@@ -97,7 +97,7 @@ EMB² provides several options which allow you to configure it to your needs. Th
#### 1. Generation of Native Build Files
As mentioned above, it is recommended to build EMB² in a subdirectory, e.g., "build". The actual build files are generated by the following command (a list of available generators can be displayed by typing `cmake --help`):
As mentioned above, it is recommended to build EMB² in a subdirectory such as "build". The actual build files are generated by the following command (a list of available generators can be displayed by typing `cmake --help`):
cmake -G <generator> .. [OPTIONS]
...
...
@@ -233,7 +233,6 @@ Alternatively, you can include MTAPI by `#include<mtapi.h>`.
The release files of EMB² come with a tutorial, example programs, and a reference manual (HTML) describing the APIs. All documentation is contained in the "doc" folder. The root document of the HTML reference is `doc/reference/index.html`. Note that the generated documentation files are not under version control and hence not contained in the repository. As mentioned above, it is therefore recommended to download one of the packaged release files in order to have ready-to-use documentation.
### Limitations and Important Notes
------------------------------
- For memory management reasons, the number of threads EMB² can deal with is bounded by a predefined but modifiable constant (see functions `embb_thread_get_max_count()` / `embb_thread_set_max_count()` and class `embb::base::Thread`).
- The MTAPI C++ interface supports automatic initialization, which allows for easy usage of the MTAPI C++, Algorithms, and Dataflow components. For performance measurements, explicit initialization is strongly recommended since the measurements will otherwise include the initialization time of MTAPI.
