R20UT3652EJ0100-AUTOSARs

AUTOSAR MCAL R4.0.3
User’s Manual

MCU Driver Component Ver.1.0.2

Generation Tool User’s Manual

Target Device:
RH850/P1x-C

All information contained in these materials, including products and product specifications,
represents information on the product at the time of publication and is subject to change by
Renesas Electronics Corp. without notice. Please review the latest information published by
Renesas Electronics Corp. through various means, including the Renesas Electronics Corp.
website (http://www.renesas.com).

www.renesas.com
Rev.1.00 Jan 2017

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3

Abbreviations and Acronyms

Abbreviation / Acronym
Description
AUTOSAR
AUTomotive Open System ARchitecture
ARXML
Autosar eXtensible Mark-up Language
BSWMDT
Basic Software Module Description Template
CFD
Control Flow Diagram
DFD
Data Flow Diagram
DEM
Diagnostic Event Manager
ECM
Error Control Module
ECU
Electronic Control Unit
Id
Identifier
MCAL
Micro Controller Abstraction Layer
MCU
Micro Controller Unit
SPAL
Standard Peripheral Abstraction Layer
XML
eXtensible Mark-up Language

Definitions

Terminology
Description
BSWMDT File
This file is the template for the Basic Software Module Description.
Configuration XML File
This file contains the setting of command line options.
ECU Configuration Description
Input file to MCU Driver MCAL Code Generator Tool. It is
File
generated by ECU Configuration Editor.
Sl.No
Serial Number.

5

Introduction
Chapter 1

Chapter 1 Introduction

The MCU Driver component provides services for basic microcontroller
initialization, reset, standby modes, handles ECM and microcontroller
specific functions required from other SPAL components.

The MCU Driver Component comprises of two sections i.e., Embedded
Software and MCAL Code Generator Tool to achieve scalability and
configurability.

The document describes the MCU module specific inputs and outputs of the
MCAL Code Generator Tool that is the common code generator engine used
for the generation of the configuration code for all MCAL modules. MCAL
Code Generator Tool is a command line tool that extracts information from
ECU Configuration Description File, BSWMDT File and generates MCU
Driver Configuration source and header files (Mcu_PBcfg.c,
Mcu_Hardware.c, Mcu_Hardware.h, Mcu_Cbk.h and Mcu_Cfg.h).

This document contains information on the options, input and output files of
the MCAL Code Generator Tool. In addition, this manual covers a step-by-
step procedure for the usage of MCAL Code Generator Tool.

1.1.
Document Overview

This user manual is organized as given in the table below:

Section
Contents
Section 1 (Introduction)
Provides an introduction to the document and explains how information
is organized in this manual.
Section 2 (Reference)
Provides a list of documents referred while developing this document.
Section 3 (Code Generation
Provides the overview of Code generation.
Overview)
Section 4 (Input Files)
Provides information about ECU Configuration Description File.
Section 5 (Output Files)
Explains the output files that are generated by the MCAL Code
Generator Tool
Section 6 (Precautions)
Contains precautions to be taken during configuration of ECU
Configuration Description File.
Section 7 (User Configuration
Describes about user configuration validation done by the MCAL Code
Validation)
Generator Tool
Section 8 (Configuration
Describes the overview of the configuration parameters.
overview)
Section 9 (Messages)
Describes all the Error/Warning/Information messages of R4.0.3 which
helps the user to understand the probable reason for the same.

9

Chapter 1 Introduction

10

Reference
Chapter 2

Chapter 2 Reference

2.1.
Reference Documents

The following table lists the documents referred to develop this document:

Sl. No Title
Version
1.
AUTOSAR_SWS_MCUDriver
3.2.0
2.
MCAL_CodeGenerator_Tool_UserManual.pdf
1.7
3.
R20UT3828EJ0100-AUTOSAR.pdf
1.0.2

2.2.
Trademark Notice

Microsoft and Windows are trademarks/registered trademarks of Microsoft
Corporation.

11

Chapter 2 Reference

12

Code Generation Overview
Chapter 3

Chapter 3  Code Generation Overview

Overview of Code Generation is shown below



ECU Configuration

Description File and
.

BSWMDT File

Mcu_Cfg.h,

MCAL Generator
Mcu_Hardware.h,

Mcu_PBcfg.c,

Velocity template
Mcu_Hardware.c,

files for MCU
Mcu_Cbk.h

Configuration XML

File

Figure 3-1  Overview of Code Generation

  ECU Configuration Description File (.arxml):
This file will contain MCU Driver specific configuration information.
This file should be generated by AUTOSAR specified Configuration
Editor.

  BSWMDT File (.arxml):
MCAL Code Generator Tool uses “Common Published Information”
from MCU module specific BSWMDT File. MCU module specific
BSWMDT File should not be updated manually since it is “Static
Configuration” file.

  Velocity template files:
Mcu_PBcfg_c.vm, Mcu_Cfg_h.vm, Mcu_Hardware_h.vm,
Mcu_Hardware_c.vm, Mcu_Validate.vm, Mcu_Cbk_h.vm and
CommonHelper.vm
They are interpreted by the MCAL Code Generator Tool in order to
provide user input validation and generate the final output file
needed by the AUTOSAR configuration chain.They are the "logic" of
the Code Generator.

  Configuration XML File (.xml):
This file is used to specify which velocity template to use and their
location and the name of the output file generated.

For the error free input file, the MCAL Code Generator Tool generates the
following output files: Mcu_Cfg.h, Mcu_Hardware.h, Mcu_PBcfg.c, Mcu_Cbk.h
and Mcu_Hardware.c and displays appropriate context sensitive error
messages for wrong input and exits.

ECU Configuration Description File can be created or edited using ECU
Configuration Editor.

13

Chapter 3                                                                                                  Code Generation Overview

Concept of execution for MCU Driver MCAL Code
Generator Tool is as follows:

Generation start

Validate.vm
Common
Helper.vm

config.xml

ECU Configuration

Description Files
Template files(.vm)
MCAL Code Generator

And BSWMDT file
Tool

(.arxml)

No
Validation
Yes

successful

Display Error
Generate Output Files

  Generation stop

Figure 3-2       Flow-Diagram of Code Generation

The module “Validate” will validate the configuration (contents of
ECU Configuration Description File(s) as input). If there are
incorrect values or incorrect dependencies, the MCAL Code
Generator Tool will display error, warning and information
messages. In case of errors, the MCAL Code Generator Tool will
abort the execution.
Mcu_Cfg_h.vm / Mcu_PBcfg_c.vm will generate compiler switch /
structures necessary to the AUTOSAR Configuration chain and
vendor specific parameters.
Mcu_Hardware_h.vm / Mcu_Hardware_c.vm will generate hardware
related info (defines number of actual instances / channels used /
structure to access to the I/O mapped peripheral).

Remark
Please consult the general MCAL Code Generator Tool User Manual
(MCAL_CodeGenerator_Tool_UserManual.pdf) and
GettingStarted_MCAL_Drivers_X1x (R20UT3828EJ0100-AUTOSAR.pdf) for
details about the MCAL Code Generator Tool command line options.
14

Input Files
Chapter 4

Chapter 4 Input Files

MCAL Code Generator Tool will accept the config.xml file which has paths
to the Velocity template files for generating Mcu Driver files. MCAL Code
Generator Tool need ECU Configuration Description File(s) and BSWMDT
File as inputs to generate Mcu Driver specific source files. Hence ECU
Configuration Description File should contain configuration of MCU Driver
module. MCAL Code Generator Tool ignores any other AUTOSAR
component configured in the ECU Configuration Description File. ECU
Configuration Description File can be generated using configuration editor.

ECU Configuration Description File must comply with AUTOSAR standard
ECU Configuration Description File format

Remark The detailed explanation about the parameters and containers are found in
Parameter Definition File.

15

Chapter 4 Input Files

16

Output Files
Chapter 5

Chapter 5  Output Files

MCAL Code Generator Tool generates configuration details in C Header and
C Source files Mcu_Cfg.h, Mcu_Hardware.c, Mcu_Hardware.h, Mcu_PBcfg.c
and Mcu_Cbk.h.

The content of each output file is given in the table below:

Table 5-1  Output Files Description

Output File
Details
Mcu_Cfg.h
This file contains pre-compile time parameters.
Mcu_Hardware.c  This file contains the definitions for addresses of the hardware registers used in the
MCU Driver Module.
Mcu_Hardware.h  This file contains the declarations for addresses of the hardware registers used in the
MCU Driver Module.
Mcu_PBcfg.c
This file contains post-build configuration data.
Mcu_Cbk.h
This file contains call back function of Dem.

Remark  Output files generated by MCAL Code Generator Tool should not be modified
or edited manually.

17

Chapter 5 Output Files

18

Precautions
Chapter 6

Chapter 6  Precautions

•  ECU Configuration Description File and BSWMDT File must comply with
AUTOSAR standard for R4.0.3 ECU Configuration Description File and
BSWMDT File respectively.
•  The input file must contain MCU Driver module.

•  All the function names and the string values configured should follow C
syntax for variables. It can only contain alphanumeric characters and “_”. It
should start with an alphabet.

•  MCU Configuration is dependent on DEM module description file.
•  Configuration xml file :config.xml should convey the velocity template file
location and output file location.
•  Configuration XML File should contain the file extension ‘.xml’.

•  If the output files generated by MCAL Code Generator Tool are modified
externally, then they may not produce the expected results or may lead to
error/warning/Information messages.

•  Short Name for a container should be unique within a name space.

•  An error free ECU Configuration Description File generated from
configuration editor has to be provided as input to the MCU Driver MCAL
Code Generator Tool. Otherwise MCAL Code Generator Tool may not
produce the expected results or may lead to errors/warnings/information
messages.

Remarks:
Please refer MCU Component User Manual (R20UT3651EJ0100-
AUTOSAR.pdf) for deviations from AUTOSAR specifications.

19

Chapter 6                                                                                                                             Precautions




20

User Configuration Validation
Chapter 7

Chapter 7  User Configuration Validation

This section provides help to analyze the error, warning and information
messages displayed during the execution of MCU Driver MCAL code
generator tool. It ensures conformance of input file with syntax and
semantics. It also performs validation on the input file for correctness of the
data.

For more details on list of Error/Warning/Information messages that are
displayed as a result of input file(s) validation, refer Chapter 9 “Messages”.

The MCAL Code Generator Tool displays error or warning or information
when the user has configured incorrect inputs. The format of
Error/Warning/Information message is as shown below.

<message_type>_<vendor_id>_<module_id>_<message_id>:<message_cont
ent>.
where,
  <message_type> : ERR/WARNING/INFO

  < vendor_id >          : vendor Id = 59

  < module_id >          : 101- MCU Driver Module id (101) for user
               configuration checks.

  < Message_id.>      :  001-999

  <message_content>: Message content provides information
                about error or warning or information displayed
                      when the user has configured incorrect inputs.

                                                               File Name’ and ‘Path’ need not be present for all
                                          Error/Warning/Information messages

                File Name: Name of the file in which the error has
                occurred.

                Path: Absolute path of the container in which the
                parameter is present

21

Chapter 7 User Configuration Validation

22

Configuration Overview
Chapter 8

Chapter 8 Configuration Overview

8.1
Container Overview

MCU

McuPublishedInformation
McuGeneralConfiguration
McuModuleConfiguration

McuEcmErrorSourcesCfg
McuInternalOscillatorClk
McuClockSettingConfig

McuDemEventParameterRefs
McuExternalClkOutSetting
McuGTMClockSettingsConfig

McuModeSettingConf
McuPLLClkSetting
McuGTMClockSettings

McuWakeUpFactorDetails
McuWdtaCounterClk

McuRamSectorSettingConf

McuSAWdtCounterClk

McuClockReferencePoint

Figure 8-1
Configuration overview
23

Chapter 8                                                                                                     Configuration Overview

8.1.1
Pre Compile Time Configurable Parameters
Table 8-1
Pre Compile Time Configurable Parameters

Container  Parameter Name
Param
Parameter  Range
Parameter
Name
eter
Description
Type
McuGener
McuVersionCheckExtern
Boolean
TRUE / FALSE
Enable / disable
al
alModules
AUTOSAR Version
check for inter-

module
dependencies
McuDevErrorDetect
Boolean
TRUE / FALSE
Pre-processor
switch for enabling
the development
error detection and
reporting
McuGetRamStateApi
Boolean
TRUE / FALSE
Pre-processor
switch to
enable/disable the
API
Mcu_GetRamState
.
McuInitClock
Boolean
TRUE / FALSE
Pre-processor
switch to
enable/disable the
API Mcu_InitClock
to initialize the
clock settings.
McuNoPll
Boolean
TRUE / FALSE
This parameter
shall be set true, if
the H/W does not
have a PLL or the
PLL circuitry is
enabled after the
power on without
S/W intervention.
In this case
MCU_DistributePll
Clock has to be
disabled and
MCU_GetPllStatus
has to return
MCU_PLL_STATU
S_UNDEFINED.
Otherwise this
parameters has to
be set False.
McuPerformResetApi
Boolean
TRUE / FALSE
Pre-processor
switch to enable or
disable the API to
read out the
modules version
information
McuVersionInfoApi
Boolean
TRUE / FALSE
Pre-processor
switch to enable or
disable the API to
read out the
24

Configuration Overview
Chapter 8

Container  Parameter Name
Param
Parameter  Range
Parameter
Name
eter
Description
Type
modules version
information
McuCriticalSectionProtect
Boolean
TRUE / FALSE
This parameter
ion
specifies if the
MCU driver CPU
load can be
reduced by
disabling the
enter/exit critical
section
functionality by
adding a
precompiled
configuration
parameter to the
MCU driver
configuration.
McuSwResetCallApi
Boolean
TRUE / FALSE
This parameter
shall decide if
MCU_RESET_CAL
LOUT API will be
used for to reset
software
McuEcmDelayTimerOverf
Integer
0-65535
This parameter
lowValue
specifies to
configure the
overflow value for
the ECM delay
timer
McuEcmErrorOutputMod
Enum
NON_DYNAMIC_MO
This parameter
e
DE
used to configure
the error output
DYNAMIC_MODE
either in Dynamic
or Non-Dynamic
mode
McuClm0Operation
Boolean
TRUE / FALSE
This parameter
enables or disables
operation of clock
monitor function for
CLMA0
McuClm1Operation
Boolean
TRUE / FALSE
This parameter
enables or disables
operation of clock
monitor function for
CLMA1
McuClm2Operation
Boolean
TRUE / FALSE
This parameter
enables or disables
operation of clock
monitor function for
CLMA2
McuClm3Operation
Boolean
TRUE / FALSE
This parameter
enables or disables
operation of clock
monitor function for
CLMA3
25

Chapter 8                                                                                                     Configuration Overview

Container  Parameter Name
Param
Parameter  Range
Parameter
Name
eter
Description
Type
McuClm4Operation
Boolean
TRUE / FALSE
This parameter
enables or disables
operation of clock
monitor function for
CLMA4
McuClm0MonitoringClock
Float
0-20
This parameter
Accuracy
specifies the
monitoring clock
accuracy of
CLMA0 in
percentage.
McuClm1MonitoringClock
Float
1-20
This parameter
Accuracy
specifies the
monitoring clock
accuracy of
CLMA1 in
percentage.
McuClm2MonitoringClock
Float
2-20
This parameter
Accuracy
specifies the
monitoring clock
accuracy of
CLMA2 in
percentage.
McuClm3MonitoringClock
Float
0-20
This parameter
Accuracy
specifies the
monitoring clock
accuracy of
CLMA3 in
percentage.
McuClm4MonitoringClock
Float
0-20
This parameter
Accuracy
specifies the
monitoring clock
accuracy of
CLMA4 in
percentage.
McuClm0SamplingClock
Float
6-26
This parameter
Accuracy
specifies the
sampling clock
accuracy of
CLMA0 in
percentage
McuClm1SamplingClock
Float
3-20
This parameter
Accuracy
specifies the
sampling clock
accuracy of
CLMA1 in
percentage
McuClm2SamplingClock
Float
5-20
This parameter
Accuracy
specifies the
sampling clock
accuracy of
CLMA2 in
percentage
McuClm3SamplingClock
Float
2-20
This parameter
Accuracy
specifies the
sampling clock
26

Configuration Overview
Chapter 8

Container  Parameter Name
Param
Parameter  Range
Parameter
Name
eter
Description
Type
accuracy of
CLMA3 in
percentage
McuClm4SamplingClock
Float
2-20
This parameter
Accuracy
specifies the
sampling clock
accuracy of
CLMA4 in
percentage
McuLoopCount
Integer
1-255
The count value for
the feed-back loop
in Mcu module.
McuEcmRstConfigure
Enum
SYSTEM_RESE
This parameter is
APPLICATION_RES
used to configure
ET
the type of Ecm
Reset.
SYSTEM_RESET:
ECM Module will
generate System
Reset.
APPLICATION_RE
SET: ECM Module
will generate
Application Reset.

McuDeviceName
Enum
R7F701370A,
This parameter
R7F701371,
contains the
R7F701372,
supported device
R7F701373,
name.
R7F701374
McuGTMConfigurationSu
Boolean
TRUE / FALSE
Pre-processor
pport
switch to enable or
disable the
complete support
of all GTM related
functionality.
McuInterruptConsistency
Boolean
TRUE / FALSE
Pre-processor
Check
switch to enable or
disable the
Interrupt
Consistency Check
functionality
McuUseWriteVerifyErrorI
Boolean
TRUE / FALSE
Pre-processor
nterface
switch to enable or
disable the user
can configure error
notification
interface instead of
DEM error for
Write-Verify
functionality.
McuWriteVerifyErrorInterf
function
Null/WriteVerify
Pre-processor
ace
switch to enable or
disable the
parameter is used
to configure the
name of the error
27

Chapter 8                                                                                                     Configuration Overview

Container  Parameter Name
Param
Parameter  Range
Parameter
Name
eter
Description
Type
notification which
shall be called with
the ApiID and
ErrorId when there
is a Write Verify
error.
McuWriteVerify
Enum
WV_DISABLE
This parameter
enables selection
WV_INIT_ONLY
and support of
WV_INIT_RUNTIME
WV_INIT_ONLY or
WV_INIT_RUNTIM
E register write-
verify functionality
of registers.
McuClma0SelfDiagnostic
Boolean
TRUE / FALSE
Pre-processor
Test
switch to enable or
disable the user
can configure
CLMA0 Self
Diagnosis Support.
McuClma1SelfDiagnostic
Boolean
TRUE / FALSE
Pre-processor
Test
switch to enable or
disable the user
can configure
CLMA1Self
DiagnosisSupport.
McuClma2SelfDiagnostic
Boolean
TRUE / FALSE
Pre-processor
Test
switch to enable or
disable the user
can configure
CLMA2 Self
DiagnosisSupport.
McuClma3SelfDiagnostic
Boolean
TRUE / FALSE
Pre-processor
Test
switch to enable or
disable the user
can configure
CLMA3 Self
DiagnosisSupport.
McuClma4SelfDiagnostic
Boolean
TRUE / FALSE
Pre-processor
Test
switch to enable or
disable the user
can configure
CLMA4 Self
DiagnosisSupport.
McuCvmSelfDiagnosticTe
Boolean
TRUE / FALSE
Pre-processor
st
switch to enable or
disable the user
can configure CVM
Self Diagnosis
Support
28

Configuration Overview
Chapter 8

Container  Parameter Name
Param
Parameter  Range
Parameter
Name
eter
Description
Type

McuEcmSelfDiagnosticTest
Boolean
TRUE / FALSE
Pre-processor
switch to enable or
disable the user
can configure ECM
Self Diagnosis
Support
McuLockStepSelfDiagnostic
Boolean
TRUE / FALSE
Pre-processor
Test
switch to enable or
disable Lockstep
Self Diagnosis
Support

29

Chapter 8                                                                                                     Configuration Overview

8.1.2
Post Build Time Configurable Parameters
Table 8-2
Post Build Time Configurable Parameters

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuModul
McuClockSrcFailure
Enum
DISABLED
This parameter enables or
eConfigura
Notification
ENABLED
disables clock failure
tion
notification. In case this
feature is not supported by
HW the setting should be
disabled. This parameter is
not used for
implementation
McuNumberOfMcuM
Integer
1-255
This parameter shall
odes
represent the number of
Modes available for the
MCU. This parameter is
not used for
implementation
McuRamSectors
Integer
1-4294967295
This parameter shall
represent the number of
RAM sectors available for
the MCU. This parameter
is not used for
implementation.
McuResetSetting
Integer
1-255
This parameter relates to
the MCU specific reset
configuration. This applies
to the function
Mcu_PerformReset, which
performs a microcontroller
reset using the hardware
feature of the
microcontroller. This
parameter is not used for
implementation
McuCvmOutMaskFb
Boolean
TRUE / FALSE
This parameter enables or
ist
disables the CVMOUT
Output Mask for FBIST
Operation
McuCvmOutMaskDi
Boolean
TRUE / FALSE
This parameter enables or
ag
disables the CVMOUT
Output Mask for DIAG
Operation
McuCvmOutputFilter
Boolean
TRUE / FALSE
This parameter enables or
disables the CVMOUT
Output Filter Control
McuCvmDiagLockBit  Boolean
TRUE / FALSE
This parameter lock or
unlock the CVM Diagnosis
during normal operation.
McuCvmResetEnabl
Boolean
TRUE / FALSE
This parameter enable or
e
disable a reset of core
voltage operation area
upon detection of abnormal
in core power supply.
30

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuSwResetTrigger
Enum
SW_SYSTEM_RESE
This parameter will decide
T
the type of software reset.
SW_APPLICATION_
RESET NO_RESET
McuCloc
McuClockSettingId
Integer
0-255
The Id of this
kSetting
McuClockSettingConfig to
Config
be used as argument for
the API call
"Mcu_InitClock".It should
be unique and consecutive
over multiple ClockSetting
configurations.
McuMainOsciFreque
Enum
FREQ_16000000
This parameter selects the
ncy
main oscillator frequency in
FREQ_20000000
Hz
FREQ_24000000
McuCpuMainSysClk
Integer
120000000-
This parameter contains
240000000
the CPU main system
clock frequency. This
parameter does not affect
the behaviour of the MCU
driver. It is a frequency that
will be available to other
modules for reference. It
either needs to be
calculated manually or by
the configuration editor
McuUnitName
Enum
CLK_CPUM
This parameter contains
the functional unit name for
the CPU.
McuInter
McuPeripheralClock
Integer
16000000
This parameter contains
nalOscill
the Internal Oscillator
atorClk
Clock value.
McuExte
McuExternalClk0So
Enum
MCU_MAIN_OSCILL
This parameter is to select
rnalClkO
urceSel
ATOR
the external clock 0 source.
utSetting
MCU_MAIN_OSCILLATO
MCU_CLK_LSB
R: 16 to 24 MHz MainOSC.
MCU_CLK_CPU
MCU_CLK_LSB (Low
Speed System Clock): 30
MCU_BACKUP_CLO
to 40 MHz
CK
MCU_CLK_CPU: 120 to
240 MHz clock.
MCU_BACKUP_CLOCK: 8
MHz.
McuExternalClk1So
Enum
MCU_MAIN_OSCILL
This parameter is to select
urceSel
ATOR
the external clock 1 source.
MCU_MAIN_OSCILLATOR
MCU_CLK_LSB
: 16 to 24 MHz MainOSC.
MCU_CLK_CPU
MCU_CLK_LSB: Low
Speed System Clock.
MCU_BACKUP_CLO
If MCU_CLK_CPU is 240
CK
MHz or 160 MHz,
MCU_CLK_LSB is 40
MHz.
31

Chapter 8                                                                                                     Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
If MCU_CLK_CPU is 120
MHz, MCU_CLK_LSB is
30 MHz
MCU_CLK_CPU: 120 to
240 MHz clock.
MCU_BACKUP_CLOCK:
Internal oscillator clock *
1/2.

McuExternalClk0Divi
Integer
1-1023
This parameter is to select
derSel
the divider for external
clock 0 source
McuExternalClk1Divi
Integer
1-1023
This parameter is to select
derSel
the divider for external
clock 1 source
McuExternalClock0
Integer
250000- 20000000
This parameter contains
the output of External
Clock 0 value.
McuExternalClock1
Integer
250000- 20000000
This parameter contains
the output of External
Clock 1 value.
McuPLL
McuSystemSourceS
Enum
MCU_PLL
This parameter is to select
ClkSettin
el
MCU_INTERNAL_OS
the System Clock source 0.
g
CILLATOR
MCU_PLL: 320 to 480
MHz Clock.
MCU_INTERNAL_OSCILL
ATOR: 16 MHz IntOSC.
McuPLLClk0Divider
Integer
1-7
This parameter is to select
Sel
the divider for PLL0
source.
McuPLLClk1Divider
Integer
1-7
This parameter is to select
Sel
the divider for PLL1
source.
McuPLLClock0
Integer
320000000-
This parameter contains
480000000
the PLL0 Clock value.
McuOPBT1Sel
Integer
0-4294967295
This parameter contains
the  value that is to be
written in OPBT1.
McuSA
McuSAWdtCounterD
Enum
DIVBY_ID_8
This parameter contains
WdtCou
ivider
DIVBY_ID_9
the divider for the Secure
nterClk
Application WDTA counter
clock DIVBY_ID_8:
Secure Application
WdtacounterClk/80000
(or) WdtacounterClk/250 is
selected as clock
divider.Provided
SAWDTMD=0/1.
DIVBY_ID_9: Secure
Application
WdtacounterClk/80000
(or) WdtacounterClk/250 is
selected as clock
divider.Provided
SAWDTMD=1/0.
32

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuUnitName
Enum
WDTCLKI
This parameter contains
the functional unit name for
the Secure Application
Wdta counter Clock.
McuPeripheralClock
Integer
2000- 640000
This parameter contains
the Wdta counter Clock.
McuWdt
McuWdtCounterDivi
Enum
DIVBY_1_ID_1
This parameter contains
aCounte
der
DIVBY_32_ID_1
the divider for the WDTA
rClk
counter clock
DIVBY_1_ID_1:
WdtacounterClk/1 is
selected as clock divider.
DIVBY_32_ID_1:
WdtacounterClk/32 is
selected as clock divider
McuUnitName
Enum
WDTCLKI
This parameter contains
the functional unit name for
the Wdta counter Clock.
McuPeripheralClock
Integer
250000- 8000000
This parameter contains
the Wdta counter Clock.
McuCloc
McuClockReference
Float
0- 4294967295
This is the frequency for
kReferen
PointFrequency
the specific instance of the
cePoint
McuClockReferencePoint
container. It shall be given
in Hz. This parameter is
not used for
implementation. So if it is
used for reference
frequency then user has to
take care for configuration
of valid clock domain
associated with it
McuGT
McuGTMClockSelec
Enum
CMU_CLK0
This parameter used to
MClockS
tion
CMU_CLK1
configure the CMU clocks.
ettings
CMU_CLK2
CMU_CLK0: CMU clock 0.
CMU_CLK3
CMU_CLK1: CMU clock 1.
CMU_CLK4
CMU_CLK2: CMU clock 2.
CMU_CLK5
CMU_CLK3: CMU clock 3.
CMU_CLK6
CMU_CLK4: CMU clock 4.
CMU_CLK7
CMU_CLK5: CMU clock 5.
CMU_CLK6: CMU clock 6.
CMU_CLK7: CMU clock 7.
McuGTMChannelClk
Integer
1-16777215
This parameter holds the
SrcDivider
Channel Clock Source
Divider.
McuGT
McuGTMCMUGCLK
Integer
1-16777215
This parameter holds the
MClockS
Numerator
Numerator for the CMU
ettingsC
Global Clock Divider.
onfig
McuGTMCMUGCLK
Integer
1-16777215
This parameter holds the
Denominator
Denominator for the CMU
Global Clock Divider.
33

Chapter 8                                                                                                     Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuEcm
McuEcmErrorMaska
Boolean
TRUE / FALSE
This parameter enables or
ErrorSou
bleInterrupt
disables generation of a
rcesCfg0
maskable interrupt when
to
the error occurs from each
McuEcm
source
ErrorSou
McuEcmErrorNonM
Boolean
TRUE / FALSE
This parameter enables or
rcesCfg9
askableInterrupt
disables generation of a
2
non maskable interrupt
when the error occurs from
each error source
McuEcmErrorInterna
Boolean
TRUE / FALSE
This parameter enables or
lReset
disables generation of an
internal reset when the
error occurs from each
error source
McuEcmErrorNMIDe
Boolean
TRUE / FALSE
This parameter enables or
layTimer
disables delay timer start
caused by non-maskable
interrupts in response to
errors from each error
source
McuEcmErrorMIDela
Boolean
TRUE / FALSE
This parameter enables or
yTimer
disables delay timer start
caused by maskable
interrupts in response to
errors from each error
source
McuEcmErrorOutput
Boolean
TRUE / FALSE
This parameter mask or
Mask
unmask the individual error
sources of the error pin
output from each error
source
McuMiNotification
Function
NA
This parameter contains
notification function for MI
notification
McuNmiNotification
Function
NA
This parameter contains
notification function for NMI
notification.
McuEcmInitialNotific
function
NA
This parameter is used for
ation
notify the upper layer,if any
ECM error has been
already detected at system
start-up.

McuEcmErrorInterna
Boolean
TRUE / FALSE
This parameter enables or
disables generation of an

lReset
internal reset when the
McuEcm
ecm delay timer overflow
ErrorSou
error occurs.
rcesCfg9
McuEcmErrorOutput
Boolean
TRUE / FALSE
This parameter mask or
3
Mask
unmask the individual error
sources of the error pin
output when the ecm delay
timer overflow error occurs.
McuEcmInitialNotific
function
NA
This parameter is used for
ation
notify the upper layer,if any
ECM error has been
34

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
already detected at system
start-up.
McuDem
MCU_E_CLOCK_F
Referenc
Reference to
Reference to configured
EventPa
AILURE
e
DemEventId of Dem
DEM event to report "Clock
rameter
module.
source failure".
Refs
MCU_E_WRITE_TI
Referenc
Reference to
Reference to configured
MEOUT_FAILURE
e
DemEventId of Dem
DEM event to report "write
module.
failure".
MCU_E_POWERD
Referenc
Reference to
Reference to configured
OWN_MODE_FAIL
e
DemEventId of Dem
DEM event to report
URE
module.
"Power Down Mode
failure".
MCU_E_INT_INCO
Referenc
Reference to
Reference to the
NSISTENT
e
DemEventId of Dem
DemEventParameter which
module.
shall be issued when
interrupt inconsistency is
detected.
MCU_E_REG_WRI
Referenc
Reference to
Reference to the
TE_VERIFY
e
DemEventId of Dem
DemEventParameter which
module.
shall be issued when a
register write-verify failure
was detected. If the
reference is not configured
the error shall not be
reported.
MCU_E_CLM_SELF
Referenc
Reference to
Reference to the
DIAG_FAILURE
e
DemEventId of Dem
configured DEM event to
module.
report “CLM self diagnostic
failure”
MCU_E_ECM_SEL
Referenc
Reference to
Reference to the
FDIAG_FAILURE
e
DemEventId of Dem
configured DEM event to
module.
report “ECM self diagnostic
failure”
MCU_E_CVM_SEL
Referenc
Reference to
Reference to the
FDIAG_FAILURE
e
DemEventId of Dem
configured DEM event to
module.
report “CVM self diagnostic
failure”
MCU_E_LOCKSTE
Referenc
Reference to
Reference to the
P_SELFDIAG_FAIL
e
DemEventId of Dem
configured DEM event to
URE
module.
report “LockStep self
diagnostic failure”
McuMod
McuMode
Integer
1-255
The parameter represents
eSetting
the MCU Mode settings.
Conf
This parameter is not used
for implementation.
McuModeType
Enum
MCU_HALT_MODE
This parameter contains
the power save mode type
MCU_MODULE_STA
NDBY_MODE
McuMcanStopTrigge
Boolean
TRUE / FALSE
This parameter will enables
r
or disables the stop mode
triggering of MCAN domain
35

Chapter 8                                                                                                     Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuFlexrayStopTrig
Boolean
TRUE / FALSE
This parameter will enables
ger
or disables the stop mode
triggering of FLEXRAY
domain
McuGtmStopTrigger
Boolean
TRUE / FALSE
This parameter will enables
or disables the stop mode
triggering of GTM domain
McuEthernetStopTri
Boolean
TRUE / FALSE
This parameter will enables
gger
or disables the stop mode
triggering of ETHERNET
domain
McuRsentStopTrigg
Boolean
TRUE / FALSE
This parameter will enables
er
or disables the stop mode
triggering of RSENT
domain
McuHsUsrtStopTrigg
Boolean
TRUE / FALSE
This parameter will enables
er
or disables the stop mode
triggering of HS_USRT
domain
McuCsihStopTrigger
Boolean
TRUE / FALSE
This parameter will enables
or disables the stop mode
triggering of CSIH domain
McuRlin3StopTrigge
Boolean
TRUE / FALSE
This parameter will enables
r
or disables the stop mode
triggering of RLIN3 domain
McuAdcStopTrigger
Boolean
TRUE / FALSE
This parameter will enables
or disables the stop mode
triggering of ADC domain
McuMcanWakeUpTr
Boolean
TRUE / FALSE
This parameter will enables
igger
or disables the Wakeup
triggering of MCAN domain
McuFlexrayWakeup
Boolean
TRUE / FALSE
This parameter will enables
Trigger
or disables the Wakeup
triggering of FLEXRAY
domain
McuGtmWakeupTrig
Boolean
TRUE / FALSE
This parameter will enables
ger
or disables the Wakeup
triggering of GTM domain
McuEthernetWakeu
Boolean
TRUE / FALSE
This parameter will enables
pTrigger
or disables the Wakeup
triggering of ETHERNET
domain
McuRsentWakeupTr
Boolean
TRUE / FALSE
This parameter will enables
igger
or disables the Wakeup
triggering of RSENT
domain
McuHsUsrtWakeupT
Boolean
TRUE / FALSE
This parameter will enables
rigger
or disables the Wakeup
triggering of HS_USRT
domain
McuCsihWakeupTrig
Boolean
TRUE / FALSE
This parameter will enables
ger
or disables the Wakeup
triggering of CSIH domain
36

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuRlin3WakeupTri
Boolean
TRUE / FALSE
This parameter will enables
gger
or disables the Wakeup
triggering of RLIN3 domain
McuAdcWakeupTrig
Boolean
TRUE / FALSE
This parameter will enables
ger
or disables the Wakeup
triggering of ADC domain
McuWak
McuWakeUpFactorN
Enum
INTECMMI
This parameter contains
eUpFact
ame
wake up factor name for
INTIPIR0
orDetails
PE/Peripherals
INTIPIR1
INTICUP
INTWDTA
INTSW0
INTP0
INTP1
INTP2
INTP3
INTP4
INTOTS0OTI
INTOTS0OTULI
INTSTM00
INTSTM01
INTGTM0TIM00
INTGTM0TIM02
INTGTM0MCS00
INTGTM0MCS02
INTADCF012
INTCSIH0TIR
INTCSIH1TIR
INTRLIN33UR2
INTP5
INTP6
INTP7
INTP8
INTP9
INTGTM0TIM01
INTGTM0TIM03
INTMTTCANFE
INTMCAN0FE
INTETNA0
37

Chapter 8                                                                                                     Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
INTFLX0LINE0
INTFLX1LINE0
INTSENT0RI
INTSENT1RI
INTDNFA2WUF0
INTDNFA2WUF1
INTDNFA3WUF0
INTDNFA3WUF1
INTDNFA4WUF0
INTDNFA4WUF1
FEINT
FENMISWDTA
McuRam
McuRamDefaultValu
Integer
0-255
This parameter shall
SectorS
e
represent the Data pre-
ettingCo
setting to be initialized
nf
McuRamSectionBas
Integer
4275961856-
This parameter shall
eAddress
4277829631
represent the MCU RAM
section base address. For
LOCAL RAM 128KB
having range 1 to 131072.
For VARIABLE RAM
192KB having range 1 to
196608.
For GLOBAL RAM BANK A
480KB having range 1 to
491520.
For GLOBAL RAM BANK B
480KB having range 1 to
491520.
For VARIABLE RAM
192KB having range 1 to
196608
McuRamSectionSize  Integer
1-65536
This parameter shall
represent the MCU RAM
Section size in bytes. For
LOCAL RAM 128KB
having range 1 to 131072.
For VARIABLE RAM
192KB having range 1 to
196608.
For GLOBAL RAM BANK A
480KB having range 1 to
491520.
For GLOBAL RAM BANK B
480KB having range 1 to
491520.
For VARIABLE RAM
192KB having range 1 to
196608.
38

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuPubl
McuResetReason
Integer
0
The parameter represents
ishedInfo
the different type of reset
rmation
that a Micro supports. This
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module. This parameter is
not used for
implementation.
McuRst
McuResetReason
Integer
0
The parameter represents
RsnConf
the different type of reset
PowOnR
that a Micro supports. This
st
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_POWER_ON_RESE
T
McuRst
McuResetReason
Integer
1
The parameter represents
RsnConf
the different type of reset
Terminal
that a Micro supports. This
Rst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_TERMINAL_RESET
McuRst
McuResetReason
Integer
2
The parameter represents
RsnConf
the different type of reset
CvmRst
that a Micro supports. This
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CVM_RESET
McuRst
McuResetReason
Integer
3
The parameter represents
RsnConf
the different type of reset
SwSysR
that a Micro supports. This
st
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_SW_SYS_RESET
McuRst
McuResetReason
Integer
4
This container contains the
RsnConf
configuration for the
WdtRst
different type of reset
reason that can be
retrieved from
Mcu_GetResetReason
API.
39

Chapter 8 Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuRst
McuResetReason
Integer
5
The parameter represents
RsnConf
the different type of reset
LockSte
that a Micro supports. This
pCoreRs
parameter is referenced by
t
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_LOCK_STEP_CORE
_RST
McuRst
McuResetReason
Integer
6
The parameter represents
RsnConf
the different type of reset
PbusFss
that a Micro supports. This
Rst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_PBUS_FSS_RST
McuRst
McuResetReason
Integer
7
The parameter represents
RsnConf
the different type of reset
BusBridg
that a Micro supports. This
eErrorRs
parameter is referenced by
t
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_BUS_BRIDGE_ERR
OR_RST
McuRst
McuResetReason
Integer
8
The parameter represents
RsnConf
the different type of reset
SafetyM
that a Micro supports. This
echCom
parameter is referenced by
pRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_SAFETY_MECH_C
OMP_RST
McuRst
McuResetReason
Integer
9
The parameter represents
RsnConf
the different type of reset
TempSe
that a Micro supports. This
nsorRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_TEMPERATURE_S
ENSOR_RST
McuRst
McuResetReason
Integer
10
The parameter represents
RsnConf
the different type of reset
Clma0R
that a Micro supports. This
st
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
40

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
module,
MCU_CLMA0_RST
McuRst
McuResetReason
Integer
11
The parameter represents
RsnConf
the different type of reset
Clma2R
that a Micro supports. This
st
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CLMA2_RST
McuRst
McuResetReason
Integer
12
The parameter represents
RsnConf
the different type of reset
Clma3R
that a Micro supports. This
st
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CLMA3_RST
McuRst
McuResetReason
Integer
14
The parameter represents
RsnConf
the different type of reset
Clma1R
that a Micro supports. This
st
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CLMA1_RST
McuRst
McuResetReason
Integer
15
The parameter represents
RsnConf
the different type of reset
LRamEc
that a Micro supports. This
cDedRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_LRAM_ECC_DED_
RST
McuRst
McuResetReason
Integer
16
The parameter represents
RsnConf
the different type of reset
GRamEc
that a Micro supports. This
cDedRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_GRAM_ECC_DED_
RST
41

Chapter 8 Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuRst
McuResetReason
Integer
17
The parameter represents
RsnConf
the different type of reset
CacheR
that a Micro supports. This
amEdcR
parameter is referenced by
st
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CACHE_RAM_EDC
_RST
McuRst
McuResetReason
Integer
18
The parameter represents
RsnConf
the different type of reset
CodeFls
that a Micro supports. This
EccDed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CODE_FLS_ECC_D
ED_RST
McuRst
McuResetReason
Integer
19
The parameter represents
RsnConf
the different type of reset
DataFls
that a Micro supports. This
EccDed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_DATA_FLS_ECC_D
ED_RST
McuRst
McuResetReason
Integer
20
The parameter represents
RsnConf
the different type of reset
CsihRa
that a Micro supports. This
mEccDe
parameter is referenced by
dRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CSIH_RAM_ECC_D
ED_RST
McuRst
McuResetReason
Integer
21
The parameter represents
RsnConf
the different type of reset
CanRam
that a Micro supports. This
EccDed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CAN_RAM_ECC_D
ED_RST
42

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuRst
McuResetReason
Integer
22
The parameter represents
RsnConf
the different type of reset
EthRam
that a Micro supports. This
DedRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_ETH_RAM_ECC_D
ED_RST
McuRst
McuResetReason
Integer
23
The parameter represents
RsnConf
the different type of reset
FrRamE
that a Micro supports. This
ccDedRs
parameter is referenced by
t
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_FR_RAM_ECC_DE
D_RST
McuRst
McuResetReason
Integer
24
The parameter represents
RsnConf
the different type of reset
GtmRam
that a Micro supports. This
EccDed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_GTM_RAM_ECC_D
ED_RST
McuRst
McuResetReason
Integer
25
The parameter represents
RsnConf
the different type of reset
BusEcc
that a Micro supports. This
DedRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_BUS_ECC_DED_RS
T
McuRst
McuResetReason
Integer
26
The parameter represents
RsnConf
the different type of reset
BusEccS
that a Micro supports. This
edRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_BUS_ECC_SED_RS
T
43

Chapter 8 Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuRst
McuResetReason
Integer
27
The parameter represents
RsnConf
the different type of reset
LRamAd
that a Micro supports. This
drOvfRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_LRAM_ADDR_OVF_
RST
McuRst
McuResetReason
Integer
28
The parameter represents
RsnConf
the different type of reset
GRamA
that a Micro supports. This
ddrOvfR
parameter is referenced by
st
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_GRAM_ADDR_OVF
_RST
McuRst
McuResetReason
Integer
29
The parameter represents
RsnConf
the different type of reset
CodeFls
that a Micro supports. This
AddrOvf
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CODE_FLS_ADDR_
OVF_RST
McuRst
McuResetReason
Integer
30
The parameter represents
RsnConf
the different type of reset
DataFls
that a Micro supports. This
AddrOvf
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_DATA_FLS_ADDR_
OVF_RST
McuRst
McuResetReason
Integer
31
The parameter represents
RsnConf
the different type of reset
PeriRam
that a Micro supports. This
EccAddr
parameter is referenced by
OvfRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_PERI_RAM_ECC_A
DDR_OVF_RST
44

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuRst
McuResetReason
Integer
32
The parameter represents
RsnConf
the different type of reset
DtsRam
that a Micro supports. This
EccDed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_DTS_RAM_ECC_D
ED_RST
McuRst
McuResetReason
Integer
33
The parameter represents
RsnConf
the different type of reset
DtsRam
that a Micro supports. This
EccSed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_DTS_RAM_ECC_SE
D_RST
McuRst
McuResetReason
Integer
34
The parameter represents
RsnConf
the different type of reset
LRamEc
that a Micro supports. This
cSedRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_LRAM_ECC_SED_R
ST
McuRst
McuResetReason
Integer
35
The parameter represents
RsnConf
the different type of reset
GRamEc
that a Micro supports. This
cSedRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_GRAM_ECC_SED_
RST
McuRst
McuResetReason
Integer
36
The parameter represents
RsnConf
the different type of reset
CodeFls
that a Micro supports. This
EccSed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CODE_FLS_ECC_S
ED_RST
45

Chapter 8 Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuRst
McuResetReason
Integer
37
The parameter represents
RsnConf
the different type of reset
DataFls
that a Micro supports. This
EccSed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_DATA_FLS_ECC_S
ED_RST
McuRst
McuResetReason
Integer
38
The parameter represents
RsnConf
the different type of reset
CsihRa
that a Micro supports. This
mEccSe
parameter is referenced by
dRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CSIH_RAM_ECC_S
ED_RST
McuRst
McuResetReason
Integer
39
The parameter represents
RsnConf
the different type of reset
CanRam
that a Micro supports. This
EccSed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_CAN_RAM_ECC_S
ED_RST
McuRst
McuResetReason
Integer
40
The parameter represents
RsnConf
the different type of reset
EthRam
that a Micro supports. This
EccSed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_ETH_RAM_ECC_SE
D_RST
McuRst
McuResetReason
Integer
41
The parameter represents
RsnConf
the different type of reset
FrRamE
that a Micro supports. This
ccSedRs
parameter is referenced by
t
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_FR_RAM_ECC_SE
D_RST
46

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuRst
McuResetReason
Integer
42
The parameter represents
RsnConf
the different type of reset
GtmRam
that a Micro supports. This
EccSed
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_GTM_RAM_ECC_S
ED_RST
McuRst
McuResetReason
Integer
43
The parameter represents
RsnConf
the different type of reset
PEGuar
that a Micro supports. This
dRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_PE_GUARD_RST
McuRst
McuResetReason
Integer
44
The parameter represents
RsnConf
the different type of reset
GramGu
that a Micro supports. This
ardRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_GRAM_GUARD_RS
T
McuRst
McuResetReason
Integer
45
The parameter represents
RsnConf
the different type of reset
MemcGu
that a Micro supports. This
ardRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_MEMC_GUARD_RS
T
McuRst
McuResetReason
Integer
46
The parameter represents
RsnConf
the different type of reset
SlaveGu
that a Micro supports. This
ardRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_SLAVE_GUARD_RS
T
McuRst
McuResetReason
Integer
47
The parameter represents
RsnConf
the different type of reset
CodeFls
that a Micro supports. This
PEUnma
parameter is referenced by
pAccess
the parameter
Rst
EcuMResetReason in the
ECU State manager
47

Chapter 8 Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
module,
MCU_CODE_FLS_PE_UN
MAP_ACCESS_RST
McuRst
McuResetReason
Integer
48
The parameter represents
RsnConf
the different type of reset
GramPE
that a Micro supports. This
UnmapA
parameter is referenced by
ccessRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_GRAM_PE_UNMAP
_ACCESS_RST
McuRst
McuResetReason
Integer
49
The parameter represents
RsnConf
the different type of reset
LpbPEU
that a Micro supports. This
nmapAc
parameter is referenced by
cessRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_LPB_PE_UNMAP_A
CCESS_RST
McuRst
McuResetReason
Integer
50
The parameter represents
RsnConf
the different type of reset
PBusUn
that a Micro supports. This
mapAcc
parameter is referenced by
essRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_PBUS_UNMAP_AC
CESS_RST
McuRst
McuResetReason
Integer
51
The parameter represents
RsnConf
the different type of reset
HBusUn
that a Micro supports. This
mapAcc
parameter is referenced by
essRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_HBUS_UNMAP_AC
CESS_RST
McuRst
McuResetReason
Integer
52
The parameter represents
RsnConf
the different type of reset
CodeFls
that a Micro supports. This
GvciUn
parameter is referenced by
mapAcc
the parameter
essRst
EcuMResetReason in the
ECU State manager
module,
48

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
MCU_CODE_FLS_GVCI_
UNMAP_ACCESS_RST
McuRst
McuResetReason
Integer
53
The parameter represents
RsnConf
the different type of reset
GramFls
that a Micro supports. This
GvciUn
parameter is referenced by
mapAcc
the parameter
essRst
EcuMResetReason in the
ECU State manager
module,
MCU_GRAM_FLS_GVCI_
UNMAP_ACCESS_RST
McuRst
McuResetReason
Integer
54
The parameter represents
RsnConf
the different type of reset
ResHbu
that a Micro supports. This
sUnmap
parameter is referenced by
AccessR
the parameter
st
EcuMResetReason in the
ECU State manager
module,
MCU_RES_HBUS_UNMA
P_ACCESS_RST
McuRst
McuResetReason
Integer
55
The parameter represents
RsnConf
the different type of reset
DmaTra
that a Micro supports. This
nsferRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_DMA_TRANSFER_
RST
McuRst
McuResetReason
Integer
56
The parameter represents
RsnConf
the different type of reset
DmaUn
that a Micro supports. This
mapped
parameter is referenced by
Rst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_DMA_UNMAPPED_
RST
McuRst
McuResetReason
Integer
57
The parameter represents
RsnConf
the different type of reset
FlsSequ
that a Micro supports. This
enceRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
49

Chapter 8 Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
MCU_FLS_SEQUENCE_R
ST
McuRst
McuResetReason
Integer
58
The parameter represents
RsnConf
the different type of reset
FlsFaciR
that a Micro supports. This
st
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_FLS_FACI_RST
McuRst
McuResetReason
Integer
59
The parameter represents
RsnConf
the different type of reset
AdcParit
that a Micro supports. This
yRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_ADC_PARITY_RST
McuRst
McuResetReason
Integer
60
The parameter represents
RsnConf
the different type of reset
PEUnint
that a Micro supports. This
enEnabl
parameter is referenced by
eDisable
the parameter
Rst
EcuMResetReason in the
ECU State manager
module,
MCU_PE_UNINTEN_EN_
DIS_RST
McuRst
McuResetReason
Integer
61
The parameter represents
RsnConf
the different type of reset
Uninten
that a Micro supports. This
DeactUs
parameter is referenced by
erRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_UNINTEN_DEACT_
USR_RST
McuRst
McuResetReason
Integer
62
The parameter represents
RsnConf
the different type of reset
Uninten
that a Micro supports. This
ActCfpM
parameter is referenced by
odeRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_UNINTEN_ACT_CF
P_MODE_RST
50

Configuration Overview
Chapter 8

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
McuRst
McuResetReason
Integer
63
The parameter represents
RsnConf
the different type of reset
Uninten
that a Micro supports. This
DebugE
parameter is referenced by
nableDet
the parameter
ectRst
EcuMResetReason in the
ECU State manager
module,
MCU_UNINTEN_DEBUG_
EN_DET_RST
McuRst
McuResetReason
Integer
64
The parameter represents
RsnConf
the different type of reset
Uninten
that a Micro supports. This
ActTest
parameter is referenced by
ModeRst
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_UNINTEN_ACT_TE
STMODE_RST
McuRst
McuResetReason
Integer
65
The parameter represents
RsnConf
the different type of reset
EcmCo
that a Micro supports. This
mpRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_ECM_COMP_RST
McuRst
McuResetReason
Integer
66
The parameter represents
RsnConf
the different type of reset
Debugge
that a Micro supports. This
rRst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_DEBUGGER_RESE
T
McuRst
McuResetReason
Integer
67
The parameter represents
RsnConf
the different type of reset
SwAppl
that a Micro supports. This
Rst
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_SW_APPL_RESET
McuRst
McuResetReason
Integer
68
The parameter represents
RsnConf
the different type of reset
BistRst
that a Micro supports. This
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
51

Chapter 8 Configuration Overview

Container
Parameter Name
Param
Parameter Range
Parameter Description
Name
eter
Type
module,
MCU_BIST_RESET
McuRst
McuResetReason
Integer
69
The parameter represents
RsnConf
the different type of reset
RstUnde
that a Micro supports. This
fined
parameter is referenced by
the parameter
EcuMResetReason in the
ECU State manager
module,
MCU_RESET_UNDEFINE
D
McuRst
McuResetReason
Integer
70
The parameter represents
RsnConf
the different type of reset
RstUnkn
that a Microcontroller
own
supports. This parameter is
referenced by the
parameter
EcuMResetReason in the
ECU State manager
module,
MCU_RESET_UNKNOWN

52

Messages
Chapter 9

Chapter 9  Messages

The messages help to identify the syntax or semantic errors in the ECU
Configuration Description File. Hence it ensures validity and correctness of the
information available in the ECU Configuration Description File.

The following section gives the list of error, warning and information messages
displayed by the MCAL Code Generator Tool.

9.1  Error Messages

ERR_59_101_002:   McuClockSettingConfig container short name between
configsets should be same for each Clocksetting ID in path
Mcu/McuModuleConfiguration/McuClockSettingConfig. For ClocksettingId $Id, the
container short name is different between configset $ConfigSetCount and
$MaxConfigSets.

This error will occur when McuClockSettingConfig container short name between
configsets is not same for each Clocksetting ID in path
Mcu/McuModuleConfiguration/McuClockSettingConfig.

ERR_59_101_003:    McuClockSettingId value in the container path
Mcu/McuModuleConfiguration/McuClockSettingConfig is out of range in configset
$ConfigSetCount. It should be configured less than $McuInstance."

This error will occur when McuClockSettingId in the container path
Mcu/McuModuleConfiguration/McuClockSettingConfig   is out of range in a
configset

ERR_59_101_004: McuClockSettingId value = $Id in the container path
Mcu//McuModuleConfiguration/McuClockSettingConfig  is repeating in configset
$ConfigSetCount.

This error will occur when McuClockSettingId in the container path
Mcu/McuModuleConfiguration/McuClockSettingConfig   is repeating in a configset

ERR_59_101_005:   McuClockSettingId value = $Id  in the container path
Mcu/McuModuleConfiguration/McuClockSettingConfig   is not configured in
configset $ConfigSetCount

This error will occur when McuClockSettingId in the container path
Mcu/McuModuleConfiguration/McuClockSettingConfig   is not configured in a
configset

ERR_59_101_006:   Reference path configured for the parameter
MCU_E_CLOCK_FAILURE is not correct in the path
<Mcu/McuModuleConfiguration/McuDemEventPrameterRefs

This error will occur when reference path configured for the parameter
MCU_E_CLOCK_FAILURE is not correct in the path

ERR_59_101_007:    Reference path configured for the parameter
MCU_E_WRITE_TIMEOUT_FAILURE is not correct in the path
<Mcu/McuModuleConfiguration/McuDemEventPrameterRefs.

This error will occur when reference path configured for the parameter
MCU_E_WRITE_TIMEOUT_FAILURE is not correct in the path
53

Chapter 9
Messages

ERR_59_101_008:    Value configured for the parameter McuModeType  is
repeating in the path Mcu/McuModuleConfiguration/McuModeSettingConf. It should
be unique within configset.

This error will occur when value configured for the parameter McuModeType  is
repeating in the path Mcu/McuModuleConfiguration/McuModeSettingConf

ERR_59_101_009:     Value configured for the parameter
McuWakeUpFactorName in the path Mcu/McuModuleConfiguration/
McuModeSettingConf0/ McuWakeUpFactorDetails should not be repeated within
the McuWakeUpFactorDetails container

This error will occur when value configured for the parameter
McuWakeUpFactorName in the path Mcu/McuModuleConfiguration/
McuModeSettingConf0/ McuWakeUpFactorDetails is repeated within the
McuWakeUpFactorDetails container

ERR_59_101_010:   Reference path configured for the parameter
MCU_E_POWERDOWN_MODE_FAILURE is not correct in the path
<Mcu/McuModuleConfiguration/McuDemEventPrameterRefs

This error will occur when reference path configured for the parameter
MCU_E_POWERDOWN_MODE_FAILURE is not correct in the path

ERR_59_101_012: WakeUpTrigger of a particular domain cannot be enabled
when StopTrigger of the same domain is disabled in the path
<Mcu/McuModuleConfiguration/McuModeSettingConf>.

This error will occur when WakeUpTrigger is expected from a particular domain
when StopTrigger of the same domain is disabled in the path

ERR_59_101_013: McuGTMCMUClock = $McuCMUClk is repeating in
McuGTMClockSettings container in configset $ConfigSetCount.

This error will occur when the McuGTMCMUClock is repeating in
McuGTMClockSettings container in configsets

ERR_59_101_014: This value of OPBT1.PLL0FREQ = $McuPLLFreq is not
supported for P1H-C devices.

This error will occur when the OPBT1.PLL0FREQ is not supported for P1H-C
devices.

ERR_59_101_015: The configured value of PLL clock should be equal to
$McuReqPLLClock MHz.

This error will occur when the configured value of PLL clock is not equal to
$McuReqPLLClock MHz.

ERR_59_101_016: The configured value of McuOPBT1Sel = $McuOPBT1Sel is
not supported.

This error will occur when the configured value of McuOPBT1Sel is not supported.
ERR_59_101_017: The value of the parameter McuEcmDelayTimerOverflowValue
= $McuEcmDelTimOverVal Hz is out of range.
This error will occur when the value of McuEcmDelayTimerOverflowValue is not in
range.
54

Messages
Chapter 9

ERR_59_101_018:  The value of the parameter McuClm0MonitoringClockAccuracy
= $McuClm0MonClockAcc Hz is out of range.
This error will occur when the value of the McuClm0MonitoringClockAccuracy is not
in range.
ERR_59_101_019: The value of the parameter McuClm0SamplingClockAccuracy =
$McuClm0SamClockAcc Hz is out of range.
This error will occur when the value of the McuClm0SamplingClockAccuracy is not
in range.
ERR_59_101_020: The value of the parameter McuClm1MonitoringClockAccuracy
= $McuClm1MonClockAcc Hz is out of range.
This error will occur when the value of the McuClm1MonitoringClockAccuracy is not
in range.
ERR_59_101_021: The value of the parameter McuClm1SamplingClockAccuracy =
$McuClm1SamClockAcc Hz is out of range.
This error will occur when the value of the McuClm1SamplingClockAccuracy is not
in range.
ERR_59_101_022: The value of the parameter McuClm2MonitoringClockAccuracy
= $McuClm2MonClockAcc Hz is out of range.
This error will occur when the value of the McuClm2MonitoringClockAccuracy is not
in range.
ERR_59_101_023: The value of the parameter McuClm2SamplingClockAccuracy
= $McuClm2SamClockAcc Hz is out of range.
This error will occur when the value of the McuClm2SamplingClockAccuracy is not
in range.
ERR_59_101_024: The value of the parameter McuClm3MonitoringClockAccuracy
= $McuClm3MonClockAcc Hz is out of range.
This error will occur when the value of the McuClm3MonitoringClockAccuracy is not
in range
ERR_59_101_025: The value of the parameter McuClm3SamplingClockAccuracy =
$McuClm3SamClockAcc Hz is out of range.
This error will occur when the value of the McuClm3SamplingClockAccuracy is not
in range
ERR_59_101_028: The value of the parameter McuLoopCount = $McuLoopCt Hz is
out of range.
This error will occur when the value of the McuLoopCount is not in range.
ERR_59_101_029: The value of the parameter McuMainOsciFrequency is invalid
in McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuMainOsciFrequency is not in range.
ERR_59_101_030: The value of the parameter McuCpuMainSysClk =
$McuCpuClk Hz is out of range in McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
55

Chapter 9
Messages

This error will occur when the value of the McuCpuMainSysClk is not in range.
ERR_59_101_031: The value of the parameter McuPeripheralClock =
$McuPeriClock Hz is out of range in the container
McuClockSettingConfig$ClockCount in McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuPeripheralClock is not in range.
ERR_59_101_032: The value of the parameter McuExternalClk0DividerSel =
$McuExtClk0DivSel Hz is out of range in McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuExternalClk0DividerSel is not in
range.
ERR_59_101_033: The value of the parameter McuExternalClock0 = $McuExtClk0
Hz is out of range in McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuExternalClock0 is not in range.
ERR_59_101_034: The value of the parameter McuExternalClk1DividerSel =
$McuExtClk1DivSel Hz is out of range McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuExternalClk1DividerSel is not in
range.
ERR_59_101_035: The value of the parameter McuExternalClock1 = $McuExtClk1
Hz is out of range in McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuExternalClock1 is not in range.
ERR_59_101_036: The value of the parameter McuPLLClk0DividerSel =
$McuPLLClk0DivSel Hz is out of range in McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuPLLClk0DividerSel is not in range.
ERR_59_101_037: The value of the parameter McuPLLClock0 = $McuPLLClock0
Hz is out of range in McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuPLLClock0 is not in range.
ERR_59_101_038: The value of the parameter McuPLLClk1DividerSel =
$McuPLLClk1DivSel Hz is out of range in McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuPLLClk1DividerSel is not in range.
ERR_59_101_039: The value of the parameter McuOPBT1Sel = $McuOPBT1Se
Hz is out of range in McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuOPBT1Sel is not in range.
ERR_59_101_040: The value of the parameter McuPeripheralClock =
$McuPeripClock Hz is out of range in the container McuSAWdtCounterClk in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuPeripheralClock is not in range.
56

Messages
Chapter 9

ERR_59_101_041: The value of the parameter McuGTMCMUGCLKNumerator =
$McuGTMCMUGCLKNum Hz is out of range in
McuGTMClockSettingsConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuGTMCMUGCLKNumerator is not in
range.
ERR_59_101_042: The value of the parameter McuGTMCMUGCLKDenominator =
$McuGTMCMUGCLKDen Hz is out of range in
McuGTMClockSettingsConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuGTMCMUGCLKDenominator is not
in range.
ERR_59_101_043: The value of the parameter McuGTMChannelClkSrcDivider =
$McuGTMChClkSrcDiv Hz is out of range in McuGTMClockSettings$ClockCount in
McuModuleConfiguration$ConfigSetCount.
ERR_59_101_044: The value of the parameter McuRamDefaultValue =
$McuRamDefVal Hz is out of range in McuRamSectorSettingConf$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuRamDefaultValue is not in range.
ERR_59_101_045: The value of the parameter McuRamSectionBaseAddress =
$McuRamSecBaseAdd Hz is out of range in
McuRamSectorSettingConf$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuRamSectionBaseAddress is not in
range.
ERR_59_101_046: The value of the parameter McuRamSectionSize =
$McuRamSecSize Hz is out of range in McuRamSectorSettingConf$ClockCount in
McuModuleConfiguration$ConfigSetCount.
This error will occur when the value of the McuRamSectionSize is not in range.
ERR_59_101_047: The calculated output frequency for the McuExternalClock0
exceeds 20000000 Hz in the container McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount
This error will occur when the value of the McuExternalClock0 exceeds 20000000
Hz.
ERR_59_101_048: The calculated output frequency for the McuExternalClock1
exceeds 20000000 Hz in the container McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount
This error will occur when the value of the McuExternalClock1 exceeds 20000000
Hz.
ERR_59_101_049: The configured value of McuExternalClock0 should be equal to
$McuClkVal0 Hz in the container McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount
This error will occur when the value of the McuExternalClock0 is not matching with
McuClkVal0.
57

Chapter 9
Messages

ERR_59_101_050: The configured value of McuExternalClock1 should be equal to
$McuClkVal1 Hz in the container McuClockSettingConfig$ClockCount in
McuModuleConfiguration$ConfigSetCount
This error will occur when the value of the McuExternalClock1 is not matching with
McuClkVal1.
ERR_59_101_051: The value of the parameter McuClm4MonitoringClockAccuracy
= $McuClm4MonClockAcc Hz is out of range.
This error will occur when the value of the McuClm4MonitoringClockAccuracy is not
in range.
ERR_59_101_052: The value of the parameter McuClm4SamplingClockAccuracy =
$McuClm4SamClockAcc Hz is out of range.
This error will occur when the value of the McuClm4SamplingClockAccuracy is not in
range.
ERR_59_101_053: The parameter 'MCU_E_INT_INCONSISTENT' in the
McuDemEventParameterRefs Container should be configured, because the
'McuInterruptConsistencyCheck' in $McuGeneral container is true
This error occur when ''McuInterruptConsistencyCheck ' in
McuGeneralConfiguration container is configured as true and
MCU_E_INT_INCONSISTENT in McuDemEventParameterRefs is not configured.

ERR_59_101_054: Reference path configured for the parameter
MCU_E_INT_INCONSISTENT in McuModuleConfiguration$ConfigSetCount is not
correct in the container McuDemEventParameterRefs
This error occur when ''McuInterruptConsistencyCheck ' in
McuGeneralConfiguration container is configured as true and
MCU_E_INT_INCONSISTENT in McuDemEventParameterRefs is not configured
correctly.

ERR_59_101_055: The value configured for the parameter
McuWriteVerifyErrorInterface in the container $McuGeneral shall not be Empty or
NULL,since McuUseWriteVerifyErrorInterface is configured as True.
This error occur when '' McuUseWriteVerifyErrorInterface ' in
McuGeneralConfiguration container is configured as true and
McuWriteVerifyErrorInterface is not configured.

ERR_59_101_056: The parameter 'MCU_E_REG_WRITE_VERIFY' in the
McuDemEventParameterRefs Container should be configured, because the
'McuWriteVerify' in $McuGeneral container is true.
This error occur when '' McuWriteVerify' in McuGeneralConfiguration container is
configured as true and 'MCU_E_REG_WRITE_VERIFY’ in
McuDemEventParameterRefs is not configured.

ERR_59_101_057:  Reference path configured for the parameter
MCU_E_REG_WRITE_VERIFY in McuModuleConfiguration$ConfigSetCount is not
correct in the container McuDemEventParameterRefs
This error occur when '' McuWriteVerify' in McuGeneralConfiguration container is
configured as true and 'MCU_E_REG_WRITE_VERIFY’ in
McuDemEventParameterRefs is not configured correctly.
58

Messages
Chapter 9

ERR_59_101_058: The value of the parameter McuEcmErrorMaskableInterrupt or
McuEcmErrorNonMaskableInterrupt should be true for McuEcmErrorSource<16, 17,
48 and 49> since the parameter McuGetRamStateApi is configured as true in the
McuGeneralConfiguration container.
This error will occur when the parameters McuEcmErrorMaskableInterrupt or
McuEcmErrorNonMaskableInterrupt are not configured as true when the the
parameter McuGetRamStateApi is configured as true in the
McuGeneralConfiguration container.

Remark As issue raised in Bugzilla: 54536 Autosar parameter McuClockSettingId in
McuClockSettingConfig container range is changed to 0 to 255 instead of 1 to 255.

ERR_59_101_059: The value of the parameter McuClmaXOperation should be
configured as true since the parameter McuClmaxSelfDiagnostic Test is configured
as true in the McuGeneralConfiguration container.

This error occur when McuClmaxSelfDiagnosticTest in McuGeneralConfiguration
container is configured as true and McuClmaXOperation is configured as false.

ERR_59_101_060: The value configured for the parameter
MCU_E_CLM_SELFDIAG_FAILURE in the McuDemEventParameterRefs
Container in McuModuleConfiguration$ConfigSetCount shall not be empty or NULL
when any of the parameters 'McuClma0SelfDiagnosticTest' or
'McuClma1SelfDiagnosticTest' or 'McuClma2SelfDiagnosticTest' or
'McuClma3SelfDiagnosticTest' or 'McuClma4SelfDiagnosticTest' in
'McuGeneralConfiguration' is configured as true.

For device R7F701373 and R7F701374

The value configured for the parameter MCU_E_CLM_SELFDIAG_FAILURE in the
McuDemEventParameterRefs Container in
McuModuleConfiguration$ConfigSetCount shall not be empty or NULL when any of
the parameters 'McuClma0SelfDiagnosticTest' or 'McuClma0SelfDiagnosticTest' or
'McuClma2SelfDiagnosticTest' or 'McuClma3SelfDiagnosticTest'' in
'McuGeneralConfiguration' is configured as true for P1M-C devices.

This error occur when McuClma<0,1,2,3,4>SelfDiagnosticTest in
McuGeneralConfiguration container is configured as true and
MCU_E_CLM_SELFDIAG_FAILURE in McuDemEventParameterRefs is not
configured.

ERR_59_101_061: Reference path configured for the parameter
MCU_E_CLM_SELFDIAG_FAILURE in McuModuleConfiguration$ConfigSetCount
is not correct in the container McuDemEventParameterRefs

This error occur when McuClma<0,1,2,3,4>SelfDiagnosticTest in
McuGeneralConfiguration container is configured as true and
MCU_E_CLM_SELFDIAG_FAILURE in McuDemEventParameterRefs is not
configured correctly.

ERR_59_101_062: The parameter MCU_E_CLM_SELFDIAG_FAILURE in the
McuDemEventParameterRefs Container in
McuModuleConfiguration$ConfigSetCount should be configured, because the
parameter McuEcmSelfDiagnosticTest in McuGeneralConfiguration container is
configured as true".

59

Chapter 9
Messages

This error occur when 'McuEcmSelfDiagnosticTest' in McuGeneralConfiguration
container is configured as true and MCU MCU_E_ECM_SELFDIAG_FAILURE in
McuDemEventParameterRefs is not configured.

ERR_59_101_063: Reference path configured for the parameter
MCU_E_ECM_SELFDIAG_FAILURE in McuModuleConfiguration$ConfigSetCount
is not correct in the container McuDemEventParameterRefs

This error occur when 'McuEcmSelfDiagnosticTes’' in McuGeneralConfiguration
container is configured and MCU_E_ECM_SELFDIAG_FAILURE in
McuDemEventParameterRefs is not configured correctly.

ERR_59_101_064: The parameter MCU_E_CVM_SELFDIAG_FAILURE in the
McuDemEventParameterRefs Container in
McuModuleConfiguration$ConfigSetCount should be configured, because the
parameter 'McuCvmSelfDiagnosticTest' in McuGeneralConfiguration container is
configured as true"

This error occur when 'McuCvmSelfDiagnosticTest' in McuGeneralConfiguration
container is configured as true and MCU_E_CLM_SELFDIAG_FAILURE in
McuDemEventParameterRefs is not configured.

ERR_59_101_065: Reference path configured for the parameter
MCU_E_CVM_SELFDIAG_FAILURE in McuModuleConfiguration$ConfigSetCount
is not correct in the container McuDemEventParameterRefs

This error occur when 'McuCvmSelfDiagnosticTest' in McuGeneralConfiguration
container is configured and MCU_E_CLM_SELFDIAG_FAILURE in
McuDemEventParameterRefs is not configured correctly.

ERR_59_101_066: The parameter MCU_E_LOCKSTEP_SELFDIAG_FAILURE in
the McuDemEventParameterRefs Container in
McuModuleConfiguration$ConfigSetCount should be configured, because the
parameter ' McuLockStepSelfDiagnosticTest' in McuGeneralConfiguration container
is configured as true"

This error occur when ' McuLockStepSelfDiagnosticTest' in
McuGeneralConfiguration container is configured as true and
MCU_E_LOCKSTEP_SELFDIAG_FAILURE in McuDemEventParameterRefs is not
configured.

ERR_591_01_067: Reference path configured for the parameter
MCU_E_LOCKSTEP_SELFDIAG_FAILURE in
McuModuleConfiguration$ConfigSetCount is not correct in the container
McuDemEventParameterRefs

This error occur when ' McuLockStepSelfDiagnosticTest ' in
McuGeneralConfiguration container is configured and
MCU_E_LOCKSTEP_SELFDIAG_FAILURE in McuDemEventParameterRefs is not
configured correctly.

ERR_59_101_068: The parameters 'McuEcmErrorMaskableInterrupt' and
'McuEcmErrorNonMaskableInterrupt' are configured as true for the error source
McuEcmErrorContainer.

This error occur when McuEcmErrorMaskableInterrupt and
McuEcmErrorNonMaskableInterrupt is configured for same error source.
60

Messages
Chapter 9

ERR_59_101_069: The parameter 'McuEcmErrorMIDelayTimer' cannot be true
since the interrupt 'McuEcmErrorMaskableInterrupt' is configured as false for the
same error source McuEcmErrorContainer.

This error occur when McuEcmErrorNMIDelayTimer configured without configuring
McuEcmErrorMaskableInterrupt of same error source.

ERR_59_101_070: The parameter 'McuEcmErrorNMIDelayTimer' cannot be true
since the interrupt 'McuEcmErrorNonMaskableInterrupt' is configured as false for
the same error source McuEcmErrorContainer.

This error occur when McuEcmErrorNMIDelayTimer configured without configuring
McuEcmErrorNonMaskableInterrupt of same error source.

9.2  Warning Messages

WARNING_59_101_001: Since the McuModeType parameter is configured as
MCU_MODULE_STANBY_MODE, stop trigger of any of the Target domain in the
path Mcu/McuModuleConfiguration / McuModeSettingConf need to be enabled.

9.3  Information Messages

INFO_59_101_001:  The Time Period of the each GTM CMU clock TCMU_CLK[x] is
calculated as,

TCMU_CLK[x]  =  ((CMUGlobalClockNumerator/CMUGlobalClockDenominator)  *
TSYS_CLK) * (ChannelClkSrcDivider + 1).

61

Chapter 9
Messages

62

Revision History

Sl.No Description
Version  Date
.
1
Initial Version
1.0.0
14-Aug-2015
2
The following changes are made:
1.0.1
15-Apr-2016
1.
R number is added in the last page
2.
Added McuGTMConfigurationSupport in 8.1.1
3.
Added McuGTMClockSettings and McuOPBT1Sel in 8.1.2
4.
Updated McuExternalClkOutSetting and McuPLLClkSetting in 8.1.2
5.
Added parameter for GTM support  in Figure 8-1
                  Configuration overview.
6.
Added error message ERR_59_101_013 , ERR_59_101_014 ,
ERR_59_101_015, ERR_59_101_016  in 10.1.1 Error Messages
7.
Added Information message in Section 10.3
8.
Description added for error messages in 10.1.1 Error Messages
9.
Compiler version updated in 9.3 User Environment Settings
10.  Added Information message INFO_59_101_001 in Section 10.3.

3
Following changes are made
1.0.2
27-Jan-2017

1.
The type of the parameters
McuClm0MonitoringClockAccuracy,McuClm1MonitoringClockAccuracy,
McuClm2MonitoringClockAccuracy, McuClm3MonitoringClockAccuracy,
McuClm0SamplingClockAccuracy, McuClm1SamplingClockAccuracy,
McuClm2SamplingClockAccuracy, McuClm3SamplingClockAccuracy, are
changed from integer to float in section 8.1.1
2.
In section 10.1, error messages ERR_59_101_017 to ERR_59_101_067
are added and ERR_59_101_029 is updated.
3.
In section 8.1.1, parameters McuClm4MonitoringClockAccuracy,
McuClm4SamplingClockAccuracy, McuInterruptConsistencyCheck,
McuUseWriteVerifyErrorInterface, McuWriteVerifyErrorInterface,
McuWriteVerify, Clma Self Diagnosis, McuCvmSelfDiagnosticTest,
McuEcmSelfDiagnosticTest, McuLockStepSelfDiagnosticTest are added.
4.
Updated section 8.1.2 post build configuration parameters.
5.
Removed Translation XML File from Definition.
6.
Updated Chapters 1,3,4,5,6,7 by rephrasing Tool and MCU Driver
Generation Tool  with MCAL Code Generator Tool
7.
Removed Chapter 9 Generation Tool Options, Chapter-10 Notes.
8.
Updated Chapter 3 with a remark for common MCAL Code Generator Tool
user manual
9.
Renamed the Chapter 3 heading as Code Generation Overview.
10.  Chapter-4 description rephrased and Flow chart in chapter 3 updated.
11.  Updated parameter McuMainOsciFrequency in table 8-2 as enumeration
type.
12.  ERR_59_101_026 and  ERR_59_101_027 are removed.

AUTOSAR MCAL R4.0.3 User's Manual
MCU Driver Component Ver.1.0.2
Generation Tool User's Manual

Publication Date: Rev.1.00, January 27, 2017

Published by: Renesas Electronics Corporation

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Colophon  4.1

AUTOSAR MCAL R4.0.3

User’s Manual

R20UT3652EJ0100

Document Outline

Last modified October 12, 2025: Initial commit (ddf2e20)