我很难找到Android 4.0.3的lsmod输出。所有那些“实时ADDR”条目意味着什么？
option 14926 0 - Live 0xbf12b000
usb_wwan 9419 1 option, Live 0xbf124000
cdc_acm 15150 0 - Live 0xbf11b000
g_crypto 11918 0 - Live 0xbf0cc000
g_wmt_cmoscam 1421 0 - Live 0xbf0c8000
g_wmt_v4l2_cmos 68606 1 g_wmt_cmoscam, Live 0xbf0b1000
g_wmt_v4l2 5135 1 g_wmt_v4l2_cmos, Live 0xbf0ab000
g_wmt_ve_h264 11644 0 - Live 0xbf0a5000
g_wmt_ve_com 9021 1 g_wmt_ve_h264, Live 0xbf09e000
g_wmt_vd_vpx 65936 0 - Live 0xbf088000
g_wmt_vd_rv 735 0 - Live 0xbf084000
g_wmt_vd_vc1 713 0 - Live 0xbf080000
g_wmt_vd_h264 715 0 - Live 0xbf07c000
g_wmt_vd_h263 715 0 - Live 0xbf078000
g_wmt_vd_divx 715 0 - Live 0xbf074000
g_wmt_vd_mpeg4 717 0 - Live 0xbf070000
g_wmt_vd_mpeg2 717 0 - Live 0xbf06c000
g_wmt_vd_jdec 18829 0 - Live 0xbf063000
g_wmt_lock 2881 5 - Live 0xbf05f000
g_wmt_vd_com 158558 12 g_wmt_vd_vpx,g_wmt_vd_rv,g_wmt_vd_vc1,g_wmt_vd_h264,g_wmt_vd_h263,g_wmt_vd_divx,g_wmt_vd_mpeg4,g_wmt_vd_mpeg2,g_wmt_vd_jdec, Live 0xbf032000
mali 102375 6 - Live 0xbf00d000
ump 27968 11 mali, Live 0xbf000000
我问的是因为我使用完全相同的内核来启动Ubuntu，这是Ubuntu上lsmod的输出
option 14926 0
g_wmt_lock 2881 0
g_wmt_vd_jdec 18829 0
g_wmt_vd_mpeg2 717 0
g_wmt_vd_mpeg4 717 0
g_wmt_vd_divx 715 0
g_wmt_vd_h263 715 0
g_wmt_vd_h264 715 0
g_wmt_vd_vc1 713 0
g_wmt_vd_rv 735 0
g_wmt_vd_vpx 65936 0
g_wmt_ve_h264 11644 0
g_wmt_ve_com 9021 1 g_wmt_ve_h264
g_wmt_cmoscam 1421 0
g_wmt_v4l2_cmos 68606 1 g_wmt_cmoscam
g_wmt_v4l2 5135 1 g_wmt_v4l2_cmos
g_wmt_vd_com 158558 9 g_wmt_vd_jdec,g_wmt_vd_mpeg2,g_wmt_vd_mpeg4,g_wmt_vd_divx,g_wmt_vd_h263,g_wmt_vd_h264,g_wmt_vd_vc1,g_wmt_vd_rv,g_wmt_vd_vpx
g_crypto 11918 0
mali 102375 0
ump 27968 1 mali
cdc_acm 15150 0
usb_wwan 9419 1 option
rt3070sta_rtl8188 442205 0
答案 0 :(得分：2)
lsmod只是从文件/proc/modules读取（它实际上称为cat /proc/modules）
对于许多类似操作系统的UNIX来说，这是相同的：
The first column contains the name of the module.
The second column refers to the memory size of the module, in bytes.
The third column lists how many instances of the module are currently loaded. A value of zero represents an unloaded module.
The fourth column states if the module depends upon another module to be present in order to function, and lists those other modules.
The fifth column lists what load state the module is in: Live, Loading, or Unloading are the only possible values.
The sixth column lists the current kernel memory offset for the loaded module. This information can be useful for debugging purposes, or for profiling tools such as oprofile.