idx)
# instance dans le bon ordre
assert [b.id for b in a._sections] == res
# la position des Section instance est mise aussi à jour.
assert [b.position for b in a._sections] == position_after
with db_session:
new_secs_dict = [
s.to_dict()
for s in fk.db.Page[pg.id].sections.order_by(lambda x: x.position)
]
new_secs_ids = [s["id"] for s in new_secs_dict]
assert [b.id for b in a._sections] == new_secs_ids
assert position_after == [s["position"] for s in new_secs_dict]
assert a.page.lastPosition == lastpos
def test_update_cell(qtbot, fk, bridge):
tab = fk.f_tableauSection(4, 4)
page = Page.get(tab.page.id, parent=bridge)
t: TableauSection = page.get_section(0)
# set by app no emit first
with qtbot.assertNotEmitted(t.cellUpdated):
t.updateCell(3, 2, {"texte": "bla"}, 5, 12)
with db_session:
assert fk.db.TableauCell[tab.id, 3, 2].texte == "bla"
with qtbot.waitSignal(t.cellUpdated) as blocker:
t.undoStack.undo()
assert blocker.args == [{"_cursor": 5, "_index": 14, "texte": ""}]
with qtbot.waitSignal(t.cellUpdated) as blocker:
t.undoStack.redo()
assert blocker.args == [{"_cursor": 12, "_index": 14, "texte": "bla"}]
with qtbot.waitSignal(t.cellUpdated) as blocker:
t.undoStack.undo()
assert blocker.args == [{
"_cursor": 5,
"_index": 14,
"texte": ""
}] # test not crash
def test_addSection(fk, bridge, args, kwargs, res, lastpos, qtbot):
pg = fk.f_page()
ids = [
"00000000-0000-0000-0000-000000000000",
"11111111-1111-1111-1111-111111111111",
"22222222-2222-2222-2222-222222222222",
]
new_id = "33333333-3333-3333-3333-333333333333"
[fk.f_section(id=x, page=pg.id) for x in ids]
p = Page.get(str(pg.id), parent=bridge)
a = p.model
kwargs.update({"id": new_id})
with qtbot.waitSignal(a.rowsInserted):
p.addSection(*args, kwargs)
# les ids correspondent
assert [b.id for b in a._sections] == res
# la position des Section instance est mise aussi à jour.
assert [b.position for b in a._sections] == [0, 1, 2, 3]
with db_session:
new_secs_dict = [
s.to_dict()
for s in fk.db.Page[pg.id].sections.order_by(lambda x: x.position)
]
new_secs_ids = [s["id"] for s in new_secs_dict]
assert [b.id for b in a._sections] == new_secs_ids
assert a.page.lastPosition == lastpos
def test_add_remove_column(fk, bridge, qtbot, fn, lignes, colonnes, args):
x = fk.f_tableauSection(2, 2)
p = Page.get(x.page.id, parent=bridge)
t = p.get_section(0)
with qtbot.waitSignal(t.colonnesChanged):
getattr(t, fn)(*args)
with db_session:
x = fk.db.TableauSection[x.id]
assert t.lignes == x.lignes == lignes
assert t.colonnes == x.colonnes == colonnes
base_res = x.get_cells()
with qtbot.waitSignal(t.colonnesChanged):
t.undoStack.undo()
with db_session:
x = fk.db.TableauSection[x.id]
assert t.lignes == x.lignes == 2
assert t.colonnes == x.colonnes == 2
assert x.cells.count() == 4
assert len(x.get_cells()) == 4
with qtbot.waitSignal(t.colonnesChanged):
t.undoStack.redo()
with db_session:
x = fk.db.TableauSection[x.id]
assert t.lignes == x.lignes == lignes
assert t.colonnes == x.colonnes == colonnes
res_apres_redo = x.get_cells()
exclude = [("style", "styleId")] if "remove" not in fn else []
compare_dict_list(base_res, res_apres_redo, exclude=exclude)
def test_rowCount(fk, bridge):
pg = fk.f_page()
fk.b_section(3, page=pg.id)
p = Page.get(str(pg.id), parent=bridge)
a = p.model
assert a.rowCount(QModelIndex()) == 3
assert a.count == 3
def test_base_init(fk, bridge):
pg = fk.f_page(td=True)
sections = pg.pop("sections")
p = Page.get(pg["id"], parent=bridge)
assert p.model._data == pg
assert p.model.rowCount(QModelIndex()) == 0
assert p.matiereId == p.matiere.id == pg["matiere"]
assert [b.id for b in p.model._sections] == sections
def wrapped(nb):
x = fk.f_friseSection()
_zones = fk.b_zoneFrise(nb, frise=x.id, td=True)
p = Page.get(x.page.id, parent=bridge)
f = p.get_section(0)
f._zones = _zones
return f
def test_exportTo(fk, bridge, func, format, ext):
pg = fk.f_page()
p = Page.get(str(pg.id), parent=bridge)
with patch("mycartable.classeur.convert.partial") as w:
getattr(p, func)()
assert w.called
assert w.call_args.args[1:] == (format, ext)
def test_update_titre(self, fk, bridge):
l = ListOfPageModel()
p = fk.f_page()
l._data = [{"titre": "aaa", "id": str(p.id), "matiereBgColor": "#111111"}]
p_obj = Page.get(p.id, parent=bridge)
p_obj.titre = "bbb"
assert l.update_titre(p_obj)
assert l._data == [
{"titre": "bbb", "id": str(p.id), "matiereBgColor": "#111111"}
]
def test_undo_redo_apres_efface_section(fk, bridge):
p = fk.f_page()
qp = Page.get(p.id, parent=bridge)
qp.addSection(classtype="FriseSection", params={"height": 300})
assert qp.undoStack.canUndo()
qp.get_section(0).model.add()
qp.undoStack.undo()
qp.undoStack.undo()
qp.undoStack.redo()
qp.undoStack.redo()
def test_RemoveSectionCommand(
self, fk, setup_page, qtbot, section, kwargs, after_redo, new_res
):
# tweak for image
img = None
if "path" in kwargs:
img = new_res(kwargs["path"])
kwargs["path"] = str(img)
p, secs, c, po = setup_page()
im = Section.new_sub(page=p["id"], **kwargs, classtype=section, parent=po)
po = Page.get(p["id"], parent=c)
stack = po.undoStack
entity = getattr(fk.db, section)
backup1 = po.get_section(3).backup()
# redo at init
po.removeSection(3)
assert (
stack.command(stack.count() - 1).text()
== RemoveSectionCommand.formulations[section]
)
assert po.model.count == 3
with db_session:
assert entity.select().count() == 0
# undo
stack.undo()
assert po.model.count == 4
with db_session:
assert entity.select().count() == 1
assert compare_dict_list(
[x.to_dict() for x in fk.db.Section.select()],
secs,
exclude=["modified"],
)
item = entity.select().first()
if "path" in after_redo:
assert (import_FILES() / item.path).read_bytes() == img.read_bytes()
else:
for k, v in after_redo.items():
assert getattr(item, k) == v
backup1.pop("modified")
backup2 = po.get_section(3).backup()
backup2.pop("modified")
assert backup1 == backup2
# redo
stack.redo()
assert po.model.count == 3
with db_session:
assert entity.select().count() == 0
def test_undo(self, fk, qtbot, bridge):
f = fk.f_equationSection(content="bla", curseur=99)
p = Page.get(f.page.id, parent=bridge)
sec = p.get_section(0)
c = UpdateEquationSectionCommand(section=sec,
content="aaa",
curseur=33)
c.redo()
assert sec.content == "aaa"
assert sec.curseur == 33
assert c.text() == "frappe"
c.undo()
assert sec.content == "bla"
assert sec.curseur == 99
def test_data_role(fk, bridge, nom, sectionclass):
sec = getattr(fk, "f_" + nom)(td=True)
p = Page.get(sec["page"], parent=bridge)
a = p.model
res = a.data(a.index(0, 0), SectionRole)
assert isinstance(res, sectionclass)
res2 = a.data(a.index(0, 0), SectionRole)
assert res is res2
assert res.id == sec["id"]
assert res.classtype == sec["classtype"]
# invalid index
assert a.data(a.index(99, 99), SectionRole) is None
# no good role
assert a.data(a.index(0, 0), 99999) is None
def test_base(fk, bridge, qtbot):
x = fk.f_friseSection(height=3, titre="aaa")
p = Page.get(x.page.id, parent=bridge)
a = p.get_section(0)
assert a.id == str(x.id)
assert a.height == 3
assert a.titre == "aaa"
with qtbot.waitSignals([a.heightChanged, a.titreChanged]):
a.height = 5
a.titre = "bbb"
with db_session:
it = fk.db.FriseSection[x.id]
assert it.titre == "bbb"
assert it.height == 5
assert isinstance(a.model, FriseModel)
def test_undo(self, fk, qtbot, bridge):
f = fk.f_textSection(text="bla")
page = Page.get(f.page.id, parent=bridge)
sec = page.get_section(0)
c = UpdateTextSectionCommand(
section=sec, b_text="avant", b_cursor=0, new_text="apres", cursorPosition=1
)
with qtbot.waitSignal(sec.forceUpdate):
c.redo()
assert sec.text == "apres"
assert sec.cursor == 1
assert c.text() == "frappe"
with qtbot.waitSignal(sec.forceUpdate):
c.undo()
assert sec.text == "avant"
assert sec.cursor == 0
def test_update(self, fk, qtbot, bridge):
p = fk.f_page()
eq = fk.f_equationSection(content=" \n1\n ", page=p.id)
page = Page.get(p.id, parent=bridge)
e = page.get_section(0)
event = json.dumps({
"key": int(Qt.Key_2),
"text": "2",
"modifiers": None
})
with qtbot.waitSignals([e.contentChanged, e.curseurChanged]):
e.update(3, event)
assert e.content == " \n12\n "
assert e.curseur == 5
with db_session:
item = fk.db.EquationSection[e.id]
assert item.content == e.content
assert item.curseur == e.curseur
def factory(nb):
page = fk.f_page()
p = fk.f_imageSection(page=page.id)
annots = []
if isinstance(nb, int):
for i in range(nb):
x = fk.f_annotationText(section=p.id, td=True)
annots.append(x)
else:
for i in nb:
if i == "t":
x = fk.f_annotationText(section=p.id, td=True)
annots.append(x)
elif i == "d":
x = fk.f_annotationDessin(section=p.id, td=True)
annots.append(x)
pageobj = Page.get(page.id, parent=bridge)
a = pageobj.get_section(0)
a.f_annots = annots
return a
def test_properties(fk, bridge):
ac = fk.f_activite()
p = Page.new(titre="bla", activite=ac.id, lastPosition=5, parent=bridge)
# titre
p.titre = "Haha"
assert p.titre == "Haha"
assert ss(lambda: fk.db.Page[p.id].titre) == "Haha"
# lastused
assert p.lastPosition == 5
p.lastPosition = 2
assert p.lastPosition == 2
# matiere
assert p.matiereId == str(ac.matiere.id)
# classert
a = QObject()
p.setParent(a)
assert p.classeur == a
def test_move(fk, bridge, source, target, lastposition):
pg = fk.f_page(lastPosition=9)
secs_ids_pre = [str(x.id) for x in fk.b_section(3, page=pg.id)]
p = Page.get(str(pg.id), parent=bridge)
a = p.model
new_order = shift_list(secs_ids_pre, source, 1, target)
res = a.move(source, target)
with db_session:
new_secs_dict = [
s.to_dict()
for s in fk.db.Page[pg.id].sections.order_by(lambda x: x.position)
]
new_secs_ids = [s["id"] for s in new_secs_dict]
assert [b.id for b in a._sections] == new_secs_ids
if res:
assert new_secs_ids != secs_ids_pre
assert new_secs_ids == new_order
else:
assert new_secs_ids == secs_ids_pre
assert [s["position"] for s in new_secs_dict] == [0, 1, 2]
assert [s.position for s in a._sections] == [0, 1, 2]
assert a.page.lastPosition == lastposition
def test_properties(fk, bridge):
it = fk.f_section(td=True)
p = Page.get(it["page"], parent=bridge)
sec = Section.get(it["id"], parent=p)
assert sec.page == p
def test_property_model(fk, bridge):
ac = fk.f_activite()
p = Page.new(activite=ac.id, parent=bridge)
assert isinstance(p.model, PageModel)
assert p.model.parent() == p
def wrap():
p = fk.f_page(td=True)
secs = fk.b_section(3, page=p["id"], td=True)
c = Classeur()
po = Page.get(p["id"], parent=c)
return p, secs, c, po
def new_page(fk):
c = Classeur()
p = fk.f_page()
po = Page.get(p.id, parent=c)
model = po.model
return p, po, model, c
def wrapped(genre, **kwargs):
page = fk.f_page()
f_genre = f"f_{genre[0].lower()+genre[1:]}"
x = getattr(fk, f_genre)(page=page.id, **kwargs)
p = Page.get(page.id, parent=bridge)
return p.get_section(0)
def test_roleNames(fk, bridge):
pg = fk.f_page()
p = Page.get(str(pg.id), parent=bridge)
a = p.model
assert SectionRole in a.roleNames()