aleth下載 - aleth源代碼下載

aleth

C/C++

Aleth 1.8.0

下載

Aleth - 以太坊C ++客戶端，工具和庫

以太坊的C ++庫和工具的集合，以前稱為CPP-Ethereum Project。這包括完整的以太坊客戶Aleth 。

配x該項目已經停產，不再維護。

接觸

在Gitter上在Aleth Channel聊天。
使用GitHub問題報告錯誤，問題或功能請求。

用法

以太坊文檔網站託管了Aleth主頁，該頁面具有快速啟動部分。

作業系統	地位
Ubuntu和MacOS
視窗

安裝

下載版本的二進製文件

https://github.com/ethereum/aleth/releases

使用Docker圖像

Aleth：

docker run ethereum/aleth --help

testeth：

docker run ethereum/testeth --help

從來源建造

獲取源代碼

git和github用於維護源代碼。通過：通過：

git clone --recursive https://github.com/ethereum/aleth.git
cd aleth

--recursive選項很重要。它命令git以克隆其他類模型來構建項目。如果您錯過了--recursive選項，則可以使用命令git submodule update --init糾正錯誤。

安裝CMAKE

CMAKE用於控制項目的構建配置。需要最新版本的CMAKE（在編寫時3.9.3是最低限度的）。我們強烈建議您通過下載和解開CMAKE下載頁面上可用的最新版本的二進制發行版來安裝CMAKE。

如果滿足最低版本要求，則可以在操作系統中可用的CMAKE軟件包進行安裝和使用。

替代方法
存儲庫包含腳本/install_cmake.sh腳本，該腳本下載了固定版本的cmake，並將其拆開到給定的目錄前綴。示例用法： scripts/install_cmake.sh --prefix /usr/local 。

建造

使用以下命令配置項目構建，以使用配置創建build目錄。

mkdir build ; cd build  # Create a build directory.
cmake ..               # Configure the project.
cmake --build .        # Build all default targets.

在Windows上，我們支持Visual Studio 2017和2019。您應該通過以下命令生成64位體系結構的Visual Studio解決方案文件（ .sln ）：

Visual Studio 2017 ： cmake .. -G "Visual Studio 15 2017 Win64"
Visual Studio 2019 ： cmake .. -G "Visual Studio 16 2019" -A x64

在下載並構建必要的依賴項並生成了解決方案之後，可以在build目錄中找到aleth.sln 。

窗戶上的常見問題

鏈接：致命錯誤LNK1158：無法運行'rc.exe'

RC.EXE是Microsoft資源編譯器。它是使用Windows SDK分發的，是生成Visual Studio解決方案文件所必需的。它可以在以下目錄中找到： %ProgramFiles(x86)%Windows Kits<OS major version>bin<OS full version><arch>

如果您點擊此錯誤，則將目錄添加到路徑（並啟動新命令提示符）應解決此問題。

貢獻

當前的代碼庫是許多人的工作，在其發展過程中，有100多名個人貢獻者。

我們的日常開發聊天發生在Aleth Gitter頻道上。

歡迎所有貢獻！我們嘗試保留適合在標籤幫助下適合新移民的任務列表。如果您有任何疑問，請隨時向我們詢問更多信息。

在對代碼庫進行更改之前，請徹底閱讀貢獻和coding_style。

所有發展都在開發分支機構中。

用法

注意：以下是Linux上的./aleth -h [--help]的輸出

 NAME:
   aleth 1.7.2
USAGE:
   aleth [options]

WALLET USAGE:
   account list                                List all keys available in wallet
   account new                                 Create a new key and add it to wallet
   account update [<uuid>|<address> , ... ]    Decrypt and re-encrypt keys
   account import [<uuid>|<file>|<secret-hex>] Import keys from given source and place in wallet
   wallet import <file>                        Import a presale wallet

CLIENT MODE (default):
  --mainnet                               Use the main network protocol
  --ropsten                               Use the Ropsten testnet
  --test                                  Testing mode; disable PoW and provide test rpc interface
  --config <file>                         Configure specialised blockchain using given JSON information

  --ipc                                   Enable IPC server (default: on)
  --ipcpath <path>                        Set .ipc socket path (default: data directory)
  --no-ipc                                Disable IPC server
  --admin <password>                      Specify admin session key for JSON-RPC (default: auto-generated and printed at start-up)
  -K [ --kill ]                           Kill the blockchain first
  -R [ --rebuild ]                        Rebuild the blockchain from the existing database
  --rescue                                Attempt to rescue a corrupt database

  --import-presale <file>                 Import a pre-sale key; you'll need to specify the password to this key
  -s [ --import-secret ] <secret>         Import a secret key into the key store
  -S [ --import-session-secret ] <secret> Import a secret session into the key store
  --master <password>                     Give the master password for the key store; use --master "" to show a prompt
  --password <password>                   Give a password for a private key

CLIENT TRANSACTING:
  --ask <wei>            Set the minimum ask gas price under which no transaction will be mined (default: 20000000000)
  --bid <wei>            Set the bid gas price to pay for transactions (default: 20000000000)
  --unsafe-transactions  Allow all transactions to proceed without verification; EXTREMELY UNSAFE

CLIENT NETWORKING:
  -b [ --bootstrap ]              Connect to the default Ethereum peer servers (default unless --no-discovery used)
  --no-bootstrap                  Do not connect to the default Ethereum peer servers (default only when --no-discovery is used)
  -x [ --peers ] <number>         Attempt to connect to a given number of peers (default: 11)
  --peer-stretch <number>         Give the accepted connection multiplier (default: 7)
  --public-ip <ip>                Force advertised public IP to the given IP (default: auto)
  --listen-ip <ip>(:<port>)       Listen on the given IP for incoming connections (default: 0.0.0.0)
  --listen <port>                 Listen on the given port for incoming connections (default: 30303)
  -r [ --remote ] <host>(:<port>) Connect to the given remote host (default: none)
  --port <port>                   Connect to the given remote port (default: 30303)
  --network-id <n>                Only connect to other hosts with this network id
  --allow-local-discovery         Include local addresses in the discovery process. Used for testing purposes.
  --peerset <list>                Comma delimited list of peers; element format: type:enode://publickey@ipAddress[:port[?discport=port]]
                                          Types:
                                          default     Attempt connection when no other peers are available and pinning is disabled
                                          required    Keep connected at all times

                                          Ports:
                                          The first port argument is the tcp port used for direct communication among peers. If the second port
                                          argument isn't supplied, the first port argument will also be the udp port used for node discovery.
                                          If neither the first nor second port arguments are supplied, a default port of 30303 will be used for
                                          both peer communication and node discovery.
  --no-discovery                  Disable node discovery; implies --no-bootstrap
  --pin                           Only accept or connect to trusted peers

CLIENT MINING:
  -a [ --address ] <addr>         Set the author (mining payout) address (default: auto)
  -m [ --mining ] <on/off/number> Enable mining; optionally for a specified number of blocks (default: off)
  --extra-data arg                Set extra data for the sealed blocks

BENCHMARKING MODE:
  -M [ --benchmark ]           Benchmark for mining and exit
  --benchmark-warmup <seconds> Set the duration of warmup for the benchmark tests (default: 3)
  --benchmark-trial <seconds>  Set the duration for each trial for the benchmark tests (default: 3)
  --benchmark-trials <n>       Set the number of trials for the benchmark tests (default: 5)

MINING CONFIGURATION:
  -C [ --cpu ]                 When mining, use the CPU
  -t [ --mining-threads ] <n>  Limit number of CPU/GPU miners to n (default: use everything available on selected platform)
  --current-block <n>          Let the miner know the current block number at configuration time. Will help determine DAG size and required GPU memory
  --disable-submit-hashrate    When mining, don't submit hashrate to node

IMPORT/EXPORT MODES:
  -I [ --import ] <file>      Import blocks from file
  -E [ --export ] <file>      Export blocks to file
  --from <n>                  Export only from block n; n may be a decimal, a '0x' prefixed hash, or 'latest'
  --to <n>                    Export only to block n (inclusive); n may be a decimal, a '0x' prefixed hash, or 'latest'
  --only <n>                  Equivalent to --export-from n --export-to n
  --format <binary/hex/human> Set export format
  --dont-check                Prevent checking some block aspects. Faster importing, but to apply only when the data is known to be valid
  --download-snapshot <path>  Download Parity Warp Sync snapshot data to the specified path
  --import-snapshot <path>    Import blockchain and state data from the Parity Warp Sync snapshot

DATABASE OPTIONS:
  --db <name> (=leveldb)      Select database implementation. Available options are: leveldb, memorydb.
  --db-path <path> (=$HOME/.ethereum) Database path (for non-memory database options)

VM OPTIONS:
  --vm <name>|<path> (=legacy) Select VM implementation. Available options are: interpreter, legacy.
  --evmc  <option>=<value>     EVMC option

LOGGING OPTIONS:
  -v [ --log-verbosity ] <0 - 4>        Set the log verbosity from 0 to 4 (default: 2).
  --log-channels <channel_list>         Space-separated list of the log channels to show (default: show all channels).
                                        Channels: block blockhdr bq chain client debug discov error ethcap exec host impolite info net overlaydb p2pcap peer
                                        rlpx rpc snap statedb sync timer tq trace vmtrace warn warpcap watch
  --log-exclude-channels <channel_list> Space-separated list of the log channels to hide.

  --log-vmtrace                         Enable VM trace log (requires log-verbosity 4).

GENERAL OPTIONS:
  -d [ --data-dir ] <path> Load configuration files and keystore from path (default: $HOME/.ethereum)
  -V [ --version ]         Show the version and exit
  -h [ --help ]            Show this help message and exit