imageName: "docker.io/centos:7.5.1804" # cpu核数限制，可以为小数 cpus: 1 # 内存大小限制 memory: "1G" 编译合约 JAVA C++ GO Solidity Python 在命令行执行: 合约部署 git clone https://github.com/xuperchain/contract-sdk-java 在其内部加载的代 码和数据的机密性与完整性。 SGX：Software Guard Extensions(SGX)是Intel推出的基于Intel CPU的硬件安 全机制。 Mesatee：Memory Safe TEE(Mesatee)是百度基于Intel SGX设计的内存安全的 可信安全计算服务框架。 架构设计 下图是可信账本的系统架构设计 TEESDK是与TEE服务请求的入口，将编译为动态链接库被超级链调用，实 "docker.io/centos:7.5.1804" # cpu核数限制，可以为小数 cpus: 1 16 17 # 内存大小限制 memory: "1G" 接下来 C++合约 Go合约 Java合约 Solidity合约 C++合约 预备知识 XuperChain 基本操作 注解 请先完成 XuperChain 基本操作

imageName: "docker.io/centos:7.5.1804" # cpu核数限制，可以为小数 cpus: 1 # 内存大小限制 memory: "1G" 编译合约 JAVA C++ GO Solidity Python 在命令行执行: 合约部署 git clone https://github.com/xuperchain/contract-sdk-java 在其内部加载的代 码和数据的机密性与完整性。 SGX：Software Guard Extensions(SGX)是Intel推出的基于Intel CPU的硬件安 全机制。 Mesatee：Memory Safe TEE(Mesatee)是百度基于Intel SGX设计的内存安全的 可信安全计算服务框架。 架构设计 下图是可信账本的系统架构设计 TEESDK是与TEE服务请求的入口，将编译为动态链接库被超级链调用，实 "docker.io/centos:7.5.1804" # cpu核数限制，可以为小数 cpus: 1 16 17 # 内存大小限制 memory: "1G" 接下来 C++合约 Go合约 Java合约 Solidity合约 C++合约 预备知识 XuperChain 基本操作 注解 请先完成 XuperChain 基本操作

imageName: "docker.io/centos:7.5.1804" # cpu核数限制，可以为小数 cpus: 1 # 内存大小限制 memory: "1G" 编译合约 JAVA C++ GO Solidity Python 在命令行执行: 合约部署 git clone https://github.com/xuperchain/contract-sdk-java 在其内部加载的代 码和数据的机密性与完整性。 SGX：Software Guard Extensions(SGX)是Intel推出的基于Intel CPU的硬件安 全机制。 Mesatee：Memory Safe TEE(Mesatee)是百度基于Intel SGX设计的内存安全的 可信安全计算服务框架。 架构设计 下图是可信账本的系统架构设计 TEESDK是与TEE服务请求的入口，将编译为动态链接库被超级链调用，实 "docker.io/centos:7.5.1804" # cpu核数限制，可以为小数 cpus: 1 16 17 # 内存大小限制 memory: "1G" 接下来 C++合约 Go合约 Java合约 Solidity合约 C++合约 预备知识 XuperChain 基本操作 注解 请先完成 XuperChain 基本操作

imageName: "docker.io/centos:7.5.1804" # cpu核数限制，可以为小数 cpus: 1 # 内存大小限制 memory: "1G" 编译合约 JAVA C++ GO Solidity Python 在命令行执行: 合约部署 git clone https://github.com/xuperchain/contract-sdk-java 在其内部加载的代 码和数据的机密性与完整性。 SGX：Software Guard Extensions(SGX)是Intel推出的基于Intel CPU的硬件安 全机制。 Mesatee：Memory Safe TEE(Mesatee)是百度基于Intel SGX设计的内存安全的 可信安全计算服务框架。 架构设计 下图是可信账本的系统架构设计 TEESDK是与TEE服务请求的入口，将编译为动态链接库被超级链调用，实 "docker.io/centos:7.5.1804" # cpu核数限制，可以为小数 cpus: 1 16 17 # 内存大小限制 memory: "1G" 接下来 C++合约 Go合约 Java合约 Solidity合约 C++合约 预备知识 XuperChain 基本操作 注解 请先完成 XuperChain 基本操作

stream, then you will need to open a second terminal to execute the CLI calls. The CLI container will stick around idle for 1000 seconds. If it’s gone when you need it you can restart it with a simple command: representing the current channel configuration. Orderers and peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions by all nodes as a unique transaction identifier tid (i.e., tid=HASH(tx)). The client stores tid in memory and waits for responses from endorsing peers. 2.1.2. Message patterns The client decides on the

stream, then you will need to open a second terminal to execute the CLI calls. The CLI container will stick around idle for 1000 seconds. If it’s gone when you need it you can restart it with a simple command: representing the current channel configuration. Orderers and peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions by all nodes as a unique transaction identifier tid (i.e., tid=HASH(tx)). The client stores tid in memory and waits for responses from endorsing peers. 202 Chapter 6. Architecture Reference hyperledger-fabricdocs

bytes32[] memory user_name_bytes_list = new bytes32[] (uint256(entries.size())); int[] memory item_id_list = new int[] (uint256(entries.size())); bytes32[] memory item_name_bytes_list &VM::interpretCases; evmc_message msg = {}; // Clear the return data buffer. This will not free the memory. m_returnData.clear(); bytesRef output; if (caseCallSetup(msg, output)) { evmc_result Transaction Count’Interface Update RocksDB Mode supports storage security Use TCMalloc to optimize memory usage Fix Fix the problem that the P2P module occasionally does not process messages Fix unassigned

false; Entry entry; (ok, entry) = table.get(id); int256 item_price; string memory item_name; if (ok) { item_price = entry.getInt("item_price"); item_name bytes32[] memory user_name_bytes_list = new bytes32[] (uint256(entries.size())); int[] memory item_id_list = new int[] (uint256(entries.size())); bytes32[] memory item_name_bytes_list &VM::interpretCases; evmc_message msg = {}; // Clear the return data buffer. This will not free the memory. m_returnData.clear(); bytesRef output; if (caseCallSetup(msg, output)) { evmc_result

false; Entry entry; (ok, entry) = table.get(id); int256 item_price; string memory item_name; if (ok) { item_price = entry.getInt("item_price"); item_name bytes32[] memory user_name_bytes_list = new bytes32[] (uint256(entries.size())); int[] memory item_id_list = new int[] (uint256(entries.size())); bytes32[] memory item_name_bytes_list &VM::interpretCases; evmc_message msg = {}; // Clear the return data buffer. This will not free the memory. m_returnData.clear(); bytesRef output; if (caseCallSetup(msg, output)) { evmc_result

bytes32[] memory user_name_bytes_list = new bytes32[] (uint256(entries.size())); int[] memory item_id_list = new int[] (uint256(entries.size())); bytes32[] memory item_name_bytes_list &VM::interpretCases; evmc_message msg = {}; // Clear the return data buffer. This will not free the memory. m_returnData.clear(); bytesRef output; if (caseCallSetup(msg, output)) { evmc_result Transaction Count’Interface Update RocksDB Mode supports storage security Use TCMalloc to optimize memory usage Fix Fix the problem that the P2P module occasionally does not process messages Fix unassigned