- thread safe cache
- parallel commit
- multiple optimizations
- support of key-value merge operations
- improved tests and benchmarks
- in-memory version won't read from key value after start - uses vector in-memory table now
- use rocksdb::WALRecoveryMode::kTolerateCorruptedTailRecords - do not silently ignore errors during recovery
* add folders smartcont and lib only to release for having a small download link
* allow usage of patter in file name
* upgrade upload-release-action@v2 to v3
* Revert "upgrade upload-release-action@v2 to v3"
This reverts commit 516126084a.
* use gh cli for upload smartcont_lib
* use gh cli for upload smartcont_lib
* gh requires gh_token
* clean up
In C++20, macro 'ATOMIC_FLAG_INIT' has been marked as deprecated.
We need still to use it to be able to compile for C++17.
For now, just suppress this warning.
They are not keywords anymore.
> var cell = ...;
> var cell: cell = ...;
Motivation: in the future, when structures are implemented, this obviously should be valid:
> struct a { ... }
> var a = ...;
Struct fields will also be allowed to have names int/slice/cell.
It works both for reading and writing:
> var t = (1, 2);
> t.0; // 1
> t.0 = 5;
> t; // (5, 2)
It also works for typed/untyped tuples, producing INDEX and SETINDEX.
Global tensors and tuples works. Nesting `t.0.1.2` works. `mutate` works.
Even mixing tuples inside tensors inside a global for writing works.
In FunC (and in Tolk before), tensor vars (actually occupying
several stack slots) were represented as a single var in terms
or IR vars (Ops):
> var a = (1, 2);
> LET (_i) = (_1, _2)
Now, every tensor of N stack slots is represented as N IR vars.
> LET (_i, _j) = (_1, _2)
This will give an ability to control access to parts of a tensor
when implementing `tensorVar.0` syntax.
Currently, tolk-tester can test various "output" of the compiler:
pass input and check output, validate fif codegen, etc.
But it can not test compiler internals and AST representation.
I've added an ability to have special functions to check/expose
internal compiler state. The first (and the only now) is:
> __expect_type(some_expr, "<type>");
Such a call has special treatment in a compilation process.
Compilation fails if this expression doesn't have requested type.
It's intended to be used in tests only. Not present in stdlib.
* improve windows builds
* install nasm for openssl compilation on win
* install nasm for openssl compilation on win for github
* add create-state, proxy-liteserver, rldp-http-proxy, http-proxy, adnl-proxy, dht-server, libtonlibjson.so and libemulator.so to docker image
* build new artifacts inside Docker
* add files smartcont/auto/* to docker image
* build arm64 in docker branch build
* improve secp256k1 build
* adding natively portable binaries (all statically linked with libc++, without nixpkgs help) for x86-64 linux
* install missing headers on ubuntu 20.04
* use clang-16 on ubuntu 20.04
* remove gsl for portable artifacts; add -f key to generate-random-id in order to read addr_list from file;
* typo
* decode json
* decode json
* add github workflow for appimages creation
* add missing dependencies
* use libc++ for appimages artifacts
* typo
* appimages wihtout libc++
* appimages with libc++ and some checks
* add appimages to release (for testing)
* add appimages to release (for testing)
* add appimages to release (for testing)
* add appimages to release (for testing) 2
* add appimages to release (for testing) 3
* appimages only on ubuntu 22 with ssl-3 for now
* appimages only on ubuntu 20 with ssl-3 for now
* appimages only on ubuntu 20 with ssl-3 for now
* add export LD_LIBRARY_PATH="${APPDIR}/usr/lib:${LD_LIBRARY_PATH}" to appimage AppRun
* create release
* appimages without jemalloc
* bind specific libraries to appimages
* add libreadline
* add plain portable libs
* add proper /lib/x86_64-linux-gnu/libreadline.so.8
* app images build with libc
* try to ensure ABI compatibility with older glibc
* try to ensure ABI compatibility with older glibc for shared libraries
* shared lib without libc but with D_GLIBCXX_USE_CXX11_ABI and -static-libgcc -static-libstdc++
* add -fPIC -fcommon
* add /lib/x86_64-linux-gnu/libstdc++.so.6 to static binaries
* add -static-libgcc -static-libstdc++ to libtonlibjson and emulator when PORTABLE=1
* add -static-libgcc -static-libstdc++ to libtonlibjson and emulator when PORTABLE=1
* update emulator portable
* Update CMakeLists.txt
* test portable macos binaries
* do not use -static-libgcc -static-libstdc++ on mac for shared libs
* do not use -static-libgcc -static-libstdc++ on mac for shared libs
* adjust create-release.yml
* minor fixes, typos
* minor fixes
* linux apps double check
* avoid infinite loop when place in system bin dir
* avoid infinite loop when place in system bin dir 2
* test compilation on linux arm64
* test appimages on arm64 linux
* test appimages on arm64 linux 2
* add portable linux arm64 to release
* clean up
* update README.md
Totally, v0.7 will include:
- AST-level semantic kernel, transform AST to Ops directly
- fully rewritten type system, drop Hindley-Milner
- `bool` type support
