![]() ![]() > project that extensively uses hierarchical XML files that are 2-3k > Just checking to see if you had found an answer. > Mike, I know it's been a couple of months to your original post. > I tried my hand at constructing a couple of blocks from your tree above: > block so learning the ins and outs of the block description syntax will Remember that the block factory can't output every type of > documentation and see if you can generate the blocks that look the way > I would encourage you to tinker with the block factory and read the > checking functionality I bet you could build a pretty neat tool. If you look at how the block factory works using the type > I am inclined to believe that you could make an XML generator as you Or is there some other tool I should be looking at? Is this feasible in Blockly? Is there a guide on how to set something like this up (export to a new programming language). Our schema has a lot of elements, but simple grammars can be written with a subset. The student would need to choose blocks representing each element, including blocks for as many phonemes as needed, and fill in the name of the language, the attribute of the phonemes, etc. the XML header) would be auto-generated by the Blockly converter. So consider something like this as (part of) the desired output: So my question is, has anyone done something like this? That is, what would it take to use Blockly to output an XML document? I presume the schema elements would be represented by different shapes, and lots of “stuff” would get auto-generated. ![]() I don't mean an XML dump that describes a Blockly program, like the XML tab here: I mean creating an XML document using Blockly as the editor. Something like Blockly seems like it could be a better way to get started, if it could output XML code instead of Javascript. But I fear that even a structured editor like XMLMind might be off-putting to beginners. We just started thinking about teaching students–perhaps in the Middle School (= Junior High) grade range, perhaps in High School, to do this as a way of getting into computer programming. But I haven't found my round tuit, so that's not done yet. That would allow us to use an XML editor like XMLMind (or perhaps I (and several other people) use programmers'Įditors, and it's been on my plans for a long time to build the CSS etc. What we don't have is an easy way to guide people in building Programming language for morphology and phonology, and a way to convertĪn XML grammar description into an FST, thereby creating a morphological We have an XML schema (RNG) which defines a sort of linguist's ![]()
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