pyIPCMI.ToolChain.Mentor.ModelSim¶

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='')[source]¶

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)[source]¶

Enumeration of all ModelSim editions provided by Mentor Graphics itself.

Inheritance

Members

ModelSimPE = 1¶

ModelSimPEEducation = 2¶

class pyIPCMI.ToolChain.Mentor.ModelSim.ModelSimEditions(name, section)[source]¶

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)[source]¶

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()[source]¶: Check if general Mentor Graphics support is configured in pyIPCMI.

ConfigureForAll()[source]¶

Configuration routine for Mentor Graphics ModelSim on all supported platforms.

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.

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

_GetModelSimVersion(binPath)[source]¶

_CheckModelSimVersion(binPath, version)[source]¶

RunPostConfigurationTasks()[source]¶: Virtual method. Overwrite to execute post-configuration tasks.

ClearSection(writeWarnings=False)[source]¶: Clear the configuration section associated to this Configuration class.

ConfigureForDarwin()[source]¶

Start the configuration procedure for Darwin.

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

ConfigureForLinux()[source]¶

Start the configuration procedure for Linux.

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

ConfigureForWindows()[source]¶

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)[source]¶: Return all section names for this configuration.

Host¶: Return the hosting object.

IsConfigured()[source]¶: Return true if the configurations section is configured

IsSupportedPlatform()[source]¶: 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)[source]¶

PrepareSections(warningWasWritten, writeWarnings=True)[source]¶

PrepareVersionedSections(writeWarnings=False)¶

SectionName¶: Return the configuration’s section name.

State¶: Return the configuration state.

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

_AskInstalled(question)[source]¶: 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()[source]¶: 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()[source]¶

Return unresolved default installation directory (str) from template.

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

_GetDefaultOptionValue(optionName)[source]¶

_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)[source]¶: 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': {'BinaryDirectory': '${InstallationDirectory}/bin', 'InstallationDirectory': '${INSTALL.Vendor:InstallationDirectory}/${Version}/Tool'}}, 'Linux': {'INSTALL.Vendor.Tool': {'BinaryDirectory': '${InstallationDirectory}/bin', 'InstallationDirectory': '${INSTALL.Vendor:InstallationDirectory}/${Version}/Tool'}}, 'Windows': {'INSTALL.Vendor.Tool': {'BinaryDirectory': '${InstallationDirectory}/bin', 'InstallationDirectory': '${INSTALL.Vendor:InstallationDirectory}/${Version}/Tool/'}}}¶

class pyIPCMI.ToolChain.Mentor.ModelSim.ModelSimPEConfiguration(host: pyIPCMI.Base.IHost)[source]¶

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': {'Edition': 'ModelSim PE', 'BinaryDirectory': ('${${SectionName}:BinaryDirectory}', '${InstallationDirectory}/win32pe'), 'AdditionalVSimOptions': ('${${SectionName}:AdditionalVSimOptions}', ''), 'AdditionalVComOptions': ('${${SectionName}:AdditionalVComOptions}', ''), 'ToolInstallationName': 'ModelSim PE', 'SectionName': ('%{PathWithRoot}#${Version}', None), 'InstallationDirectory': ('${${SectionName}:InstallationDirectory}', '${INSTALL.Mentor:InstallationDirectory}/${ToolInstallationName}/${Version}'), 'Version': '10.5c'}}}¶: The template for the configuration sections represented as nested dictionaries.

_ConfigureEdition()[source]¶: 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.

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.

Ask for ModelSim’s version.
Ask for ModelSim’s edition (PE, PE student, SE 32-bit, SE 64-bit).
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)[source]¶

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': {'Edition': 'ModelSim SE 32-bit', 'BinaryDirectory': ('${${SectionName}:BinaryDirectory}', '${InstallationDirectory}/win32'), 'AdditionalVSimOptions': ('${${SectionName}:AdditionalVSimOptions}', ''), 'AdditionalVComOptions': ('${${SectionName}:AdditionalVComOptions}', ''), 'ToolInstallationName': 'ModelSim SE', 'SectionName': ('%{PathWithRoot}#${Version}', None), 'InstallationDirectory': ('${${SectionName}:InstallationDirectory}', '${INSTALL.Mentor:InstallationDirectory}/${ToolInstallationName}/${Version}'), 'Version': '10.5c'}}}¶: The template for the configuration sections represented as nested dictionaries.

_ConfigureEdition()[source]¶

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.

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.

Ask for ModelSim’s version.
Ask for ModelSim’s edition (PE, PE student, SE 32-bit, SE 64-bit).
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)[source]¶

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': {'Edition': 'ModelSim SE 64-bit', 'BinaryDirectory': ('${${SectionName}:BinaryDirectory}', '${InstallationDirectory}/linux_x86_64'), 'AdditionalVSimOptions': ('${${SectionName}:AdditionalVSimOptions}', ''), 'AdditionalVComOptions': ('${${SectionName}:AdditionalVComOptions}', ''), 'ToolInstallationName': 'ModelSim_SE', 'SectionName': ('%{PathWithRoot}#${Version}', None), 'InstallationDirectory': ('${${SectionName}:InstallationDirectory}', '${INSTALL.Mentor:InstallationDirectory}/${ToolInstallationName}/${Version}'), 'Version': '10.5c'}}, 'Windows': {'INSTALL.Mentor.ModelSimSE64': {'Edition': 'ModelSim SE 64-bit', 'BinaryDirectory': ('${${SectionName}:BinaryDirectory}', '${InstallationDirectory}/win64'), 'AdditionalVSimOptions': ('${${SectionName}:AdditionalVSimOptions}', ''), 'AdditionalVComOptions': ('${${SectionName}:AdditionalVComOptions}', ''), 'ToolInstallationName': 'ModelSim SE', 'SectionName': ('%{PathWithRoot}#${Version}', None), 'InstallationDirectory': ('${${SectionName}:InstallationDirectory}', '${INSTALL.Mentor:InstallationDirectory}/${ToolInstallationName}/${Version}'), 'Version': '10.5c'}}}¶: The template for the configuration sections represented as nested dictionaries.

_ConfigureEdition()[source]¶

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.

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.

Ask for ModelSim’s version.
Ask for ModelSim’s edition (PE, PE student, SE 32-bit, SE 64-bit).
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)[source]¶

Inheritance

Members

_toolName = 'ModelSim'¶

Select()[source]¶

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)[source]¶

Inheritance

Members

GetVHDLLibraryTool()[source]¶

GetVHDLCompiler()[source]¶

GetSimulator()[source]¶

class pyIPCMI.ToolChain.Mentor.ModelSim.VHDLLibraryTool(toolchain: pyIPCMI.ToolChain.ToolMixIn)[source]¶

Inheritance

Members

class Executable[source]¶

class SwitchLibraryName[source]¶

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

CreateLibrary()[source]¶

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)[source]¶

Inheritance

Members

class Executable[source]¶

_value = None¶

class FlagTime[source]¶

_name = 'time'¶

_value = None¶

class FlagExplicit[source]¶

_name = 'explicit'¶

_value = None¶

class FlagQuietMode[source]¶

_name = 'quiet'¶

_value = None¶

class SwitchModelSimIniFile[source]¶

_name = 'modelsimini'¶

_value = None¶

class FlagRangeCheck[source]¶

_name = 'rangecheck'¶

_value = None¶

class SwitchCoverage[source]¶

_name = 'cover'¶

class FlagEnableFocusedExpressionCoverage[source]¶

_name = 'coverfec'¶

class FlagDisableFocusedExpressionCoverage[source]¶

_name = 'nocoverfec'¶

class FlagEnableRapidExpressionCoverage[source]¶

_name = 'coverrec'¶

class FlagDisableRapidExpressionCoverage[source]¶

_name = 'nocoverrec'¶

class FlagEnableRecognitionOfImplicitFSMResetTransitions[source]¶

_name = 'fsmresettrans'¶

class FlagDisableRecognitionOfImplicitFSMResetTransitions[source]¶

_name = 'nofsmresettrans'¶

class FlagEnableRecognitionOfSingleBitFSMState[source]¶

_name = 'fsmsingle'¶

class FlagDisableRecognitionOfSingleBitFSMState[source]¶

_name = 'nofsmsingle'¶

class FlagEnableRecognitionOfImplicitFSMTransitions[source]¶

_name = 'fsmimplicittrans'¶

class FlagDisableRecognitionOfImplicitFSMTransitions[source]¶

_name = 'nofsmimplicittrans'¶

class SwitchFSMVerbosityLevel[source]¶

_name = 'fsmverbose'¶

class FlagReportAsNote[source]¶

_name = 'note'¶

_value = None¶

class FlagReportAsError[source]¶

_name = 'error'¶

_value = None¶

class FlagReportAsWarning[source]¶

_name = 'warning'¶

_value = None¶

class FlagReportAsFatal[source]¶

_name = 'fatal'¶

_value = None¶

class FlagRelaxLanguageChecks[source]¶

_name = 'permissive'¶

class FlagForceLanguageChecks[source]¶

_name = 'pedanticerrors'¶

class SwitchVHDLVersion[source]¶

_pattern = '-{0}'¶

_value = None¶

class ArgLogFile[source]¶

_name = 'l'¶

_value = None¶

class SwitchVHDLLibrary[source]¶

_name = 'work'¶

_value = None¶

class ArgSourceFile[source]¶

_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()[source]¶

GetTclCommand()[source]¶

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)[source]¶

Inheritance

Members

class Executable[source]¶

The executable to launch.

_value = None¶

class FlagQuietMode[source]¶

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

_name = 'quiet'¶

_value = None¶

class FlagBatchMode[source]¶

Run simulation in batch mode.

_name = 'batch'¶

_value = None¶

class FlagGuiMode[source]¶

Run simulation in GUI mode.

_name = 'gui'¶

_value = None¶

class SwitchBatchCommand[source]¶

Specify a Tcl batch script for the batch mode.

_name = 'do'¶

_value = None¶

class FlagCommandLineMode[source]¶

Run simulation in command line mode.

_name = 'c'¶

_value = None¶

class SwitchModelSimIniFile[source]¶

Specify the used ‘modelsim.ini’ file.

_name = 'modelsimini'¶

_value = None¶

class FlagEnableOptimization[source]¶

Enabled optimization while elaborating the design.

_name = 'vopt'¶

class FlagDisableOptimization[source]¶

Disabled optimization while elaborating the design.

_name = 'novopt'¶

class FlagEnableOptimizationVerbosity[source]¶

Enabled optimization while elaborating the design.

_name = 'vopt_verbose'¶

class FlagEnableKeepAssertionCountsForCoverage[source]¶

_name = 'assertcover'¶

class FlagDisableKeepAssertionCountsForCoverage[source]¶

_name = 'noassertcover'¶

class FlagEnableCoverage[source]¶

_name = 'coverage'¶

class FlagDisableCoverage[source]¶

_name = 'nocoverage'¶

class FlagEnablePSL[source]¶

_name = 'psl'¶

class FlagDisablePSL[source]¶

_name = 'nopsl'¶

class FlagEnableFSMDebugging[source]¶

_name = 'fsmdebug'¶

class FlagReportAsNote[source]¶

_name = 'note'¶

_value = None¶

class FlagReportAsError[source]¶

_name = 'error'¶

_value = None¶

class FlagReportAsWarning[source]¶

_name = 'warning'¶

_value = None¶

class FlagReportAsFatal[source]¶

_name = 'fatal'¶

_value = None¶

class FlagRelaxLanguageChecks[source]¶

_name = 'permissive'¶

class FlagForceLanguageChecks[source]¶

_name = 'pedanticerrors'¶

class SwitchTimeResolution[source]¶

Set simulation time resolution.

_name = 't'¶

_value = None¶

class ArgLogFile[source]¶

_name = 'l'¶

_value = None¶

class ArgKeepStdOut[source]¶

_name = 'keepstdout'¶

class ArgVHDLLibraryName[source]¶

_name = 'lib'¶

_value = None¶

class ArgOnFinishMode[source]¶

_name = 'onfinish'¶

_value = None¶

class SwitchTopLevel[source]¶

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()[source]¶: 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)[source]¶

pyIPCMI.ToolChain.Mentor.ModelSim.VComFilter(gen)[source]¶

pyIPCMI.ToolChain.Mentor.ModelSim.VSimFilter(gen)[source]¶