pyIPCMI.ToolChain.Mentor.ModelSim.py

Exceptions

• ModelSimException: Base class for all tool specific exceptions

Classes

• MentorModelSimPEEditions: Enumeration of all ModelSim editions provided by Mentor Graphics itself.
• ModelSimEditions: Enumeration of all ModelSim editions provided by Mentor Graphics inclusive
• Configuration: Base class for all tool Configuration classes.
• ModelSimPEConfiguration: Base class for all tool Configuration classes.
• ModelSimSE32Configuration: Base class for all tool Configuration classes.
• ModelSimSE64Configuration: Base class for all tool Configuration classes.
• Selector: Base class for all Selector classes.
• ModelSim: Undocumented.
• VHDLLibraryTool: Represent an executable.
• VHDLCompiler: Represent an executable.
• VHDLSimulator: Represent an executable.

Functions

• VLibFilter(): Undocumented.
• VComFilter(): Undocumented.
• VSimFilter(): Undocumented.

exception pyIPCMI.ToolChain.Mentor.ModelSim.ModelSimException(message='')

Inheritance

Members

__init__(message='')

Exception initializer

Parameters:message (str) – The exception message.

__str__()

Returns the exception’s message text.

args

class pyIPCMI.ToolChain.Mentor.ModelSim.MentorModelSimPEEditions(name, section)

Enumeration of all ModelSim editions provided by Mentor Graphics itself.

Inheritance

Members

ModelSimPE = 1

ModelSimPEEducation = 2

class pyIPCMI.ToolChain.Mentor.ModelSim.ModelSimEditions(name, section)

Enumeration of all ModelSim editions provided by Mentor Graphics inclusive editions shipped by other vendors.

Inheritance

Members

ModelSimPE = 1

ModelSimDE = 2

ModelSimSE32 = 3

ModelSimSE64 = 4

ModelSimAlteraEdition = 5

ModelSimAlteraStarterEdition = 6

ModelSimIntelEdition = 7

ModelSimIntelStarterEdition = 8

QuestaSim = 9

class pyIPCMI.ToolChain.Mentor.ModelSim.Configuration(host: pyIPCMI.Base.IHost)

Inheritance

Members

_vendor = 'Mentor'

The name of the tools vendor.

_toolName = 'Mentor ModelSim'

The name of the tool.

_multiVersionSupport = True

Mentor ModelSim supports multiple versions installed on the same system.

CheckDependency()

Check if general Mentor Graphics support is configured in pyIPCMI.

ConfigureForAll()

Configuration routine for Mentor Graphics ModelSim on all supported platforms.

1. Ask if ModelSim is installed.

• Pass → skip this configuration. Don’t change existing settings.
• Yes → collect installation information for ModelSim.
• No → clear the ModelSim configuration section.

1. Ask for ModelSim’s version.
2. Ask for ModelSim’s edition (PE, PE student, SE 32-bit, SE 64-bit).
3. Ask for ModelSim’s installation directory.

_GetModelSimVersion(binPath)

_CheckModelSimVersion(binPath, version)

RunPostConfigurationTasks()

Virtual method. Overwrite to execute post-configuration tasks.

ClearSection(writeWarnings=False)

Clear the configuration section associated to this Configuration class.

ConfigureForDarwin()

Start the configuration procedure for Darwin.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Darwin specific configuration routine.

ConfigureForLinux()

Start the configuration procedure for Linux.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Linux specific configuration routine.

ConfigureForWindows()

Start the configuration procedure for Windows.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Windows specific configuration routine.

classmethod GetSections(platform)

Return all section names for this configuration.

Host

Return the hosting object.

IsConfigured()

Return true if the configurations section is configured

IsSupportedPlatform()

Return true if the given platform is supported by this configuration routine.

Log(entry, condition=True)

Write an entry to the local logger.

LogDebug(*args, condition=True, **kwargs)

LogDryRun(*args, condition=True, **kwargs)

LogError(*args, condition=True, **kwargs)

LogFatal(*args, condition=True, **kwargs)

LogInfo(*args, condition=True, **kwargs)

LogNormal(*args, condition=True, **kwargs)

LogQuiet(*args, condition=True, **kwargs)

LogVerbose(*args, condition=True, **kwargs)

LogWarning(*args, condition=True, **kwargs)

Logger

Return the local logger instance.

PrepareOptions(writeWarnings=True)

PrepareSections(warningWasWritten, writeWarnings=True)

PrepareVersionedSections(writeWarnings=False)

SectionName

Return the configuration’s section name.

State

Return the configuration state.

_Ask(question, default, beforeDefault='', afterDefault='', indent=1)

_AskInstalled(question)

Ask a Yes/No/Pass question.

_AskYes_NoPass(question, indent=1)

Ask a yes/NO/pass question.

_Ask_YesNoPass(question, indent=1)

Ask a YES/no/pass question.

_ConfigureBinaryDirectory()

Updates section with value from _template and returns directory as Path object.

_ConfigureEdition(editions, defaultEdition)

_ConfigureInstallationDirectory()

Asks for installation directory and updates section. Checks if entered directory exists and returns Path object. If no installation directory was configured before, then _GetDefaultInstallationDir is called.

_ConfigureVersion()

If no version was configured before, then _GetDefaultVersion is called. Asks for version and updates section. Returns version as string.

_GetDefaultEdition()

Returns unresolved default edition (str) from template.

Overwrite this method in a sub-class for automatic search of editions.

_GetDefaultInstallationDirectory()

Return unresolved default installation directory (str) from template.

Overwrite function in sub-class for automatic search of installation directory.

_GetDefaultOptionValue(optionName)

_GetDefaultVersion()

Returns unresolved default version (str) from template.

Overwrite this method in a sub-class for automatic search of version.

_PrintAvailableEditions(editions, selectedEdition)

Print all available editions and return the selected index.

_TestDefaultInstallPath(defaults)

Helper function for automatic search of installation directory.

_TryLog(*args, condition=True, **kwargs)

_section = 'INSTALL.Vendor.Tool'

_template = {'ALL': {'INSTALL.Vendor.Tool': {'Version': '1.0'}}, 'Darwin': {'INSTALL.Vendor.Tool': {'InstallationDirectory': '${INSTALL.Vendor:InstallationDirectory}/${Version}/Tool', 'BinaryDirectory': '${InstallationDirectory}/bin'}}, 'Linux': {'INSTALL.Vendor.Tool': {'InstallationDirectory': '${INSTALL.Vendor:InstallationDirectory}/${Version}/Tool', 'BinaryDirectory': '${InstallationDirectory}/bin'}}, 'Windows': {'INSTALL.Vendor.Tool': {'InstallationDirectory': '${INSTALL.Vendor:InstallationDirectory}/${Version}/Tool/', 'BinaryDirectory': '${InstallationDirectory}/bin'}}}

class pyIPCMI.ToolChain.Mentor.ModelSim.ModelSimPEConfiguration(host: pyIPCMI.Base.IHost)

Inheritance

Members

_toolName = 'Mentor ModelSim PE'

The name of the tool.

_section = 'INSTALL.Mentor.ModelSimPE'

The name of the configuration section. Pattern: INSTALL.Vendor.ToolName.

_template = {'Windows': {'INSTALL.Mentor.ModelSimPE': {'SectionName': ('%{PathWithRoot}#${Version}', None), 'AdditionalVComOptions': ('${${SectionName}:AdditionalVComOptions}', ''), 'Edition': 'ModelSim PE', 'AdditionalVSimOptions': ('${${SectionName}:AdditionalVSimOptions}', ''), 'ToolInstallationName': 'ModelSim PE', 'Version': '10.5c', 'InstallationDirectory': ('${${SectionName}:InstallationDirectory}', '${INSTALL.Mentor:InstallationDirectory}/${ToolInstallationName}/${Version}'), 'BinaryDirectory': ('${${SectionName}:BinaryDirectory}', '${InstallationDirectory}/win32pe')}}}

The template for the configuration sections represented as nested dictionaries.

_ConfigureEdition()

Configure ModelSim PE for Mentor Graphics.

CheckDependency()

Check if general Mentor Graphics support is configured in pyIPCMI.

ClearSection(writeWarnings=False)

Clear the configuration section associated to this Configuration class.

ConfigureForAll()

Configuration routine for Mentor Graphics ModelSim on all supported platforms.

1. Ask if ModelSim is installed.

• Pass → skip this configuration. Don’t change existing settings.
• Yes → collect installation information for ModelSim.
• No → clear the ModelSim configuration section.

1. Ask for ModelSim’s version.
2. Ask for ModelSim’s edition (PE, PE student, SE 32-bit, SE 64-bit).
3. Ask for ModelSim’s installation directory.

ConfigureForDarwin()

Start the configuration procedure for Darwin.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Darwin specific configuration routine.

ConfigureForLinux()

Start the configuration procedure for Linux.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Linux specific configuration routine.

ConfigureForWindows()

Start the configuration procedure for Windows.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Windows specific configuration routine.

classmethod GetSections(platform)

Return all section names for this configuration.

Host

Return the hosting object.

IsConfigured()

Return true if the configurations section is configured

IsSupportedPlatform()

Return true if the given platform is supported by this configuration routine.

Log(entry, condition=True)

Write an entry to the local logger.

LogDebug(*args, condition=True, **kwargs)

LogDryRun(*args, condition=True, **kwargs)

LogError(*args, condition=True, **kwargs)

LogFatal(*args, condition=True, **kwargs)

LogInfo(*args, condition=True, **kwargs)

LogNormal(*args, condition=True, **kwargs)

LogQuiet(*args, condition=True, **kwargs)

LogVerbose(*args, condition=True, **kwargs)

LogWarning(*args, condition=True, **kwargs)

Logger

Return the local logger instance.

PrepareOptions(writeWarnings=True)

PrepareSections(warningWasWritten, writeWarnings=True)

PrepareVersionedSections(writeWarnings=False)

RunPostConfigurationTasks()

Virtual method. Overwrite to execute post-configuration tasks.

SectionName

Return the configuration’s section name.

State

Return the configuration state.

_Ask(question, default, beforeDefault='', afterDefault='', indent=1)

_AskInstalled(question)

Ask a Yes/No/Pass question.

_AskYes_NoPass(question, indent=1)

Ask a yes/NO/pass question.

_Ask_YesNoPass(question, indent=1)

Ask a YES/no/pass question.

_CheckModelSimVersion(binPath, version)

_ConfigureBinaryDirectory()

Updates section with value from _template and returns directory as Path object.

_ConfigureInstallationDirectory()

Asks for installation directory and updates section. Checks if entered directory exists and returns Path object. If no installation directory was configured before, then _GetDefaultInstallationDir is called.

_ConfigureVersion()

If no version was configured before, then _GetDefaultVersion is called. Asks for version and updates section. Returns version as string.

_GetDefaultEdition()

Returns unresolved default edition (str) from template.

Overwrite this method in a sub-class for automatic search of editions.

_GetDefaultInstallationDirectory()

Return unresolved default installation directory (str) from template.

Overwrite function in sub-class for automatic search of installation directory.

_GetDefaultOptionValue(optionName)

_GetDefaultVersion()

Returns unresolved default version (str) from template.

Overwrite this method in a sub-class for automatic search of version.

_GetModelSimVersion(binPath)

_PrintAvailableEditions(editions, selectedEdition)

Print all available editions and return the selected index.

_TestDefaultInstallPath(defaults)

Helper function for automatic search of installation directory.

_TryLog(*args, condition=True, **kwargs)

_multiVersionSupport = True

_vendor = 'Mentor'

class pyIPCMI.ToolChain.Mentor.ModelSim.ModelSimSE32Configuration(host: pyIPCMI.Base.IHost)

Inheritance

Members

_toolName = 'Mentor ModelSim SE 32-bit'

The name of the tool.

_section = 'INSTALL.Mentor.ModelSimSE32'

The name of the configuration section. Pattern: INSTALL.Vendor.ToolName.

_template = {'Windows': {'INSTALL.Mentor.ModelSimSE32': {'SectionName': ('%{PathWithRoot}#${Version}', None), 'AdditionalVComOptions': ('${${SectionName}:AdditionalVComOptions}', ''), 'Edition': 'ModelSim SE 32-bit', 'AdditionalVSimOptions': ('${${SectionName}:AdditionalVSimOptions}', ''), 'ToolInstallationName': 'ModelSim SE', 'Version': '10.5c', 'InstallationDirectory': ('${${SectionName}:InstallationDirectory}', '${INSTALL.Mentor:InstallationDirectory}/${ToolInstallationName}/${Version}'), 'BinaryDirectory': ('${${SectionName}:BinaryDirectory}', '${InstallationDirectory}/win32')}}}

The template for the configuration sections represented as nested dictionaries.

_ConfigureEdition()

CheckDependency()

Check if general Mentor Graphics support is configured in pyIPCMI.

ClearSection(writeWarnings=False)

Clear the configuration section associated to this Configuration class.

ConfigureForAll()

Configuration routine for Mentor Graphics ModelSim on all supported platforms.

1. Ask if ModelSim is installed.

• Pass → skip this configuration. Don’t change existing settings.
• Yes → collect installation information for ModelSim.
• No → clear the ModelSim configuration section.

1. Ask for ModelSim’s version.
2. Ask for ModelSim’s edition (PE, PE student, SE 32-bit, SE 64-bit).
3. Ask for ModelSim’s installation directory.

ConfigureForDarwin()

Start the configuration procedure for Darwin.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Darwin specific configuration routine.

ConfigureForLinux()

Start the configuration procedure for Linux.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Linux specific configuration routine.

ConfigureForWindows()

Start the configuration procedure for Windows.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Windows specific configuration routine.

classmethod GetSections(platform)

Return all section names for this configuration.

Host

Return the hosting object.

IsConfigured()

Return true if the configurations section is configured

IsSupportedPlatform()

Return true if the given platform is supported by this configuration routine.

Log(entry, condition=True)

Write an entry to the local logger.

LogDebug(*args, condition=True, **kwargs)

LogDryRun(*args, condition=True, **kwargs)

LogError(*args, condition=True, **kwargs)

LogFatal(*args, condition=True, **kwargs)

LogInfo(*args, condition=True, **kwargs)

LogNormal(*args, condition=True, **kwargs)

LogQuiet(*args, condition=True, **kwargs)

LogVerbose(*args, condition=True, **kwargs)

LogWarning(*args, condition=True, **kwargs)

Logger

Return the local logger instance.

PrepareOptions(writeWarnings=True)

PrepareSections(warningWasWritten, writeWarnings=True)

PrepareVersionedSections(writeWarnings=False)

RunPostConfigurationTasks()

Virtual method. Overwrite to execute post-configuration tasks.

SectionName

Return the configuration’s section name.

State

Return the configuration state.

_Ask(question, default, beforeDefault='', afterDefault='', indent=1)

_AskInstalled(question)

Ask a Yes/No/Pass question.

_AskYes_NoPass(question, indent=1)

Ask a yes/NO/pass question.

_Ask_YesNoPass(question, indent=1)

Ask a YES/no/pass question.

_CheckModelSimVersion(binPath, version)

_ConfigureBinaryDirectory()

Updates section with value from _template and returns directory as Path object.

_ConfigureInstallationDirectory()

Asks for installation directory and updates section. Checks if entered directory exists and returns Path object. If no installation directory was configured before, then _GetDefaultInstallationDir is called.

_ConfigureVersion()

If no version was configured before, then _GetDefaultVersion is called. Asks for version and updates section. Returns version as string.

_GetDefaultEdition()

Returns unresolved default edition (str) from template.

Overwrite this method in a sub-class for automatic search of editions.

_GetDefaultInstallationDirectory()

Return unresolved default installation directory (str) from template.

Overwrite function in sub-class for automatic search of installation directory.

_GetDefaultOptionValue(optionName)

_GetDefaultVersion()

Returns unresolved default version (str) from template.

Overwrite this method in a sub-class for automatic search of version.

_GetModelSimVersion(binPath)

_PrintAvailableEditions(editions, selectedEdition)

Print all available editions and return the selected index.

_TestDefaultInstallPath(defaults)

Helper function for automatic search of installation directory.

_TryLog(*args, condition=True, **kwargs)

_multiVersionSupport = True

_vendor = 'Mentor'

class pyIPCMI.ToolChain.Mentor.ModelSim.ModelSimSE64Configuration(host: pyIPCMI.Base.IHost)

Inheritance

Members

_toolName = 'Mentor ModelSim SE 64-bit'

The name of the tool.

_section = 'INSTALL.Mentor.ModelSimSE64'

The name of the configuration section. Pattern: INSTALL.Vendor.ToolName.

_template = {'Linux': {'INSTALL.Mentor.ModelSimSE64': {'SectionName': ('%{PathWithRoot}#${Version}', None), 'AdditionalVComOptions': ('${${SectionName}:AdditionalVComOptions}', ''), 'Edition': 'ModelSim SE 64-bit', 'AdditionalVSimOptions': ('${${SectionName}:AdditionalVSimOptions}', ''), 'ToolInstallationName': 'ModelSim_SE', 'Version': '10.5c', 'InstallationDirectory': ('${${SectionName}:InstallationDirectory}', '${INSTALL.Mentor:InstallationDirectory}/${ToolInstallationName}/${Version}'), 'BinaryDirectory': ('${${SectionName}:BinaryDirectory}', '${InstallationDirectory}/linux_x86_64')}}, 'Windows': {'INSTALL.Mentor.ModelSimSE64': {'SectionName': ('%{PathWithRoot}#${Version}', None), 'AdditionalVComOptions': ('${${SectionName}:AdditionalVComOptions}', ''), 'Edition': 'ModelSim SE 64-bit', 'AdditionalVSimOptions': ('${${SectionName}:AdditionalVSimOptions}', ''), 'ToolInstallationName': 'ModelSim SE', 'Version': '10.5c', 'InstallationDirectory': ('${${SectionName}:InstallationDirectory}', '${INSTALL.Mentor:InstallationDirectory}/${ToolInstallationName}/${Version}'), 'BinaryDirectory': ('${${SectionName}:BinaryDirectory}', '${InstallationDirectory}/win64')}}}

The template for the configuration sections represented as nested dictionaries.

_ConfigureEdition()

CheckDependency()

Check if general Mentor Graphics support is configured in pyIPCMI.

ClearSection(writeWarnings=False)

Clear the configuration section associated to this Configuration class.

ConfigureForAll()

Configuration routine for Mentor Graphics ModelSim on all supported platforms.

1. Ask if ModelSim is installed.

• Pass → skip this configuration. Don’t change existing settings.
• Yes → collect installation information for ModelSim.
• No → clear the ModelSim configuration section.

1. Ask for ModelSim’s version.
2. Ask for ModelSim’s edition (PE, PE student, SE 32-bit, SE 64-bit).
3. Ask for ModelSim’s installation directory.

ConfigureForDarwin()

Start the configuration procedure for Darwin.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Darwin specific configuration routine.

ConfigureForLinux()

Start the configuration procedure for Linux.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Linux specific configuration routine.

ConfigureForWindows()

Start the configuration procedure for Windows.

This method is a wrapper for ConfigureForAll(). Overwrite this method to implement a Windows specific configuration routine.

classmethod GetSections(platform)

Return all section names for this configuration.

Host

Return the hosting object.

IsConfigured()

Return true if the configurations section is configured

IsSupportedPlatform()

Return true if the given platform is supported by this configuration routine.

Log(entry, condition=True)

Write an entry to the local logger.

LogDebug(*args, condition=True, **kwargs)

LogDryRun(*args, condition=True, **kwargs)

LogError(*args, condition=True, **kwargs)

LogFatal(*args, condition=True, **kwargs)

LogInfo(*args, condition=True, **kwargs)

LogNormal(*args, condition=True, **kwargs)

LogQuiet(*args, condition=True, **kwargs)

LogVerbose(*args, condition=True, **kwargs)

LogWarning(*args, condition=True, **kwargs)

Logger

Return the local logger instance.

PrepareOptions(writeWarnings=True)

PrepareSections(warningWasWritten, writeWarnings=True)

PrepareVersionedSections(writeWarnings=False)

RunPostConfigurationTasks()

Virtual method. Overwrite to execute post-configuration tasks.

SectionName

Return the configuration’s section name.

State

Return the configuration state.

_Ask(question, default, beforeDefault='', afterDefault='', indent=1)

_AskInstalled(question)

Ask a Yes/No/Pass question.

_AskYes_NoPass(question, indent=1)

Ask a yes/NO/pass question.

_Ask_YesNoPass(question, indent=1)

Ask a YES/no/pass question.

_CheckModelSimVersion(binPath, version)

_ConfigureBinaryDirectory()

Updates section with value from _template and returns directory as Path object.

_ConfigureInstallationDirectory()

Asks for installation directory and updates section. Checks if entered directory exists and returns Path object. If no installation directory was configured before, then _GetDefaultInstallationDir is called.

_ConfigureVersion()

If no version was configured before, then _GetDefaultVersion is called. Asks for version and updates section. Returns version as string.

_GetDefaultEdition()

Returns unresolved default edition (str) from template.

Overwrite this method in a sub-class for automatic search of editions.

_GetDefaultInstallationDirectory()

Return unresolved default installation directory (str) from template.

Overwrite function in sub-class for automatic search of installation directory.

_GetDefaultOptionValue(optionName)

_GetDefaultVersion()

Returns unresolved default version (str) from template.

Overwrite this method in a sub-class for automatic search of version.

_GetModelSimVersion(binPath)

_PrintAvailableEditions(editions, selectedEdition)

Print all available editions and return the selected index.

_TestDefaultInstallPath(defaults)

Helper function for automatic search of installation directory.

_TryLog(*args, condition=True, **kwargs)

_multiVersionSupport = True

_vendor = 'Mentor'

class pyIPCMI.ToolChain.Mentor.ModelSim.Selector(host: pyIPCMI.Base.IHost)

Inheritance

Members

_toolName = 'ModelSim'

Select()

Log(entry, condition=True)

Write an entry to the local logger.

LogDebug(*args, condition=True, **kwargs)

LogDryRun(*args, condition=True, **kwargs)

LogError(*args, condition=True, **kwargs)

LogFatal(*args, condition=True, **kwargs)

LogInfo(*args, condition=True, **kwargs)

LogNormal(*args, condition=True, **kwargs)

LogQuiet(*args, condition=True, **kwargs)

LogVerbose(*args, condition=True, **kwargs)

LogWarning(*args, condition=True, **kwargs)

Logger

Return the local logger instance.

ToolName

_Ask(question, default, beforeDefault='', afterDefault='', indent=1)

_AskSelection(editions, defaultEdition)

_AskYes_NoPass(question, indent=1)

Ask a yes/NO/pass question.

_Ask_YesNoPass(question, indent=1)

Ask a YES/no/pass question.

_GetConfiguredEditions(editions)

Return all configured editions.

_PrintAvailableEditions(editions, selectedEdition)

Print all available editions and return the selected index.

_TryLog(*args, condition=True, **kwargs)

class pyIPCMI.ToolChain.Mentor.ModelSim.ModelSim(platform, dryrun, binaryDirectoryPath, version, logger=None)

Inheritance

Members

GetVHDLLibraryTool()

GetVHDLCompiler()

GetSimulator()

class pyIPCMI.ToolChain.Mentor.ModelSim.VHDLLibraryTool(toolchain: pyIPCMI.ToolChain.ToolMixIn)

Inheritance

Members

class Executable

class SwitchLibraryName

Parameters = [<class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLLibraryTool.Executable'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLLibraryTool.SwitchLibraryName'>]

CreateLibrary()

GetReader()

HasErrors

True if errors or fatals errors were found while processing the output stream.

HasWarnings

True if errors or fatals errors were found while processing the output stream.

Log(entry, condition=True)

Write an entry to the local logger.

LogDebug(*args, condition=True, **kwargs)

LogDryRun(*args, condition=True, **kwargs)

LogError(*args, condition=True, **kwargs)

LogFatal(*args, condition=True, **kwargs)

LogInfo(*args, condition=True, **kwargs)

LogNormal(*args, condition=True, **kwargs)

LogQuiet(*args, condition=True, **kwargs)

LogVerbose(*args, condition=True, **kwargs)

LogWarning(*args, condition=True, **kwargs)

Logger

Return the local logger instance.

Path

ReadUntilBoundary(indent=0)

Send(line, end='\n')

SendBoundary()

StartProcess(parameterList)

Terminate()

_TryLog(*args, condition=True, **kwargs)

_pyIPCMI_BOUNDARY = '====== pyIPCMI BOUNDARY ======'

class pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler(toolchain: pyIPCMI.ToolChain.ToolMixIn)

Inheritance

Members

class Executable

_value = None

class FlagTime

_name = 'time'

_value = None

class FlagExplicit

_name = 'explicit'

_value = None

class FlagQuietMode

_name = 'quiet'

_value = None

class SwitchModelSimIniFile

_name = 'modelsimini'

_value = None

class FlagRangeCheck

_name = 'rangecheck'

_value = None

class SwitchCoverage

_name = 'cover'

class FlagEnableFocusedExpressionCoverage

_name = 'coverfec'

class FlagDisableFocusedExpressionCoverage

_name = 'nocoverfec'

class FlagEnableRapidExpressionCoverage

_name = 'coverrec'

class FlagDisableRapidExpressionCoverage

_name = 'nocoverrec'

class FlagEnableRecognitionOfImplicitFSMResetTransitions

_name = 'fsmresettrans'

class FlagDisableRecognitionOfImplicitFSMResetTransitions

_name = 'nofsmresettrans'

class FlagEnableRecognitionOfSingleBitFSMState

_name = 'fsmsingle'

class FlagDisableRecognitionOfSingleBitFSMState

_name = 'nofsmsingle'

class FlagEnableRecognitionOfImplicitFSMTransitions

_name = 'fsmimplicittrans'

class FlagDisableRecognitionOfImplicitFSMTransitions

_name = 'nofsmimplicittrans'

class SwitchFSMVerbosityLevel

_name = 'fsmverbose'

class FlagReportAsNote

_name = 'note'

_value = None

class FlagReportAsError

_name = 'error'

_value = None

class FlagReportAsWarning

_name = 'warning'

_value = None

class FlagReportAsFatal

_name = 'fatal'

_value = None

class FlagRelaxLanguageChecks

_name = 'permissive'

class FlagForceLanguageChecks

_name = 'pedanticerrors'

class SwitchVHDLVersion

_pattern = '-{0}'

_value = None

class ArgLogFile

_name = 'l'

_value = None

class SwitchVHDLLibrary

_name = 'work'

_value = None

class ArgSourceFile

_value = None

Parameters = [<class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.Executable'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagTime'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagExplicit'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagQuietMode'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.SwitchModelSimIniFile'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagRangeCheck'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.SwitchCoverage'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagEnableFocusedExpressionCoverage'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagDisableFocusedExpressionCoverage'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagEnableRapidExpressionCoverage'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagDisableRapidExpressionCoverage'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagEnableRecognitionOfImplicitFSMResetTransitions'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagDisableRecognitionOfImplicitFSMResetTransitions'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagEnableRecognitionOfSingleBitFSMState'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagDisableRecognitionOfSingleBitFSMState'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagEnableRecognitionOfImplicitFSMTransitions'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagDisableRecognitionOfImplicitFSMTransitions'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.SwitchFSMVerbosityLevel'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagReportAsNote'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagReportAsError'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagReportAsWarning'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagReportAsFatal'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagRelaxLanguageChecks'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.FlagForceLanguageChecks'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.SwitchVHDLVersion'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.ArgLogFile'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.SwitchVHDLLibrary'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLCompiler.ArgSourceFile'>]

Compile()

GetTclCommand()

GetReader()

HasErrors

True if errors or fatals errors were found while processing the output stream.

HasWarnings

True if errors or fatals errors were found while processing the output stream.

Log(entry, condition=True)

Write an entry to the local logger.

LogDebug(*args, condition=True, **kwargs)

LogDryRun(*args, condition=True, **kwargs)

LogError(*args, condition=True, **kwargs)

LogFatal(*args, condition=True, **kwargs)

LogInfo(*args, condition=True, **kwargs)

LogNormal(*args, condition=True, **kwargs)

LogQuiet(*args, condition=True, **kwargs)

LogVerbose(*args, condition=True, **kwargs)

LogWarning(*args, condition=True, **kwargs)

Logger

Return the local logger instance.

Path

ReadUntilBoundary(indent=0)

Send(line, end='\n')

SendBoundary()

StartProcess(parameterList)

Terminate()

_TryLog(*args, condition=True, **kwargs)

_pyIPCMI_BOUNDARY = '====== pyIPCMI BOUNDARY ======'

class pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator(toolchain: pyIPCMI.ToolChain.ToolMixIn)

Inheritance

Members

class Executable

The executable to launch.

_value = None

class FlagQuietMode

Run simulation in quiet mode. (Don’t show ‘Loading…’ messages.

_name = 'quiet'

_value = None

class FlagBatchMode

Run simulation in batch mode.

_name = 'batch'

_value = None

class FlagGuiMode

Run simulation in GUI mode.

_name = 'gui'

_value = None

class SwitchBatchCommand

Specify a Tcl batch script for the batch mode.

_name = 'do'

_value = None

class FlagCommandLineMode

Run simulation in command line mode.

_name = 'c'

_value = None

class SwitchModelSimIniFile

Specify the used ‘modelsim.ini’ file.

_name = 'modelsimini'

_value = None

class FlagEnableOptimization

Enabled optimization while elaborating the design.

_name = 'vopt'

class FlagDisableOptimization

Disabled optimization while elaborating the design.

_name = 'novopt'

class FlagEnableOptimizationVerbosity

Enabled optimization while elaborating the design.

_name = 'vopt_verbose'

class FlagEnableKeepAssertionCountsForCoverage

_name = 'assertcover'

class FlagDisableKeepAssertionCountsForCoverage

_name = 'noassertcover'

class FlagEnableCoverage

_name = 'coverage'

class FlagDisableCoverage

_name = 'nocoverage'

class FlagEnablePSL

_name = 'psl'

class FlagDisablePSL

_name = 'nopsl'

class FlagEnableFSMDebugging

_name = 'fsmdebug'

class FlagReportAsNote

_name = 'note'

_value = None

class FlagReportAsError

_name = 'error'

_value = None

class FlagReportAsWarning

_name = 'warning'

_value = None

class FlagReportAsFatal

_name = 'fatal'

_value = None

class FlagRelaxLanguageChecks

_name = 'permissive'

class FlagForceLanguageChecks

_name = 'pedanticerrors'

class SwitchTimeResolution

Set simulation time resolution.

_name = 't'

_value = None

class ArgLogFile

_name = 'l'

_value = None

class ArgKeepStdOut

_name = 'keepstdout'

class ArgVHDLLibraryName

_name = 'lib'

_value = None

class ArgOnFinishMode

_name = 'onfinish'

_value = None

class SwitchTopLevel

The top-level for simulation.

_value = None

Parameters = [<class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.Executable'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagQuietMode'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagBatchMode'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagGuiMode'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.SwitchBatchCommand'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagCommandLineMode'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.SwitchModelSimIniFile'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagEnableOptimization'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagDisableOptimization'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagEnableOptimizationVerbosity'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagEnableKeepAssertionCountsForCoverage'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagDisableKeepAssertionCountsForCoverage'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagEnableCoverage'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagDisableCoverage'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagEnablePSL'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagDisablePSL'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagEnableFSMDebugging'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagReportAsNote'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagReportAsError'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagReportAsWarning'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagReportAsFatal'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagRelaxLanguageChecks'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.FlagForceLanguageChecks'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.ArgLogFile'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.ArgKeepStdOut'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.ArgVHDLLibraryName'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.SwitchTimeResolution'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.ArgOnFinishMode'>, <class 'pyIPCMI.ToolChain.Mentor.ModelSim.VHDLSimulator.SwitchTopLevel'>]

Specify all accepted command line arguments

Simulate()

Start a simulation.

GetReader()

HasErrors

True if errors or fatals errors were found while processing the output stream.

HasWarnings

True if errors or fatals errors were found while processing the output stream.

Log(entry, condition=True)

Write an entry to the local logger.

LogDebug(*args, condition=True, **kwargs)

LogDryRun(*args, condition=True, **kwargs)

LogError(*args, condition=True, **kwargs)

LogFatal(*args, condition=True, **kwargs)

LogInfo(*args, condition=True, **kwargs)

LogNormal(*args, condition=True, **kwargs)

LogQuiet(*args, condition=True, **kwargs)

LogVerbose(*args, condition=True, **kwargs)

LogWarning(*args, condition=True, **kwargs)

Logger

Return the local logger instance.

Path

ReadUntilBoundary(indent=0)

Send(line, end='\n')

SendBoundary()

StartProcess(parameterList)

Terminate()

_TryLog(*args, condition=True, **kwargs)

_pyIPCMI_BOUNDARY = '====== pyIPCMI BOUNDARY ======'

Functions

pyIPCMI.ToolChain.Mentor.ModelSim.VLibFilter(gen)

pyIPCMI.ToolChain.Mentor.ModelSim.VComFilter(gen)

pyIPCMI.ToolChain.Mentor.ModelSim.VSimFilter(gen)