본문

서브메뉴

Mastering API Architecture
Mastering API Architecture
Mastering API Architecture

상세정보

자료유형  
 전자책 국외
최종처리일시  
20260202073946.0
ISBN  
9781492090588 (electronic bk.)
ISBN  
9781492090632
저자명  
Gough, James.
서명/저자  
Mastering API Architecture
판사항  
1st ed.
형태사항  
1 online resource (289 pages)
내용주기  
완전내용Cover -- Copyright -- Table of Contents -- Foreword -- Preface -- Why Did We Write This Book? -- Why Should You Read This Book? -- Who This Book Is For -- Developer -- Accidental Architect -- Solutions/Enterprise Architect -- What You Will Learn -- What This Book Is Not -- Conventions Used in This Book -- Using Code Examples -- O'Reilly Online Learning -- How to Contact Us -- Acknowledgments -- James Gough -- Daniel Bryant -- Matthew Auburn -- Introduction -- The Architecture Journey -- A Brief Introduction to APIs -- Running Example: Conference System Case Study -- Types of APIs in the Conference Case Study -- Reasons for Changing the Conference System -- From Tiered Architecture to Modeling APIs -- Case Study: An Evolutionary Step -- API Infrastructure and Traffic Patterns -- Roadmap for the Conference Case Study -- Using C4 Diagrams -- C4 Context Diagram -- C4 Container Diagram -- C4 Component Diagram -- Using Architecture Decision Records -- Attendees Evolution ADR -- Mastering API: ADR Guidelines -- Summary -- Part I. Designing, Building, and Testing APIs -- Chapter 1. Design, Build, and Specify APIs -- Case Study: Designing the Attendee API -- Introduction to REST -- Introduction to REST and HTTP by Example -- The Richardson Maturity Model -- Introduction to Remote Procedure Call (RPC) APIs -- A Brief Mention of GraphQL -- REST API Standards and Structure -- Collections and Pagination -- Filtering Collections -- Error Handling -- ADR Guideline: Choosing an API Standard -- Specifying REST APIs Using OpenAPI -- Practical Application of OpenAPI Specifications -- Code Generation -- OpenAPI Validation -- Examples and Mocking -- Detecting Changes -- API Versioning -- Semantic Versioning -- OpenAPI Specification and Versioning -- Implementing RPC with gRPC -- Modeling Exchanges and Choosing an API Format -- High-Traffic Services.
내용주기  
완전내용Large Exchange Payloads -- HTTP/2 Performance Benefits -- Vintage Formats -- Guideline: Modeling Exchanges -- Multiple Specifications -- Does the Golden Specification Exist? -- Challenges of Combined Specifications -- Summary -- Chapter 2. Testing APIs -- Conference System Scenario for This Chapter -- Testing Strategies -- Test Quadrant -- Test Pyramid -- ADR Guideline for Testing Strategies -- Contract Testing -- Why Contract Testing Is Often Preferable -- How a Contract Is Implemented -- ADR Guideline: Contract Testing -- API Component Testing -- Contract Testing Versus Component Testing -- Case Study: Component Test to Verify Behavior -- API Integration Testing -- Using Stub Servers: Why and How -- ADR Guideline: Integration Testing -- Containerizing Test Components: Testcontainers -- Case Study: Applying Testcontainers to Verify Integrations -- End-to-End Testing -- Automating End-to-End Validation -- Types of End-to-End Tests -- ADR Guideline: End-to-End Testing -- Summary -- Part II. API Traffic Management -- Chapter 3. API Gateways: Ingress Traffic Management -- Is an API Gateway the Only Solution? -- Guideline: Proxy, Load Balancer, or API Gateway -- Case Study: Exposing the Attendee Service to Consumers -- What Is an API Gateway? -- What Functionality Does an API Gateway Provide? -- Where Is an API Gateway Deployed? -- How Does an API Gateway Integrate with Other Technologies at the Edge? -- Why Use an API Gateway? -- Reduce Coupling: Adapter/Facade Between Frontends and Backends -- Simplify Consumption: Aggregating/Translating Backend Services -- Protect APIs from Overuse and Abuse: Threat Detection and Mitigation -- Understand How APIs Are Being Consumed: Observability -- Manage APIs as Products: API Lifecycle Management -- Monetize APIs: Account Management, Billing, and Payment -- A Modern History of API Gateways.
내용주기  
완전내용1990s Onward: Hardware Load Balancers -- Early 2000s Onward: Software Load Balancers -- Mid-2000s: Application Delivery Controllers (ADCs) -- Early 2010s: First-Generation API Gateways -- 2015 Onward: Second-Generation API Gateways -- Current API Gateway Taxonomy -- Traditional Enterprise Gateways -- Microservices/Micro Gateways -- Service Mesh Gateways -- Comparing API Gateway Types -- Case Study: Evolving the Conference System Using an API Gateway -- Installing Ambassador Edge Stack in Kubernetes -- Configuring Mappings from URL Paths to Backend Services -- Configuring Mappings Using Host-based Routing -- Deploying API Gateways: Understanding and Managing Failure -- API Gateway as a Single Point of Failure -- Detecting and Owning Problems -- Resolving Incidents and Issues -- Mitigating Risks -- Common API Gateway Implementation Pitfalls -- API Gateway Loopback -- API Gateway as an ESB -- Turtles (API Gateways) All the Way Down -- Selecting an API Gateway -- Identifying Requirements -- Build Versus Buy -- ADR Guideline: Selecting an API Gateway -- Summary -- Chapter 4. Service Mesh: Service-to-Service Traffic Management -- Is Service Mesh the Only Solution? -- Guideline: Should You Adopt Service Mesh? -- Case Study: Extracting Sessions Functionality to a Service -- What Is Service Mesh? -- What Functionality Does a Service Mesh Provide? -- Where Is a Service Mesh Deployed? -- How Does a Service Mesh Integrate with Other Networking Technologies? -- Why Use a Service Mesh? -- Fine-grained Control of Routing, Reliability, and Traffic Management -- Provide Transparent Observability -- Enforce Security: Transport Security, Authentication, and Authorization -- Supporting Cross-Functional Communication Across Languages -- Separating Ingress and Service-to-Service Traffic Management -- Evolution of Service Mesh -- Early History and Motivations.
내용주기  
완전내용Implementation Patterns -- Service Mesh Taxonomy -- Case Study: Using a Service Mesh for Routing, Observability, and Security -- Routing with Istio -- Observing Traffic with Linkerd -- Network Segmentation with Consul -- Deploying a Service Mesh: Understanding and Managing Failure -- Service Mesh as a Single Point of Failure -- Common Service Mesh Implementation Challenges -- Service Mesh as ESB -- Service Mesh as Gateway -- Too Many Networking Layers -- Selecting a Service Mesh -- Identifying Requirements -- Build Versus Buy -- Checklist: Selecting a Service Mesh -- Summary -- Part III. API Operations and Security -- Chapter 5. Deploying and Releasing APIs -- Separating Deployment and Release -- Case Study: Feature Flagging -- Traffic Management -- Case Study: Modeling Releases in the Conference System -- API Lifecycle -- Mapping Release Strategies to Lifecycle -- ADR Guideline: Separating Release from Deployment with Traffic Management and Feature Flags -- Release Strategies -- Canary Releases -- Traffic Mirroring -- Blue-Green -- Case Study: Performing Rollouts with Argo Rollouts -- Monitoring for Success and Identifying Failure -- Three Pillars of Observability -- Important Metrics for APIs -- Reading the Signals -- Application Decisions for Effective Software Releases -- Response Caching -- Application-Level Header Propagation -- Logging to Assist Debugging -- Considering an Opinionated Platform -- ADR Guideline: Opinionated Platforms -- Summary -- Chapter 6. Operational Security: Threat Modeling for APIs -- Case Study: Applying OWASP to the Attendee API -- The Risk of Not Securing External APIs -- Threat Modeling 101 -- Thinking Like an Attacker -- How to Threat Model -- Step 1: Identify Your Objectives -- Step 2: Gather the Right Information -- Step 3: Decompose the System -- Step 4: Identify Threats-Taking This in Your STRIDE.
내용주기  
완전내용Step 5: Evaluate Threat Risks -- Step 6: Validation -- Summary -- Chapter 7. API Authentication and Authorization -- Authentication -- End-User Authentication with Tokens -- System-to-System Authentication -- Why You Shouldn't Mix Keys and Users -- OAuth2 -- Authorization Server Role with API Interactions -- JSON Web Tokens (JWT) -- Terminology and Mechanisms of OAuth2 Grants -- ADR Guideline: Should I Consider Using OAuth2? -- Authorization Code Grant -- Refresh Tokens -- Client Credentials Grant -- Additional OAuth2 Grants -- ADR Guideline: Choosing Which OAuth2 Grants to Support -- OAuth2 Scopes -- Authorization Enforcement -- Introducing OIDC -- SAML 2.0 -- Summary -- Part IV. Evolutionary Architecture with APIs -- Chapter 8. Redesigning Applications to API-Driven Architectures -- Why Use APIs to Evolve a System? -- Creating Useful Abstractions: Increasing Cohesion -- Clarifying Domain Boundaries: Promoting Loose Coupling -- Case Study: Establishing Attendee Domain Boundaries -- End State Architecture Options -- Monolith -- Service-Oriented Architecture (SOA) -- Microservices -- Functions -- Managing the Evolutionary Process -- Determine Your Goals -- Using Fitness Functions -- Decomposing a System into Modules -- Creating APIs as "Seams" for Extension -- Identifying Change Leverage Points within a System -- Continuous Delivery and Verification -- Architectural Patterns for Evolving Systems with APIs -- Strangler Fig -- Facade and Adapter -- API Layer Cake -- Identifying Pain Points and Opportunities -- Upgrade and Maintenance Issues -- Performance Issues -- Breaking Dependencies: Highly Coupled APIs -- Summary -- Chapter 9. Using API Infrastructure to Evolve Toward Cloud Platforms -- Case Study: Moving the Attendee Service to the Cloud -- Choosing a Cloud Migration Strategy -- Retain or Revisit -- Rehost -- Replatform -- Repurchase.
내용주기  
완전내용Refactor/Re-architect.
기타저자  
Bryant, Daniel.
기타저자  
Auburn, Matthew.
기타형태저록  
Print version / Gough, JamesMastering API Architecture. Sebastopol : O'Reilly Media, Incorporated,c2022. 9781492090632
전자적 위치 및 접속  
로그인 후 원문을 볼 수 있습니다.

MARC

 008260202s2022        xx            o                  0  eng  d
■001EBC30189056
■003MiAaPQ
■00520260202073946.0
■006m          o    d  |            
■007cr  cnu||||||||
■020    ▼a9781492090588▼q(electronic  bk.)
■020    ▼z9781492090632
■035    ▼a(MiAaPQ)EBC30189056
■035    ▼a(Au-PeEL)EBL30189056
■035    ▼a(OCoLC)1348481628
■040    ▼aMiAaPQ▼beng▼erda▼epn▼cMiAaPQ▼dMiAaPQ
■1001  ▼aGough,  James.
■24510▼aMastering  API  Architecture
■250    ▼a1st  ed.
■264  1▼aSebastopol▼bO'Reilly  Media,  Incorporated▼c2022.
■264  4▼c?022.
■300    ▼a1  online  resource  (289  pages)
■336    ▼atext▼btxt▼2rdacontent
■337    ▼acomputer▼bc▼2rdamedia
■338    ▼aonline  resource▼bcr▼2rdacarrier
■5050  ▼aCover  --  Copyright  --  Table  of  Contents  --  Foreword  --  Preface  --  Why  Did  We  Write  This  Book?  --  Why  Should  You  Read  This  Book?  --  Who  This  Book  Is  For  --  Developer  --  Accidental  Architect  --  Solutions/Enterprise  Architect  --  What  You  Will  Learn  --  What  This  Book  Is  Not  --  Conventions  Used  in  This  Book  --  Using  Code  Examples  --  O'Reilly  Online  Learning  --  How  to  Contact  Us  --  Acknowledgments  --  James  Gough  --  Daniel  Bryant  --  Matthew  Auburn  --  Introduction  --  The  Architecture  Journey  --  A  Brief  Introduction  to  APIs  --  Running  Example:  Conference  System  Case  Study  --  Types  of  APIs  in  the  Conference  Case  Study  --  Reasons  for  Changing  the  Conference  System  --  From  Tiered  Architecture  to  Modeling  APIs  --  Case  Study:  An  Evolutionary  Step  --  API  Infrastructure  and  Traffic  Patterns  --  Roadmap  for  the  Conference  Case  Study  --  Using  C4  Diagrams  --  C4  Context  Diagram  --  C4  Container  Diagram  --  C4  Component  Diagram  --  Using  Architecture  Decision  Records  --  Attendees  Evolution  ADR  --  Mastering  API:  ADR  Guidelines  --  Summary  --  Part  I.  Designing,  Building,  and  Testing  APIs  --  Chapter  1.  Design,  Build,  and  Specify  APIs  --  Case  Study:  Designing  the  Attendee  API  --  Introduction  to  REST  --  Introduction  to  REST  and  HTTP  by  Example  --  The  Richardson  Maturity  Model  --  Introduction  to  Remote  Procedure  Call  (RPC)  APIs  --  A  Brief  Mention  of  GraphQL  --  REST  API  Standards  and  Structure  --  Collections  and  Pagination  --  Filtering  Collections  --  Error  Handling  --  ADR  Guideline:  Choosing  an  API  Standard  --  Specifying  REST  APIs  Using  OpenAPI  --  Practical  Application  of  OpenAPI  Specifications  --  Code  Generation  --  OpenAPI  Validation  --  Examples  and  Mocking  --  Detecting  Changes  --  API  Versioning  --  Semantic  Versioning  --  OpenAPI  Specification  and  Versioning  --  Implementing  RPC  with  gRPC  --  Modeling  Exchanges  and  Choosing  an  API  Format  --  High-Traffic  Services.
■5058  ▼aLarge  Exchange  Payloads  --  HTTP/2  Performance  Benefits  --  Vintage  Formats  --  Guideline:  Modeling  Exchanges  --  Multiple  Specifications  --  Does  the  Golden  Specification  Exist?  --  Challenges  of  Combined  Specifications  --  Summary  --  Chapter  2.  Testing  APIs  --  Conference  System  Scenario  for  This  Chapter  --  Testing  Strategies  --  Test  Quadrant  --  Test  Pyramid  --  ADR  Guideline  for  Testing  Strategies  --  Contract  Testing  --  Why  Contract  Testing  Is  Often  Preferable  --  How  a  Contract  Is  Implemented  --  ADR  Guideline:  Contract  Testing  --  API  Component  Testing  --  Contract  Testing  Versus  Component  Testing  --  Case  Study:  Component  Test  to  Verify  Behavior  --  API  Integration  Testing  --  Using  Stub  Servers:  Why  and  How  --  ADR  Guideline:  Integration  Testing  --  Containerizing  Test  Components:  Testcontainers  --  Case  Study:  Applying  Testcontainers  to  Verify  Integrations  --  End-to-End  Testing  --  Automating  End-to-End  Validation  --  Types  of  End-to-End  Tests  --  ADR  Guideline:  End-to-End  Testing  --  Summary  --  Part  II.  API  Traffic  Management  --  Chapter  3.  API  Gateways:  Ingress  Traffic  Management  --  Is  an  API  Gateway  the  Only  Solution?  --  Guideline:  Proxy,  Load  Balancer,  or  API  Gateway  --  Case  Study:  Exposing  the  Attendee  Service  to  Consumers  --  What  Is  an  API  Gateway?  --  What  Functionality  Does  an  API  Gateway  Provide?  --  Where  Is  an  API  Gateway  Deployed?  --  How  Does  an  API  Gateway  Integrate  with  Other  Technologies  at  the  Edge?  --  Why  Use  an  API  Gateway?  --  Reduce  Coupling:  Adapter/Facade  Between  Frontends  and  Backends  --  Simplify  Consumption:  Aggregating/Translating  Backend  Services  --  Protect  APIs  from  Overuse  and  Abuse:  Threat  Detection    and  Mitigation  --  Understand  How  APIs  Are  Being  Consumed:  Observability  --  Manage  APIs  as  Products:  API  Lifecycle  Management  --  Monetize  APIs:  Account  Management,  Billing,  and  Payment  --  A  Modern  History  of  API  Gateways.
■5058  ▼a1990s  Onward:  Hardware  Load  Balancers  --  Early  2000s  Onward:  Software  Load  Balancers  --  Mid-2000s:  Application  Delivery  Controllers  (ADCs)  --  Early  2010s:  First-Generation  API  Gateways  --  2015  Onward:  Second-Generation  API  Gateways  --  Current  API  Gateway  Taxonomy  --  Traditional  Enterprise  Gateways  --  Microservices/Micro  Gateways  --  Service  Mesh  Gateways  --  Comparing  API  Gateway  Types  --  Case  Study:  Evolving  the  Conference  System  Using    an  API  Gateway  --  Installing  Ambassador  Edge  Stack  in  Kubernetes  --  Configuring  Mappings  from  URL  Paths  to  Backend  Services  --  Configuring  Mappings  Using  Host-based  Routing  --  Deploying  API  Gateways:  Understanding  and    Managing  Failure  --  API  Gateway  as  a  Single  Point  of  Failure  --  Detecting  and  Owning  Problems  --  Resolving  Incidents  and  Issues  --  Mitigating  Risks  --  Common  API  Gateway  Implementation  Pitfalls  --  API  Gateway  Loopback  --  API  Gateway  as  an  ESB  --  Turtles  (API  Gateways)  All  the  Way  Down  --  Selecting  an  API  Gateway  --  Identifying  Requirements  --  Build  Versus  Buy  --  ADR  Guideline:  Selecting  an  API  Gateway  --  Summary  --  Chapter  4.  Service  Mesh:  Service-to-Service    Traffic  Management  --  Is  Service  Mesh  the  Only  Solution?  --  Guideline:  Should  You  Adopt  Service  Mesh?  --  Case  Study:  Extracting  Sessions  Functionality  to  a  Service  --  What  Is  Service  Mesh?  --  What  Functionality  Does  a  Service  Mesh  Provide?  --  Where  Is  a  Service  Mesh  Deployed?  --  How  Does  a  Service  Mesh  Integrate  with  Other  Networking  Technologies?  --  Why  Use  a  Service  Mesh?  --  Fine-grained  Control  of  Routing,  Reliability,  and  Traffic  Management  --  Provide  Transparent  Observability  --  Enforce  Security:  Transport  Security,  Authentication,    and  Authorization  --  Supporting  Cross-Functional  Communication  Across  Languages  --  Separating  Ingress  and  Service-to-Service  Traffic  Management  --  Evolution  of  Service  Mesh  --  Early  History  and  Motivations.
■5058  ▼aImplementation  Patterns  --  Service  Mesh  Taxonomy  --  Case  Study:  Using  a  Service  Mesh  for  Routing,  Observability,  and  Security  --  Routing  with  Istio  --  Observing  Traffic  with  Linkerd  --  Network  Segmentation  with  Consul  --  Deploying  a  Service  Mesh:  Understanding  and    Managing  Failure  --  Service  Mesh  as  a  Single  Point  of  Failure  --  Common  Service  Mesh  Implementation  Challenges  --  Service  Mesh  as  ESB  --  Service  Mesh  as  Gateway  --  Too  Many  Networking  Layers  --  Selecting  a  Service  Mesh  --  Identifying  Requirements  --  Build  Versus  Buy  --  Checklist:  Selecting  a  Service  Mesh  --  Summary  --  Part  III.  API  Operations  and  Security  --  Chapter  5.  Deploying  and  Releasing  APIs  --  Separating  Deployment  and  Release  --  Case  Study:  Feature  Flagging  --  Traffic  Management  --  Case  Study:  Modeling  Releases  in  the  Conference  System  --  API  Lifecycle  --  Mapping  Release  Strategies  to  Lifecycle  --  ADR  Guideline:  Separating  Release  from  Deployment  with  Traffic  Management  and  Feature  Flags  --  Release  Strategies  --  Canary  Releases  --  Traffic  Mirroring  --  Blue-Green  --  Case  Study:  Performing  Rollouts  with  Argo  Rollouts  --  Monitoring  for  Success  and  Identifying  Failure  --  Three  Pillars  of  Observability  --  Important  Metrics  for  APIs  --  Reading  the  Signals  --  Application  Decisions  for  Effective  Software  Releases  --  Response  Caching  --  Application-Level  Header  Propagation  --  Logging  to  Assist  Debugging  --  Considering  an  Opinionated  Platform  --  ADR  Guideline:  Opinionated  Platforms  --  Summary  --  Chapter  6.  Operational  Security:    Threat  Modeling  for  APIs  --  Case  Study:  Applying  OWASP  to  the  Attendee  API  --  The  Risk  of  Not  Securing  External  APIs  --  Threat  Modeling  101  --  Thinking  Like  an  Attacker  --  How  to  Threat  Model  --  Step  1:  Identify  Your  Objectives  --  Step  2:  Gather  the  Right  Information  --  Step  3:  Decompose  the  System  --  Step  4:  Identify  Threats-Taking  This  in  Your  STRIDE.
■5058  ▼aStep  5:  Evaluate  Threat  Risks  --  Step  6:  Validation  --  Summary  --  Chapter  7.  API  Authentication  and  Authorization  --  Authentication  --  End-User  Authentication  with  Tokens  --  System-to-System  Authentication  --  Why  You  Shouldn't  Mix  Keys  and  Users  --  OAuth2  --  Authorization  Server  Role  with  API  Interactions  --  JSON  Web  Tokens  (JWT)  --  Terminology  and  Mechanisms  of  OAuth2  Grants  --  ADR  Guideline:  Should  I  Consider  Using  OAuth2?  --  Authorization  Code  Grant  --  Refresh  Tokens  --  Client  Credentials  Grant  --  Additional  OAuth2  Grants  --  ADR  Guideline:  Choosing  Which  OAuth2  Grants  to  Support  --  OAuth2  Scopes  --  Authorization  Enforcement  --  Introducing  OIDC  --  SAML  2.0  --  Summary  --  Part  IV.  Evolutionary  Architecture  with  APIs  --  Chapter  8.  Redesigning  Applications  to    API-Driven  Architectures  --  Why  Use  APIs  to  Evolve  a  System?  --  Creating  Useful  Abstractions:  Increasing  Cohesion  --  Clarifying  Domain  Boundaries:  Promoting  Loose  Coupling  --  Case  Study:  Establishing  Attendee  Domain  Boundaries  --  End  State  Architecture  Options  --  Monolith  --  Service-Oriented  Architecture  (SOA)  --  Microservices  --  Functions  --  Managing  the  Evolutionary  Process  --  Determine  Your  Goals  --  Using  Fitness  Functions  --  Decomposing  a  System  into  Modules  --  Creating  APIs  as  "Seams"  for  Extension  --  Identifying  Change  Leverage  Points  within  a  System  --  Continuous  Delivery  and  Verification  --  Architectural  Patterns  for  Evolving  Systems  with  APIs  --  Strangler  Fig  --  Facade  and  Adapter  --  API  Layer  Cake  --  Identifying  Pain  Points  and  Opportunities  --  Upgrade  and  Maintenance  Issues  --  Performance  Issues  --  Breaking  Dependencies:  Highly  Coupled  APIs  --  Summary  --  Chapter  9.  Using  API  Infrastructure  to    Evolve  Toward  Cloud  Platforms  --  Case  Study:  Moving  the  Attendee  Service    to  the  Cloud  --  Choosing  a  Cloud  Migration  Strategy  --  Retain  or  Revisit  --  Rehost  --  Replatform  --  Repurchase.
■5058  ▼aRefactor/Re-architect.
■588    ▼aDescription  based  on  publisher  supplied  metadata  and  other  sources.
■590    ▼aElectronic  reproduction.  Ann  Arbor,  Michigan  :  ProQuest  Ebook  Central,  2026.  Available  via  World  Wide  Web.  Access  may  be  limited  to  ProQuest  Ebook  Central  affiliated  libraries.  
■655  4▼aElectronic  books.
■7001  ▼aBryant,  Daniel.
■7001  ▼aAuburn,  Matthew.
■77608▼iPrint  version▼aGough,  James▼tMastering  API  Architecture▼dSebastopol  :  O'Reilly  Media,  Incorporated,c2022▼z9781492090632
■7972  ▼aProQuest  (Firm)
■85640▼uhttps://ebookcentral.proquest.com/lib/baekseok-ebooks/detail.action?docID=30189056▼zClick  to  View

미리보기

내보내기

chatGPT토론

Ai 추천 관련 도서


    신착도서 더보기
    최근 3년간 통계입니다.

    소장정보

    • 예약
    • 소재불명신고
    • 나의폴더
    • 우선정리요청
    • 비도서대출신청
    • 야간 도서대출신청
    소장자료
    등록번호 청구기호 소장처 대출가능여부 대출정보
    BE67154 전자도서 대출가능 마이폴더 부재도서신고 비도서대출신청 야간 도서대출신청

    * 대출중인 자료에 한하여 예약이 가능합니다. 예약을 원하시면 예약버튼을 클릭하십시오.

    해당 도서를 다른 이용자가 함께 대출한 도서

    관련 인기도서

    로그인 후 이용 가능합니다.