CANoe DENoe - KEMT FEI TUKE

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5.9 Panel Control 153 For complex CANoe models with many input and display panels it is often impossible to arrange them all simultaneously on the screen. On the one hand, the screen does not provide enough space. On the other hand, system resources are inadequate to simultaneously open an arbitrary number of panels. However, usually only a small subset of all panels is needed a any given time for measurements and simulation runs. Panel control for CANoe therefore provides you with the option of grouping panels according to your work requirements. With different panel control buttons you can select, which panel should be opened or closed during the measurement. Each panel control button is configured with a list of the panels which are opened when the button is activated. Then during a measurement you can open specific panel groups from the control panel simply by pressing the appropriate panel control button. In the panel control configuration dialog, under Text you enter the text you wish to label the button with. Under Font Size you can enter the size of the text characters. In the list below this you now enter the panels to be opened when the button is activated. All panels not entered in the list are closed automatically if you activate the check box Close Other Panels. Note: In CANoe you can define permanent panels which are unaffected by panel control actions, i.e. they remain open even after a panel control button is activated, if they are not listed in the control list of the button. With the [Add] button you can add new panels to the panel control list. Pressing [Delete] removes all marked panels from the list. Press [Display] to open the panels marked in the list for viewing. Note: Since you may wish to use the same panel in various CANoe configurations, the panel positions are managed directly by CANoe. Therefore, they cannot be set in the Panel Editor. © Vector Informatik GmbH CANoe/DENoe Manual Version 4.1.1
154 6 CAPL Programming This chapter offers you a basic introduction in working with the programming language CAPL. Examples and a reference of all commands you can find in the online help. 6.1 Overview The universal applicability of CANoe results in large measure from its user programmability. The CAN Access Programming Language CAPL is a C-like programming language, which allows you to program CANoe for individual applications. In the development of network nodes, for example, the problem arises that the remaining bus nodes are not yet available for tests. To emulate the system environment, the data traffic of all remaining stations can be simulated with the help of CAPL. All CANoe program variations/ options support the CAPL functions. The following program variations offer additional CAPL functions: • CANoe.LIN resp. DENoe.LIN • CANoe.MOST resp. DENoe.MOST • CANoe.J1939 You can also write programs for problem-specific analysis of data traffic with CAPL, or you can program a gateway - a connecting element between two buses - to exchange data between different CAN buses. CAPL nodes are inserted in the data flow plan as function blocks. Event procedures serve as inputs in CAPL. These procedures can react to external events (e.g. the occurrence of specific messages). You send messages by calling the function output(). These language tools and symbolic access to the various variables in the database make it possible to create simple prototypical models of nodes. The event procedures can be edited in the user-friendly Browser. Note: You can find a detailed description of all CAPL functions in the online help. 6.1.1 Potential Applications of CAPL Programs CAPL programs have an input through which messages pass as events into the block. Appearing at the output are all messages that either pass through the program or are generated by it. Furthermore, the program block can react to keyboard inputs (Key), time events (Timer) and - with CANoe - to changes in environment variables such as switches or slider positions. © Vector Informatik GmbH CANoe/DENoe Manual Version 4.1.1
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CANoe DENoe .CAN.LIN.MOST.FlexRay M
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IV International Quality Standard C
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VI Contents 1 Introduction.........
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VIII 2.7.4.2 Configuration of Onlin
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X 4.2.1.6 Entering Mode-Dependent S
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XII 9.4 Synchronized timestamp ....
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1 Introduction In this chapter, you
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The control panels provide a user-f
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Control box/Check box Comment box B
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figuration dialog for the active bl
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Make sure that you begin this tour
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After then select + and Setup from
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generator block, whereby the first
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Figure 17: Transmit List for Genera
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Figure 20: Statistics Report Beside
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must be subtracted from the result.
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Figure 25: Data Window With the hel
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figuration from the data source. Yo
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Unit 7: Create a CAPL program with
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1.3.12 Simulation of Distributed Sy
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In the configuration under consider
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} msg.bsSwitch = getValue(this); //
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The panels are generated as display
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1.6 Particularities of the Demo Ver
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Figure 34: CANoe during a measureme
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Main menu line Toolbar Data window
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The information exchange between th
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2.2.2 Working with Configurations A
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Figure 38: Dialog for configuring r
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Figure 40: Message and Signal Explo
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The search sequence in the database
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• The channel configuration does
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Normal Oper. Load Oper. Overload Fi
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To filter out certain messages from
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Panels to be Opened at Measurement
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Furthermore, the panel configuratio
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In the Entire Measurement trigger m
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For example, the entire measurement
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If a data loss occurs in spite of t
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Event type Format in ASCII Logging
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Nevertheless, it is often the case
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Number format: Binary A mask is ent
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2.8 COM-Server A COM-Server is impl
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Message was not transmitted (14) Th
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Command from driver not supported (
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supplied with the card. Operation o
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The CAN controllers are provided wi
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Figure 49: Acceptance Filtering wit
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3 Windows You can modify the arrang
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3.1.2 Layout of the Simulation Setu
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You configure the measurement setup
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time stamp 2.7000 sec CANoe transm
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Figure 55: Simulation Dialog Note:
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WU = Wake up or TE = Transceiver er
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fixed position, cyclic update outpu
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3.3.3 Trace Window Options from the
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3.4.1 Selecting Signals 101 In the
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Page 122 and 123: 109 To optimize the Graphics window
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Page 126 and 127: Display type: Decimal The raw data
Page 128 and 129: ing. However, to obtain reasonable
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Page 132 and 133: Figure 69: Bus Statistics Window 11
Page 134 and 135: If you have not entered any comment
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Page 140 and 141: For examples of interactive generat
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Page 146 and 147: 4.5 Filter block 133 The volume of
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Page 150 and 151: Note: When a CAPL node is removed f
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Page 154 and 155: Figure 79: The Panel Editor 141 All
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Page 158 and 159: 5.3.2 Configuration of the Elements
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Page 164 and 165: Figure 83: Configuration Dialog for
Page 168 and 169: 155 Therefore, you can utilize a CA
Page 170 and 171: Bus event: Keyboard event: Time eve
Page 172 and 173: 6.2.1 Opening Browser 159 Browser i
Page 174 and 175: 161 If you are using more than one
Page 176 and 177: Bus Bus bus name Database Database
Page 178 and 179: 8.4 LIN Specifications CANoe.LIN su
Page 180 and 181: 9 Option .MOST In this chapter you
Page 182 and 183: 9.5 Original timestamp 169 This is
Page 184 and 185: • Make sure, the DTD file is not
Page 186 and 187: 9.7.4.1 Lookup Key 173 The data str
Page 188 and 189: 9.8 Interactive Generator Block MOS
Page 190 and 191: 9.10 Busstatistic Window 177 The bu
Page 192 and 193: 179 mostLightLockError Most_Error E
Page 194 and 195: 9.12.5 Hardware API 9.12.5.1 Optoly
Page 196 and 197: XOR Filter long MostSetXorFilter( )
Page 198 and 199: 9.13.3 MOST XML Catalog 185 The dem
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Page 202 and 203: 10 Option .FlexRay In this chapter
Page 204 and 205: 11 Index ! ! Load symbol · 53 < k
Page 206 and 207: Error frame · 41, 64, 95, 119, 123
Page 208 and 209: R Radio button · 5 Raw value · 13
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