# We suggest the use of one of the following optimization levels. The first uses basically no
# optimization and is primarly intended for debugging purposes. The second (recommended) level
# activates more or less all optimization options that conform with the ISO C++ Standard.
# The last level activates all optimazations available, including non-ISO C++ conform optimization
# We suggest the use of one of the following optimization levels. The first uses basically no
# optimization and is primarly intended for debugging purposes. The second (recommended) level
# activates more or less all optimization options that conform with the ISO C++ Standard.
# The last level activates all optimazations available, including non-ISO C++ conform optimization
# and optimazations that may result in a loss of numerical precicsion, use at your own risk.
# LOW_OPTIMIZATION = TRUE# Activates -O0
HIGH_OPTIMIZATION = TRUE# Activates -O3 -march=native and some others
# DANGEROUS_OPTIMIZATION = TRUE# Activates everything of HIGH_OPTIMIZATION plus basically everything that is said to improve performance including several potentially unsafe optimizations
# LOW_OPTIMIZATION = TRUE# Activates -O0
HIGH_OPTIMIZATION = TRUE# Activates -O3 -march=native and some others
# DANGEROUS_OPTIMIZATION = TRUE# Activates everything of HIGH_OPTIMIZATION plus basically everything that is said to improve performance including several potentially unsafe optimizations
# Additionally Link Time Optimization support can be build into the library by uncommenting the following line.
# USE_LTO = TRUE# Activates -ftlo
COMPILE_THREADS = 8# Number of threads to use during link time optimization.
# USE_LTO = TRUE# Activates -ftlo
COMPILE_THREADS = 8# Number of threads to use during link time optimization.
# Some parts of Xerus can use parallelization. This can be aktivated by using openMP.
# DEBUG += -fsanitize=address# find out of bounds access
# DEBUG += -pg# adds profiling code for the 'gprof' analyzer
# Xerus has a buildin logging system to provide runtime information. Here you can adjust the logging level used by the library.
# LOGGING += -D XERUS_LOG_DEBUG # Debug infomation, can significantly slow down the library.
LOGGING += -D XERUS_LOG_INFO # Information that is not linked to any unexpected behaviour but might nevertheless be of interest.
# LOGGING += -D XERUS_LOG_WARNING # Informations that is linked to unexpected behaviour which indicates incorrect use of the library but are no errors as such.
# LOGGING += -D XERUS_LOG_ERROR # Information about errors that occourt, assumedly by incorrect use of the library.
# LOGGING += -D XERUS_LOG_ERROR # Information about errors that occourt, assumedly by incorrect use of the library.
# Per default the logs are printed to cerr. Uncomment the following line to print the log messages to the file error.log instead.
# LOGGING += -D XERUS_LOGFILE# Use error file instead of cerr
# LOGGING += -D XERUS_LOGFILE# Use error file instead of cerr
# Print absolute times instead of relative to program time
# LOGGING += -D XERUS_LOG_ABSOLUTE_TIME
# Uncomment the following line to save the last Logs in a circular buffer (without printing them) to allow detailed reports in case of errors.
# Note that this can significatly slow down the library.
# LOGGING += -D XERUS_LOG_BUFFER# Activate the log buffer
# LOGGING += -D XERUS_LOG_BUFFER# Activate the log buffer
# Add time measurments for the relevant low level function calls. This allow to use get_analysis() to get a listing on all called low level fucntions and the time spend on them.
