def parse_memory(self, mem_fields=('MemTotal', 'MemFree')):
'''
Parse memory info from output of get_memory().
Returned key, value pairs depend on keywords defined in mem_fields,
which MUST be a tuple:
self.parse_memory(('MemTotal',))
Search is case sensitive.
Returned structure is a dictionary:
{key: value, ...}
'''
return utils.parser_memory(self.get_memory(), mem_fields)
def parse_memory(self, mem_fields = ('unix:0:system_pages:physmem', 'unix:0:system_pages:freemem')):
'''
Parse output from get_memory().
Returned key, value pairs depend on keywords defined in mem_fields,
whish MUST be a tuple:
self.parse_memory(('unix:0:system_pages:physmem',))
Search is case sensitive.
By default, returned values are pages of memory.
Returned structure is a dictionary:
{key: value, ...}
'''
return utils.parser_memory(self.get_memory(), mem_fields)
def parse_memory(self, mem_fields=('vm.stats.vm.v_page_count', 'vm.stats.vm.v_free_count', 'vm.stats.vm.v_inactive_count', 'vm.stats.vm.v_cache_count')):
'''
Parse output from get_memory().
Returned key, value pairs depend on keywords defined in mem_fields,
which MUST be a tuple:
self.parse_memory(('vm.stats.vm.v_page_count',))
Search is case sensitive.
By default, returned values are pages of memory.
Returned structure is a dictionary.
{key: value, ...}
free = v_free_count + v_inactive_count + v_cache_count
'''
return utils.parser_memory(self.get_memory(), mem_fields)
