* fixed boundary syntax of multi-part message. Was --BOUNDARY, now is
--BOUNDARY--
* Fixed ContentRange parsing and serialization. We actually managed
to break it last time we tried to update it to match the Go
implementation.
* fixed uploadType header parameter. It's based on chosen protocol and
whether or not the method supports multipart operation for the given
protocol.
Related to #76
* macro 'alias' was renamed to 'rename'
* fixed `cargo test` on main project
The latter pointed me to the serde issue, which would have made
everything fail when actually used to communicate with google servers.
This allows us to build efficiently. CLI programs can now have their
own cmn.rs implementation, which we can test standalone with
`cargo test`.
The primary makefile currently just explicitly pulls in the type-*.yaml,
one day we could possibly put it into a loop.
Fixes#11
The delegate logic is implemented and seems sound.
It's somewhat funny that after all this back and forth, all we get
is a valid start position for the upload.
However, for some reason, the `Serialize/Deserialize` macros don't work
for me, even though they work just fine in the respective tests of
the serge crate. What am I possibly doing wrong ?
* MultiPartReader is using match to handle state, reducing unnecessary
calls to 0 in that regard.
* Fixed seek() calls on readers, assuring they are reset to start each
time the loop is done.
* both media-parameters now use `ReadSeek` streams.
* Use `seek()` to figure out size, simplifying the interface.
Closes#17
To avoid an additional type parameter, we will use dynamic dispatch
for the delegate.
Having function overrides at some point seems like an excercise better
left for version 1.1 ;)
Previously, they were in an extra, oddly named crate.
Now we just make it a part of our generated codebase.
That way, traits, and common code, shows up as part of the library.
Fair enough.
This also means that the types ar not reusable.
Maybe a mixed-mode can be used if that is desired.
That way, we have a common library to pull in from the main repository,
and a space for testing new code (in a partial implementation).
Next there will be generated object structures.
