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java自学网(www.javazx.com)-java论坛,java电子书推荐:《 Hibernate实战(第2版英文版)》
8 X' z4 t. d- Q) xjava电子书推荐理由:本书全面讲述了Hibernate和Java Persistence,并对两者进行了详细的对比分析。书中通过一个应用将数百个例子融合起来,不仅深入剖析了Hibernate 3.2和Java Persistence 丰富的编程模型,还深刻阐述了数据库设计、对象/关系映射(ORM)和优化等方面的基本原则、策略和*实践。书中处处闪烁着作者超凡的真知灼见,将大大升华读者对ORM乃至企业级应用开发的理解。
* |" `7 S6 M& z6 I0 K 本书适合广大的开发人员,从ORM的初学者到经验丰富的开发人员。1 r: O# T* v6 y, A! ` G
, L( |/ a- {/ ]5 e+ K4 d
作者:鲍尔
, b1 c* D3 y' U6 W; g; e5 ^出版社:人民邮电出版社
0 R) v4 X1 L( Q/ z. s出版时间:2007-06-01
9 h' _ j% l4 S8 a% [$ k/ O; F8 m书籍价格:70.30元
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6 ^) ^1 C$ A t/ j* E# o# N- q/ v- y7 g' `( W
java电子书目录:, |8 p- x/ b7 t- s2 ~
Part1 Getting started with Hibernate and EJB 3.0 9 G$ q/ F* s$ p: g- B! H6 x
1 Understanding object/relational persistence ' I) A" v% ]; o, X- L: \- b) |
1.1 What is persistence?7 e0 i8 j$ v( G' |8 m' G
Relational databases
) [7 d2 ]5 p- Z% _$ b+ S) c Understanding SQL
) ~& U0 W/ U( q( ] o Using SQL in Java
' o, `6 X! P1 {" `% N3 Y0 d Persistence in object-oriented applications, y- O5 i) E8 y' Z/ Z7 t1 x
1.2 The paradigm mismatch 0 \! _4 [; U% O/ a N7 K
The problem of granularity
4 N8 w3 }6 G$ z$ H; G The problem of subtypes ) t7 n, Z" z+ B6 l
The problem of identity
. X3 u4 Y1 e8 l9 x& c4 E( @/ m) o Problems relating to associations
4 _! a% R' u( g& u+ } h& J s The problem of data navigation
3 Z1 E0 w8 i/ a The cost of the mismatch * ~; D9 ?) f, S
1.3 Persistence layers and alternatives
. z6 a5 I1 A0 Q) f6 g! ~9 m9 B Layered architecture
; y: n+ i4 U- [" B: \2 A Hand-coding a persistence layer with SQL/JDBC ) D4 G9 u6 |0 x2 u" n
Using serialization - r ]1 J* p8 Z9 Z
Object-oriented database systems / s& y3 J5 ~- L( m$ P0 S! q+ B
Other options
# y! r9 V7 D, d) i$ l' V7 B1.4 Object/relational mapping + ~) C' ?# S- F5 n
What is ORM? 6 |8 G+ j, Y( Y( z4 j* G
Generic ORM problems
! G" h% [+ b2 }/ f% n t Why ORM? ' n6 W# N* x B# h) t- o; t
Introducing Hibernate, EJB3, and JPA 1 n( Q( X! E& G5 z8 G. |9 q
1.5 Summary
g7 \( o# A& e- ~2 w% e2 m+ f2 Starting a project " x7 U x: n! f8 A* @
2.1 Starting a Hibernate project
( x6 w, P: W% p/ p- @: u Selecting a development process ' n+ _) ]4 m6 P0 |! n% \, T: v
Setting up the project % P. D$ I( D2 l5 o/ q3 `2 E, ~
Hibernate configuration and startup
, m: M2 F6 P; R7 [4 t Running and testing the application
* @3 ]/ W& P7 J: \" r/ p2.2 Starting a Java Persistence project
/ [* v, U" u% Z6 v e6 m3 N$ ? Using Hibernate Annotations" ?% z6 x7 j* l
Using Hibernate EntityManager * P7 }1 d$ _' Z) f; Z, c& h6 T
Introducing EJB components
: W+ p+ m* w9 E0 T3 U5 ?* ]3 e Switching to Hibernate interfaces , }* g$ g4 |3 J! z* U5 g3 N1 P) v
2.3 Reverse engineering a legacy database" ?! ]& v- w5 v; Q
Creating a database configuration
' N! W" [1 t9 J& I2 C s1 B Customizing reverse engineering+ V( ^ W3 S% H2 |
Generating Java source code ! y# B @' _0 z7 u$ Y: W
2.4 Integration with Java EE services
% }1 @0 E+ }8 r, T9 e Integration with JTA ! M# \( x, M2 T. G0 b" R4 x" l) }* x- \0 X
JNDI-bound SessionFactory : b4 v: z3 E1 I' M
JMX service deployment
7 [1 v8 w4 A- |* q' C2.5 Summary ' X3 J$ C( |1 Z R
3 Domain models and metadata
+ ]& r8 l8 q' ~% r5 k3 k3.1 The CaveatEmptor application # t# a. V7 r5 M. I$ j0 k0 D0 M
Analyzing the business domain
5 m: M6 B4 y% }2 p The CaveatEmptor domain model
1 p9 F7 n9 y# x& t3.2 Implementing the domain model" `( h2 c4 o4 y/ K0 X7 g
Addressing leakage of concerns
. Z2 Q7 t$ w o+ h9 ~% l5 L! w2 X; \ Transparent and automated persistence
2 @. V" n& u! U3 g2 U7 m: ] Writing POJOs and persistent entity classes % K( \9 n6 }( ]( S: w# |2 k. X2 d- T
Implementing POJO associations
. Q$ J( C4 y' k# W7 u3 Z Adding logic to accessor methods
! P, f) @4 E5 F3.3 Object/relational mapping metadata
4 q8 S8 a! @: t8 S0 v1 U Metadata in XML
) t, L7 Q% B9 p, ~) A Annotation-based metadata / j/ x0 B$ ?5 R& v6 g$ \; l5 N2 t. _
Using XDoclet / i) O i Z5 {% ^
Handling global metadata
! y2 _+ U4 u X" Y) Z) }( ^2 I Manipulating metadata at runtime
3 k+ H* }. P9 J! h! h4 ?3.4 Alternative entity representation
8 |) X2 X" f/ | Creating dynamic applications 6 P, `# y/ i2 \, G
Representing data in XML 2 B) o; h. F) h% P A+ M
3.5 Summary
" D. ~% L8 L" ~7 [% H& HPart 2 Mapping concepts and strategies , {0 l$ D7 Z& H2 X& n
4 Mapping persistent classes # {( o3 d! m, b( g: k, a8 b
4.1 Understanding entities and value types1 Z5 |9 ?$ o4 y/ q6 J- z. g' k/ ?) q0 d+ j
Fine-grained domain models
2 B+ F$ A0 [( X9 n4 J Defining the concept
2 a2 H$ X: s" H$ h0 y Identifying entities and value types
j Q9 R; d# t0 M+ k! F4.2 Mapping entities with identity
( |0 ]% K( D; ]+ \6 y Understanding Java identity and equality
. t/ p+ l6 i& o. U& f Handling database identity }9 m$ |9 u* p$ X1 z; S. j2 q P
Database primary keys 5 Z( s6 d. l8 k8 o$ N! p! O4 z
4.3 Class mapping options . P, @4 ]2 A% |( x7 x" G
Dynamic SQL generation6 S1 i' u$ @, @. z! C
Making an entity immutable
7 N" M: H" y2 e. v# S Naming entities for querying $ O) D- H, J, c6 u$ q; _0 t, d3 e u- l
Declaring a package name 1 q; ], q: R; j; y2 t) y- K3 F
Quoting SQL identifiers 4 u: l! Z+ B$ ?
Implementing naming conventions
' N2 g' Y3 j+ o7 M4 R6 l! h4.4 Fine-grained models and mappings! ]. t7 ]- N5 @* `
Mapping basic properties
0 P. g* r9 c7 Y' I, [ Mapping components
j4 K. p9 m% Z; s7 b# R7 h4.5 Summary- `: K0 t [5 E* s! ^: u e( B
5 Inheritance and custom types & w/ l' v+ J2 a9 S B
5.1 Mapping class inheritance
6 U9 X' { P l" C, w l# F Table per concrete class with implicit polymorphism T' J( S8 V, h- Y
Table per concrete class with unions, L% { N- Q# Y8 J
Table per class hierarchy
! Q# t# V2 {) {0 _% W% E Table per subclass: h5 Z2 R0 {+ ?( A
Mixing inheritance strategies
" K, N" z B9 l0 F7 j4 q Choosing a strategy - k. a* w2 _( t8 _ s" S: r$ x
5.2 The Hibernate type system
+ W& v9 g/ H' ~/ t+ f& R Recapitulating entity and value types ) }& X$ d1 u' J* L9 A H3 O
Built-in mapping types 5 m6 a- L. T5 b$ g8 w$ s5 m$ a
Using mapping types
$ l$ W8 m. l, f5 t5.3 Creating custom mapping types ' J0 q; C& w* i) u
Considering custom mapping types . [5 J3 q, q: o
The extension points- P% a5 |& ?% A1 x9 M
The case for custom mapping types
3 t( D* k# X/ `( l+ ] Creating a UserType
8 Y% C. t5 L1 Y, e6 K! V$ M) Q) W% e Creating a CompositeUserType3 y; I7 y. x n0 `' k+ J
Parameterizing custom types & ]( K$ G" v& K) q4 U& }% V
Mapping enumerations
2 b) a4 K3 u/ |0 N& X2 v% a5 v5.4 Summary
' c$ Q- N1 S/ M6 o% ~: k1 P4 f6 Mapping collections and entity associations ! S+ I( B1 s, X6 D2 d
6.1 Sets, bags, lists, and maps of value types
: W" B! e7 @$ X/ W8 z( @3 R Selecting a collection interface
+ }) h+ ?6 B3 p, ?$ l Mapping a set
: q- z% p& j) }: E* [ a x Mapping an identifier bag
! k3 ~; M6 F4 B( ]/ T6 Z Mapping a list * w& L/ B$ I4 l0 k i
Mapping a map 7 W, q8 n, a3 ?. l( n# Y
Sorted and ordered collections * m) n% D2 A/ m! g
6.2 Collections of components + |7 ]; l9 }+ {5 l( |# W, Z6 L
Writing the component class
3 W7 N' m' z1 m' H Mapping the collection % F- `+ g+ n* l3 f7 \
Enabling bidirectional navigation y/ U6 m* \( a2 h( [/ S
Avoiding not-null columns* d# W5 w0 A# {9 T" z) X
6.3 Mapping collections with annotations ; g m1 l- {9 h# N! [
Basic collection mapping # i7 ^2 u7 N6 h, ^
Sorted and ordered collections
) C h) n# N6 A3 M) ` Mapping a collection of embedded objects
; {' P+ T* |% }5 [6.4 Mapping a parent/children relationship
! \! A! t% _8 X2 V Multiplicity ) _( {9 F* G! Z5 _' ~& v7 Q
The simplest possible association & |" q, d3 ?% x4 S, k9 x% `
Making the association bidirectional
. D2 H7 m; e! p Cascading object state
* v2 A" g2 v8 N! B3 Q6.5 Summary
7 B* R( l) Y; M9 C7 Advanced entity association mappings! ~6 }/ `( _0 a2 f- m0 D1 V. y
7.1 Single-valued entity associations% e' K4 P- i3 [, L3 E# j; G! S
Shared primary key associations
# y1 z; R! R% u7 a, o# Z One-to-one foreign key associations ) R5 R* H! [$ M4 E8 g
Mapping with a join table
7 w, s* R) w! P9 F2 Y3 I; n8 A7.2 Many-valued entity associations
' S7 D E3 c' m Z" S% ?3 n One-to-many associations , h% Q9 E( Y; C; Q/ W
Many-to-many associations % y! b' W9 P% b9 T
Adding columns to join tables
* B; Q# B5 [; h# \3 N* I3 T) ^ Mapping maps
9 X$ r# E; Z6 A3 o- |/ A# O7.3 Polymorphic associations
1 Z4 z/ X' }2 r" [- \ Polymorphic many-to-one associations
5 F$ J! m1 G% T L7 n1 S3 q Polymorphic collections
: j6 x; i5 X/ k' h) j Polymorphic associations to unions
5 g/ K: `! Y1 A3 q3 D4 G: n4 Q Polymorphic table per concrete class3 j2 ~& g) U5 r J. b% ]
7.4 Summary
$ e3 j$ ]5 Z$ v/ H8 Legacy databases and custom SQL
2 B% c; F* p! w5 C9 G# t1 j9 v8.1 Integrating legacy databases
) D0 H2 u) i0 ~* ^0 {5 q Handling primary keys ! X! [, [ G$ U# R
Arbitrary join conditions with formulas
& _; C- W3 c' L Joining arbitrary tables
8 R+ x5 x0 Q- [6 B* O1 Q Working with triggers 9 K9 ~- s; {. n( `
8.2 Customizing SQL
( \5 ?* j: Y0 e/ g5 D+ [, x$ U% b7 H* e Writing custom CRUD statements # G/ ~/ M8 ?& w5 R" ~) I- v; |& {
Integrating stored procedures and functions
) e, K' Z: d" i0 a8.3 Improving schema DDL
* O( x) E$ I. `, J I8 Y: N# G Custom SQL names and datatypes
2 e9 H5 Z$ h1 }! O& U5 | Ensuring data consistency
: i g! u. Z; k/ ?& y$ Z3 d( i Adding domains and column constraints 2 }3 c; m; |% e4 p( V% |
Table-level constraints ) G: t; }8 n7 {% ], X9 B2 `! s* i( V8 F
Database constraints
$ S' I" a/ \6 u7 @1 J Creating indexes
% b, ] j1 K& h% L9 p/ Q Adding auxiliary DDL
`2 D0 J$ L1 f) F$ b5 `8.4 Summary
' j9 y' T% c. F: ^' fPart 3 Conversational object processing
" g$ I0 `. O+ U) s: n2 f0 y9 Working with objects 5 o- j0 x" @ b6 d
9.1 The persistence lifecycle ) p+ ~, e3 d% d P! s) y) o2 w
Object states( M5 l: K3 Z3 _; R( _! P
The persistence context
' A7 W ~. ?8 i- Z: f* a9.2 Object identity and equality 4 I8 q [* R+ N; A) R# S) Y
Introducing conversations
& N( X3 R% ^+ Y Y The scope of object identity
0 n, V/ ^5 Z# \+ [ The identity of detached objects
$ R3 a+ f# A+ F0 ]: I s' M$ j Extending a persistence context 6 X5 w1 N8 c9 l( u
9.3 The Hibernate interfaces
3 ]$ j$ E( [* X0 a Storing and loading objects ' h/ O+ V& D7 e" s7 k3 o1 s/ W% T' D. i9 I
Working with detached objects
. h$ H% b% v7 j M% J' u Managing the persistence context) U, V, R& e8 w$ `" G' [% m& ]
9.4 The Java Persistence API
2 W/ y' F8 x* V Storing and loading objects 1 W" j) s1 y, g0 ]' n& c v: {4 u
Working with detached entity instances . `' N; D3 d& M _3 z
9.5 Using Java Persistence in EJB components; D9 f) X* q$ ~. ^+ E# @
Injecting an EntityManager ) h8 q5 _; v2 g0 l
Looking up an EntityManager
% }8 t* s- s$ X! b Accessing an EntityManagerFactory
2 k. v' d( W7 w) S% z9.6 Summary 6 b6 _! o& @( F8 c; T, X- p; c! c9 {
10 Transactions and concurrency 6 k# j! d6 X$ Q4 z& V
10.1 Transaction essentials
" b7 q4 u) I% X$ ] Database and system transactions
8 U4 e5 K+ J, f% N" |& q2 e% E Transactions in a Hibernate application
2 {$ n* y. Y9 V: a Transactions with Java Persistence
5 j0 p$ @ j3 \4 h10.2 Controlling concurrent access4 {2 c9 {/ p o) G
Understanding database-level concurrency3 m2 z2 _, G. l+ \. L' \" g
Optimistic concurrency control $ q1 B7 `+ h: p$ `: p* {3 _
Obtaining additional isolation guarantees7 }9 d) z( M' z$ c. |+ W; w7 L& M
10.3 Nontransactional data access
) G8 x6 q& R! L% j `! L. l4 c- Q7 v Debunking autocommit myths
! E7 S* N8 d! b1 V7 i Working nontransactionally with Hibernate
+ w! a1 a ]$ P- g7 T3 k% r2 `* l: v Optional transactions with JTA * M1 G: X' q0 `3 x% \& ^+ S E
10.4 Summary
; O* Z' C y0 h11 Implementing conversations
' e: F) B" ~$ f11.1 Propagating the Hibernate Session, v7 A( }' D: t
The use case for Session propagation
8 g. _0 X6 `5 M Propagation through thread-local
& c) T7 x& J* W4 c Propagation with JTA
4 o& h9 u9 L/ N2 I( k0 Z Propagation with EJBs
) ?; p$ _) B; _1 K11.2 Conversations with Hibernate
6 C5 `* j( P7 q8 h Providing conversational guarantees ; m7 k! F/ S; _% q
Conversations with detached objects ; P3 u) d, {/ X" B5 _
Extending a Session for a conversation
* h$ {- F. p! L9 [% Q+ x. o4 H11.3 Conversations with JPA
+ M. G( c3 X# d' H* k, Z" C3 F Persistence context propagation in Java SE " E4 g0 B$ \2 L* T3 E# j% y2 N" @4 ~
Merging detached objects in conversations 9 z2 |$ ^5 f3 k1 Y/ f
Extending the persistence context in Java SE " m; c! S1 h) ~7 @
11.4 Conversations with EJB 3.0
, t; P/ _7 r# V+ Q& d5 n# K; |6 v Context propagation with EJBs % D' A7 s0 n4 p2 l3 P: G
Extended persistence contexts with EJBs
: r( f9 ]- `7 R8 d+ j, o8 g7 @11.5 Summary
6 M3 o$ q( L/ g u ^1 Q$ x12 Modifying objects efficiently , m, k3 g. T% Z3 H
12.1 Transitive persistence " _9 q9 ]! z- {/ B% a1 e. x! {
Persistence by reachability % h& @6 @% ?5 e6 u0 m
Applying cascading to associations
8 s- `$ {+ N/ U/ o Working with transitive state $ t$ y) L0 B5 c. v: D
Transitive associations with JPA $ d: P' @ R* \" [
12.2 Bulk and batch operations # d' ^- ]2 i" L& b8 J
Bulk statements with HQL and JPA QL
8 E: x1 }+ c% G* m Processing with batches
/ k, P& U' z7 q% I! [ Using a stateless Session ; O' F" r' k- c
12.3 Data filtering and interception
; N0 w3 q p+ L, i$ Z Dynamic data filters
) t. F. R! e4 ^ Intercepting Hibernate events
5 g6 f+ s C/ l+ p The core event system $ R' i. L+ v6 X' d U4 @, t. R
Entity listeners and callbacks
( B1 A* ^+ Y5 E# r s12.4 Summary
* W( C0 R( w* A4 U6 u13 Optimizing fetching and caching 4 ^+ T$ w; d( m v
13.1 Defining the global fetch plan
; H0 F: [/ a" z# U The object-retrieval options 8 \* i# u* Z; Y5 n
The lazy default fetch plan
" W0 E/ X. {! o' c6 z/ z! l Understanding proxies
! }: h2 P" V2 Y+ t Disabling proxy generation / m2 F; y; q- D+ |1 ^
Eager loading of associations and collections
5 \- k4 r5 W) R) h3 I Lazy loading with interception 6 Z6 j! X9 _/ X9 \$ N" g
13.2 Selecting a fetch strategy
: H% }9 x. m" e! K- Z Prefetching data in batches
' A: p# u4 g6 F) k Prefetching collections with subselects* ?8 i7 O6 Y' y7 }; }6 a
Eager fetching with joins 4 [7 n0 U5 m2 m& a1 {& X
Optimizing fetching for secondary tables2 q3 c* a2 e1 z
Optimization guidelines / u5 g; k- y7 \' M
13.3 Caching fundamentals
- j- N) b! g: P6 h6 b+ @0 I Caching strategies and scopes
/ g" _& u* N w) D6 H The Hibernate cache architecture & t7 m1 Y+ e4 i$ w0 W6 \# L; ?
13.4 Caching in practice * U5 ?0 t$ b, R
Selecting a concurrency control strategy
1 D Q. g5 [+ V- S" A% m& D; h* H Understanding cache regions , [$ n3 J6 m7 m+ z W6 h. n6 U3 U
Setting up a local cache provider; {5 @: h9 z" o2 e: q: h8 C- Z
Setting up a replicated cache / M0 ?! d5 X3 r* O" N5 K3 v6 {! @
Controlling the second-level cache 2 f6 u! g+ [+ t6 D
13.5 Summary H. ^ V# v9 |5 R+ |2 F; {- T
14 Querying with HQL and JPA QL
. N w9 G# S' O14.1 Creating and running queries # O4 k4 x7 k' s* m( G* l
Preparing a query! N3 ?! W: [9 |+ B3 r, o
Executing a query U2 K4 ?8 u( N9 G8 ]
Using named queries
( n m6 }) \1 [4 c1 o14.2 Basic HQL and JPA QL queries
: l5 u0 {1 p0 r& t Selection - m; ? j0 g) r" G; Y ~
Restriction
. i0 G8 f3 I( a8 V Projection
+ S+ w. |7 a0 A5 W1 y. v- m14.3 Joins, reporting queries, and subselects
3 g9 G1 p6 x5 n% Y5 n5 A* T4 g7 N& D Joining relations and associations
" Z5 |) Z( `' A+ F* I* ]6 L6 b Reporting queries
! y* E: e& G# q3 w! k$ u Using subselects
$ y6 X7 ~ V b14.4 Summary
6 y6 H \, s8 ?1 Z, C( ~" y15 Advanced query options
$ V! G! K, _+ ?15.1 Querying with criteria and example , P6 m+ m$ N! y6 Q+ _) G a3 G6 T2 @6 h' e
Basic criteria queries
1 O, P& U X9 M4 b" C Joins and dynamic fetching: D$ n8 m4 ]- `8 N5 L' J
Projection and report queries
8 O: u8 g; \3 k) S( F Query by example - T! F# \# A9 s9 x# T
15.2 Using native SQL queries. A$ T5 L. x5 r9 `$ H9 r
Automatic resultset handling
7 _3 s% j9 Q& `2 N' g& r X Retrieving scalar values
: t0 F5 A8 _% Y: I* [ Native SQL in Java Persistence( d' ?# t; P; [5 h. B7 a
15.3 Filtering collections / m8 n ~: B( \" T, ?& s1 |
15.4 Caching query results # n4 H; V0 Z$ T
Enabling the query result cache" ^* i; t/ j" g, y
Understanding the query cache0 s3 z9 G9 h; K. e$ \$ | h
When to use the query cache + }3 X4 {5 u8 w7 G
Natural identifier cache lookups' c3 \; w6 J! _+ |# D' }
15.5 Summary
& G) G7 J% o' ]5 w' z4 l16 Creating and testing layered applications
, o& `/ i: l: ?( v& b( o9 f16.1 Hibernate in a web application
0 F# t" S% S2 M) [. `% [0 p7 o+ D Introducing the use case
8 q( P( C7 A# ~" u+ [: ? Writing a controller `8 `# r* @1 Q! m- m
The Open Session in View pattern) {3 i; p q+ t u
Designing smart domain models % p% H& h6 u1 Y$ r! B+ n+ f
16.2 Creating a persistence layer 1 W7 X1 z1 l4 l( B& Y4 J4 {
A generic data-access object pattern 2 Z) G2 _, I4 s" E0 D( l+ L) m" k
Implementing the generic CRUD interface1 |7 r6 R! a# v4 s/ x3 `
Implementing entity DAOs
0 r( Z* b9 m! C6 |+ x Using data-access objects " u9 Q0 D9 F: k7 S' d2 f
16.3 Introducing the Command pattern ) _$ d/ ^' y5 h% t# B, H! }
The basic interfaces" Z- Q; b2 M# h2 @0 p7 R9 U
Executing command objects4 S! ^4 z# @3 L, @4 ]8 M
Variations of the Command pattern : `. H/ K% u# }2 ]5 j
16.4 Designing applications with EJB 3.0
; G1 i, q$ c3 r: P Implementing a conversation with stateful beans ( ~$ D2 n- d/ e" I8 D: G# K9 g
Writing DAOs with EJBs
6 a2 g' N) ]/ R' I Utilizing dependency injection
% e L0 G1 M$ D* E- Q: Q16.5 Testing 1 _! l. K. I8 f) f5 [5 o( G) }
Understanding different kinds of tests
8 Q- [: r1 ^4 ~+ J" g! S; M) f& ] Introducing TestNG - \+ s: U# n5 o9 i) E
Testing the persistence layer
5 o @5 n8 s5 n" W& q/ n* Y( q9 b Considering performance benchmarks
3 r; F* o: b) l3 O+ b- N16.6 Summary & H3 K! g& t7 n4 x' p1 U
17 Introducing JBoss Seam : I& Q6 n$ Q# p% d- c3 h
17.1 The Java EE 5.0 programming model
: ~! v4 P. v; S+ k4 B6 \ Considering JavaServer Faces$ t$ D- D9 I0 O$ k4 W
Considering EJB 3.0( O6 A# k4 h( L7 J) K
Writing a web application with JSF and EJB 3.0
& e% L# I0 T" d2 f3 \ Analyzing the application, }0 b% a D q: c8 u* o
17.2 Improving the application with Seam
. K2 L, J! I$ [3 o9 K) u/ G4 X* N- H3 h Configuring Seam
6 C9 I0 Z) d. |: x8 k; s Binding pages to stateful Seam components' y2 R! A3 @; w9 r6 V
Analyzing the Seam application
# o | x, y( [& u2 ?4 z$ K! g, W17.3 Understanding contextual components $ n# B5 g2 x1 F( b) }! L% N- i/ i r
Writing the login page& p; D& v! w: }8 B k. Q0 X- h( Y
Creating the components
/ G1 t+ B! H! Q" ~ Aliasing contextual variables * Q; S2 t6 e! s
Completing the login/logout feature
! F7 l2 q N7 z17.4 Validating user input 0 r, c+ G# d8 X1 o) @
Introducing Hibernate Validator- A3 H3 M, W9 d ^' e9 ~' r
Creating the registration page
6 C- d/ M! k- O5 {- ] Internationalization with Seam
" _2 k: m1 k2 h17.5 Simplifying persistence with Seam
* u: J3 x* B6 p; Q) ^ Implementing a conversation . m5 b% g9 s# k( B' k9 r
Letting Seam manage the persistence context
& [! l- I8 D2 J7 n6 R17.6 Summary 5 J3 y; i5 z, L' w( N5 E9 ?/ H
appendix A SQL fundamentals
0 E0 f# U$ S1 v$ o8 lappendix B Mapping quick reference
" l0 h3 T1 d U6 r6 L6 Xreferences
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$ s* f/ ? u+ {2 s. H- V7 RJava资料百度网盘下载地址链接(百度云):java自学网(javazx.com) Hibernate实战(第2版英文版) PDF 高清 电子书 百度云.rar【密码回帖可见】. u% Y3 [3 B4 k m
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