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- What's New
- Function Overview
- Service Overview
- Billing
- Getting Started
-
User Guide
- Enhanced Hyperledger Fabric BCS Management
- Best Practices
-
Developer Guide
- Overview
- Chaincode Development
- Application Development
- Demos
-
Blockchain Middleware APIs
- Overview
- Chaincode Invoking (OBT)
-
Chaincode Management
- Obtaining a Token
- Installing a Chaincode
- Instantiating a Chaincode
- Listing Installed Chaincodes
- Querying Version of a Specified Chaincode
- Querying Chaincode Installation Information
- Querying Chaincode Instantiation Information
- Querying an Appchain
- Listing Blocks
- Listing Transactions
- Querying Transaction Quantity
- Listing Block Transactions
- Querying Transaction Details
- Querying Peers
- Querying diskUsage of a Node
- Querying the System-Hosted Certificate Status
- Deleting a Chaincode
- Downloading a Report
- Distributed Identity (OBT)
- Trusted Data Exchange (OBT)
- Appendix
-
API Reference
- Before You Start
- API Overview
- Examples
- Calling APIs
-
APIs (Enhanced Hyperledger Fabric)
-
BCS Management
- Creating a BCS Service
- Querying Creation Status of a BCS Service
- Querying a BCS Service
- Modifying a BCS Service
- Creating Channels
- Querying Channel Information
- Adding Peers to a Channel
- Removing Organizations from a Channel
- Downloading Certificates
- Downloading the SDK Configuration
- Generating a User Certificate
- Unfreezing a User Certificate
- Freezing a User Certificate
- Querying Quotas
- Querying Flavors
- Querying Peer Information
- Querying Asynchronous Operation Results
- Querying the BCS Service List
- Deleting a BCS Service
- Removing a Peer from a Channel
- Deleting a Channel
- BCS Consortium
- BCS Monitoring
-
BCS Management
- Permissions Policies and Supported Actions
- Appendix
- Change History
- SDK Reference
-
FAQs
-
Enhanced Hyperledger Fabric
- Billing
-
Instance Management
-
Consultation
- How Do I Determine Whether a Blockchain Is Necessary?
- What Underlying Framework Is Used for Huawei Cloud BCS?
- Can BCS Instances Deployed on the Public Cloud Access Blockchain Nodes on Other Clouds?
- What Competitive Advantages Does Huawei Cloud BCS Have?
- In Which Direction and What Capabilities Will Huawei Cloud BCS Develop?
- What Are the Specifications of VMs to Be Purchased for BCS?
- How Do I Get Access to the Partners of Huawei Cloud BCS for More Services?
- What Are the Differences Between Channel Isolation and Privacy Protection?
- How Well Does BCS Perform?
- Does BCS Support Customized Development?
- When Do I Need to Hibernate or Wake an Instance?
-
Service Usage
- Which Ports of a Security Group Are Opened When I Create a BCS Instance?
- How Do I Check Whether the ICAgent Is Installed for the Cluster?
- What Can I Do If I Can't Open the Blockchain Management Console?
- What Should I Do If My BCS Instance Remains in the Creating State?
- What Should I Do If a Peer Restarts Frequently with the Error Message "PanicDB not exist"?
- What Can I Do If the CPU Usage of a Blockchain Node Reaches 100%?
- Why Can't I Log In to the Blockchain Management Console?
- BCS.4009100: System Error
- How Can I Obtain Private Keys and Certificates for Enhanced Hyperledger Fabric Blockchains?
- Why Does Chaincode Instantiation Fail When I Deploy a Fabric v1.4 Instance Using a v1.19 CCE Cluster?
- Can All Blocks Be Saved As More and More Blocks Are Created?
-
What Can I Do If I Fail to Purchase a BCS Instance?
- General Checks
-
Detailed Checks
- CCE Cluster Quota Used Up
- Failed to Create a Cluster
- Failed to Create a PVC
- Cluster Already In Use
- SFS Turbo File System Quota Exceeded
- No EIP Bound
- CCE Is Abnormal
- Cluster Status Is Abnormal
- Subnet Unavailable
- Quick Deployment in Progress
- CCE Status Check Times Out
- Insufficient Master Nodes in the AZ of the CCE Cluster
-
Abnormal Instance Statuses
- What Can I Do If a BCS Instance Is in the Abnormal State?
- What Can I Do If a BCS Instance Is in the Unknown State?
- What Can I Do If a BCS Instance Is in the EIP abnormal State?
- What Can I Do If a BCS Instance Is in the Frozen or Cluster frozen State?
- What Can I Do If the BCS Instance and the peer-xxx StatefulSet Are Abnormal After an Organization or a Peer Is Added?
- Other Issues
-
Consultation
- Chaincode Management
- Data Storage to the Blockchain
- Demos and APIs
- O&M and Monitoring
- Consortium Management
-
Enhanced Hyperledger Fabric
- Videos
-
More Documents
-
User Guide (ME-Abu Dhabi Region)
- Service Overview
- Managing Enhanced Hyperledger Fabric Instances
-
FAQs
-
BCS FAQs
-
Instance Management
-
Consultation
- How Do I Determine Whether a Blockchain Is Necessary?
- What Underlying Framework Is Used for BCS?
- What Competitive Advantages Does BCS Have?
- What Are the Specifications of VMs to Be Created for BCS?
- What Are the Differences Between Channel Isolation and Privacy Protection?
- How Well Does BCS Perform?
- When Do I Need to Hibernate or Wake an Instance?
-
Service Usage
- How Do I Check Whether the ICAgent Is Installed for the Cluster?
- What Can I Do If I Can't Open the Blockchain Management Console?
- What Should I Do If My BCS Instance Remains in the Creating State?
- What Should I Do If a Peer Restarts Frequently with the Error Message "PanicDB not exist"?
- What Can I Do If the CPU Usage of a Blockchain Node Reaches 100%?
- Why Can't I Log In to the Blockchain Management Console?
- BCS.4009100: System Error
- How Can I Obtain Private Keys and Certificates for Enhanced Hyperledger Fabric Blockchains?
- Can All Blocks Be Saved As More and More Blocks Are Created?
- Abnormal Instance Statuses
- Other Issues
-
Consultation
- Chaincode Management
- Data Storage to the Blockchain
- Demos and APIs
- O&M and Monitoring
- Consortium Management
-
Instance Management
-
BCS FAQs
- Change History
- Developer Guide (ME-Abu Dhabi Region)
-
User Guide (ME-Abu Dhabi Region)
- General Reference
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Edition Differences
Enhanced Hyperledger Fabric
BCS provides basic and professional editions with different specifications. For details, see Table 1. Table 2 lists the cluster specifications.
For the pricing details of each edition, see Product Price Details.
Only one BCS instance can be deployed in a container cluster.
Item |
Basic Edition |
Professional Edition |
|
---|---|---|---|
Applicable scenario |
Small scale commercial use |
Medium-scale commercial use |
|
Consortium blockchain |
Supported |
Supported |
|
Peak transaction performance |
≤ 500 TPS |
≤ 2000 TPS |
|
Consensus algorithms |
Raft(CFT) |
Supported |
Supported |
FBFT |
Not supported |
Supported |
|
Node management |
Maximum number of organizations |
2 |
5 |
Maximum number of peers in an organization |
2 |
2 |
|
Maximum number of orderers |
3 |
4 |
|
Maximum number of channels |
2 |
4 |
|
Automatic recovery from node faults |
Supported |
Supported |
|
Node auto scaling |
Supported |
Supported |
|
Maximum number of light nodes |
Not supported |
10 |
|
Security functions |
ECDSA |
Supported |
Supported |
OSCCA-published cryptographic algorithms |
Not supported |
Supported |
|
Additive homomorphic encryption |
Not supported |
Supported |
|
Zero knowledge proof |
Not supported |
Supported |
|
High availability |
Invoking smart contracts through RESTful APIs |
Supported |
Supported |
Common deployment |
Supported |
Supported |
|
High-availability deployment |
Not supported |
Not supported |
|
O&M and monitoring |
O&M logging |
Supported |
Supported |
Node status monitoring |
Supported |
Supported |
|
Status alarms |
Supported |
Supported |
|
Service support |
Named service manager |
Not supported |
Not supported |
Remote technical support from the R&D team |
Not supported |
Not supported |
|
Onsite technical support |
Not supported |
Not supported |
Edition |
Cloud Container Engine (CCE) Cluster |
Elastic Cloud Server (ECS) |
Elastic IP (EIP) Address |
VPCs and Subnets |
Container Networking |
---|---|---|---|---|---|
Basic Edition |
cce.s1.small (small-scale, single-master CCE cluster, supporting a maximum of 50 nodes) Single-AZ deployment |
Specification: 4 vCPUs and 8 GB memory Quantity: Number of peers in the organization/2 + Number of orderers (1) |
Private blockchain: no EIPs Consortium blockchain: one EIP for each cluster node EIP bandwidth: 1 Mbit/s |
VPC: 1; subnet: 1 |
VPC network |
Professional Edition |
cce.s2.small (small-scale, high-availability CCE cluster, supporting a maximum of 50 nodes) Multi-AZ deployment |
Specification: 8 vCPUs and 16 GB memory Quantity: Number of peers in the organization/2 + Number of orderers |
Private blockchain: no EIPs Consortium blockchain: one EIP for each cluster node EIP bandwidth: 5 Mbit/s |
VPC: 1; subnet: 1 |
VPC network |
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