public void ShouldNotNestDifferentListTypes()
{
var ops = new DeltaInsertOp[] {
new DeltaInsertOp("ordered list 1 item 1"),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Ordered
}),
new DeltaInsertOp("bullet list 1 item 1"),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Bullet
}),
new DeltaInsertOp("bullet list 1 item 2"),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Bullet
}),
new DeltaInsertOp("haha"),
new DeltaInsertOp("\n"),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Bullet
}),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Checked
}),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Unchecked
}),
};
var groups = Grouper.PairOpsWithTheirBlock(ops);
var act = ListNester.Nest(groups);
//console.log(JSON.stringify(act, null, 3));
act.Should().BeEquivalentTo(new Group[] {
new ListGroup(new ListItem[] {
new ListItem((BlockGroup)groups[0])
}),
new ListGroup(new ListItem[] {
new ListItem((BlockGroup)groups[1]),
new ListItem((BlockGroup)groups[2])
}),
new InlineGroup(new DeltaInsertOp[] { ops[6], ops[7] }),
new ListGroup(new ListItem[] {
new ListItem(new BlockGroup(ops[8], new DeltaInsertOp[] { }))
}),
new ListGroup(new ListItem[] {
new ListItem(new BlockGroup(ops[9], new DeltaInsertOp[] { })),
new ListItem(new BlockGroup(ops[10], new DeltaInsertOp[] { }))
})
}, opts => opts.RespectingRuntimeTypes()
.WithStrictOrdering()
.AllowingInfiniteRecursion());
}
public void NestsIfListsAreSameAndLaterOnesHaveHigherIndent()
{
var ops = new DeltaInsertOp[] {
new DeltaInsertOp("item 1"),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Ordered
}),
new DeltaInsertOp("item 1a"),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Ordered, Indent = 1
}),
new DeltaInsertOp("item 1a-i"),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Ordered, Indent = 3
}),
new DeltaInsertOp("item 1b"),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Ordered, Indent = 1
}),
new DeltaInsertOp("item 2"),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Ordered
}),
new DeltaInsertOp("haha"),
new DeltaInsertOp("\n"),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Ordered, Indent = 5
}),
new DeltaInsertOp("\n",
new OpAttributes {
List = ListType.Bullet, Indent = 4
}),
};
var pairs = Grouper.PairOpsWithTheirBlock(ops);
var act = ListNester.Nest(pairs);
//console.log(JSON.stringify( act, null, 4));
var l1b = new ListItem((BlockGroup)pairs[3]);
var lai = new ListGroup(new ListItem[] {
new ListItem((BlockGroup)pairs[2])
});
var l1a = new ListGroup(new ListItem[] {
new ListItem((BlockGroup)pairs[1], lai)
});
var li1 = new ListGroup(new ListItem[] {
new ListItem((BlockGroup)pairs[0])
});
li1.Items[0].InnerList = new ListGroup(
l1a.Items.Concat(Enumerable.Repeat(l1b, 1)).ToArray());
var li2 = new ListGroup(new ListItem[] {
new ListItem((BlockGroup)pairs[4])
});
//console.log(JSON.stringify(act, null, 3));
act.Should().BeEquivalentTo(new Group[] {
new ListGroup(li1.Items.Concat(li2.Items).ToArray()),
new InlineGroup(new DeltaInsertOp[] { ops[10], ops[11] }),
new ListGroup(new ListItem[] {
new ListItem(new BlockGroup(ops[12], new DeltaInsertOp [] { }))
}),
new ListGroup(new ListItem[] {
new ListItem(new BlockGroup(ops[13], new DeltaInsertOp [] { }))
})
}, opts => opts.RespectingRuntimeTypes()
.WithStrictOrdering()
.AllowingInfiniteRecursion());
}