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coriolis/cumulus/src/CMakeLists.txt

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Support for Python plugins in CellViewer/Unicorn. ClockTree plugin. * New: In Hurricane, in CellViewer, create a simpler API to graft menu and actions into the menubar. Mainly addToMenu() which take care of the QAction creation but also locate the relevant QMenu, base on the Qt object name. Regroup all the widget & action creation inside the body of the constructor, this way almost all actions can be removed from the attributes of the CellViewer. addToMenu() is supplied in three flavors: 1. For C++ callbacks in GraphicToolEngines (with a binded member function method). 2. For running Python scripts to be used by the plugin system. 3. To insert separator in menus (to give a more homogeneous look). Remove the last remnants of Stratus scripts (unificated with basic Python scripts). * New: In Hurricane, in PyCellViewer, export the interface to graft Python scripts into the CellViewer menu tree. * Change: In Etesian, in GraphicEtesianEngine, use the new API to graft menus & callbacks into the CellViewer. * Change: In Mauka, in GraphicMaukaEngine, use the new API to graft menus & callbacks into the CellViewer. * Change: In Kite, in GraphicKiteEngine, use the new API to graft menus & callbacks into the CellViewer. * New: In Cumulus, install Python scripts as plugins for Unicorn under <PYTHON_SITE_PACKAGES>/cumulus/plugins/. * New: In Unicorn, in UnicornGui, make uses of the new API for creating menus in the CellViewer. Creates the stem menu for the P&R tools. Add a Python initialization mechanism to read the plugins installeds into <PYTHON_SITE_PACKAGES>/cumulus/plugins/.
2014-06-25 12:50:34 -05:00
# -*- explicit-buffer-name: "CMakeLists.txt<cumulus/src>" -*-
Initial import of cumulus
2010-07-12 10:31:29 -05:00
Complete replacement of the Chip placement Python scripts. Finally get rid of the demonic code from Wu Yifei... * New: In Isobar, added encapsulation of Interval (don't know how have forgotten it for so long). * Change: In Isobar, In PyLayer, new PyLink_LayerDerived() function to create/link the C++ object to the correct derived class and not the base one (PyLayer) which then prevent to use the specialized methods. Must replace PyLink_Layer() througout all the code. * Change: In Isobar, in PyPoint the "setX()" & "setY()" methods where still capitalized. * Change: In Isobar, in PyQuery, complete the exportation of the C++ interface. remove the code belonging to a more "boost" way of building the Python interface (will do that in a far future). * New: In CRL Core, In PyAllianceFramework, export isPad() method. * Change: In Unicorn, in unicornInit.py, protect the loading of each single plugin by a "try" / "except" clause to the failing of one plugins do not stop the loading of the next one. Pass the same dictionnary argument to unicornHook() as for ScripMain(), this is more uniform this way. * New: In Cumulus, complete replacement of the chip placement scripts from Wu Yifei (at last!). The clock-tree integration is still to be done. ________________________________________________________________________
2014-07-21 06:18:34 -05:00
set ( pySources ${CMAKE_CURRENT_SOURCE_DIR}/placeandroute.py
${CMAKE_CURRENT_SOURCE_DIR}/ref.py
Start of Alliance/Python encapsulation layer. * New: In Cumulus, new Alliance.py module (*not* a plugin) providing an encapsulation for Alliance command line tools. The other main feature is that it provides a "Makefile like" behavior. Based on the command dependencies a DAG is contructed, then a static ordering of the commands. Commands are then executed to rebuild outdated target. The Alliance environment supplied to the commands is read from the Coriolis configuration file <alliance.conf>. For this first evaluation version, only <boom>, <boog> and <loon> support are provided. It still not clear how to encapsulate the Coriolis tools in the same way. * Change: In CRL Core, in helpers/__init__.py, change the way the static initialization (module) is done. All the commands are put inside a "staticInitialization()" function, which is then explicitly called by others. This is a better solution agains *no* or *twice* initialization. Modificate <coriolisInit.py> accordingly (as <Alliance.py> from Cumulus.
2014-07-27 09:23:27 -05:00
${CMAKE_CURRENT_SOURCE_DIR}/Alliance.py
Initial import of cumulus
2010-07-12 10:31:29 -05:00
)
Complete replacement of the Chip placement Python scripts. Finally get rid of the demonic code from Wu Yifei... * New: In Isobar, added encapsulation of Interval (don't know how have forgotten it for so long). * Change: In Isobar, In PyLayer, new PyLink_LayerDerived() function to create/link the C++ object to the correct derived class and not the base one (PyLayer) which then prevent to use the specialized methods. Must replace PyLink_Layer() througout all the code. * Change: In Isobar, in PyPoint the "setX()" & "setY()" methods where still capitalized. * Change: In Isobar, in PyQuery, complete the exportation of the C++ interface. remove the code belonging to a more "boost" way of building the Python interface (will do that in a far future). * New: In CRL Core, In PyAllianceFramework, export isPad() method. * Change: In Unicorn, in unicornInit.py, protect the loading of each single plugin by a "try" / "except" clause to the failing of one plugins do not stop the loading of the next one. Pass the same dictionnary argument to unicornHook() as for ScripMain(), this is more uniform this way. * New: In Cumulus, complete replacement of the chip placement scripts from Wu Yifei (at last!). The clock-tree integration is still to be done. ________________________________________________________________________
2014-07-21 06:18:34 -05:00
set ( pyPlugins ${CMAKE_CURRENT_SOURCE_DIR}/plugins/__init__.py
${CMAKE_CURRENT_SOURCE_DIR}/plugins/ChipPlugin.py
First basic version of ClockTree & Chip plugins. * New: In Cumulus, first versions of the ClockTree and Chip plugins. Clock Tree plugin: - It is strongly advised to use have 4 metal routing layers for the tree to work. Otherwise, problems can arise with the detailed routing (fully obstructed terminals). - H-Tree can only be build (for now) for design with a form factor between 0.5 an 2. - The tree is created at the block top-level and only the leafs are trans-hierarchically created on the instances/models. The new cell with a clock tree, along with all it's sub-models is created with a "_clocked" suffix. - Leaf cells are connected through a simple Minimum Steiner Tree. - Shorts are avoided by a systematic shift of the wires according to their kind. No wire must pre-exist. When used as a sub-module of "chip" the wires cannot be moved. When created on a block, the wires can be loaded in the detailed router as manual global router. Chip Plugin: - Perform the pad placement and corona creation. Replacement at last of the clunky code from Wu Yifei. - Relies on a Python configuration file '<design>_chip.py' with a "chip" dictionnary.
2014-08-15 12:05:27 -05:00
${CMAKE_CURRENT_SOURCE_DIR}/plugins/ClockTreePlugin.py
Bug fixes for MOSIS SCMOS_DEEP support. * Change: In Hurricane, the NetRoutingProperty is moved into Hurricane from Katabatic. Needed for Knik to be able to access thoses informations. * Change: In Hurricane, in RoutingPad::setOnBestComponent(), now in case of identical area, select the component of lowest id. This should not be needed if the component ordering was fully deterministic as it should be (will investigate later). This is to ensure that the choosen component is always the same, especially between save/load of a global routing. * Bug: In Katabatic, in AutoContactHTee::updateTopology(), invalidate the segments only if the topology is valid (no NULL in the cached segments). * Bug: In Katabatic, in GCellTopology::construct(), throw an error if the topology is bad instead of trying to continue (and core dump later... ). * Bug: In Kite, in BuildPowerRails, distinguish the name of the master net in the pad (for vddi, vssi, vdde, vsse, ck, cki & cko) and the name of the net in the *chip* netlist. Must use the later to make comparison as they may differs. * Change: In Knik, in save/load solution, exclude nets that are not globally routed by Knik. That is which NetRoutingProperty is not *Automatic*. * Bug: In Cumulus, in chip.BlockPower take account of the layer width extention to sligthy shrink the connector thus avoiding a notch with standart cell in some cases. * Change: In Cumulus, in chip.ClockTree disable the use of fixed Steiner trees for the leaf clocks, as it seems overconstrained for the router. First move was to lower them in M2/M3 (instead of M3/M4) but that was not sufficent. * New: In Cumulus, RSavePlugin for recursively saving a physical hierarchy. * New: In documentation, first embryo for RDS file. Should have been in Alliance git, but I prefer to keep newest doc in Coriolis.
2014-09-21 09:44:37 -05:00
${CMAKE_CURRENT_SOURCE_DIR}/plugins/RSavePlugin.py
First basic version of ClockTree & Chip plugins. * New: In Cumulus, first versions of the ClockTree and Chip plugins. Clock Tree plugin: - It is strongly advised to use have 4 metal routing layers for the tree to work. Otherwise, problems can arise with the detailed routing (fully obstructed terminals). - H-Tree can only be build (for now) for design with a form factor between 0.5 an 2. - The tree is created at the block top-level and only the leafs are trans-hierarchically created on the instances/models. The new cell with a clock tree, along with all it's sub-models is created with a "_clocked" suffix. - Leaf cells are connected through a simple Minimum Steiner Tree. - Shorts are avoided by a systematic shift of the wires according to their kind. No wire must pre-exist. When used as a sub-module of "chip" the wires cannot be moved. When created on a block, the wires can be loaded in the detailed router as manual global router. Chip Plugin: - Perform the pad placement and corona creation. Replacement at last of the clunky code from Wu Yifei. - Relies on a Python configuration file '<design>_chip.py' with a "chip" dictionnary.
2014-08-15 12:05:27 -05:00
)
set ( pyPluginCT ${CMAKE_CURRENT_SOURCE_DIR}/plugins/clocktree/__init__.py
${CMAKE_CURRENT_SOURCE_DIR}/plugins/clocktree/RSMT.py
${CMAKE_CURRENT_SOURCE_DIR}/plugins/clocktree/ClockTree.py
Complete replacement of the Chip placement Python scripts. Finally get rid of the demonic code from Wu Yifei... * New: In Isobar, added encapsulation of Interval (don't know how have forgotten it for so long). * Change: In Isobar, In PyLayer, new PyLink_LayerDerived() function to create/link the C++ object to the correct derived class and not the base one (PyLayer) which then prevent to use the specialized methods. Must replace PyLink_Layer() througout all the code. * Change: In Isobar, in PyPoint the "setX()" & "setY()" methods where still capitalized. * Change: In Isobar, in PyQuery, complete the exportation of the C++ interface. remove the code belonging to a more "boost" way of building the Python interface (will do that in a far future). * New: In CRL Core, In PyAllianceFramework, export isPad() method. * Change: In Unicorn, in unicornInit.py, protect the loading of each single plugin by a "try" / "except" clause to the failing of one plugins do not stop the loading of the next one. Pass the same dictionnary argument to unicornHook() as for ScripMain(), this is more uniform this way. * New: In Cumulus, complete replacement of the chip placement scripts from Wu Yifei (at last!). The clock-tree integration is still to be done. ________________________________________________________________________
2014-07-21 06:18:34 -05:00
)
set ( pyPluginChip ${CMAKE_CURRENT_SOURCE_DIR}/plugins/chip/__init__.py
${CMAKE_CURRENT_SOURCE_DIR}/plugins/chip/BlockPower.py
${CMAKE_CURRENT_SOURCE_DIR}/plugins/chip/BlockCorona.py
${CMAKE_CURRENT_SOURCE_DIR}/plugins/chip/PadsCorona.py
${CMAKE_CURRENT_SOURCE_DIR}/plugins/chip/Configuration.py
Support for Python plugins in CellViewer/Unicorn. ClockTree plugin. * New: In Hurricane, in CellViewer, create a simpler API to graft menu and actions into the menubar. Mainly addToMenu() which take care of the QAction creation but also locate the relevant QMenu, base on the Qt object name. Regroup all the widget & action creation inside the body of the constructor, this way almost all actions can be removed from the attributes of the CellViewer. addToMenu() is supplied in three flavors: 1. For C++ callbacks in GraphicToolEngines (with a binded member function method). 2. For running Python scripts to be used by the plugin system. 3. To insert separator in menus (to give a more homogeneous look). Remove the last remnants of Stratus scripts (unificated with basic Python scripts). * New: In Hurricane, in PyCellViewer, export the interface to graft Python scripts into the CellViewer menu tree. * Change: In Etesian, in GraphicEtesianEngine, use the new API to graft menus & callbacks into the CellViewer. * Change: In Mauka, in GraphicMaukaEngine, use the new API to graft menus & callbacks into the CellViewer. * Change: In Kite, in GraphicKiteEngine, use the new API to graft menus & callbacks into the CellViewer. * New: In Cumulus, install Python scripts as plugins for Unicorn under <PYTHON_SITE_PACKAGES>/cumulus/plugins/. * New: In Unicorn, in UnicornGui, make uses of the new API for creating menus in the CellViewer. Creates the stem menu for the P&R tools. Add a Python initialization mechanism to read the plugins installeds into <PYTHON_SITE_PACKAGES>/cumulus/plugins/.
2014-06-25 12:50:34 -05:00
)
Initial import of cumulus
2010-07-12 10:31:29 -05:00
Complete replacement of the Chip placement Python scripts. Finally get rid of the demonic code from Wu Yifei... * New: In Isobar, added encapsulation of Interval (don't know how have forgotten it for so long). * Change: In Isobar, In PyLayer, new PyLink_LayerDerived() function to create/link the C++ object to the correct derived class and not the base one (PyLayer) which then prevent to use the specialized methods. Must replace PyLink_Layer() througout all the code. * Change: In Isobar, in PyPoint the "setX()" & "setY()" methods where still capitalized. * Change: In Isobar, in PyQuery, complete the exportation of the C++ interface. remove the code belonging to a more "boost" way of building the Python interface (will do that in a far future). * New: In CRL Core, In PyAllianceFramework, export isPad() method. * Change: In Unicorn, in unicornInit.py, protect the loading of each single plugin by a "try" / "except" clause to the failing of one plugins do not stop the loading of the next one. Pass the same dictionnary argument to unicornHook() as for ScripMain(), this is more uniform this way. * New: In Cumulus, complete replacement of the chip placement scripts from Wu Yifei (at last!). The clock-tree integration is still to be done. ________________________________________________________________________
2014-07-21 06:18:34 -05:00
install ( FILES ${pySources} DESTINATION ${PYTHON_SITE_PACKAGES}/cumulus )
install ( FILES ${pyPlugins} DESTINATION ${PYTHON_SITE_PACKAGES}/cumulus/plugins )
First basic version of ClockTree & Chip plugins. * New: In Cumulus, first versions of the ClockTree and Chip plugins. Clock Tree plugin: - It is strongly advised to use have 4 metal routing layers for the tree to work. Otherwise, problems can arise with the detailed routing (fully obstructed terminals). - H-Tree can only be build (for now) for design with a form factor between 0.5 an 2. - The tree is created at the block top-level and only the leafs are trans-hierarchically created on the instances/models. The new cell with a clock tree, along with all it's sub-models is created with a "_clocked" suffix. - Leaf cells are connected through a simple Minimum Steiner Tree. - Shorts are avoided by a systematic shift of the wires according to their kind. No wire must pre-exist. When used as a sub-module of "chip" the wires cannot be moved. When created on a block, the wires can be loaded in the detailed router as manual global router. Chip Plugin: - Perform the pad placement and corona creation. Replacement at last of the clunky code from Wu Yifei. - Relies on a Python configuration file '<design>_chip.py' with a "chip" dictionnary.
2014-08-15 12:05:27 -05:00
install ( FILES ${pyPluginCT} DESTINATION ${PYTHON_SITE_PACKAGES}/cumulus/plugins/clocktree )
Complete replacement of the Chip placement Python scripts. Finally get rid of the demonic code from Wu Yifei... * New: In Isobar, added encapsulation of Interval (don't know how have forgotten it for so long). * Change: In Isobar, In PyLayer, new PyLink_LayerDerived() function to create/link the C++ object to the correct derived class and not the base one (PyLayer) which then prevent to use the specialized methods. Must replace PyLink_Layer() througout all the code. * Change: In Isobar, in PyPoint the "setX()" & "setY()" methods where still capitalized. * Change: In Isobar, in PyQuery, complete the exportation of the C++ interface. remove the code belonging to a more "boost" way of building the Python interface (will do that in a far future). * New: In CRL Core, In PyAllianceFramework, export isPad() method. * Change: In Unicorn, in unicornInit.py, protect the loading of each single plugin by a "try" / "except" clause to the failing of one plugins do not stop the loading of the next one. Pass the same dictionnary argument to unicornHook() as for ScripMain(), this is more uniform this way. * New: In Cumulus, complete replacement of the chip placement scripts from Wu Yifei (at last!). The clock-tree integration is still to be done. ________________________________________________________________________
2014-07-21 06:18:34 -05:00
install ( FILES ${pyPluginChip} DESTINATION ${PYTHON_SITE_PACKAGES}/cumulus/plugins/chip )