github microsoft/msticpy v2.1.3
Process Tree Viewer updates

latest releases: v2.12.0, v2.11.0, v2.10.0...
21 months ago

Highlights

This is a minor release with some fixes and additions that enable broader functionality.
The biggest-impacting changes apply to the
Process Tree visualization.
These changes allow it to work with broader types of Windows or Linux process data:

  • Removed the following columns that were previously required: host_name, logon_id, user_name, cmd_line.
  • Added auto-coloring by level if no legend is supplied.
  • Fixed process sorting so that tree and peer groups in the tree are sorted by level, then timestamp.
  • Added ability to supply schema as dictionary to the process tree APIs.

The changes are described in more detail below.

We've also added support for a new MS Sentinel API to retrieve queries stored in a Sentinel workspace
and fixed some issues in IP WhoIs lookups.

Process Tree changes

Reduced required column set

This allows you to use the process tree visualization and utilities with a minimal set of data fields:

  • process_id
  • parent_id
  • process_name
  • time_stamp
    cust_schema = {
        "process_name": "ImageFileName",
        "process_id": "PID",
        "parent_id": "PPID",
        "time_stamp": "CreateTime",
    }
    df.mp_plot_process(schema=cust_schema)

Auto-coloring of tree plot

If you do not supply a legend_col parameter, the process objects will be
automatically colored by level in the hierarchy. This makes a basic tree more colorful and easier to navigate.
Proctree-default-color

Processes are correctly sorted by process time

Previously, the code that builds the process tree left individual processes in an unintuitive order.
For a given level (e.g. parents) all of the processes will be displayed in time created order.

For example:

A \
   - A.1
   - A.2
B \
   - B.1
   - B.2

A will always have a timestamp less than or equal to B. All children of A (A.1, A.2...) and B will be shown in
time created order. However, across different levels and peer groups, there is no guarantee of time-ordering. In the above example, even though timestamp A is less than timestamp B, B.1 and B.2 could have timestamps earlier than either A.1 or A.2.

path ImageFileName CreateTime
proc_key
registry|88|2021-04-01 05:04:54.000000 116/0 Registry 2021-04-01 05:04:54+00:00
system|4|2021-04-01 05:04:58.000000 117/1 System 2021-04-01 05:04:58+00:00
smss.exe|404|2021-04-01 05:04:58.000000 117/1/2 smss.exe 2021-04-01 05:04:58+00:00
csrss.exe|640|2021-04-01 05:05:00.000000 118/3 csrss.exe 2021-04-01 05:05:00+00:00
winlogon.exe|700|2021-04-01 05:05:00.000000 118/4 winlogon.exe 2021-04-01 05:05:00+00:00
dwm.exe|1028|2021-04-01 05:05:02.000000 118/4/17 dwm.exe 2021-04-01 05:05:02+00:00
logonui.exe|512|2021-04-01 05:05:02.000000 118/4/21 LogonUI.exe 2021-04-01 05:05:02+00:00
fontdrvhost.ex|960|2021-04-01 05:05:01.000000 118/4/7 fontdrvhost.ex 2021-04-01 05:05:01+00:00
wininit.exe|632|2021-04-01 05:05:00.000000 119/5 wininit.exe 2021-04-01 05:05:00+00:00
lsass.exe|776|2021-04-01 05:05:01.000000 119/5/10 lsass.exe 2021-04-01 05:05:01+00:00

mp_plot.process_tree and mp.build_process_tree support schema as dictionary

Previously these accessors and the underlying functions plot_process_tree and
build_process_tree would only accept msticpy.transform.process_tree_schema.ProcSchema
instances. These will now accept dictionaries with at least the minimum required
attributes as keys.

What's Changed

Full Changelog: v2.1.2...v2.1.3

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