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This also patches Userland/js.
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The unzip command will unzip a zip file passed as an argument into the
current pwd, with the syntax:
unzip file.zip
This implementation is pretty barebones as it does not support things
like file access times, compression or even compression detection, so
if the user tries to unzip a compressed zip most probably he would find
wrong data inside the files.
However it's an starting point :^)
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This allows you to Ctrl+Click in Terminal to open files in "ls" output.
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Moves DirectoryServices out of LibCore (because we need to link with
LibIPC), renames it Desktop::Launcher (because Desktop::DesktopServices
doesn't scan right) and ports it to use the LaunchServer which is now
responsible for starting programs for a file.
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We now require the "settime" promise from pledged processes who want to
change the system time.
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StringView::to_string() was added in 917ccb1 but not actually used
anywhere yet.
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Remove a bunch of unnecessary String copying.
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This also makes our JavaScript tests not fail.
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We don't need to store the past messages in LibJS.
We'll implement a way to let LibJS users expand the vanilla Console.
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Just because a Vector has some inline capacity doesn't mean we can put
data at offsets < Vector::size().
Fixes #2104.
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Adds fully functioning template literals. Because template literals
contain expressions, most of the work has to be done in the Lexer rather
than the Parser. And because of the complexity of template literals
(expressions, nesting, escapes, etc), the Lexer needs to have some
template-related state.
When entering a new template literal, a TemplateLiteralStart token is
emitted. When inside a literal, all text will be parsed up until a '${'
or '`' (or EOF, but that's a syntax error) is seen, and then a
TemplateLiteralExprStart token is emitted. At this point, the Lexer
proceeds as normal, however it keeps track of the number of opening
and closing curly braces it has seen in order to determine the close
of the expression. Once it finds a matching curly brace for the '${',
a TemplateLiteralExprEnd token is emitted and the state is updated
accordingly.
When the Lexer is inside of a template literal, but not an expression,
and sees a '`', this must be the closing grave: a TemplateLiteralEnd
token is emitted.
The state required to correctly parse template strings consists of a
vector (for nesting) of two pieces of information: whether or not we
are in a template expression (as opposed to a template string); and
the count of the number of unmatched open curly braces we have seen
(only applicable if the Lexer is currently in a template expression).
TODO: Add support for template literal newlines in the JS REPL (this will
cause a syntax error currently):
> `foo
> bar`
'foo
bar'
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The point of '-a' is to list all keys.
It is counter-intuitive to require the user to then
supply a specific key additionally.
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We're starting with a very basic decoding API and only ISO-8859-1 and
UTF-8 decoding (and UTF-8 decoding is really a no-op since String is
expected to be UTF-8.)
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We now store the response headers in a download object on the protocol
server side and pass it to the client when finishing up a download.
Response headers are passed as an IPC::Dictionary. :^)
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Also updates `pro` to display download progress and speed on stderr
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Pretty harmless here, but eh
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Only being able to complete enumerable properties is annoying,
especially since we updated everything to use the correct attributes.
Most standard built-in objects are *not* enumerable.
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- Clarify the purpose of "AES | Specialised Encrypt"
- Decouple the TLS test from the host machine
- Add a "test" mode to run all available tests
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For all your raw TLS testing needs :^)
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Now we can talk to google.com
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TLS::TLSv12 is a Core::Socket, however, I think splitting that into a
TLS::Socket would probably be beneficial
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This commit fixes up the following:
- HMAC should not reuse a single hasher when successively updating
- AES Key should not assume its user key is valid signed char*
- Mode should have a virtual destructor
And adds a RFC5246 padding mode, which is required for TLS
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This commit also adds enough ASN.1/DER to parse RSA keys
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These functions allow conversion to-and-from big-endian buffers
This commit also adds a ""_bigint operator for easy bigint use
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A regression test was added to the suite.
This commit also generally simplifies the subtraction method.
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The division operation returns both the quotient and the remainder.
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Also added documentation for the runtime complexity of some operations.
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There was a bug when dealing with a carry when the addition
result for the current word was UINT32_MAX.
This commit also adds a regression test for the bug.
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UnsignedBigInteger stores an unsigned ainteger of arbitrary length.
A big integer is represented as a vector of word. Each
word is an unsigned int.
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There is quite a bit of avoidable duplication, however, I could not get
the compiler to be happy about SHA2<Size> (see FIXMEs)
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This commit also reworks the test program to have a better interface:
`test-crypto <mode> [options]`
where each mode has its own default suite
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Also adds a test program to userland
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