(Path is actually r=froydnj.)
Bug 1400459 devirtualized nsIAtom so that it is no longer a subclass of
nsISupports. This means that nsAtom is now a better name for it than nsIAtom.
MozReview-Commit-ID: 91U22X2NydP
--HG--
rename : xpcom/ds/nsIAtom.h => xpcom/ds/nsAtom.h
extra : rebase_source : ac3e904a21b8b48e74534fff964f1623ee937c67
Delete Span's implicit constructors for char* and char16_t* pointers to avoid accidental construction in cases where a pointer does not point to a zero-terminated string. Use the MakeStringSpan() function instead.
I deleted both the const and non-const char* and char16_t* constructors, in the name of cross-compiler consistency. If we only delete the const char* and char16_t* constructors, for some reason, MSVC complains that `Span<char> s(charArray)` uses a deleted constructor while clang nor gcc permit it. I don't know if this is a compiler bug in MSVC or clang and gcc.
Also, do not permit MakeSpan() for string literals (const char and char16_t arrays) because the Span length would include the zero terminator, which may surprise callers. Use MakeStringSpan() to create a Span whose length that excludes the string literal's zero terminator or use the MakeSpan() overload that accepts a pointer and length and specify the string literal's full length.
The following Span usages are prevented:
Span<const char> span("literal"); // error
Span<char> span(charArray); // error
Span<const char> span;
span = "literal"; // error
span = charArray; // error
MakeSpan("literal"); // error
The following Span usages are still permitted:
assert(MakeStringSpan("literal") == 8); // OK: span length is calculated with strlen() and excludes the zero terminator
MakeStringSpan(charArray); // OK: span length is calculated with strlen() and excludes the zero terminator
MakeSpan(charArray); // OK: span length is the char array size including any zero terminator
MozReview-Commit-ID: Et71CpjsiyI
--HG--
extra : rebase_source : f6f8bdb28726f0f2368fdfdd039fb1d7dcf2914e
extra : source : 0547d8924ffc7713d6cf32cc06eeeaf00e0d69a3
ThreadLocalKeyStorage uses Thread Local APIs that are declared in
processthreadsapi.h (although it's more common to just include
windows.h). If a caller wants to use this class, it is their
responsibility to include an appropriate header before including
ThreadLocal.h
MozReview-Commit-ID: GO5dHKVWpZO
--HG--
extra : rebase_source : ff8d6cda1eed7bd9d54745c869b4e47a895b605a
There are use cases for wanting a specific TLS implementation
independently of whether __thread or thread_local are supported.
This is one step in that direction, making the
pthread_{get,set}specific-based implementation available independently.
We still keep everything under the mozilla::detail namespace because
it's still better if people don't try to use mozilla::ThreadLocal
directly.
--HG--
extra : rebase_source : 095b95a577b85efaaf2f3c0b7c3ac968ff711738
Mozjemalloc uses its own doubly linked list, which, being inherited from
C code, doesn't do much type checking, and, in practice, is rather
similar to DoublyLinkedList, so use the latter instead.
--HG--
extra : rebase_source : 9eb7334b6dde05f9af0eaea4184e532c69d0264e
While the flexibility of the current trait is nice, it's actually not
used to its fullest anywhere, and is boilerplate-y. While it is useful
to be able to put the links anywhere, there's not much usefulness from
being able to split mNext and mPrev.
So instead of a trait that allows to get/set mNext and mPrev
independently, we just use a trait that tells how to get a reference to
a DoublyLinkedListElement from a list element itself.
--HG--
extra : rebase_source : 674277bac4fc979f2e483a77b5ef1495baccc7fe
Mozjemalloc uses its own doubly linked list, which, being inherited from
C code, doesn't do much type checking, and, in practice, is rather
similar to DoublyLinkedList, so use the latter instead.
--HG--
extra : rebase_source : 1d40653b8117e28d8633134f379540c3c517a306
While the flexibility of the current trait is nice, it's actually not
used to its fullest anywhere, and is boilerplate-y. While it is useful
to be able to put the links anywhere, there's not much usefulness from
being able to split mNext and mPrev.
So instead of a trait that allows to get/set mNext and mPrev
independently, we just use a trait that tells how to get a reference to
a DoublyLinkedListElement from a list element itself.
--HG--
extra : rebase_source : f84c5799c305a4a3b7dc5deb727a05d4d537bb15
Mozjemalloc uses its own doubly linked list, which, being inherited from
C code, doesn't do much type checking, and, in practice, is rather
similar to DoublyLinkedList, so use the latter instead.
--HG--
extra : rebase_source : 7f2c03d6ba5c1da5d8badb0de710b7900e9d00c1
While the flexibility of the current trait is nice, it's actually not
used to its fullest anywhere, and is boilerplate-y. While it is useful
to be able to put the links anywhere, there's not much usefulness from
being able to split mNext and mPrev.
So instead of a trait that allows to get/set mNext and mPrev
independently, we just use a trait that tells how to get a reference to
a DoublyLinkedListElement from a list element itself.
--HG--
extra : rebase_source : b7d502754a764670e291acdd56726948db935497
Also adds a mozilla/ResultExtensions.h header to define the appropriate
conversion functions for nsresult and PRResult. This is in a separate header
since those types are not available in Spidermonkey, and this is the pattern
other *Extensions.h headers follow.
Also removes equivalent NS_TRY macros and WrapNSResult inlines that served the
same purpose in existing code, and are no longer necessary.
MozReview-Commit-ID: A85PCAeyWhx
--HG--
extra : rebase_source : a5988ff770888f901dd0798e7717bcf6254460cd
This allows MOZ_TRY and MOZ_TRY_VAR to be transparently used in XPCOM methods
when compatible Result types are used.
Also removes a compatibility macro in SimpleChannel.cpp, and an identical
specialization in AddonManagerStartup, which are no longer necessary after
this change.
MozReview-Commit-ID: 94iNrPDJEnN
--HG--
extra : rebase_source : 24ad4a54cbd170eb04ded21794530e56b1dfbd82
When used as an error value, nsresult should never be NS_OK, which means that
we should be able to safely pack simple nsresult Result values into a single
word.
MozReview-Commit-ID: GJvnyTPjynk
--HG--
extra : rebase_source : ab5a64b545dfbfe9bbef167f8b63ecbf00b16e07
This makes sure that:
* We don't define `MOZ_GLUE_IN_PROGRAM` so that everything in mozglue gets
defined.
* `MFBT_API`'s symbol export rules match `JS_PUBLIC_API` and `EXPORT_JS_API`.
* We add mozglue to SpiderMonkey's `USE_LIBS` when jemalloc is disabled.
/home/worker/workspace/build/src/mozglue/build/WindowsDllBlocklist.cpp:816:1: error: 'noreturn' function does return [-Werror]
MozReview-Commit-ID: SYgPDW0sMV
--HG--
extra : rebase_source : 27b1dda404b3fc5fab95dd524677387bad921751
nsQueryReferent is defined as an nsCOMPtr_helper, which implies that
calling its operator() method requires a virtual call. While
nsQueryReferent is marked `final`, compiler inlining decisions make it
impossible to de-virtualize the call to operator(). However, we have
many other classes returned by do_* functions that nsCOMPtr handles
directly, requiring no extra virtual calls, and we can give
nsQueryReferent the same treatment.
The generic fallback MOZ_FALLTHROUGH definition is insufficient for GCC 7 and
above, resulting in --enable-warnings-as-errors builds failing.
The check for clang support is changed to use the __has_cpp_attribute macro,
which is more robust than checking the __cplusplus version.
Also, MOZ_FALLTHROUGH is now only defined in C++ code, since GCC errors out if
it encounters a scoped attribute being used with __has_cpp_attribute in C code.
No C code uses MOZ_FALLTHROUGH or derivatives at the moment.
MozReview-Commit-ID: 4nKFBRD5jSF
--HG--
extra : rebase_source : 0c37ae39c806ca24a3271d3ec19531dd16e05daf
We have a minimum requirement of VS 2015 for Windows builds, which supports
the z length modifier for format specifiers. So we don't need SizePrintfMacros.h
any more, and can just use %zu and friends directly everywhere.
MozReview-Commit-ID: 6s78RvPFMzv
--HG--
extra : rebase_source : 009ea39eb4dac1c927aa03e4f97d8ab673de8a0e
Changes made:
* Add IPC::ParamTraits as a friend to mozilla::Variant in Variant.h.
This is required so that `tag` can be accessed in the
IPC::ParamTraits specialization.
* Add a IPC::ParamTraits specialization to IPCMessageUtils.h.
MozReview-Commit-ID: B3pGrZE1z0O
--HG--
extra : rebase_source : cb73873b87401846f79e124249c7ce00dff2de77
These macros can be used in cases where the `mozilla` namespace might
not refer to the toplevel `mozilla` namespace that was intended. To
ensure that the macros always refer to the `mozilla` namespace in the
global namespace, use the appropriate qualification.
The macro simultaneously declares an enumeration and a count of its
enumerators.
A few variants of the macro are also provided to handle things like
enum classes, underlying types, and enumerations declared at class
scope.
MozReview-Commit-ID: 3z6yHnfXbLj
--HG--
extra : rebase_source : 92c333693e4bbf85b89cd3d7ac5b31f4b5434367
The -fsanitize=integer analysis from UBSan can be helpful to detect signed and unsigned integer overflows in the codebase. Unfortunately, those occur very frequently, making it impossible to test anything with it without the use of a huge blacklist. This patch includes a blacklist that is broad enough to silence everything that would drain performance too much. But even with this blacklist, neither tests nor fuzzing is "clean". We can however in the future combine this with static analysis to limit ourselves to interesting places to look at, or improve the dynamic analysis to omit typical benign overflows.
It also adds another attribute that can be used on functions. It is not used right now because it was initially easier to add things to the compile-time blacklist to get started.
Finally, it includes a runtime suppression list and patches various parts in the test harnesses to support that. It is currently empty and it should not be used on frequent overflows because it is expensive. However, it has the advantage that it can be used to differentiate between signed and unsigned overflows while the compile-time blacklist cannot do that. So it can be used to e.g. silence unsigned integer overflows on a file or function while still reporting signed issues. We can also use this suppression list for any other UBSan related suppressions, should we ever want to use other features from that sanitizer.
MozReview-Commit-ID: C5ofhfJdpCS
--HG--
extra : rebase_source : 952043a441b41b2f58ec4abc51ac15fa71fc142f
The -fsanitize=integer analysis from UBSan can be helpful to detect signed and unsigned integer overflows in the codebase. Unfortunately, those occur very frequently, making it impossible to test anything with it without the use of a huge blacklist. This patch includes a blacklist that is broad enough to silence everything that would drain performance too much. But even with this blacklist, neither tests nor fuzzing is "clean". We can however in the future combine this with static analysis to limit ourselves to interesting places to look at, or improve the dynamic analysis to omit typical benign overflows.
It also adds another attribute that can be used on functions. It is not used right now because it was initially easier to add things to the compile-time blacklist to get started.
Finally, it includes a runtime suppression list and patches various parts in the test harnesses to support that. It is currently empty and it should not be used on frequent overflows because it is expensive. However, it has the advantage that it can be used to differentiate between signed and unsigned overflows while the compile-time blacklist cannot do that. So it can be used to e.g. silence unsigned integer overflows on a file or function while still reporting signed issues. We can also use this suppression list for any other UBSan related suppressions, should we ever want to use other features from that sanitizer.
MozReview-Commit-ID: C5ofhfJdpCS
--HG--
extra : rebase_source : 64aa804965d24bb90b103c00c692a2ac6859e408
mfbt/tests/TestDoublyLinkedList.cpp:138:24 [-Wunused-member-function] unused member function 'GetPrev'
MozReview-Commit-ID: HQuTw0vXRKV
--HG--
extra : source : 0db3bd8a40d67a81b2f224dc9e63012cb832d0b9
extra : intermediate-source : 948c43ff15b4ca1a3db335544494562ec28e67cc
MozReview-Commit-ID: 6lxZWDPc6ZQ
I need to be able to distinguish between builds of Windows 10. Unfortunately the
stuff that I am working with cannot be sorted out via feature detection.
--HG--
extra : rebase_source : 6da46f31815b2938d9a7a984473ed01c35b8a59d
If MOZ_CRASH_UNSAFE_PRINTF is only given a format string, it means
either arguments are missing, or MOZ_CRASH should be used instead.
Hint at that with a static_assert.
--HG--
extra : rebase_source : 355c37deb8b007e61939a4c657e411d110e7bbe7
In a couple places, MOZ_PASTE_PREFIX_AND_ARG_COUNT is used to only count
the number of arguments, we can now use MOZ_ARG_COUNT directly for that.
--HG--
extra : rebase_source : 1064e4cc231863dc4aff83ee6bc90d318b4be418
I'm not sure how I tested MOZ_FOR_EACH in bug 1368932, but it turns out
it doesn't work with an empty list, despite
MOZ_PASTE_PREFIX_AND_ARG_COUNT now supporting 0 arguments.
Macros can be tricky, and it ends up being easier to make things work
cross-compiler with a separate macro that does the counting, and
(re)building MOZ_PASTE_PREFIX_AND_ARG_COUNT on top of that. Then
MOZ_FOR_EACH ends up working as expected with an empty list.
So this adds a MOZ_ARG_COUNT macro that counts the number of variadic
arguments it's given, and derives MOZ_PASTE_PREFIX_AND_ARG_COUNT from
it.
And this adds a testcase validating that MOZ_FOR_EACH works properly
with an empty list as a result.
--HG--
extra : rebase_source : 309371d87bd1561fbd2153f44fc1256185045d23
Without the Move(), a temporary copy is created and passed as rvalue.
MozReview-Commit-ID: B3MXz6yzO39
--HG--
extra : rebase_source : 897493da0dfac983449da3853fe60bd6ac93117b
At the same time, remove the MOZ_STATIC_ASSERT_VALID_ARG_COUNT, which
doesn't actually work for more than 50 arguments(*), and which is now not
useful to detect 0 arguments.
(*) the build fails, but not directly thanks to the static_assert it
expands to.
--HG--
extra : rebase_source : 8f0fe7b352c89b5a3ec87f42ef5464c370c362ef
MinGW applies the gnu_printf format attribute, which expects
non-Windows format specifiers. These macros were not designed
to handle MinGW.
MozReview-Commit-ID: HuJrK43Bg1A
--HG--
extra : rebase_source : 6ccc1b2f4ab0e71584f442e86d94322e2c6382fb
Every platform where we use GCC has <atomic>, so there's no need to use
GCC-specific __sync* intrinsics anymore. The <atomic> header may
generate better code for several operations, as well.
This annotates vsprintf-like functions with MOZ_FORMAT_PRINTF. This may
provide some minimal checking of such calls (the GCC docs say that it
checks for the string for "consistency"); but in any case shouldn't
hurt.
MozReview-Commit-ID: HgnAK1LiorE
--HG--
extra : rebase_source : 9c8d715d6560f89078c26ba3934e52a2b5778b6a
On 64-bit Android, the inttypes.h macros for [u]int_fastN_t types (e.g.
int_fast16_t) use "d", "u", etc. as the format specifier, but the types
themselves are defined as `long`, `unsigned long`, etc. This patch
redefines the macros as `PRId64`, `PRIu64`, etc. to provide correct
behavior.
Bug 1348419 enabled thread-local storage for Mac, but only Xcode 8+
supports that feature, which busted building with Xcode 7-. This change
fixes that bustage by ensuring a Mac compiler supports the feature
before using it.
Bug 1348419 enabled thread-local storage for Mac, but only Xcode 8+
supports that feature, which busted building with Xcode 7-. This change
fixes that bustage by ensuring a Mac compiler supports the feature
before using it.
Remove the definition of sig_safe_t, which is only used by PseudoStack,
and replace the uses with mozilla::Atomic<uint32_t>.
MozReview-Commit-ID: GcPd9R94Vci
--HG--
extra : rebase_source : dcc05a219d59ffdc0486ef2e7118d888c6a93fda
I can't speak for whether the MOZ_SPAN_GCC_CONSTEXPR on operator> is necessary, but I'm going on the assumption that any callers of it must also be in the same bucket of constexpr-ness.
MinGW has two threading models: win32 API based, which disables std::thread,
and POSIX based which enables it but requires an emulation library (winpthreads).
Rather than attempting to switch to pthread emulation at this point, we are
disabling the std::thread based assertion checking for WeakPtr on MinGW.
MozReview-Commit-ID: BmHo70n6AuK
--HG--
extra : rebase_source : 08495775b2925a797c8098216911d30c0b79ef3d
You'd think that this would throw off the assertion stacks in nsTraceRefcnt::WalkTheStack. But as far as I can tell, it was already setting |skipFrames| too high!
On top of that, the function was getting out-of-lined in some instances already. It really should have been MOZ_ALWAYS_INLINE_EVEN_DEBUG.
MozReview-Commit-ID: J2FZmi0pKro
--HG--
extra : rebase_source : 20e5be9f8c21637a28435f47b8ab2de101825679
Not only does this trim the code, it also makes MOZ_RELEASE_ASSERT follow the advice of MOZ_CRASH earlier in the file:
* If we're a DEBUG build and we crash at a MOZ_CRASH which provides an
* explanation-string, we print the string to stderr. Otherwise, we don't
* print anything; this is because we want MOZ_CRASH to be 100% safe in release
* builds, and it's hard to print to stderr safely when memory might have been
* corrupted.
MozReview-Commit-ID: Kuxzn1v9Vfs
--HG--
extra : rebase_source : 5c6efe7cb9adb1c366b423d6ff8f95002512985c
I left gMozCrashReason visible (but not meaningfully used) in all builds, in order to match the behavior of Assertions.cpp, and to avoid more #ifdef clutter in nsExceptionHandler.cpp.
MozReview-Commit-ID: smoFkddGzd
--HG--
extra : rebase_source : 498f927f62fc944edf254c2ff3b115131367a506
The C versus C++ distinction was only there so that Android could make sure it used the global ::abort. I didn't see the need to maintain the distinction for Windows. (Besides, with this change we're no longer doing textual inclusion of "TerminateProcess" in the macro, so people can't take over the name.)
Linux's abort sequence wasn't long enough to be troublesome, so I left it alone.
MozReview-Commit-ID: Ah5XtWpevGz
--HG--
extra : rebase_source : 37c3fb4c50bcba8e48c6a965a02e3f8608940538
Making this constructor non-explicit will permit automatic conversions from
'nullptr' into RefPtr types, which I think are not dangerous.
The one spot that this affects is in 'UserDataType nsBaseHashtable::Get(KeyType)',
which does a 'return 0;' into the UserDataType, which could be a bool, an int, a
RefPtr or other. I'm changing that into a C++11 "value initialization", which
falls back to "zero initialization" for PODs: 'return UserDataType{};'.
Also fixed the comment to clarify not-found return values, as Get(KeyType) was
not only used for pointers anyway.
MozReview-Commit-ID: F41VlvTNOZU
--HG--
extra : rebase_source : 71d5dacac75ca188e5c55d45f48a5fca76d953c6
Added constructor and operator= from a nullptr, bypassing the incoming pointer
check.
Note that the constructor is 'explicit', because one particular use in
nsBaseHashtable is doing a 'return 0' into a templated type that is a RefPtr in
many cases. Making this new constructor explicit removes it from consideration
in this case.
As it's not strictly necessary to have it MOZ_IMPLICIT (but could still be
nice), I will tackle that in the patch after next.
Also changed all zeroes into nullptr when relevant in RefPtr.h (other system-
wide affected files will be updated in following patch.)
MozReview-Commit-ID: Ds4CEv9hZWI
--HG--
extra : rebase_source : f4ec156b13ea3bdcf32b1a33d76ff9771ad6d1dc
Since |T*| converts into |const T*|, if we want to rewrite code such as:
void DoSomething(const T*, size_t);
void DoSomethingElse(T* x, size_t len)
{
...
DoSomething(x, len);
}
to use ranges:
void DoSomething(Range<const T>);
void DoSomethingElse(Range<T> x)
{
...
DoSomething(x);
}
we need to ensure this conversion works. gsl::span<T> already provides
something like this as well.
We needed this polyfill for <initializer_list> when some of our C++
standard libraries did not support said header. They all do now, so the
polyfill is redundant.
With this change, we could share this EnumTypeTraits between files easily.
MozReview-Commit-ID: 9Q2augati7l
--HG--
extra : rebase_source : b7d9fc95d9d7722ba3eb99ec9798a64ebdbeb484
Check if the buffers iterator was never consumed. This is a regression
introduced when converting ipc to use BufferList in bug 1262671.
MozReview-Commit-ID: LWAoVlI5CKJ
--HG--
extra : rebase_source : c4f16f4f90f56153c10cf1d9113c4c55748595f0
The patch is generated from following command:
rgrep -l unused.h|xargs sed -i -e s,mozilla/unused.h,mozilla/Unused.h,
MozReview-Commit-ID: AtLcWApZfES
--HG--
rename : mfbt/unused.h => mfbt/Unused.h
In JS StructuredClone BufferList<SystemAllocPolicy> is typedef'd to
JSStructuredCloneData and use everywhere in gecko that stores structured
clone data.
This patch changed some raw pointers to UniquePtr<JSStructuredCloneData>
and some to stack allocated JSStructuredCloneData for better life time
management. Some parameters or methods are deleted because of changing
to the new data structure.
MessagePortMessage now has the exactly same structure with
ClonedMessageData. Maybe in the future they can be consolidated.
MozReview-Commit-ID: 1IY9p5eKLgv
These methods allow us to move some buffers out of a pickle with minimum
copying. It's useful when the IPC deserialized type uses BufferList to
store data and we want to take the buffers from IPC directly.
Borrowing is not suitable to use for IPC to hand out data because we
often want to store the data somewhere for processing after IPC has
released the underlying buffers.
MozReview-Commit-ID: F1K2ZMkACqq
The default placement operator new is defined to always require that its
result be null-checked. A sufficiently smart compiler can remove this
check, but not all compilers are sufficiently smart. Better to have a
custom placement operator new that will remove null checks in a way
defined by the standard.
mozilla::SignalTrampoline is designed to work around a bug in older ARM
kernels; it constructs a trampoline function with a NOP slide and then
calls a specified function. This feat is accomplished using inline
assembly and naked functions, which is a GCC extension where you get to
write the entire body of your function using GCC inline assembly.
Unfortunately, the particular implementation that it uses requires the
specified function's address to be loaded into a register. GCC permits
this and we use input arguments to the assembly statement to ensure that
GCC knows it shouldn't clobber the incoming argument registers when
trying to load the function's address.
clang, however, complains about the use of input parameters in naked
functions. So we need to find something that will work on both GCC and
clang.
The trick is to realize that we're a) tail-calling the specified
function and b) we don't have to worry about calling a fully-general
function. We just have to worry about calling a function inside libxul,
and we can therefore "assume" that the offset between the branch and the
called function fits into the immediate field of a Thumb (or ARM) branch
instruction. (This assumption is not strictly true; the branch range is
+/-16MB or so and libxul is actually quite a bit bigger than that. But
it works in practice, and the linker will insert branch stubs if
necessary to make things work out OK.)
The upshot is that we can use a "b" instruction instead of a "bx"
instruction, and this makes clang much happier. As a small bonus, the
stub gets ever-so-much-more efficient, which is probably the
least-significant micro-optimization ever.
Lee Salzman
Sylvestre Ledru
Mike Hommey
Jeff Walden
Jean-Yves Avenard
Nicholas Nethercote
Chris Peterson
Jim Blandy
Sebastian Hengst
Tom Ritter
Luke Wagner
Mats Palmgren
Dimitry Andric
Wes Kocher
Matt Woodrow
Kevin Hsieh
Ryan VanderMeulen
Chris Manchester
Phil Ringnalda
Kilik Kuo
Kris Maglione
Nick Fitzgerald
Bill McCloskey
Nathan Froyd
Tristan Bourvon
James Cheng
Xidorn Quan
Cykesiopka
Carsten "Tomcat" Book
Kartikaya Gupta
Michael Layzell
Jeff Hajewski
Jon Coppeard
Ehsan Akhgari
Benjamin Smedberg
Botond Ballo
Christian Holler
David Anderson
Masatoshi Kimura
Jacek Caban
Petr Sumbera
Eric Rahm
Henri Sivonen
Aaron Klotz
Gerald Squelart
Jonathan Kew
Bas Schouten
Tom Tromey
Olli Pettay
Jim Chen
Cameron McCormack
Iris Hsiao
Myk Melez
Jan-Ivar Bruaroey
David Major
Steve Fink
Benjamin Bouvier
Jeff Gilbert
Terrence Cole
JW Wang
Thinker K.F. Li
Nicolas B. Pierron
Emanuel Hoogeveen
Jonathan Watt
John Paul Adrian Glaubitz
Jason Orendorff
Ting-Yu Chou
Jan de Mooij
Ting-Yu Lin
Tooru Fujisawa
Johannes Schulte
Kan-Ru Chen
Andi-Bogdan Postelnicu
Tom Schuster
Jeremy Chen
Michelangelo De Simone
Honza Bambas
Igor
Nathan Froyd
Daniel Holbert