This can be inlined with jmpnn instruction (jump if not nil) to
skip over the default value.
(get a b c)
can be exanded statically to
asm start:
(get $0 $1 $2)
(jmpnn $0 :label)
... Instructions to load default value to $0 - often a load.
:label
asm end.
Before, these bindings we just ignored. However, it useful for
controlling janet_printf and janet_eprintf, for example. These can
be called from C code without being inside a call to janet_continue.
This should make its use a little more robust for
simple usage. To avoid printing to stderr, use
janet_table_put(env, janet_ckeywordv("err"), janet_wrap_false());
Like eachk and eachp, use eachy and repeat to bring loop
verbs outside of the loop macro. These new macros are very simple
and easy to understand, in contrast to the loop macro which is of
medium complexity.
Inpsired by the REBOL operators of the same name, these
combinators match bytes up to or inculding a given pattern.
(to patt) is (almost) equalivalent to (any (if-not patt 1)), and
(thru patt) is equivalent to (* (to patt) patt). The one difference
is that if the end of the input is reached and patt is not
matched, the entire pattern does not match.
Code is a bit messy, as getaddrinfo does not support
unix domain sockets directly. We require a keyword :unix
instead of the usual hostname string, and the port is the
path to unix domain socket. The UDS should support both stream
and datagram sockets.
This is similar to realpath but differs in that realpath will complain
if the path does not exist. We could add our own exists check if we
really wanted to match that behaviour.
Be really sure we don't pass too large of a size to memcpy.
There seem to be some situations where the slotcount and the ua.count
do not match at all, so use the mimimum for copying.
This should allow work arounds for some windows installs.
Also, be clever about finding the location of te current git
executable on windows to avoid some path issues that seem to
occur on some windows installations.
