CANoe DENoe - KEMT FEI TUKE

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The control panels provide a user-friendly interface to the environment variables. The user can create the panels independently with the help of the Panel Editor. During the simulation values of environment variables can be displayed (lamps, counters) and interactively modified (switches, potentiometers). The example in Figure 2 is intended to clarify the functions which CANoe provides for simulation and testing of CAN bus systems. By pressing the pushbutton on the left control panel the discrete environment variable "Pushbutton" is set to the value 1. The bus node on the left reacts by sending out a message on the CAN bus. The bus node in the middle receives this message and sets the discrete environment variable "Light" to 1. This causes the small lamp in the middle control panel to light up. Figure 2: Components of the simulation system Analogously, the user can also adjust the potentiometer in the middle control panel, whereby the value of the continuous environment variable "Potentiometer" is modified. This causes the middle network node to place a message on the bus with the new data. This message is received by the network node on the right. There a new value is calculated from the signal contents for the environment variable "Engine RPM". Finally, this causes the display of engine speed to be updated on the right control panel. The behavior presented in the previous sections can be described very easily with functions available in CAPL. By this method it is possible to implement a simulation of complex systems with relatively little effort. 1.2 Tips for Using CANoe The basic operating procedures for using CANoe are explained in this section. If you are working with Windows for the first time, you should first become familiar with the basics of operating Windows applications. To do this, select the Windows tutorial program under the Help menu in the Windows Program Manager. Essentially, CANoe can be operated by both mouse and keyboard. For example, you can select a main menu by clicking it with the left mouse button. Then you can click © Vector Informatik GmbH CANoe/DENoe Manual Version 4.1.1 3
4 again on an item in the submenu which appears, and the associated action is executed. As an alternative, the main menu can be activated by pressing the key. You can now select an item with the cursor keys (, , and and execute the associated action by pressing the Enter key. You can deactivate a selected menu entry again by pressing or by clicking outside of the menu area with the mouse button. All of the windows described above can be moved, enlarged, reduced, opened and closed again at any time, i.e. also during the measurement. To move the window simply drag (= press the left mouse key and hold it down while the mouse is moved) the title bar of the particular window to the new position. To change the window size, drag on the sides or corners of the window. As an alternative you can also perform these actions with the keyboard after calling the system menu (pressing - or -). See the Windows manuals or Windows online Help for further details. 1.2.1 Menus CANoe is operated using the main menu. The individual menu commands are described in detail in online Help Additionally, there are other context-sensitive menus in the evaluation windows described above and in the data flow plans in the simulation and measurement setup windows. These menus allow the user to specifically configure certain objects. These menus can be opened by clicking the active block in the active window or in the measurement setup window with the right mouse button. Using the keyboard this is done by pressing . Most blocks in the measurement and simulation setups can be parameterized by selecting the first item in the context menu Configuration. The block's configuration dialog is opened for this purpose. You can also start this dialog directly, without going through the context menu, by double clicking on the active block or pressing the Enter key. 1.2.2 Dialogs In addition to command inputs, which are usually made using menus, there are also parameter inputs. As a rule, parameters are entered in dialog boxes. A dialog box generally consists of six types of fields, each of which can occur more than once: © Vector Informatik GmbH CANoe/DENoe Manual Version 4.1.1
Page 1 and 2: CANoe DENoe .CAN.LIN.MOST.FlexRay M
Page 3 and 4: IV International Quality Standard C
Page 5 and 6: VI Contents 1 Introduction.........
Page 7 and 8: VIII 2.7.4.2 Configuration of Onlin
Page 9 and 10: X 4.2.1.6 Entering Mode-Dependent S
Page 11 and 12: XII 9.4 Synchronized timestamp ....
Page 14 and 15: 1 Introduction In this chapter, you
Page 18 and 19: Control box/Check box Comment box B
Page 20 and 21: figuration dialog for the active bl
Page 22 and 23: Make sure that you begin this tour
Page 24 and 25: After then select + and Setup from
Page 26 and 27: generator block, whereby the first
Page 28 and 29: Figure 17: Transmit List for Genera
Page 30 and 31: Figure 20: Statistics Report Beside
Page 32 and 33: must be subtracted from the result.
Page 34 and 35: Figure 25: Data Window With the hel
Page 36 and 37: figuration from the data source. Yo
Page 38 and 39: Unit 7: Create a CAPL program with
Page 40 and 41: 1.3.12 Simulation of Distributed Sy
Page 42 and 43: In the configuration under consider
Page 44 and 45: } msg.bsSwitch = getValue(this); //
Page 46 and 47: The panels are generated as display
Page 48 and 49: 1.6 Particularities of the Demo Ver
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Page 52 and 53: Main menu line Toolbar Data window
Page 54 and 55: The information exchange between th
Page 56 and 57: 2.2.2 Working with Configurations A
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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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103 For all signals you have entere
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105 Note: It is always the case tha
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107 10x , n = [1 to 9], x = whole n
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109 To optimize the Graphics window
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The popup menu command Copy content
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Display type: Decimal The raw data
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ing. However, to obtain reasonable
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Figure 67: Statistical evaluation o
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Figure 69: Bus Statistics Window 11
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If you have not entered any comment
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Figure 71: Generator block Configur
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Figure 72: Signal Response Generato
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For examples of interactive generat
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quest of the same message must foll
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4.3 Replay Block 131 The replay blo
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4.5 Filter block 133 The volume of
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The filter configuration is lost wh
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Note: When a CAPL node is removed f
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139 The left side of the dialog is
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Figure 79: The Panel Editor 141 All
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143 Note: It is now possible to aut
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5.3.2 Configuration of the Elements
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147 Only elements completely enclos
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With View you can choose among thre
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Figure 83: Configuration Dialog for
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5.9 Panel Control 153 For complex C
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155 Therefore, you can utilize a CA
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Bus event: Keyboard event: Time eve
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6.2.1 Opening Browser 159 Browser i
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161 If you are using more than one
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Bus Bus bus name Database Database
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8.4 LIN Specifications CANoe.LIN su
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9 Option .MOST In this chapter you
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9.5 Original timestamp 169 This is
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• Make sure, the DTD file is not
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9.7.4.1 Lookup Key 173 The data str
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9.8 Interactive Generator Block MOS
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9.10 Busstatistic Window 177 The bu
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179 mostLightLockError Most_Error E
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9.12.5 Hardware API 9.12.5.1 Optoly
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XOR Filter long MostSetXorFilter( )
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9.13.3 MOST XML Catalog 185 The dem
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9.14.8 Weird Spurious Events from M
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10 Option .FlexRay In this chapter
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11 Index ! ! Load symbol · 53 < k
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Error frame · 41, 64, 95, 119, 123
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R Radio button · 5 Raw value · 13
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