```
apply {{mustache_name}} to {{pages}}
	A = /html/head/text()
	struct B
		C default("n/a") = //table[@class="wikitable sortable"]/tr/td[4]/a/text()
		D default("0") = //table[@class="wikitable sortable"]/tr/td[3]/text()
		struct E
			F = /html/head/inner_names/text()
			G = /html/head/inner_probabilities/text()
		end
		H = /html/head/inner_names/text()
	end
	I = /html/head/inner_names/text()
end

==mustache_name
blah
==end
```


The above should result in the following:

```
A[]
B[] --- C
    --- D
	--- E[] --- F
	        --- G
	--- H
--- I[]
```

For example, given these query results:

```
A[] = {a1, a2, a3}
C = c1
D[] = {d1, d2}
F[] = {f1, f2, f3}
G = g1
h = h1
i = i1
```

then the complete result in tree form shall be:

```
{
	A => [a1, a2, a3],
	B => [
		{
			C => c1,
			D => d1,
			E => [
				{
					F => f1,
					G => g1
				}, {
					F => f2,
					G => ""
				}, {
					F => f3,
					G => ""
				}
			],
			H => h1
		}, {
			C => "",
			D => d2,
			E => [
				{
					F => f1,
					G => g1
				}, {
					F => f2,
					G => ""
				}, {
					F => f3,
					G => ""
				}
			],
			H => ""
		}
	]
}
```

Please note that:

* arrays inside a struct turn the struct itself into an array, while its items become just single item values
* if a struct contains no arrays, then the struct shall not become an array - that is, a struct generates an array with as many elements as the largest element in the struct itself
* there are as many of any one struct as the size of the largest array inside it
* nested structs get duplicated in every outer struct they are part of; in the example above E has as many elements as there items in F (2, the largest between F and G), and the whole array of E is duplicated in every element of B