Searched hist:9396 (Results 1 - 2 of 2) sorted by relevance
| /gem5/src/ | ||
| H A D | SConscript | 9396:0c0ec9d87746 Mon Jan 07 13:05:00 EST 2013 Andreas Hansson <andreas.hansson@arm.com> scons: Add support for google protobuf building This patch enables the use of protobuf input files in the build process, thus allowing .proto files to be added to input. Each .proto file is compiled using the protoc tool and the newly created C++ source is added to the list of sources. The first location where the protobufs will be used is in the capturing and replay of memory traces, involving the communication monitor and the trace-generator state of the traffic generator. This will follow in the next patch. This patch does add a dependency on the availability of the BSD licensed protobuf library (and headers), and the protobuf compiler, protoc. These dependencies are checked in the SConstruct, similar to e.g. swig. The user can override the use of protoc from the PATH by specifying the PROTOC environment variable. Although the dependency on libprotobuf and protoc might seem like a big step, they add significant value to the project going forward. Execution traces and other types of traces could easily be added and parsers for C++ and Python are automatically generated. We could also envision using protobufs for the checkpoints, description of the traffic-generator behaviour etc. The sky is the limit. We could also use the GzipOutputStream from the protobuf library instead of the current GPL gzstream. Currently, only the C++ source and header is generated. Going forward we might want to add the Python output to support simple command-line tools for displaying and editing the traces. |
| /gem5/ | ||
| H A D | SConstruct | 9396:0c0ec9d87746 Mon Jan 07 13:05:00 EST 2013 Andreas Hansson <andreas.hansson@arm.com> scons: Add support for google protobuf building This patch enables the use of protobuf input files in the build process, thus allowing .proto files to be added to input. Each .proto file is compiled using the protoc tool and the newly created C++ source is added to the list of sources. The first location where the protobufs will be used is in the capturing and replay of memory traces, involving the communication monitor and the trace-generator state of the traffic generator. This will follow in the next patch. This patch does add a dependency on the availability of the BSD licensed protobuf library (and headers), and the protobuf compiler, protoc. These dependencies are checked in the SConstruct, similar to e.g. swig. The user can override the use of protoc from the PATH by specifying the PROTOC environment variable. Although the dependency on libprotobuf and protoc might seem like a big step, they add significant value to the project going forward. Execution traces and other types of traces could easily be added and parsers for C++ and Python are automatically generated. We could also envision using protobufs for the checkpoints, description of the traffic-generator behaviour etc. The sky is the limit. We could also use the GzipOutputStream from the protobuf library instead of the current GPL gzstream. Currently, only the C++ source and header is generated. Going forward we might want to add the Python output to support simple command-line tools for displaying and editing the traces. |
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