h-regular | 在日常开发中积累的110多个正则表达式，欢迎大家提PR补充 | Regex library

3 problems can be identified easily.

Your startxref points to the start of the stream dictionary but it should point to the object number of the indirect object housing the stream.

You claim that the arranged inflated version is

Delete the VOLUME line.

The only particularly obvious effect of a VOLUME directive is that it prevents any following RUN command from changing that directory. Declaring a VOLUME in your Dockerfile is almost never necessary (and volumes aren't appropriate storage for source code); you can just delete that line and nothing bad will happen.

Your EDM model doesn't appear to include an entity set, so it's not clear what the filter is filtering. Azure Cognitive Search defines an EDM model for each index that includes an entity set "docs", the type of which corresponds to the index definition. The property path Customer/CustomerId in the filter would be interpreted by Azure Cognitive Search as the CustomerId sub-field of a top-level Edm.ComplexType field named Customer (Using OData terminology, the document is the entity, Customer is a Complex property, and CustomerId is a property of Customer). Your EDM model will have to include all this schema information if you want to use ODataUriParser or ODataQueryOptionParser to obtain a semantic AST from the filter text.

That said, you probably don't need a full semantic AST to verify the security of the filter expression (assuming you're trying to defend against things like injection attacks). It might be simpler to use the lexical stage of the OData filter parser by itself. Then you can process the syntactic AST.

If you want maximum control, you can always roll your own parser. The full BNF for OData is here.

Put the archive path inside a string Ex:

Try:

Try something like this. At the end of the loop, if there is a finisher, blit the text to the screen the same way you wrote "Finish Line!"

I suppose you should use an unique id for an input type="password" as you did for an usual input :id="this._uid" because on a HTML page all id's declared in elements must be unique.

You're not actually making RegExp's out of your affiliation string, which is why rx.test is not a function. You can make a RegExp which will match against all the affiliation string pieces at once, by separating them with |. We wrap each element in the regex in \b so that (for example) Brook doesn't match Brooktown. Adding the i flag to the RegExp makes it case-insensitive:

Yes, that's right. Graph regularization will only be applied on the outputs of base_model. If your base_model uses triplet semihard loss in another layer, that loss should remain unaffected and preserved. If that's the not the case, please file a bug at https://github.com/tensorflow/neural-structured-learning/issues.