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(This used to be commit 3f75117db921e493bb77a5dc14b8ce91a6288f30)
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- tidied up some of the system includes
- moved a few more structures back from misc.idl to netlogon.idl and samr.idl now that pidl
knows about inter-IDL dependencies
(This used to be commit 7b7477ac42d96faac1b0ff361525d2c63cedfc64)
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(This used to be commit 73ea8ee6c268371d05cf74160f2ad451dd2ae699)
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(This used to be commit 3f902f8d851d32fa81d89ed61bfda6edaea00984)
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generating the
prototypes itself
(This used to be commit e694aeefe7c725d417abdd3c48d16ff1d932c223)
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of associated functions.
The motivation for this change was to avoid having to convert to/from
ucs2 strings for so many operations. Doing that was slow, used many
static buffers, and was also incorrect as it didn't cope properly with
unicode codepoints above 65536 (which could not be represented
correctly as smb_ucs2_t chars)
The two core functions that allowed this change are next_codepoint()
and push_codepoint(). These functions allow you to correctly walk a
arbitrary multi-byte string a character at a time without converting
the whole string to ucs2.
While doing this cleanup I also fixed several ucs2 string handling
bugs. See the commit for details.
The following code (which counts the number of occuraces of 'c' in a
string) shows how to use the new interface:
size_t count_chars(const char *s, char c)
{
size_t count = 0;
while (*s) {
size_t size;
codepoint_t c2 = next_codepoint(s, &size);
if (c2 == c) count++;
s += size;
}
return count;
}
(This used to be commit 814881f0e50019196b3aa9fbe4aeadbb98172040)
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(This used to be commit f3844cc0a5ad6b03f166435d44db02763df345d7)
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I plan on replacing the concept by adding a generic destructor in all talloc ptrs, so you can do:
talloc_set_destructor(ptr, my_destructor);
to setup a function that will be called on free.
(This used to be commit 957b260621c091830c01e9e8c370c199350342ec)
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metze
(This used to be commit ecf6be894fc47f9e00f46531e06ef20e11115c0f)
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metze
(This used to be commit 64d61ef4a5b44e76c90914ebaeaafac58228d78c)
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metze
(This used to be commit edde7497e9e06be0e51e886981725271a85bd9e5)
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Up to now the client code has had an async API, and operated
asynchronously at the packet level, but was not truly async in that it
assumed that it could always write to the socket and when a partial
packet came in that it could block waiting for the rest of the packet.
This change makes the SMB client library full async, by adding a
separate outgoing packet queue, using non-blocking socket IO and
having a input buffer that can fill asynchonously until the full
packet has arrived.
The main complexity was in dealing with the events structure when
using the CIFS proxy backend. In that case the same events structure
needs to be used in both the client library and the main smbd server,
so that when the client library is waiting for a reply that the main
server keeps processing packets. This required some changes in the
events library code.
Next step is to make the generated rpc client code use these new
capabilities.
(This used to be commit 96bf4da3edc4d64b0f58ef520269f3b385b8da02)
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to a struct smbsrv_session that the same as cli_session for the client
we need a gensec_security pointer there
(spnego support will follow)
prefix some related functions with smbsrv_
metze
(This used to be commit f276378157bb9994c4c91ce46150a510de5c33f8)
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smb.h should end with only smb protocol specific stuff in it
metze
(This used to be commit fda8e59f3d057bf849598f96f78f50f62d8514fe)
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