Along with the platform defines and platform string defines provided by
CMake to the build, add a PLATFORM_MASK define.
Use this define as a platform-type mask with the PlatformType enum.
This includes a minor SDK refactor as it move quite a few specialized
functions and facilities from core.h into system.h. There was a breaking point
for needing to frequently update core includes.
The new logger systemLog function allows a call site to bypass logging config
and write a line to the OS logger (aka syslog).
Integrated process abstraction code into more locations
Defined new macros for abstracting across various platforms
Added GLOG_NO_ABBREVIATED_SEVERITIES for glog to support Windows
Fixed some minor CMake issues involving thrift
Updated gflags package; reflecting change in provision script
Preparing CMake config files for WIN32 support
Added Windows support for process operations.
Added unit tests for process abstraction code for POSIX and Windows.
Modified CMake config files to support building the new code and unit tests.
Beginning in version 1.8.0 all time uses will converge on an osquery-provided
getUnixTime() API call that returns, by default, UNIX time integers converted
to UTC/GMT. The 'time' table will respond with the parsed time for the
configuration. If the timezone is not UTC then osquery is using localtime.
This configuration option will affect the 'unix_time' response in the 'time'
table. Because of this configurable-effect the table is extended to include
'local_time' which is always the system local UNIX time.
1. Table implementations (spec files) can mark the table as 'cachable'.
2. Cached results depend on the shortest/quickest interval of scheduled
queries that act on results of the table.
3. The table API generator blocks caching on index/additional/required
table column options.
This change allows QueryContext constraints to be checked for based on
operator type. This makes checks for the existence of an equality
operator allow enumeration.
Example:
if (context.constraints["pid"].exists(EQUALS)) {
pids = context.constraints["pid"].getAll(EQUALS);
} else {
osquery::procProcesses(pids);
}
