block und in-line. Chapter 2. SQL Sprachstruktur 22 Syntax ::= | line comment> ::= /* [ …] */ line comment> ::= -- [ …]line> Blockkommentare beginnen mit dem Zeichenpaar /* und enden mit dem Zeichenpaar */. Text in Blockkommentaren kann beliebig lang sein und mehrere Zeilen belegen be ignored during the execution of the statement since it is a comment */ B = A + 1; -- In-line comment SUSPEND; END Chapter 2. SQL Sprachstruktur 23 Chapter 3. Datentypen und Untertypen Daten

optional text label. The point returned to is the point that cause the most recently activated life-line. The syntax is simply return label where label, if provided, can be any string acceptable on conventional Bob -> Alice : hello Alice -> Bob : ok @enduml [Ref. QA-9016] • solid In order to have solid life line in sequence diagrams, you can use: skinparam lifelineStrategy solid @startuml skinparam lifelineStrategy notation: • #color;line.[bold|dashed|dotted];text:color @startuml actor foo foo --> (bar) : normal foo --> (bar1) #line:red;line.bold;text:red : red bold foo --> (bar2) #green;line.dashed;text:green :

optional text label. The point returned to is the point that cause the most recently activated life-line. The syntax is simply return label where label, if provided, can be any string acceptable on conventional Bob -> Alice : hello Alice -> Bob : ok @enduml [Ref. QA-9016] • solid In order to have solid life line in sequence diagrams, you can use: skinparam lifelineStrategy solid @startuml skinparam lifelineStrategy notation: • #color;line.[bold|dashed|dotted];text:color @startuml actor foo foo --> (bar) : normal foo --> (bar1) #line:red;line.bold;text:red : red bold foo --> (bar2) #green;line.dashed;text:green :

optional text label. The point returned to is the point that cause the most recently activated life-line. The syntax is simply return label where label, if provided, can be any string acceptable on conventional Bob -> Alice : finish {start} <-> {end} : some time @enduml You can use the ‘-P‘ [command-line](command-line) option to specify the pragma: “‘ java -jar plantuml.jar -Pteoz=true “‘ *[Ref. [issue-582](https://github Bob -> Alice : hello Alice -> Bob : ok @enduml [Ref. QA-9016] • solid In order to have solid life line in sequence diagrams, you can use: skinparam lifelineStrategy solid @startuml skinparam lifelineStrategy

optional text label. The point returned to is the point that cause the most recently activated life-line. The syntax is simply return label where label, if provided, can be any string acceptable on conventional Bob -> Alice : hello Alice -> Bob : ok @enduml [Ref. QA-9016] • solid In order to have solid life line in sequence diagrams, you can use: skinparam lifelineStrategy solid @startuml skinparam lifelineStrategy notation: • #color;line.[bold|dashed|dotted];text:color @startuml actor foo foo --> (bar) : normal foo --> (bar1) #line:red;line.bold;text:red : red bold foo --> (bar2) #green;line.dashed;text:green :

optional text label. The point returned to is the point that cause the most recently activated life-line. The syntax is simply return label where label, if provided, can be any string acceptable on conventional Alice : hello Alice -> Bob : ok @enduml 1.36.2 lifelineStrategy solid In order to have solid life line in sequence diagrams, you can use: • skinparam lifelineStrategy solid @startuml skinparam lifelineStrategy change the color of individual relation or arrows using the following notation: [#color] or #color;line.[bold|dashed|dotted];text:color: • old method @startuml class foo foo --> bar foo -[#red]-> bar1

optional text label. The point returned to is the point that cause the most recently activated life-line. The syntax is simply return label where label, if provided, can be any string acceptable on conventional change the color of individual relation or arrows using the following notation: [#color] or #color;line.[bold|dashed|dotted];text:color: • old method @startuml class foo foo --> bar foo -[#red]-> bar1 class foo foo --> bar : normal foo --> bar1 #line:red;line.bold;text:red : red bold foo --> bar2 #green;line.dashed;text:green : green dashed foo --> bar3 #blue;line.dotted;text:blue : blue dotted @enduml

optional text label. The point returned to is the point that cause the most recently activated life-line. The syntax is simply return label where label, if provided, can be any string acceptable on conventional @startuml :Ready; :next(o)| :Receiving; split :nak(i)< :ack(o)> split again :ack(i)< :next(o) on several line| :i := i + 1] :ack(o)> split again :err(i)< :nak(o)> split again :foo/ split again :i > 5} PlantUML 10 days [Prototype completed] happens at [Test prototype]'s end [Setup assembly line] lasts 12 days [Setup assembly line] starts at [Test prototype]'s end @endgantt 10.6 Calendar You can specify a starting

optional text label. The point returned to is the point that cause the most recently activated life-line. The syntax is simply return label where label, if provided, can be any string acceptable on conventional @startuml :Ready; :next(o)| :Receiving; split :nak(i)< :ack(o)> split again :ack(i)< :next(o) on several line| :i := i + 1] :ack(o)> split again :err(i)< :nak(o)> split again :foo/ split again :i > 5} PlantUML 10 days [Prototype completed] happens at [Test prototype]'s end [Setup assembly line] lasts 12 days [Setup assembly line] starts at [Test prototype]'s end @endgantt 10.6 Calendar You can specify a starting

optional text label. The point returned to is the point that cause the most recently activated life-line. The syntax is simply return label where label, if provided, can be any string acceptable on conventional :Ready; :next(o)| :Receiving; split :nak(i)< :ack(o)> split again :ack(i)< :next(o) on several line| :i := i + 1] :ack(o)> split again :err(i)< :nak(o)> split again :foo/ split again :i > 5} 10 days [Prototype completed] happens at [Test prototype]'s end [Setup assembly line] lasts 12 days [Setup assembly line] starts at [Test prototype]'s end @endgantt 10.6 Calendar You can specify a starting