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服务计算技术丛书:SOA服务设计原则(英文版)

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《SOA服务设计原则(英文版)》主要介绍了SOA基础和SOA设计原则,包括服务协议、服务耦合、服务抽象、服务可重用、服务自治、服务状态管理、服务发现、服务组合的设计原则和应用案例,最后对SOA和面向对象的设计方法进行了对比,在附录中给出SOA的服务交付、分析、服务建模、服务设计等参考流程。本书对业务工程进行了彻底的研究,引领读者学习了综合的、深入的、可视化的面向服务设计范例,精确地揭示了现实中的SOA服务应该如何设计。
Content Description

成功使用面向服务架构(SOA)的关键在于理解其最基本的组成模块——服务的含义和重要性。《服务计算技术丛书:SOA服务设计原则(英文版)》首先简要介绍了SOA与服务计算的概念和特点,然后着重阐述了8个核心设计原则:标准化服务合约、服务松散耦合、服务抽象、服务可复用性、服务自治、服务无状态性、服务可发现性和服务可组合性,每个设计原则都附有详细的设计范例。全书结构清晰、深入浅出,而且附有与《SOA设计模式》中关键设计模式之间的交叉参考。通过学习本书,读者能够学会如何设计现实中的SOA。
《服务计算技术丛书:SOA服务设计原则(英文版)》可供SOA领域的软件架构师、高级软件工程师、分析师、应用科研人员等参考学习。
Catalogue

Preface
Chapter 1:Introduction
1.1 Objectives of this Book
1.2 Who this Book Is For
1.3 What this Book Does Not Cover
Topics Covered by Other Books
SOA Standardization Efforts
1.4 How this Book Is Organized
Part I:Fundamentals
Part II:Design Principles
Part III:Supplemental
Appendices
1.5 Symbols,Figures,and Style Conventions
Symbol Legend
How Color Is Used
The Service Symbol
1.6 Additional Information
Updates,Errata,and Resources(www.soabooks.com)
Master Glossary(www.soaglossary.com)
Referenced Specifications(www.soaspecs.com)
Service-Oriented Computing Poster(www.soaposters.com)
The SOA Magazine(www.soamag.com)
Notification Service
Contact the Author

Chapter 2:Case Study
2.1 Case Study Background:Cutit Saws Ltd
History
Technical Infrastructure and Automation Environment
Business Goals and Obstacles
PART I:FUNDAMENTALS

Chapter 3:Service-Oriented Computing and SOA
3.1 Design Fundamentals
Design Characteristic
Design Principle
Design Paradigm
Design Pattern
Design Pattern Language
Design Standard
Best Practice
A Fundamental Design Framework
3.2 Introduction to Service-Oriented Computing
Service-Oriented Architecture
Service-Orientation,Services,and Service-Oriented Solution Logic
Service Compositions
Service Inventory
Understanding Service-Oriented Computing Elements
Service Models
SOA and Web Services
Service Inventory Blueprints
Service-Oriented Analysis and Service Modeling
Service-Oriented Design
Service-Oriented Architecture:Concepts,Technology,and Design
3.3 Goals and Benefits of Service-Oriented Computing
Increased Intrinsic Interoperability
Increased Federation
Increased Vendor Diversification Options
Increased Business and Technology Domain Alignment
Increased ROI
Increased Organizational Agility
Reduced IT Burden
3.4 Case Study Background

Chapter 4:Service-Orientation
4.1 Introduction to Service-Orientation
Services in Business Automation
Services Are Collections of Capabilities
Service-Orientation as a Design Paradigm
Service-Orientation and Interoperability
4.2 Problems Solved by Service-Orientation
Life Before Service-Orientation
The Need for Service-Orientation
4.3 Challenges Introduced by Service-Orientation
Design Complexity
The Need for Design Standards
Top-Down Requirements
Counter-Agile Service Delivery in Support of Agile Solution Delivery
Governance Demands
4.4 Additional Considerations
It Is Not a Revolutionary Paradigm
Enterprise-wide Standardization Is Not Required
Reuse Is Not an Absolute Requirement
4.5 Effects of Service-Orientation on the Enterprise
Service-Orientation and the Concept of""Application""
Service-Orientation and the Concept of""Integration""
The Service Composition
Application,Integration,and Enterprise Architectures
4.6 Origins and Influences of Service-Orientation
Object-Orientation
Web Services
Business Process Management(BPM)
Enterprise Application Integration(EAI)
Aspect-Oriented Programming(AOP)
4.7 Case Study Background

Chapter 5:Understanding Design Principles
5.1 Using Design Principles
Incorporate Principles within Service-Oriented Analysis
Incorporate Principles within Formal Design Processes
Establish Supporting Design Standards
Apply Principles to a Feasible Extent
5.2 Principle Profiles
5.3 Design Pattern References
5.4 Principles that Implement vs.Principles that Regulate
5.5 Principles and Service Implementation Mediums
""Capability""vs.""Operation""vs.""Method""
5.6 Principles and Design Granularity
Service Granularity
Capability Granularity
Data Granularity
Constraint Granularity
Sections on Granularity Levels
5.7 Case Study Background
The Lab Project Business Process
PART II:DESIGN PRINCIPLES

Chapter 6:Service Contracts(Standardization and Design)
6.1 Contracts Explained
Technical Contracts in Abstract
Origins of Service Contracts
6.2 Profiling this Principle
6.3 Types of Service Contract Standardization
Standardization of Functional Service Expression
Standardization of Service Data Representation
Standardization of Service Policies
6.4 Contracts and Service Design
Data Representation Standardization and Transformation Avoidance
Standardization and Granularity
Standardized Service Contracts and Service Models
How Standardized Service Contract Design Affects Other Principles
6.5 Risks Associated with Service Contract Design
Versioning
Technology Dependencies
Development Tool Deficiencies
6.6 More About Service Contracts
Non-Technical Service Contract Documents
Web Service Contract Design for SOA
6.7 Case Study Example
Planned Services
Design Standards
Standardized WSDL Definition Profiles
Standardized XML Schema Definitions
Standardized Service and Data Representation Layers
Service Descriptions
Conclusion

Chapter 7:Service Coupling(Intra-Service and Consumer Dependencies)
7.1 Coupling Explained
Coupling in Abstract
Origins of Software Coupling
7.2 Profiling this Principle
7.3 Service Contract Coupling Types
Logic-to-Contract Coupling(the coupling of service logic to the service contract)
Contract-to-Logic Coupling(the coupling of the service contract to its logic)
Contract-to-Technology Coupling(the coupling of the service contract to its underlying technology)
Contract-to-Implementation Coupling(the coupling of the service contract to its implementation environment)
Contract-to-Functional Coupling(the coupling of the service contract to external logic)
7.4 Service Consumer Coupling Types
Consumer-to-Implementation Coupling
Standardized Service Coupling and Contract Centralization
Consumer-to-Contract Coupling
Measuring Consumer Coupling
7.5 Service Loose Coupling and Service Design
Coupling and Service-Orientation
Service Loose Coupling and Granularity
Coupling and Service Models
How Service Loose Coupling Affects Other Principles
7.6 Risks Associated with Service Loose Coupling
Limitations of Logic-to-Contract Coupling
Problems when Schema Coupling Is""too loose""
7.7 Case Study Example
Coupling Levels of Existing Services
Introducing the InvLegacyAPI Service
Service Design Options

Chapter 8:Service Abstraction(Information Hiding and Meta Abstraction Types)
8.1 Abstraction Explained
Origins of Information Hiding
8.2 Profiling this Principle
Why Service Abstraction Is Needed
8.3 Types of Meta Abstraction
Technology Information Abstraction
Functional Abstraction
Programmatic Logic Abstraction
Quality of Service Abstraction
Meta Abstraction Types and the Web Service Regions of Influence
Meta Abstraction Types in the Real World
8.4 Measuring Service Abstraction
Contract Content Abstraction Levels
Access Control Levels
Abstraction Levels and Quality of Service Meta Information
8.5 Service Abstraction and Service Design
Service Abstraction vs.Service Encapsulation
How Encapsulation Can Affect Abstraction
Service Abstraction and Non-Technical Contract Documents
Service Abstraction and Granularity
Service Abstraction and Service Models
How Service Abstraction Affects Other Principles
8.6 Risks Associated with Service Abstraction
Multi-Consumer Coupling Requirements
Misjudgment by Humans
Security and Privacy Concerns
8.7 Case Study Example
Service Abstraction Levels
Operation-Level Abstraction Examples

Chapter 9:Service Reusability(Commercial and Agnostic Design)
9.1 Reuse Explained
Reuse in Abstract
Origins of Reuse
9.2 Profiling this Principle
9.3 Measuring Service Reusability and Applying Commercial Design
Commercial Design Considerations
Measures of Planned Reuse
Measuring Actual Reuse
Commercial Design Versus Gold-Plating
9.4 Service Reuse in SOA
Reuse and the Agnostic Service
The Service Inventory Blueprint
9.5 Standardized Service Reuse and Logic Centralization
Understanding Logic Centralization
Logic Centralization as an Enterprise Standard
Logic Centralization and Contract Centralization
Centralization and Web Services
Challenges to Achieving Logic Centralization
9.6 Service Reusability and Service Design
Service Reusability and Service Modeling
Service Reusability and Granularity
Service Reusability and Service Models
How Service Reusability Affects Other Principles
9.7 Risks Associated with Service Reusability and Commercial Design
Cultural Concerns
Governance Concerns
Reliability Concerns
Security Concerns
Commercial Design Requirement Concerns
Agile Delivery Concerns
9.8 Case Study Example
The Inventory Service Profile
Assessing Current Capabilities
Modeling for a Targeted Measure of Reusability
The New EditItemRecord Operation
The New ReportStockLevels Operation
The New AdjustItemsQuantity Operation
Revised Inventory Service Profile

Chapter 10:Service Autonomy(Processing Boundaries and Control)
10.1 Autonomy Explained
Autonomy in Abstract
Origins of Autonomy
10.2 Profiling this Principle
10.3 Types of Service Autonomy
Runtime Autonomy(execution)
Design-Time Autonomy(governance)
10.4 Measuring Service Autonomy
Service Contract Autonomy(services with normalized contracts)
Shared Autonomy
Service Logic Autonomy(partially isolated services)
Pure Autonomy(isolated services)
Services with Mixed Autonomy
10.5 Autonomy and Service Design
Service Autonomy and Service Modeling
Service Autonomy and Granularity
Service Autonomy and Service Models
How Service Autonomy Affects Other Principles
10.6 Risks Associated with Service Autonomy
Misjudging the Service Scope
Wrapper Services and Legacy Logic Encapsulation
Overestimating Service Demand
10.7 Case Study Example
Existing Implementation Autonomy of the GetItem Operation
New Operation-Level Architecture with Increased Autonomy
Effect on the Run Lab Project Composition

Chapter 11:Service Statelessness(State Management Deferral and Stateless Design)
11.1 State Management Explained
State Management in Abstract
Origins of State Management
Deferral vs.Delegation
11.2 Profiling this Principle
11.3 Types of State
Active and Passive
Stateless and Stateful
Session and Context Data
11.4 Measuring Service Statelessness
Non-Deferred State Management(low-to-no statelessness)
Partially Deferred Memory(reduced statefulness)
Partial Architectural State Management Deferral(moderate statelessness)
Full Architectural State Management Deferral(high statelessness)
Internally Deferred State Management(high statelessness)
11.5 Statelessness and Service Design
Messaging as a State Deferral Option
Service Statelessness and Service Instances
Service Statelessness and Granularity
Service Statelessness and Service Models
How Service Statelessness Affects Other Principles
11.6 Risks Associated with Service Statelessness
Dependency on the Architecture
Increased Runtime Performance Demands
Underestimating Delivery Effort
11.7 Case Study Example
Solution Architecture with State Management Deferral
Step 1
Step 2
Step 3
Step 4
Step 5
Step 6
Step 7

Chapter 12:Service Discoverability(Interpretability and Communication)
12.1 Discoverability Explained
Discovery and Interpretation,Discoverability and Interpretability in Abstract
Origins of Discovery
12.2 Profiling this Principle
12.3 Types of Discovery and Discoverability Meta Information
Design-Time and Runtime Discovery
Discoverability Meta Information
Functional Meta Data
Quality of Service Meta Data
12.4 Measuring Service Discoverability
Fundamental Levels
Custom Rating System
12.5 Discoverability and Service Design
Service Discoverability and Service Modeling
Service Discoverability and Granularity
Service Discoverability and Policy Assertions
Service Discoverability and Service Models
How Service Discoverability Affects Other Principles
12.6 Risks Associated with Service Discoverability
Post-Implementation Application of Discoverability
Application of this Principle by Non-Communicative Resources
12.7 Case Study Example
Service Profiles(Functional Meta Information)
Related Quality of Service Meta Information

Chapter 13:Service Composability(Composition Member Design and Complex Compositions)
13.1 Composition Explained
Composition in Abstract
Origins of Composition
13.2 Profiling this Principle
13.3 Composition Concepts and Terminology
Compositions and Composition Instances
Composition Members and Controllers
Service Compositions and Web Services
Service Activities
Composition Initiators
Point-to-Point Data Exchanges and Compositions
Types of Compositions
13.4 The Complex Service Composition
Stages in the Evolution of a Service Inventory
Defining the Complex Service Composition
Preparing for the Complex Service Composition
13.5 Measuring Service Composability and Composition Effectiveness Potential
Evolutionary Cycle States of a Composition
Composition Design Assessment
Composition Runtime Assessment
Composition Governance Assessment
Measuring Composability
13.6 Composition and Service Design
Service Composability and Granularity
Service Composability and Service Models
Service Composability and Composition Autonomy
Service Composability and Orchestration
How Service Composability Affects Other Principles
13.7 Risks Associated with Service Composition
Composition Members as Single Points of Failure
Composition Members as Performance Bottlenecks
Governance Rigidity of""Over-Reuse""in Compositions
13.8 Case Study Example
PART III:SUPPLEMENTAL

Chapter 14:Service-Orientation and Object-Orientation:A Comparison of Principles and Concepts
14.1 A Tale of Two Design Paradigms
14.2 A Comparison of Goals
Increased Business Requirements Fulfillment
Increased Robustness
Increased Extensibility
Increased Flexibility
Increased Reusability and Productivity
14.3 A Comparison of Fundamental Concepts
Classes and Objects
Methods and Attributes
Messages
Interfaces
14.4 A Comparison of Design Principles
Encapsulation
Inheritance
Generalization and Specialization
Abstraction
Polymorphism
Open-Closed Principle(OCP)
Don恡 Repeat Yourself(DRY)
Single Responsibility Principle(SRP)
Delegation
Association
Composition
Aggregation
14.5 Guidelines for Designing Service-Oriented Classes
Implement Class Interfaces
Limit Class Access to Interfaces
Do Not Define Public Attributes in Interfaces
Use Inheritance with Care
Avoid Cross-Service""has-a""Relationships
Use Abstract Classes for Modeling,Not Design
Use Fa?ade Classes

Chapter 15:Supporting Practices
15.1 Service Profiles
Service-Level Profile Structure
Capability Profile Structure
Additional Considerations
15.2 Vocabularies
Service-Oriented Computing Terms
Service Classification Terms
Types and Associated Terms
Design Principle Application Levels
15.3 Organizational Roles
Service Analyst
Service Architect
Service Custodian
Schema Custodian
Policy Custodian
Service Registry Custodian
Technical Communications Specialist
Enterprise Architect
Enterprise Design Standards Custodian(and Auditor)

Chapter 16:Mapping Service-Orientation Principles to Strategic Goals
16.1 Principles that Increase Intrinsic Interoperability
16.2 Principles that Increase Federation
16.3 Principles that Increase Vendor Diversification Options
16.4 Principles that Increase Business and Technology Domain Alignment
16.5 Principles that Increase ROI
16.6 Principles that Increase Organizational Agility
16.7 Principles that Reduce the Overall Burden of IT
PART IV:APPENDICES
Appendix A:Case Study Conclusion
Appendix B:Process Descriptions
B.1 Delivery Processes
Bottom-Up vs. Top-Down
The Inventory Analysis Cycle
Inventory Analysis and Service-Oriented Design
Choosing a Delivery Strategy
B.2 Service-Oriented Analysis Process
Define Analysis Scope
Identify Affected Systems
Perform Service Modeling
B.3 Service Modeling Process
B.4 Service-Oriented Design Processes
Design Processes and Service Models
Service Design Processes and Service-Orientation
Appendix C:Principles and Patterns Cross-Reference
Additional Resources
About the Author
About the Photos
Index
Book Abstract

Learning from one’s mistakes is one of the most essential principles of life. As the old saying goes, “One cannot achieve success without failure.” When I hear that saying I sometimes mentally append it with “…unless one happens to be lucky.” While there may be some truth to this, the fact is that luck is not something we want to ever have to depend on when building service-oriented architecture (SOA). Optimistic project plans or risk assessments qualified with “…as long as we get lucky” won’t have much success instilling confidence (or receiving funding).
Apersonal mantra of mine that has emerged from involvement in numerous SOA projects preaches that “the key to successfully doing something is in successfully understanding what you’re doing.” Again, disregarding the luck factor, this philosophy is very relevant to service-oriented computing and forms the basis and purpose of this book.
The content provided in the upcoming chapters is intended to help you become a “true” SOA professional. By that I mean someone who has a clear vision of what it means for a software program to be “service-oriented,” who can speak about service-oriented computing from a real-world perspective, and who approaches the design of services with a deep insight into the dynamics behind service-orientation.
Furthermore, such an individual requires the ability to assess options in technology, design, development, delivery, and governance―all important success factors in SOA initiatives. What this translates into for the SOA professional is a need for an increased level of judgment.
Judgment can be seen as a combination of common sense plus a sound knowledge of whatever is being judged. In the world of SOA projects, this points to two specific areas: a need to understand service-oriented computing with absolute clarity and a need to understand your own environments, constraints, and strategic goals just as well. With this range of knowledge, you can leverage what the service-oriented computing platform has to offer in order to fulfill your strategic goals within whatever boundaries you are required to operate.
In theory this makes sense, but there is still something important missing from this formula. Nothing helps raise the level of one’s judgment more than actual experience. There’s no better way to truly appreciate the strategic potential of service-oriented computing and the spectrum of challenges that come with its adoption, than to personally go through the motions of a typical enterprise SOA project. This book can’t replace real-world experience, but it strives to be the next best thing.
1.1 Objectives of this Book The focus of this book is first and foremost on the design of services for SOA. There is a constant emphasis on how and where design principles can and should be applied with the ultimate goal of producing high quality services.
Specifically, this book has the following objectives: . to clearly establish the criteria for solution logic to be classified as “service-oriented” . to provide complete coverage of the service-orientation design paradigm . to document specific design characteristics realized by the application of individual design principles . to describe how the application of each principle affects others . to explain the link between the design characteristics realized by serviceorientation and the strategic goals associated with SOA and service-oriented computing . to establish the origins of service-orientation and identify how this paradigm differs from other design approaches Essentially, this guide intends to provide practical, comprehensive, and in-depth coverage of the service-orientation design paradigm, which encompasses the official definition and detailed explanation of eight key principles, each of which is explored in a separate chapter.
1.2 Who this Book Is For
As a guide dedicated to service design, this book will be useful to IT professionals interested in or involved with technology architecture, systems analysis, and solution design. Specifically, this book will be helpful to developers, analysts, and architects who: . want to know how to design services for SOA so that they fully support the goals and benefits of service-oriented computing . want to understand the service-orientation design paradigm . want to learn about how SOA and service-orientation relate to and can be implemented through Web services . want in-depth guidance for designing different types of services . want an understanding of how services need to be designed in support of complex service aggregation and composition . want to learn about design considerations that apply not just to the entire service, but also to individual service capabilities . want to better comprehend how services can and should relate to each other . want deep insight into how service contracts should be shaped in support of service-orientation . want to know how to determine the appropriate levels of service, apability, data, and constraint granularity . want an awareness of how WSDL, XML schema, and WS-Policy definitions are best positioned within service designs . want to understand the origins of service-orientation and how specifically it differs from object-orientation . will be involved with creating design standards for SOA-based solutions 1.3 What this Book Does Not Cover SOA and service-oriented computing represent broad subject matters. Many books can be written to explore various aspects of technology, architecture, analysis, and design.
This book is focused solely on service engineering and the science of service design. Topics Covered by Other Books Aprimary objective of the Prentice Hall Service-Oriented Computing Series from Thomas Erl is to establish a library of complementary books dedicated to service-oriented computing.
To accomplish this, an effort has been made to minimize overlap between this title and others in the series.
For example, even though service design touches upon numerous architectural issues, it is important to acknowledge that this is a book about designing services for SOA, not about designing SOA itself. The companion title, SOA: Design Patterns, provides a catalog of patterns, many of which deal directly with architectural design.
1.3 What this Book Does Not Cover 5
Furthermore, this book is not a tutorial about Web services or SOA fundamentals. Several books have already covered this ground sufficiently. Although some chapters provide introductory coverage of service-oriented computing, they do not go into detail.
A number of sections also assume some knowledge of WSDL, XML schema, and WSPolicy.
Basic tutorials for these technologies and structured “how-to” content for SOA is provided in Service-Oriented Architecture: Concepts, Technology, and Design, another official companion guide also part of this book series.
Finally, although this book includes a number of case study examples, it does not provide full code samples of implemented services or service contracts. The book Web Service Contract Design for SOA is wholly dedicated to the design of Web service contracts and provides both basic and advanced tutorials for WSDL, XML schema, WS-Policy, SOAP, and WS-Addressing. Additionally, several other series titles in development are dedicated to supplying comprehensive coverage of how to build services using different development platforms, such as .NET and Java.
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  • 美國

    標準配送 $5.99(不含阿拉斯加,夏威夷),最終價滿$49免運費

    本地配送$5.99(加州,紐約州,新澤西,麻省和賓夕法尼亞,以上州部分地區);最終價滿$49免運費

    兩日達(含阿拉斯加夏威夷)運費19.99美元起

退換政策

亞米網希望為我們的客戶提供最優秀的售後服務,讓所有人都能放心在亞米購物。亞米自營商品在滿足退換貨條件的情況下,可在收到包裹的30天之內退換商品(食品因商品質量問題7天內可退換;為了確保每位客戶都能獲得安全和高質量的商品,對於美妝類產品,一經開封或使用即不提供退款或退貨服務,質量問題除外;其他特殊商品需聯繫客服諮詢)。
感謝您的理解和支持。

查看詳情

由 亞米 銷售

亞米電子禮品卡使用規則

若購買時選擇自動儲值,訂單完成後禮品卡將自動儲值至您的帳戶;

若購買時選擇發送郵件,訂單完成後系統將自動發送卡號和密碼到您填寫的郵箱;

寄送郵件時,任何使用者均可使用郵件中的卡號密碼進行禮卡儲值,請妥善保管郵件資訊。

如接收郵件遇到問題,請聯絡客服處理;

發送郵件時,若禮卡沒有被兌換,可以補發郵件。若已經被其他用戶兌換,無法補償;

亞米網電子禮卡可用於購買自營或第三方商品;

亞米網電子禮卡沒有有效期限限制,長期有效;

亞米網電子禮卡的金額,可分多次使用;

亞米網電子禮卡業務規則,最終解釋權歸亞米網所有。

退換政策

已消費的電子禮卡不支持退款。

JD@CHINA 銷售

服務保障

Yami 滿$49免運費
Yami 最優售後
Yami 美國本土出貨

配送資訊

  • 美國

    標準配送 $5.99(不含阿拉斯加,夏威夷),最終價滿$49免運費

    本地配送$5.99(加州,紐約州,新澤西,麻省和賓夕法尼亞,以上州部分地區);最終價滿$49免運費

    兩日達(含阿拉斯加夏威夷)運費19.99美元起

退換政策

提供30天內退還保障。產品需全新未使用原包裝內,並附有購買憑證。產品品質問題、或錯發漏發等,由商家造成的失誤,將進行補發,或退款處理。其它原因需退貨費用由客戶自行承擔。

由 JD@CHINA 銷售

服務保障

Yami 跨店滿$69免運費
Yami 30天退換保障

亞米-中國集運倉

由亞米從中國精選並集合各大優秀店舖的商品至亞米中國整合中心,合併包裹後將一次合包跨國郵寄至您的地址。跨店包郵門檻低至$69。您將在多商家集合提供的廣泛選購商品中選購商品,輕鬆享有跨店鋪包郵後的低郵資。

退換政策

提供30天內退換保障。產品需在全新未使用的原包裝內,並附有購買憑證。產品品質問題、錯發、或漏發等商家造成的失誤,將進行退款處理。其它原因造成的退換貨郵費客戶將需要自行承擔。由於所有商品均長途跋涉,偶有簡易外包壓磨等但不涉及內部品質問題者,不予退換。

配送資訊

亞米中國集運 Consolidated Shipping 運費$9.99(訂單滿$69 包郵)

下單後2個工作天中國商家出貨,所有包裹抵達亞米中國整合中心(除特別情況及中國境內個別法定假日外)會合併包裹後透過UPS發往美國。 UPS從中國出貨後到美國境內的平均時間為10個工作天左右,可隨時根據直發單號追蹤查詢。受疫情影響,目前物流可能延遲5天左右。包裹需要客人簽收。如未簽收,客人須承擔包裹遺失風險。

由 JD@CHINA 銷售

服務保障

滿69免運費
正品保證

配送資訊

Yami Consolidated Shipping 運費$9.99(訂單滿$69包郵)


Seller will ship the orders within 1-2 business days. The logistics time limit is expected to be 7-15 working days. In case of customs clearance, the delivery time will be extended by 3-7 days. The final receipt date is subject to the information of the postal company.

積分規則

不參加任何折扣活動以及亞米會員積分制度。

退換政策

提供30天內退還保障。產品需全新未使用原包裝內,並附有購買憑證。產品品質問題、或錯發漏發等,由商家造成的失誤,將進行補發,或退款處理。其它原因需退貨費用由客戶自行承擔。

Yami

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