mirror of
https://github.com/ton-blockchain/ton
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e0605156de
* 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
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|---|---|---|
| .. | ||
| test | ||
| CMakeLists.txt | ||
| emulator-emscripten.cpp | ||
| emulator-extern.cpp | ||
| emulator-extern.h | ||
| emulator_export_list | ||
| README.md | ||
| StringLog.h | ||
| transaction-emulator.cpp | ||
| transaction-emulator.h | ||
| tvm-emulator.hpp | ||
Emulator
Emulator is a shared library containing the following functionality:
- Emulating blockchain transactions
- Emulating TVM - get methods and sending external and internal messages.
Transaction Emulator
To emulate transaction you need the following data:
- Account state of type ShardAccount.
- Global config of type (Hashmap 32 ^Cell).
- Inbound message of type MessageAny.
Optionally you can set emulation parameters:
- ignore_chksig - whether CHKSIG instructions are set to always succeed. Default: false
- lt - logical time of emulation. Default: next block's lt after the account's last transaction block.
- unixtime - unix time of emulation. Default: current system time
- rand_seed - random seed. Default: generated randomly
- libs - shared libraries. If your smart contract uses shared libraries (located in masterchain), you should set this parameter.
Emulator output contains:
- Transaction object (Transaction)
- New account state (ShardAccount)
- Actions cell (OutList n)
- TVM log
TVM Emulator
TVM emulator is intended to run get methods or emulate sending message on TVM level. It is initialized with smart contract code and data cells.
- To run get method you pass initial stack and method id (as integer).
- To emulate sending message you pass message body and in case of internal message amount in nanograms.