2022-05-28 10:18:34 UTC

profiles/use.local.desc

@@ -65,9 +65,6 @@ dev-cpp/tiny-dnn:opencl - Build tiny-dnn with OpenCL library support
 dev-cpp/tiny-dnn:serialization - Build tiny-dnn with Serialization support
 dev-cpp/tiny-dnn:tbb - Build tiny-dnn with TBB library support
 dev-cpp/vexcl:amdsi - Implement workaround for AMD SI GPUs
-dev-cpp/vexcl:backend-compute - Use Boost.Compute algorithms
-dev-cpp/vexcl:backend-jit - Use the JIT backend
-dev-cpp/vexcl:backend-opencl - Use OpenCL as backend
 dev-embedded/rauc:gpt - Add GPT support
 dev-embedded/rauc:json - Add JSON support
 dev-embedded/rauc:network - Add network update support
@@ -202,6 +199,8 @@ dev-python/gnocchi:prometheus - Installs dependencies needed for Prometheus Remo
 dev-python/gnocchi:redis - Installs dependencies needed for Redis storage support
 dev-python/gnocchi:s3 - Installs dependencies needed for Amazon S3 storage support
 dev-python/gnocchi:swift - Installs dependencies needed for OpenStack Swift storage support
+dev-python/python-socketio:asyncio-client - Add async websocket client
+dev-python/python-socketio:client - Add websocket client
 dev-python/qiskit-terra:visualization - Enable visualization modules
 dev-util/FoBiS:graphviz - Add support of generation of a dependencies graph
 dev-util/annobin:clang - Build the clang plugin
@@ -430,25 +429,6 @@ net-p2p/trezord-go:udev - Install udev rules
 net-print/hpuld:scanner - Enable scanner on multifunction devices which support it
 sci-biology/cmdock:apidoc - Build API documentation using app-doc/doxygen
 sci-biology/cmdock:boinc - Use CmDock with SiDock@home BOINC project
-sci-geosciences/GeographicLib-data:geoids-datasets-egm2008-1 - http://earth-info.nga.mil/GandG/wgs84/gravitymod/egm2008 1' grid
-sci-geosciences/GeographicLib-data:geoids-datasets-egm2008-2-5 - http://earth-info.nga.mil/GandG/wgs84/gravitymod/egm2008 2.5' grid
-sci-geosciences/GeographicLib-data:geoids-datasets-egm2008-5 - http://earth-info.nga.mil/GandG/wgs84/gravitymod/egm2008 5' grid
-sci-geosciences/GeographicLib-data:geoids-datasets-egm84-15 - http://earth-info.nga.mil/GandG/wgs84/gravitymod/wgs84_180/wgs84_180.html 15' grid
-sci-geosciences/GeographicLib-data:geoids-datasets-egm84-30 - http://earth-info.nga.mil/GandG/wgs84/gravitymod/wgs84_180/wgs84_180.html 30' grid
-sci-geosciences/GeographicLib-data:geoids-datasets-egm96-15 - http://earth-info.nga.mil/GandG/wgs84/gravitymod/egm96/egm96.html 15' grid
-sci-geosciences/GeographicLib-data:geoids-datasets-egm96-5 - http://earth-info.nga.mil/GandG/wgs84/gravitymod/egm96/egm96.html 5' grid
-sci-geosciences/GeographicLib-data:gravity-models-egm2008 - the Earth Gravity Model 2008, which includes terms up to degree 2190
-sci-geosciences/GeographicLib-data:gravity-models-egm84 - the Earth Gravity Model 1984, which includes terms up to degree 180
-sci-geosciences/GeographicLib-data:gravity-models-egm96 - the Earth Gravity Model 1996, which includes terms up to degree 360
-sci-geosciences/GeographicLib-data:gravity-models-wgs84 - the WGS84 Reference Ellipsoid. This is just reproduces the normal gravitational field for the reference ellipsoid. This includes the zonal coefficients up to order 20.
-sci-geosciences/GeographicLib-data:magnetic-models-emm2010 - the Enhanced Magnetic Model 2010, which approximates the main and crustal magnetic fields for the period 2010–2015.
-sci-geosciences/GeographicLib-data:magnetic-models-emm2015 - the Enhanced Magnetic Model 2015, which approximates the main and crustal magnetic fields for the period 2000–2020.
-sci-geosciences/GeographicLib-data:magnetic-models-emm2017 - the Enhanced Magnetic Model 2017, which approximates the main and crustal magnetic fields for the period 2000–2022.
-sci-geosciences/GeographicLib-data:magnetic-models-igrf11 - the International Geomagnetic Reference Field (11th generation), which approximates the main magnetic field for the period 1900–2015.
-sci-geosciences/GeographicLib-data:magnetic-models-igrf12 - the International Geomagnetic Reference Field (12th generation), which approximates the main magnetic field for the period 1900–2020.
-sci-geosciences/GeographicLib-data:magnetic-models-wmm2010 - the World Magnetic Model 2010, which approximates the main magnetic field for the period 2010–2015.
-sci-geosciences/GeographicLib-data:magnetic-models-wmm2015v2 - the World Magnetic Model 2015, which approximates the main magnetic field for the period 2015–2020.
-sci-geosciences/GeographicLib-data:magnetic-models-wmm2020 - the World Magnetic Model 2020, which approximates the main magnetic field for the period 2020–2025.
 sci-libs/ButterflyPACK:arpack - Use arpack as dependency
 sci-libs/ButterflyPACK:magma - Use magma as dependency
 sci-libs/CoDiPack:tutorials - Build the tutorials
@@ -538,69 +518,6 @@ sci-physics/mbdyn:eig - Enable direct eigensolution
 sci-physics/mbdyn:ginac - With sci-mathematics/ginac support
 sci-physics/mbdyn:jdqz - With sci-libs/jdqz math library
 sci-physics/mbdyn:mbc - Enable MBC - multibody communication library
-sci-physics/mbdyn:mbdyn-module-asynchronous-machine - The purpose of this code is the simulation of an asynchronous electrical machine as a part of a multibody model
-sci-physics/mbdyn:mbdyn-module-autodiff-test - This element implements a inline joint with friction
-sci-physics/mbdyn:mbdyn-module-ballbearing-contact - ball bearing contact
-sci-physics/mbdyn:mbdyn-module-bullet - sci-physics/bullet module
-sci-physics/mbdyn:mbdyn-module-charm - This module implements a user-defined induced velocity element based on CDI's CHARM free wake
-sci-physics/mbdyn:mbdyn-module-constlaw - This directory contains an example of run-time loadable constitutive law
-sci-physics/mbdyn:mbdyn-module-constlaw-f90 - This directory contains an example of run-time loadable constitutive law written in Fortran 90
-sci-physics/mbdyn:mbdyn-module-constlaw-f95 - This directory contains an example of run-time loadable constitutive law written in Fortran 95
-sci-physics/mbdyn:mbdyn-module-cont-contact - continuous contact
-sci-physics/mbdyn:mbdyn-module-controller - controller module
-sci-physics/mbdyn:mbdyn-module-convtest - convergence test module
-sci-physics/mbdyn:mbdyn-module-cyclocopter - This module implements induced velocity models for cycloidal rotors
-sci-physics/mbdyn:mbdyn-module-damper - It implements a 1D constitutive law based on a generic nonlinear rheological formula, whose coefficients are computed by means of parameter identification from experimental measurements
-sci-physics/mbdyn:mbdyn-module-damper-gandhi - Gandhi, F. and Chopra, I., "An analytical model for a nonlinear elastomeric lag damper and its effect on aeromechanical stability in hover" Journal of the American Helicopter Society, Vol. 39, 1994, pp. 59-69.
-sci-physics/mbdyn:mbdyn-module-damper-graall - GRAALL Damper Constitutive Law
-sci-physics/mbdyn:mbdyn-module-damper-hydraulic - Hydraulic Damper Constitutive Law
-sci-physics/mbdyn:mbdyn-module-diff - diff drive module
-sci-physics/mbdyn:mbdyn-module-dot - dot language module
-sci-physics/mbdyn:mbdyn-module-drive - example of run-time loadable drive
-sci-physics/mbdyn:mbdyn-module-drive-test - drive test module
-sci-physics/mbdyn:mbdyn-module-dummy - Dummy module --- does nothing, used to test the infrastructure
-sci-physics/mbdyn:mbdyn-module-eu2phi - converts three Euler angles into the corresponding Euler vector
-sci-physics/mbdyn:mbdyn-module-fab-electric - Library of electric components for "digital fabrication" machines
-sci-physics/mbdyn:mbdyn-module-fab-motion - Library of motion transmission components for "digital fabrication" machines
-sci-physics/mbdyn:mbdyn-module-fab-sbearings - Library of bearings for "digital fabrication" machines
-sci-physics/mbdyn:mbdyn-module-fabricate - Library of components of "digital fabrication" machines
-sci-physics/mbdyn:mbdyn-module-flightgear - flightgear module
-sci-physics/mbdyn:mbdyn-module-friction - eXperimental friction model
-sci-physics/mbdyn:mbdyn-module-friction3 - eXperimental friction model (2nd try)
-sci-physics/mbdyn:mbdyn-module-hfelem - Harmonic Excitation Element
-sci-physics/mbdyn:mbdyn-module-hid - This module registers a file driver that captures the input from HID USB devices (only tested with some joysticks)
-sci-physics/mbdyn:mbdyn-module-hunt-crossley - HuntCrossley constitutive law
-sci-physics/mbdyn:mbdyn-module-hydrodynamic-plain-bearing - This module implements a hydrodynamic plain bearing according to Hans Juergen Butenschoen 1976 Das hydrodynamische zylindrische Gleitlager endlicher Breite unter instationaerer Belastung
-sci-physics/mbdyn:mbdyn-module-hydrodynamic-plain-bearing2 - module hydrodynamic plain bearing2
-sci-physics/mbdyn:mbdyn-module-imu - implements two uses of a IMU
-sci-physics/mbdyn:mbdyn-module-indvel - This module implements a dummy induced velocity model
-sci-physics/mbdyn:mbdyn-module-inline-friction - This element implements a inline joint with friction
-sci-physics/mbdyn:mbdyn-module-inplane-friction - In plane friction
-sci-physics/mbdyn:mbdyn-module-journal-bearing - This element implements a journal bearing with lugre friction
-sci-physics/mbdyn:mbdyn-module-leapmotion - leapmotion hand
-sci-physics/mbdyn:mbdyn-module-loadinc - load increment normalization
-sci-physics/mbdyn:mbdyn-module-marble - marble model for icecube robot
-sci-physics/mbdyn:mbdyn-module-md - MD module
-sci-physics/mbdyn:mbdyn-module-mds - mds module
-sci-physics/mbdyn:mbdyn-module-minmaxdrive - minmaxdrive module
-sci-physics/mbdyn:mbdyn-module-multi-step-drive - multi step drive module
-sci-physics/mbdyn:mbdyn-module-muscles - muscle module
-sci-physics/mbdyn:mbdyn-module-namespace - namespace module
-sci-physics/mbdyn:mbdyn-module-nodedistdrive - node dist drive module
-sci-physics/mbdyn:mbdyn-module-nonsmooth-node - Defines a unilateral constraint in form of a contact between a node and one or more planes, optionally with friction
-sci-physics/mbdyn:mbdyn-module-ns - ns1 module
-sci-physics/mbdyn:mbdyn-module-octave - octave module
-sci-physics/mbdyn:mbdyn-module-randdrive - rand drive module
-sci-physics/mbdyn:mbdyn-module-rollercoaster - rollercoaster module
-sci-physics/mbdyn:mbdyn-module-rotor-loose-coupling - rotor loose coupling
-sci-physics/mbdyn:mbdyn-module-scalarfunc - example of run-time loadable scalar function
-sci-physics/mbdyn:mbdyn-module-switch-drive - switch drive module
-sci-physics/mbdyn:mbdyn-module-tclpgin - tcl plugin
-sci-physics/mbdyn:mbdyn-module-triangular-contact - This element implements unilateral contact with friction between an arbitrary rigid body, represented by a triangular mesh, and a set of nodes with arbitrary offsets
-sci-physics/mbdyn:mbdyn-module-udunits - This module adds a namespace "units" with the only function "convert", which is thus invoked as "units::convert"
-sci-physics/mbdyn:mbdyn-module-uni-in-plane - This element implements the unilateral contact between a point and a plane
-sci-physics/mbdyn:mbdyn-module-wheel2 - Connects 2 structural nodes: Wheel Ground
-sci-physics/mbdyn:mbdyn-module-wheel4 - L. Gagnon, M. J. Richard, P. Masarati, M. Morandini, and G. Dore. Multibody simulation of tires operating on an uneven road. In Multibody Dynamics 2011, 4-7 July 2011
 sci-physics/mbdyn:metis - With sci-libs/metis model partitioning support
 sci-physics/mbdyn:mpi - With MPI support
 sci-physics/mbdyn:multithread-naive - Enable multithread naive solver
@@ -659,9 +576,6 @@ sys-cluster/SOS:manual-progress - Enable intermittent progress calls inside tran
 sys-cluster/SOS:memcpy - Use memcpy to perform local put/get operations
 sys-cluster/SOS:ofi - Use libfabric as transport layer
 sys-cluster/SOS:ofi-fence - Use FI_FENCE feature to optimize put-with-signal operations
-sys-cluster/SOS:ofi-mr-basic - OFI memory registration mode: basic
-sys-cluster/SOS:ofi-mr-rma-event - The OFI transport will use FI_MR_RMA_EVENT
-sys-cluster/SOS:ofi-mr-scalable - The OFI transport will use FI_MR_SCALABLE
 sys-cluster/SOS:pmi-mpi - Use MPI for process management
 sys-cluster/SOS:pmi-simple - Include support for interfacing with a PMI 1.0 launcher. The launcher must be provided by a separate package, such as MPICH, Hydra, or SLURM.
 sys-cluster/SOS:portals4 - Use portals4 as transport layer
@@ -670,17 +584,10 @@ sys-cluster/SOS:pthread-mutexes - Use pthread mutexes instead of internal queuei
 sys-cluster/SOS:remote-virtual-addressing - Enable optimizations assuming the symmetric heap is always symmetric with regards to virtual address. This may cause applications to abort during shmem_init() if such a symmetric heap can not be created, but will reduce the instruction count for some operations. This optimization also requires that the Portals 4 implementation support BIND_INACCESSIBLE on LEs. This optimization will reduce the overhead of communication calls.
 sys-cluster/SOS:thread-completion - Support SHMEM_THREAD_MULTIPLE in OFI transport using FI_THREAD_COMPLETION thread safety model instead of FI_THREAD_SAFE
 sys-cluster/SOS:threads - Enable threading support
-sys-cluster/SOS:total-data-ordering-always - Always assume total data ordering is available and abort a job if that's not the case
-sys-cluster/SOS:total-data-ordering-check - Check will result in slightly higher overhead but will provide a fallback if the network doesn't provide total data ordering
-sys-cluster/SOS:total-data-ordering-never - Never use total data ordering optimizations
 sys-cluster/SOS:ucx - Use ucx transport
 sys-cluster/SOS:xpmem - Use xpmem transport
 sys-cluster/TCL:fti - Enable sys-cluster/fti backend
 sys-cluster/TCL:scr - Enable sys-cluster/scr backend
-sys-cluster/TCL:tcl-debug - Build the debug version
-sys-cluster/TCL:tcl-instrumentation - Build the instrumentation version
-sys-cluster/TCL:tcl-instrumentation-debug - Build the instrumentation-debug version
-sys-cluster/TCL:tcl-performance - Build the performance version
 sys-cluster/TCL:veloc - Enable sys-cluster/veloc backend
 sys-cluster/booth:glue - Use libraries from sys-cluster/cluster-glue
 sys-cluster/clusteringsuite:mpi - enable mpi for distributed version
@@ -696,9 +603,6 @@ sys-cluster/extrae:doc - Generates the documentation of this instrumentation pac
 sys-cluster/extrae:dyninst - Build with sys-cluster/dyninst
 sys-cluster/extrae:heterogeneous - Enable support for heterogeneous tracing
 sys-cluster/extrae:inotify - Enable inotify support
-sys-cluster/extrae:instrument-dynamic-memory - Enables instrumentation for dynamic memory (malloc, free, realloc) calls
-sys-cluster/extrae:instrument-io - Enables instrumentation for basic I/O (read, write) calls
-sys-cluster/extrae:instrument-syscall - Enables instrumentation for system calls (other than I/O and mallocs)
 sys-cluster/extrae:java - Enable support for tracing Java. This is necessary to create the connectors between |TRACE| and Java applications.
 sys-cluster/extrae:memkind - Enable dev-libs/memkind support
 sys-cluster/extrae:merge-in-trace - Embed the merging process in the tracing library so the final tracefile can be generated automatically from the application run
@@ -770,10 +674,6 @@ sys-cluster/nanox:gasnet - Enable sys-cluster/gasnet support
 sys-cluster/nanox:hwloc - Enable sys-apps/hwloc support
 sys-cluster/nanox:memkind - Enables dev-libs/memkind support
 sys-cluster/nanox:memtracker - Enables Memtracker module
-sys-cluster/nanox:nanox-debug - Enable generation of debug version
-sys-cluster/nanox:nanox-instrumentation - Enable generation of instrumentation version
-sys-cluster/nanox:nanox-instrumentation-debug - Enable generation of instrumentation-debug version
-sys-cluster/nanox:nanox-performance - Enable generation of performance version
 sys-cluster/nanox:opencl - Enables openCL support
 sys-cluster/nanox:papi - enable dev-libs/papi support
 sys-cluster/nanox:resiliency - Enables task-level resiliency
@@ -825,25 +725,6 @@ sys-cluster/paraver-kernel:openmp - Enable OpenMP parallel version
 sys-cluster/paraver-kernel:otf2 - Enable otf2 support
 sys-cluster/parsec:devel-headers - Install additional headers in include/parsec allowing external compilation
 sys-cluster/parsec:home-config-files - Should the runtime check for the parameter configuration file in the user home (\$HOME/.parsec/mca-params.conf)
-sys-cluster/parsec:parsec-debug-history - Keep a summarized history of critical events in memory that can be dumped in gdb when deadlock occur
-sys-cluster/parsec:parsec-debug-noisier - Enable chatterbox-like verbose debugging (may impact performance)
-sys-cluster/parsec:parsec-debug-paranoid - Enable extra paranoid checks (may impact performance)
-sys-cluster/parsec:parsec-dist-collectives - Use optimized asynchronous operations where collective communication pattern is detected
-sys-cluster/parsec:parsec-dist-priorities - Favor the communications that unlock the most prioritary tasks
-sys-cluster/parsec:parsec-dist-thread - Use an extra thread to progress the data movements
-sys-cluster/parsec:parsec-prof-active-arena-set - Enable the profiling of active arena set to track memory usage of parsec handles
-sys-cluster/parsec:parsec-prof-btf - Force PaRSEC Binary Tracing Format to be the profiling system
-sys-cluster/parsec:parsec-prof-dry-body - Disable calls to the actual bodies, no computation is performed
-sys-cluster/parsec:parsec-prof-dry-dep - Disable calls to the actual data transport, remote dependencies are notified, but no data movement takes place
-sys-cluster/parsec:parsec-prof-dry-run - Disable calls to the actual bodies and do not move the data between nodes, unfold the dependencies only
-sys-cluster/parsec:parsec-prof-grapher - Enable the generation of the dot graph representation during execution
-sys-cluster/parsec:parsec-prof-mmap - Use MMAP to create the profile files
-sys-cluster/parsec:parsec-prof-otf2 - Force otf2 to be the profiling system
-sys-cluster/parsec:parsec-prof-pins - Enable the use of the PaRSEC callback instrumentation system
-sys-cluster/parsec:parsec-prof-ptg - Generate Profiling traces for the internal_init tasks in the PTG interface
-sys-cluster/parsec:parsec-prof-rusage - Print the rusage per execution unit for each progress
-sys-cluster/parsec:parsec-prof-scheduling-events - Enable the tracing of fine-grained scheduling details during execution
-sys-cluster/parsec:parsec-prof-thread - Use a Helper Thread to create the profile files
 sys-cluster/parsec:sched-deps-mask - Use a complete bitmask to track the dependencies, instead of a counter -- increase the debugging features, but limits to a maximum of 30 input dependencies
 sys-cluster/parsec:sim - Enable the computation of the critical path, through simulation
 sys-cluster/parsec:tools - Build the helper tools such as the pre-compilers, profiling manipulation and so on
@@ -852,8 +733,6 @@ sys-cluster/portals4:me-triggered - Enable extended (non-standard) triggered ope
 sys-cluster/portals4:pmi - Enable PMI support
 sys-cluster/portals4:ppe - Enable process-offload engine for Portals. Experimental
 sys-cluster/portals4:reliable-udp - Use reliable UDP for remote communication
-sys-cluster/portals4:transport-shmem - Use Shared memory for on-node communication. This is currently experimental and should be avoided
-sys-cluster/portals4:transport-udp - Use UDP for remote communication
 sys-cluster/portals4:unordered-matching - Enable unordered (hashed) match list searching. Experimental
 sys-cluster/portals4:zero-mrs - Enable this when using MOFED V2.2+ or Qlogic InfiniPath Hardware of IB communication
 sys-cluster/redset:slurm - Use sys-cluster/slurm as resource manager
@@ -897,8 +776,6 @@ sys-cluster/temanejo:ompss - enable ompss plugin
 sys-cluster/temanejo:ompt - Acquire debugging events through OMPT (OpenMP, OmpSs)
 sys-cluster/temanejo:socket - Enable connection to socket
 sys-cluster/temanejo:stdout - Enable output to stdout
-sys-cluster/veloc:comm-queue-ipc - Use ipc as the communication protocol between client library and active backend
-sys-cluster/veloc:comm-queue-socket - Use socket as the communication protocol between client library and active backend
 sys-cluster/veloc:slurm - Use sys-cluster/slurm as resource manager
 sys-cluster/wxparaver:extrae - Enable extrae support
 sys-cluster/wxparaver:ompss - Enable OmpSs parallel version