Uses of Class
pro.fessional.meepo.bind.Exon

Packages that use Exon

Package	Description
pro.fessional.meepo.bind
pro.fessional.meepo.bind.dna
pro.fessional.meepo.bind.rna
pro.fessional.meepo.bind.txt
pro.fessional.meepo.bind.wow
pro.fessional.meepo.sack

Uses of Exon in pro.fessional.meepo.bind

Fields in pro.fessional.meepo.bind declared as Exon

Modifier and Type	Field and Description
Exon	Exon.N.xna

Constructors in pro.fessional.meepo.bind with parameters of type Exon

Constructor and Description
N(int p0, int p1, Exon xna)

Uses of Exon in pro.fessional.meepo.bind.dna

Subclasses of Exon in pro.fessional.meepo.bind.dna

Modifier and Type	Class and Description
class	DnaBkb ` <% DNA:BKB 黑皇杖 %> \n` edge=`<% DNA:BKB 黑皇杖 %>` ` // DNA:BKB 黑皇杖 \n` edge=`// DNA:BKB 黑皇杖 \n` main=`DNA:BKB 黑皇杖` life.name=`黑皇杖`
class	DnaEnd ` <% DNA:END id 黑皇杖 %> \n` edge=`<% DNA:END id 黑皇杖 %>` ` // DNA:END id 黑皇杖 \n` edge=`// DNA:END id 黑皇杖 \n` main=`DNA:END id 黑皇杖` name={`id`,`黑皇杖`}
class	DnaRaw ` <% DNA:RAW {{pebbleVariable}} %> \n` edge=`<% DNA:RAW {{pebbleVariable}} %>`* ` // DNA:RAW {{pebbleVariable}} \n` edge=`// DNA:RAW {{pebbleVariable}} \n` main=`DNA:RAW {{pebbleVariable}}` raw0=`{{pebbleVariable}}`.indexOf("{{")
class	DnaSet ` <% DNA:SET /ConstantEnumTemplate/{{className}}/* %> \n` edge=`<% DNA:SET /ConstantEnumTemplate/{{className}}/* %>` ` // DNA:SET /ConstantEnumTemplate/{{className}}/* \n` edge=`// DNA:SET /ConstantEnumTemplate/{{className}}/* \n` main=`DNA:SET /ConstantEnumTemplate/{{className}}/*` find=`ConstantEnumTemplate` repl=`{{className}}` life=`*`

Uses of Exon in pro.fessional.meepo.bind.rna

Subclasses of Exon in pro.fessional.meepo.bind.rna

Modifier and Type	Class and Description
class	RnaDone ` <% RNA:DONE user pwd %> \n`
class	RnaEach ` <% RNA:EACH map/1/users/user %> \n` edge=`<% RNA:EACH map/1/users/user %>` ` // <% RNA:EACH map/1/users/user %> \n` edge=`<% RNA:EACH map/1/users/user %> \n` main=`RNA:EACH map/1/users/user` type=`map` step=`1` expr=`users` expr=`user`
class	RnaElse ` <% RNA:ELSE user %> \n`
class	RnaPut ` <% RNA:PUT os/who/basename $(pwd)/ %> \n` edge=`<% RNA:PUT os/who/basename $(pwd)/ %>` ` // RNA:PUT os/who/basename $(pwd)/ \n` edge=`// RNA:PUT os/who/basename $(pwd)/ \n` main=`RNA:PUT os/who/basename $(pwd)/` type=`os` name=`who` expr=`basename $(pwd)`
class	RnaRun ` <% RNA:RUN os/who/basename $(pwd)/1 %> \n` edge=`<% RNA:RUN os/who/basename $(pwd)/1 %>` ` // RNA:RUN os/who/basename $(pwd)/1 \n` edge=`// RNA:RUN os/who/basename $(pwd)/1 \n` main=`RNA:RUN os/who/basename $(pwd)/1` type=`os` name=`who` expr=`basename $(pwd)` life=1
class	RnaUse ` <% RNA:USE /meepo/who/1 %> \n` edge=`<% RNA:USE /meepo/who/1 %>` ` // RNA:USE /meepo/who/1 \n` edge=`// RNA:USE /meepo/who/1 \n` main=`RNA:USE /meepo/who/1` find=`meepo` para=`who` life=1
class	RnaWhen ` <% RNA:WHEN os/not/basename $(pwd)/pwd %> \n` edge=`<% RNA:WHEN os/not/basename $(pwd)/pwd %>` ` // <% RNA:WHEN os/not/basename $(pwd)/pwd %> \n` edge=`<% RNA:WHEN os/not/basename $(pwd)/pwd %> \n` main=`RNA:WHEN os/not/basename $(pwd)/pwd` type=`os` bool=`not` expr=`basename $(pwd)`

Uses of Exon in pro.fessional.meepo.bind.txt

Subclasses of Exon in pro.fessional.meepo.bind.txt

Modifier and Type	Class and Description
class	HiMeepo `<% HI-MEEPO %> \n` head=`<%` tail=`%>` edge=`<% HI-MEEPO %>` main=`HI-MEEPO` ` // HI-MEEPO \n` head=`//` tail=`\n` edge=`// HI-MEEPO \n` main=`HI-MEEPO`
class	TxtDnaSet 静态替换
class	TxtRnaRun 通过引擎执行获得变量
class	TxtRnaUse 从环境中获得变量
class	TxtSimple ` plain text \n` edge=` plain text \n` main=` plain text \n`

Uses of Exon in pro.fessional.meepo.bind.wow

Subclasses of Exon in pro.fessional.meepo.bind.wow

Modifier and Type	Class and Description
class	Tick 生命倒计时
class	Tock 流程控制器

Fields in pro.fessional.meepo.bind.wow with type parameters of type Exon

Modifier and Type	Field and Description
ArrayList<Exon>	Tock.gene

Uses of Exon in pro.fessional.meepo.sack

Fields in pro.fessional.meepo.sack declared as Exon

Modifier and Type	Field and Description
protected static Exon	Parser.DealText
protected static Exon	Parser.SkipThis

Fields in pro.fessional.meepo.sack with type parameters of type Exon

Modifier and Type	Field and Description
List<Exon>	Gene.exon
protected ArrayList<Exon>	Parser.G.gene
protected ArrayList<Exon>	Parser.Ctx.proc

Methods in pro.fessional.meepo.sack that return Exon

Modifier and Type	Method and Description
protected static Exon	Parser.dealDnaBkb(Parser.Ctx ctx) 处理DNA:BKB，并决定是否停止后续处理
protected static Exon	Parser.dealDnaEnd(Parser.Ctx ctx) 处理DNA:END，并决定是否停止后续处理
protected static @NotNull Exon	Parser.dealDnaGroup(Parser.Ctx ctx) 处理 DNA 组
protected static Exon	Parser.dealDnaRaw(Parser.Ctx ctx) 处理DNA:RAW，并决定是否停止后续处理
protected static Exon	Parser.dealDnaSet(Parser.Ctx ctx) 处理DNA:SET，并决定是否停止后续处理
protected static Exon	Parser.dealRnaDone(Parser.Ctx ctx) 处理RNA:DONE，并决定是否停止后续处理
protected static Exon	Parser.dealRnaEach(Parser.Ctx ctx) 处理RNA:EACH，并决定是否停止后续处理
protected static Exon	Parser.dealRnaElse(Parser.Ctx ctx) 处理RNA:ELSE，并决定是否停止后续处理
protected static @NotNull Exon	Parser.dealRnaGroup(Parser.Ctx ctx) 处理 RNA 组
protected static Exon	Parser.dealRnaPut(Parser.Ctx ctx) 处理RNA:PUT，并决定是否停止后续处理
protected static Exon	Parser.dealRnaRun(Parser.Ctx ctx) 处理RNA:RUN，并决定是否停止后续处理
protected static Exon	Parser.dealRnaUse(Parser.Ctx ctx) 处理RNA:USE，并决定是否停止后续处理
protected static Exon	Parser.dealRnaWhen(Parser.Ctx ctx) 处理RNA:WHEN，并决定是否停止后续处理

Methods in pro.fessional.meepo.sack that return types with arguments of type Exon

Modifier and Type	Method and Description
ArrayList<Exon>	Parser.Ctx.getGene()

Methods in pro.fessional.meepo.sack with parameters of type Exon

Modifier and Type	Method and Description
void	Parser.Ctx.addGene(Exon exon)
protected static void	Parser.dealTxtPlain(Parser.Ctx ctx, int edge0, Exon exon) 处理普通文本
boolean	Parser.Ctx.endBkb(Exon exon)
void	Parser.Ctx.procExon(Exon exon)

Method parameters in pro.fessional.meepo.sack with type arguments of type Exon

Modifier and Type	Method and Description
int	Gene.graph(Writer buff, List<Exon> exon, int level, int start) 打印层级语法树，并校验edge的连续性

Constructor parameters in pro.fessional.meepo.sack with type arguments of type Exon

Constructor and Description
G(String type, String tock, ArrayList<Exon> gene)
Gene(List<Exon> xna, Set<String> rng)