NIFFile might not always be created from a file or stream containing NIF data.
Basically there are 2 different responsibilities for this class:
1. Read NIF file
2. Provide input for nifosg and bulletnifloader.
Remove no longer needed NIFFileMock since the state of NIFFfile can be
initialized independently from reading NIF file.
`ciCompareLen(a, b, b.size()) == 0` expression is an equivalent of checking for
equality of `a` prefix with size `b.size()` with `b`.
`ciCompareLen(a, b, a.size()) == 0` is also the same thing but `a` is a prefix
`b` should start with.
components/nifbullet/bulletnifloader.cpp:206:13: warning: the value returned by this function should be used [bugprone-unused-return-value]
boxShape.release();
^~~~~~~~~~~~~~~~~~
components/nifbullet/bulletnifloader.cpp:232:13: warning: the value returned by this function should be used [bugprone-unused-return-value]
child.release();
^~~~~~~~~~~~~~~
components/nifbullet/bulletnifloader.cpp:233:13: warning: the value returned by this function should be used [bugprone-unused-return-value]
mStaticMesh.release();
^~~~~~~~~~~~~~~~~~~~~
components/nifbullet/bulletnifloader.cpp:240:9: warning: the value returned by this function should be used [bugprone-unused-return-value]
mStaticMesh.release();
^~~~~~~~~~~~~~~~~~~~~
components/nifbullet/bulletnifloader.cpp:246:9: warning: the value returned by this function should be used [bugprone-unused-return-value]
mAvoidStaticMesh.release();
^~~~~~~~~~~~~~~~~~~~~~~~~~
components/nifbullet/bulletnifloader.cpp:411:9: warning: the value returned by this function should be used [bugprone-unused-return-value]
childMesh.release();
^~~~~~~~~~~~~~~~~~~
components/nifbullet/bulletnifloader.cpp:425:9: warning: the value returned by this function should be used [bugprone-unused-return-value]
childShape.release();
^~~~~~~~~~~~~~~~~~~~
components/nifbullet/bulletnifloader.cpp:79:24: warning: Value stored to 'a' during its initialization is never read [clang-analyzer-deadcode.DeadStores]
unsigned short a = strip[0], b = strip[0], c = strip[1];
^ ~~~~~~~~
Choose a parent base on which node is used to iterate over children nodes.
This leads to duplicate handing of child nodes. A node will be handled so many
times how many parents it has.
For example:
p1 p2
\ /
c
Will be handled as:
p1 p2
| |
c c
If c has children they will be handled X times c is handled.
