jtop/jtop.py
def ram(self):
        """
        RAM available on your board.

        * **use** - status iram used
        * **shared** - status of shared memory used from GPU
        * **tot** - Total size RAM
        * **unit** - Unit size RAM, usually in kB
        * **lfb** - Largest Free Block (lfb) is a statistic about the memory allocator
            * **nblock** - Number of block used
            * **size** - Size of the largest free block
            * **unit** - Unit size lfb

        Largest Free Block (lfb) is a statistic about the memory allocator.
        It refers to the largest contiguous block of physical memory
        that can currently be allocated: at most 4 MB.
        It can become smaller with memory fragmentation.
        The physical allocations in virtual memory can be bigger.

        :return: ram status
        :rtype: dict
        """
        return self._stats['ram']

        RAM available on your board.

        * **use** - status iram used
        * **shared** - status of shared memory used from GPU
        * **tot** - Total size RAM
        * **unit** - Unit size RAM, usually in kB
        * **lfb** - Largest Free Block (lfb) is a statistic about the memory allocator
            * **nblock** - Number of block used
            * **size** - Size of the largest free block
            * **unit** - Unit size lfb

        Largest Free Block (lfb) is a statistic about the memory allocator.
        It refers to the largest contiguous block of physical memory
        that can currently be allocated: at most 4 MB.
        It can become smaller with memory fragmentation.
        The physical allocations in virtual memory can be bigger.

        :return: ram status
        :rtype: dict
        
RAM available on your board.

Largest Free Block (lfb) is a statistic about the memory allocator.
It refers to the largest contiguous block of physical memory
that can currently be allocated: at most 4 MB.
It can become smaller with memory fragmentation.
The physical allocations in virtual memory can be bigger.
RAM available on your board . Largest Free Block ( lfb ) is a statistic about the memory allocator . It refers to the largest contiguous block of physical memory that can currently be allocated : at most 4 MB . It can become smaller with memory fragmentation . The physical allocations in virtual memory can be bigger .
def ram(self):
        return self._stats['ram']
def ram ( self ) : return self . _stats [ 'ram' ]
RAM available on your board.
RAM available on your board .
"""
        RAM available on your board.

        * **use** - status iram used
        * **shared** - status of shared memory used from GPU
        * **tot** - Total size RAM
        * **unit** - Unit size RAM, usually in kB
        * **lfb** - Largest Free Block (lfb) is a statistic about the memory allocator
            * **nblock** - Number of block used
            * **size** - Size of the largest free block
            * **unit** - Unit size lfb

        Largest Free Block (lfb) is a statistic about the memory allocator.
        It refers to the largest contiguous block of physical memory
        that can currently be allocated: at most 4 MB.
        It can become smaller with memory fragmentation.
        The physical allocations in virtual memory can be bigger.

        :return: ram status
        :rtype: dict
        """
None
dict
self