color 7 ZUSTANDSDIAGRAMME state "Not Shooting State" as NotShooting { state "Idle mode" as Idle state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring --> Idle [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring --> [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring -->

color 7 ZUSTANDSDIAGRAMME state "Not Shooting State" as NotShooting { state "Idle mode" as Idle state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring --> Idle [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring --> [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring -->

Sprachreferenz (1.2021.2) 180 / 405 9.18 Inline color 9 ZUSTANDSDIAGRAMME state "Idle mode" as Idle state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring --> Idle [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring --> [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring -->

Sprachreferenz (1.2021.1) 168 / 383 9.18 Inline color 9 ZUSTANDSDIAGRAMME state "Idle mode" as Idle state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring --> Idle [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring --> [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring -->

Sprachreferenz (1.2021.2) 170 / 388 9.18 Inline color 9 ZUSTANDSDIAGRAMME state "Idle mode" as Idle state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring --> Idle [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring --> [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring -->

Spezifikation beschrieben wird. DSQL repräsentiert Statements, die von Anwendungen über die Firebird API durch die Datenbank verarbeitet werden. Procedural SQL erweitert Dynamic SQL, um zusammengesetzte C++, Pascal, Cobol usw.) einbetten und diese eingebetteten Konstrukte in die richtigen Firebird-API-Aufrufe vorverarbeiten können.  Nur ein Teil der in DSQL implementierten Anweisungen und Ausdrücke werden. UNKNOWN ist für keine Form des Castings verfügbar.  Weitere Hinweise • Der Typ wird in der API mit dem Typ FB_BOOLEAN und den Konstanten FB_TRUE und FB_FALSE dargestellt. • Der Wert TRUE ist größer

boundary b1 control c1 b1 -(0)- c1 component comp1 interface interf1 comp1 #~~( interf1 :mode1actor: -0)- fooa1 :mode1actorl: -ri0)- foo1l [component1] 0)-(0-(0 [componentC] () component3 )-0-(0 "foo" [componentC] @startuml [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle state "Configuring mode" as Configuring PlantUML Sprachreferenz (1.2023.11) 211 / 528 9.18 Inline color [*] --> NotShooting state "Not Shooting State" as NotShooting { state "Idle mode" as Idle <> state "Configuring mode" as Configuring [*] --> Idle Idle --> Configuring : EvConfig Configuring -->

installiert hat. • Halten Sie die Installations-CD griffbereit, um davon das Rettungssystem (Rescue mode) nutzen zu können. • Ziehen Sie in Betracht, apt-listbugs zu installieren, um vor einer Paketaktualisierung der privaten systemd-Hierarchie gehören (siehe cgroups und Abschnitt 4.7.5). Units for the system mode are loaded from the ”System Unit Search Path” described in systemd.unit(5). The main ones are as follows declarative unit configuration files (see systemd.unit(5) and user@.service(5)). Units for the user mode are loaded from the ”User Unit Search Path” described in systemd.unit(5). The main ones are as follows

Environment, Standard Edition (build 1.4.2_01-b06) Java HotSpot(TM) Client VM (build 1.4.2_01-b06, mixed mode) Buildfile: build.xml BUILD FAILED Target `ugh' does not exist in this project. Firebird Docwriting-Anleitung Environment, Standard Edition (build 1.4.2_01-b06) Java HotSpot(TM) Client VM (build 1.4.2_01-b06, mixed mode) Buildfile: build.xml BUILD FAILED Target `ugh' does not exist in this project. literallayout (wörtliches Anführungszeichen, ist eine kurze Information über diesen Commit anzugeben, z.B. "Neue Funktionen zur API-Referenz hinzugefügt" oder "Fehler im isql-Handbuch gefixt". Geben Sie Ihr SF-Kennwort ein, wenn es

systemweite, perma- nente FIREBIRD Umgebungsvariable, die auf das richtige Verzeichnis zeigt, damit die API Routinen die Firebird-Meldungstexte finden können. 4. Optional können Sie einige Firebird Kommandozeilentools erlaubten Zugriff auf Datenbankobjekte erhalten (wenn überhaupt). Deaktivieren Sie Classic Local Mode unter Linux Eine Ausnahme für die oben genannte Regel ist der sogenannte lokale oder embedded Zugriffsmodus