Add helper function and class methods to create filter instance from hdf5 "cd_values"

[t20100]

This PR adds helpers to instantiate filter class from

• Check stored cd_values for each filter (only tested for Bitshuffle and Blosc so far)
• Missing filters: Sperr, SZ, SZ3, ZFP
• Tests
• Documentation
  - [ ] Check endianness issues with filter packing double or bits: Sperr, SZ, SZ3, ZFP
  - [ ] Check which versions of the filter are supported and raise an exception for unsupported version if the version is stored in the cd_values

Usage:

In [1]: import hdf5plugin
In [2]: hdf5plugin.from_filter_options(32001, (0, 0, 0, 0, 4, 1, 1))
Out[2]: <hdf5plugin._filters.Blosc at 0x7f718b30c6e0>
In [3]: hdf5plugin.from_filter_options(32008, (0, 2, 4, 0, 2))
Out[3]: <hdf5plugin._filters.Bitshuffle at 0x7f7188b9cda0>
In [4]: hdf5plugin.from_filter_options(32001, (0, 0, 0, 0, 10, 1, 1))
[...]
ValueError: clevel must be in the range [0, 9]

Related to #365

[t20100]

As it is, reading hdf5 filter option works for the currently embedded version of the compression filters.
Checking that it works with older version would be needed, but I propose to do it another PR (related to #219).

Same for endianness checks, let's do it in a separate PR.

[payno]

I though I catch some byte operation error at one point... but no 😇
Thanks for the unit test :)

[payno]

I hope those won't be changed to much other time. Should it be part of the documentation ?

[t20100]

Except for compilation warning, those C functions didn't changed since ZFP
v0.5.5 7 years ago and which is the first version of ZFP used by hdf5plugin.
So I would say it's quite stable.

See:

• https://github.com/llnl/zfp/blame/a888ab7606c58cc5ab5f34298fec25473e0d28ad/src/zfp.c#L1265
• https://github.com/llnl/zfp/blame/a888ab7606c58cc5ab5f34298fec25473e0d28ad/src/zfp.c#L667

[payno]

Maybe those could be a use case for match...
But I think no much people are using them and this could be more confusing than something else

[t20100]

I propose to keep it with common chained if for this PR, we can eventually rework this after.