mirror of
https://github.com/Sei-Lisa/LSL-PyOptimizer
synced 2025-07-01 15:48:21 +00:00
Separate library function optimization into a different file.
No other functional changes. This required quite some reorganization affecting many files. As a side effect, PythonType2LSL and LSLType2Python aren't duplicate anymore.
This commit is contained in:
Sei Lisa
parent
36947b7b12
commit
6738615360
5 changed files with 359 additions and 329 deletions
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@ -45,3 +45,13 @@ LSO = False
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IsCalc = False
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DataPath = ''
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# Conversion of LSL types to Python types and vice versa.
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PythonType2LSL = {int: 'integer', float: 'float',
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unicode: 'string', Key: 'key', Vector: 'vector',
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Quaternion: 'rotation', list: 'list'}
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LSLType2Python = {'integer':int, 'float':float,
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'string':unicode, 'key':Key, 'vector':Vector,
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'rotation':Quaternion, 'list':list}
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@ -18,89 +18,15 @@
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# Constant folding and simplification of expressions and statements.
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import lslcommon
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from lslcommon import Key, Vector, Quaternion
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from lslcommon import Vector, Quaternion
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import lslfuncs
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from lslfuncs import NULL_KEY, ZERO_VECTOR, ZERO_ROTATION
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from lslfuncs import ZERO_VECTOR, ZERO_ROTATION
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import math
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from lslparse import warning
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from lslfuncopt import OptimizeParams
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from lslfuncopt import OptimizeFunc, OptimizeArgs, FuncOptSetup
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class foldconst(object):
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# Type of each entry in llGetObjectDetails. Last: 38.
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objDetailsTypes = 'issvrvkkkiiififfffkiiiiiiffkiviiksiisii'
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primParamsTypes = \
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( False, False # 0 (unassigned) and 1=PRIM_TYPE_LEGACY
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, 'i' # 2=PRIM_MATERIAL
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, 'i' # 3=PRIM_PHYSICS
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, 'i' # 4=PRIM_TEMP_ON_REZ
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, 'i' # 5=PRIM_PHANTOM
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, 'v' # 6=PRIM_POSITION
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, 'v' # 7=PRIM_SIZE
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, 'r' # 8=PRIM_ROTATION
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, 'i*' # 9=PRIM_TYPE
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, False, False, False, False # 10, 11, 12, 13 (unassigned)
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, False, False, False # 14, 15, 16 (unassigned)
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, 'svvf' # 17=PRIM_TEXTURE
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, 'vf' # 18=PRIM_COLOR
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, 'ii' # 19=PRIM_BUMP_SHINY
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, 'i' # 20=PRIM_FULLBRIGHT
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, 'iiffffv' # 21=PRIM_FLEXIBLE
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, 'i' # 22=PRIM_TEXGEN
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, 'ivfff' # 23=PRIM_POINT_LIGHT
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, False # 24 (unassigned)
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, 'f' # 25=PRIM_GLOW
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, 'svf' # 26=PRIM_TEXT
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, 's' # 27=PRIM_NAME
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, 's' # 28=PRIM_DESC
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, 'r' # 29=PRIM_ROT_LOCAL
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, 'i' # 30=PRIM_PHYSICS_SHAPE_TYPE
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, False # 31 (unassigned)
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, 'vff' # 32=PRIM_OMEGA
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, 'v' # 33=PRIM_POS_LOCAL
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, '' # 34=PRIM_LINK_TARGET
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, 'v' # 35=PRIM_SLICE
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, 'svvfvii' # 36=PRIM_SPECULAR
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, 'svvf' # 37=PRIM_NORMAL
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, 'ii' # 38=PRIM_ALPHA_MODE
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, 'i' # 39=PRIM_ALLOW_UNSIT
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, 'i' # 40=PRIM_SCRIPTED_SIT_ONLY
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, 'ivv' # 41=PRIM_SIT_TARGET
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)
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# Primitive Params with arguments. F=face, L=link.
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primParamsArgs = \
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{ 17: 'F' # 17=PRIM_TEXTURE
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, 18: 'F' # 18=PRIM_COLOR
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, 19: 'F' # 19=PRIM_BUMP_SHINY
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, 20: 'F' # 20=PRIM_FULLBRIGHT
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, 22: 'F' # PRIM_TEXGEN
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, 25: 'F' # PRIM_GLOW
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, 34: 'L' # PRIM_LINK_TARGET
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, 36: 'F' # PRIM_SPECULAR
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, 37: 'F' # PRIM_NORMAL
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, 38: 'F' # PRIM_ALPHA_MODE
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}
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# Compatibility: list extraction function / input type (by type's first
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# letter), e.g. 'si' means llList2String can extract an integer.
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listCompat = frozenset({'ss', 'sk', 'si', 'sf', 'sv', 'sr', 'ks', 'kk',
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'is', 'ii', 'if', 'fs', 'fi', 'ff', 'vv', 'rr'})
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defaultListVals = {'llList2Integer':0, 'llList2Float':0.0,
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'llList2String':u'',
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# llList2Key is set programmatically in FoldScript
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#'llList2Key':Key(u''),
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'llList2Vector':Vector((0.,0.,0.)),
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'llList2Rot':Quaternion((0.,0.,0.,1.))}
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PythonType2LSL = {int: 'integer', float: 'float',
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unicode: 'string', Key: 'key', Vector: 'vector',
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Quaternion: 'rotation', list: 'list'}
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LSLType2Python = {'integer':int, 'float':float,
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'string':unicode, 'key':Key, 'vector':Vector,
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'rotation':Quaternion, 'list':list}
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def isLocalVar(self, node):
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name = node['name']
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scope = node['scope']
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@ -166,7 +92,7 @@ class foldconst(object):
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return False
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if type(nodeOrConst) == dict:
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return nodeOrConst['t']
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return self.PythonType2LSL[type(nodeOrConst)]
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return lslcommon.PythonType2LSL[type(nodeOrConst)]
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def FoldAndRemoveEmptyStmts(self, lst):
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"""Utility function for elimination of useless expressions in FOR"""
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@ -478,7 +404,7 @@ class foldconst(object):
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parent[index] = {'nt':'CONST', 't':node['t'], 'SEF':True,
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'value':lslfuncs.typecast(
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child[0]['value'], self.LSL2PythonType[node['t']])}
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child[0]['value'], lslcommon.LSLType2Python[node['t']])}
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# Remove casts of a type to the same type (NOP in Mono)
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# This is not an optimization by itself, but it simplifies the job,
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@ -770,7 +696,7 @@ class foldconst(object):
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if rnt == 'CONST' and len(rval['value']) == 1:
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# list + [constant] -> list + constant
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rval['value'] = rval['value'][0]
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rtype = rval['t'] = self.PythonType2LSL[type(rval['value'])]
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rtype = rval['t'] = lslcommon.PythonType2LSL[type(rval['value'])]
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return
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if (lnt == 'LIST' and len(lval['ch']) == 1
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@ -786,7 +712,7 @@ class foldconst(object):
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if lnt == 'CONST' and len(lval['value']) == 1:
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# [constant] + list -> constant + list
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lval['value'] = lval['value'][0]
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ltype = lval['t'] = self.PythonType2LSL[type(lval['value'])]
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ltype = lval['t'] = lslcommon.PythonType2LSL[type(lval['value'])]
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return
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return
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@ -1178,241 +1104,87 @@ class foldconst(object):
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CONSTargs = False
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sym = self.symtab[0][name]
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OptimizeParams(node, sym)
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if 'Fn' in sym and ('SEF' in sym and sym['SEF'] or lslcommon.IsCalc):
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# It's side-effect free if the children are and the function
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# is marked as SEF.
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if SEFargs:
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node['SEF'] = True
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if CONSTargs:
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# Call it
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fn = sym['Fn']
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args = [arg['value'] for arg in child]
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argtypes = sym['ParamTypes']
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assert(len(args) == len(argtypes))
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for argnum in range(len(args)):
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# Adapt types of params
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if argtypes[argnum] == 'string':
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args[argnum] = lslfuncs.fs(args[argnum])
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elif argtypes[argnum] == 'key':
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args[argnum] = lslfuncs.fk(args[argnum])
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elif argtypes[argnum] == 'float':
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args[argnum] = lslfuncs.ff(args[argnum])
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elif argtypes[argnum] == 'vector':
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args[argnum] = lslfuncs.v2f(args[argnum])
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elif argtypes[argnum] == 'quaternion':
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args[argnum] = lslfuncs.q2f(args[argnum])
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elif argtypes[argnum] == 'list':
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# ensure vectors and quaternions passed to
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# functions have only float components
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assert type(args[argnum]) == list
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# make a shallow copy
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args[argnum] = args[argnum][:]
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for i in range(len(args[argnum])):
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if type(args[argnum][i]) == Quaternion:
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args[argnum][i] = lslfuncs.q2f(args[argnum][i])
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elif type(args[argnum][i]) == Vector:
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args[argnum][i] = lslfuncs.v2f(args[argnum][i])
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del argtypes
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try:
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if name[:10] == 'llDetected':
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value = fn(*args, event=self.CurEvent)
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else:
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value = fn(*args)
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except lslfuncs.ELSLCantCompute:
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# Don't transform the tree if function is not computable
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return
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del args
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if not self.foldtabs:
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generatesTabs = (
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isinstance(value, unicode) and '\t' in value
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or type(value) == list and any(isinstance(x, unicode) and '\t' in x for x in value)
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)
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if generatesTabs:
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if self.warntabs:
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warning(u"Can't optimize call to %s because it would generate a tab character (you can force the optimization with the 'foldtabs' option, or disable this warning by disabling the 'warntabs' option)." % name.decode('utf8'))
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return
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parent[index] = {'nt':'CONST', 't':node['t'], 'value':value, 'SEF':True}
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elif self.optlistlength and name == 'llGetListLength':
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# Convert llGetListLength(expr) to (expr != [])
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node = {'nt':'CONST', 't':'list', 'value':[]}
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parent[index] = node = {'nt':'!=', 't':'integer',
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'ch':[child[0], node]}
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# SEF if the list is
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node['SEF'] = 'SEF' in child[0]
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elif (name == 'llDumpList2String'
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and child[1]['nt'] == 'CONST'
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and child[1]['t'] in ('string', 'key')
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and child[1]['value'] == u""):
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# Convert llDumpList2String(expr, "") to (string)(expr)
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node['nt'] = 'CAST'
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del child[1]
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del node['name']
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elif (name in ('llList2String', 'llList2Key', 'llList2Integer',
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'llList2Float', 'llList2Vector', 'llList2Rot')
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and child[1]['nt'] == 'CONST'):
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# 2nd arg to llList2XXXX must be integer
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assert child[1]['t'] == 'integer'
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listarg = child[0]
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idx = child[1]['value']
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value = self.GetListNodeElement(listarg, idx)
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tvalue = self.TypeFromNodeOrConst(value)
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const = self.ConstFromNodeOrConst(value)
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if const is not False and 'SEF' in node:
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# Managed to get a constant from a list, even if the
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# list wasn't constant. Handle the type conversion.
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if (node['t'][0] + tvalue[0]) in self.listCompat:
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const = lslfuncs.InternalTypecast(const,
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self.LSLType2Python[node['t']],
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InList=True, f32=True)
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else:
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const = self.defaultListVals[name]
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OptimizeArgs(node, sym)
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try:
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if 'Fn' in sym and ('SEF' in sym or lslcommon.IsCalc):
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# It's side-effect free if the children are and the function
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# is marked as SEF.
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if SEFargs:
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node['SEF'] = True
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if CONSTargs:
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# Call it
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fn = sym['Fn']
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args = [arg['value'] for arg in child]
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argtypes = sym['ParamTypes']
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assert(len(args) == len(argtypes))
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for argnum in range(len(args)):
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# Adapt types of params
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if argtypes[argnum] == 'string':
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args[argnum] = lslfuncs.fs(args[argnum])
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elif argtypes[argnum] == 'key':
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args[argnum] = lslfuncs.fk(args[argnum])
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elif argtypes[argnum] == 'float':
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args[argnum] = lslfuncs.ff(args[argnum])
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elif argtypes[argnum] == 'vector':
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args[argnum] = lslfuncs.v2f(args[argnum])
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elif argtypes[argnum] == 'quaternion':
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args[argnum] = lslfuncs.q2f(args[argnum])
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elif argtypes[argnum] == 'list':
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# ensure vectors and quaternions passed to
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# functions have only float components
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assert type(args[argnum]) == list
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# make a shallow copy
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args[argnum] = args[argnum][:]
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for i in range(len(args[argnum])):
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if type(args[argnum][i]) == Quaternion:
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args[argnum][i] = lslfuncs.q2f(args[argnum][i])
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elif type(args[argnum][i]) == Vector:
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args[argnum][i] = lslfuncs.v2f(args[argnum][i])
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del argtypes
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try:
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# May raise ELSLCantCompute
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if name[:10] == 'llDetected':
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value = fn(*args, event=self.CurEvent)
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else:
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value = fn(*args)
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finally:
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del args
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if not self.foldtabs:
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generatesTabs = (
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isinstance(value, unicode) and '\t' in value
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or type(value) == list
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and any(isinstance(x, unicode)
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and '\t' in x for x in value)
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)
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if generatesTabs:
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if self.warntabs:
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warning(u"Can't optimize call to %s"
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u" because it would generate a tab"
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u" character (you can force the "
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u" optimization with the 'foldtabs'"
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u" option, or disable this warning by"
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u" disabling the 'warntabs' option)."
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% name.decode('utf8'))
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raise lslfuncs.ELSLCantCompute()
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# Replace with a constant
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parent[index] = {'nt':'CONST', 't':node['t'],
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'value':const, 'SEF':True}
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'value':value, 'SEF':True}
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return
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if listarg['nt'] == 'FNCALL' and listarg['name'] == 'llGetObjectDetails':
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elif SEFargs and 'SEF' in self.symtab[0][name]:
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# The function is marked as SEF in the symbol table, and the
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# arguments are all side-effect-free. The result is SEF.
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node['SEF'] = True
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listarg = listarg['ch'][1] # make it the list argument of llGetObjectDetails
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value = self.GetListNodeElement(listarg, idx)
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tvalue = self.TypeFromNodeOrConst(value)
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const = self.ConstFromNodeOrConst(value)
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if type(const) == int and self.GetListNodeLength(listarg) == 1:
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# Some of these can be handled with a typecast to string.
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if name == 'llList2String':
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# turn the node into a cast of arg 0 to string
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node['nt'] = 'CAST'
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del child[1]
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del node['name']
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return
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# The other ones that support cast to string then to
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# the final type in some cases (depending on the
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# list type, which we know) are key/int/float.
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if (name == 'llList2Key' # checked via listCompat
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or (name == 'llList2Integer'
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and self.objDetailsTypes[const:const+1]
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in ('s', 'i')) # won't work for floats
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or (name == 'llList2Float'
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and self.objDetailsTypes[const:const+1]
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in ('s', 'i')) # won't work for floats
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) and (node['t'][0]
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+ self.objDetailsTypes[const:const+1]
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) in self.listCompat:
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# -> (key)((string)llGetObjectDetails...)
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# or (integer)((string)llGetObjectDetails...)
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node['nt'] = 'CAST'
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del child[1]
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del node['name']
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child[0] = {'nt':'CAST', 't':'string',
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'ch':[child[0]]}
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if 'SEF' in child[0]['ch'][0]:
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child[0]['SEF'] = True
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return
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except lslfuncs.ELSLCantCompute:
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# Don't transform the tree if function is not computable
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pass
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# Check for type incompatibility or index out of range
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# and replace node with a constant if that's the case
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if (value is False
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or type(const) == int
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and (node['t'][0] + self.objDetailsTypes[const])
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not in self.listCompat
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) and 'SEF' in node:
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parent[index] = {'nt':'CONST', 't':node['t'],
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'value':self.defaultListVals[name],
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'SEF':True}
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# At this point, we have resolved whether the function is SEF,
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# or whether the function resolves to a constant.
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OptimizeFunc(self, parent, index)
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elif listarg['nt'] == 'FNCALL' and listarg['name'] in (
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'llGetPrimitiveParams', 'llGetLinkPrimitiveParams'):
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# We're going to work with the primitive params list.
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listarg = listarg['ch'][
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0 if listarg['name'] == 'llGetPrimitiveParams'
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else 1]
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length = self.GetListNodeLength(listarg)
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if length is not False:
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# Construct a list (string) of return types.
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# A '*' in the list means the type can't be
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# determined past this point (used with PRIM_TYPE).
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i = 0
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returntypes = ''
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while i < length:
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param = self.GetListNodeElement(listarg, i)
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param = self.ConstFromNodeOrConst(param)
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if (param is False
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or type(param) != int
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# Parameters with arguments have
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# side effects (errors).
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# We could check whether there's a face
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# argument and the face is 0, which is
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# guaranteed to exist, but it's not worth
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# the effort.
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or param in self.primParamsArgs
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or param < 0
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or param >= len(self.primParamsTypes)
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or self.primParamsTypes[param] is False
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):
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# Can't process this list.
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returntypes = '!'
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break
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returntypes += self.primParamsTypes[param]
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i += 1
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if returntypes != '!':
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if (len(returntypes) == 1
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and returntypes != '*'
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and idx in (0, -1)
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):
|
||||
if name == 'llList2String':
|
||||
node['nt'] = 'CAST'
|
||||
del child[1]
|
||||
del node['name']
|
||||
return
|
||||
if ((name == 'llList2Key'
|
||||
or name == 'llList2Integer'
|
||||
and returntypes in ('s', 'i')
|
||||
or name == 'llList2Float'
|
||||
and returntypes in ('s', 'i')
|
||||
)
|
||||
and (node['t'][0] + returntypes)
|
||||
in self.listCompat
|
||||
):
|
||||
node['nt'] = 'CAST'
|
||||
del child[1]
|
||||
del node['name']
|
||||
child[0] = {'nt':'CAST', 't':'string',
|
||||
'ch':[child[0]]}
|
||||
if 'SEF' in child[0]['ch'][0]:
|
||||
child[0]['SEF'] = True
|
||||
return
|
||||
|
||||
if (returntypes.find('*') == -1
|
||||
or idx >= 0 and idx < returntypes.find('*')
|
||||
or idx < 0 and idx > returntypes.rfind('*')
|
||||
- len(returntypes)
|
||||
):
|
||||
# Check for type incompatibility or index
|
||||
# out of range.
|
||||
if idx < 0:
|
||||
# s[-1:0] doesn't return the last char
|
||||
# so we have to compensate
|
||||
idx += len(returntypes)
|
||||
if (node['t'][0] + returntypes[idx:idx+1]) \
|
||||
not in self.listCompat \
|
||||
and 'SEF' in node:
|
||||
parent[index] = {'nt':'CONST',
|
||||
't':node['t'],
|
||||
'value':self.defaultListVals[name],
|
||||
'SEF':True}
|
||||
return
|
||||
|
||||
del returntypes
|
||||
|
||||
del listarg, idx, value, tvalue, const
|
||||
|
||||
elif SEFargs and 'SEF' in self.symtab[0][name]:
|
||||
# The function is marked as SEF in the symbol table, and the
|
||||
# arguments are all side-effect-free. The result is SEF.
|
||||
node['SEF'] = True
|
||||
return
|
||||
|
||||
if nt == 'PRINT':
|
||||
|
|
@ -1754,11 +1526,7 @@ class foldconst(object):
|
|||
tree = self.tree
|
||||
self.CurEvent = None
|
||||
|
||||
# Patch the default values list for LSO
|
||||
if lslcommon.LSO:
|
||||
self.defaultListVals['llList2Key'] = Key(NULL_KEY)
|
||||
else:
|
||||
self.defaultListVals['llList2Key'] = Key(u"")
|
||||
FuncOptSetup()
|
||||
|
||||
# Constant folding pass. It does some other optimizations along the way.
|
||||
for idx in xrange(len(tree)):
|
||||
|
|
|
|||
|
|
@ -15,13 +15,15 @@
|
|||
# You should have received a copy of the GNU General Public License
|
||||
# along with LSL PyOptimizer. If not, see <http://www.gnu.org/licenses/>.
|
||||
|
||||
# Transform function parameters to shorter equivalents where possible.
|
||||
# Optimize calls to LSL library functions and parameters where possible
|
||||
# This is dependent on the LSL function library.
|
||||
|
||||
from lslcommon import Key#, Vector, Quaternion
|
||||
import lslcommon
|
||||
from lslcommon import Key, Vector, Quaternion
|
||||
import lslfuncs
|
||||
|
||||
def OptimizeParams(node, sym):
|
||||
def OptimizeArgs(node, sym):
|
||||
"""Transform function arguments to shorter equivalents where possible."""
|
||||
assert node['nt'] == 'FNCALL'
|
||||
params = node['ch']
|
||||
name = node['name']
|
||||
|
|
@ -42,3 +44,263 @@ def OptimizeParams(node, sym):
|
|||
if not lslfuncs.cond(Key(params[i]['value'])):
|
||||
params[i]['value'] = u""
|
||||
params[i]['type'] = 'string'
|
||||
|
||||
|
||||
# Type of each entry in llGetObjectDetails. Last: 38.
|
||||
objDetailsTypes = 'issvrvkkkiiififfffkiiiiiiffkiviiksiisii'
|
||||
primParamsTypes = \
|
||||
( False, False # 0 (unassigned) and 1=PRIM_TYPE_LEGACY
|
||||
, 'i' # 2=PRIM_MATERIAL
|
||||
, 'i' # 3=PRIM_PHYSICS
|
||||
, 'i' # 4=PRIM_TEMP_ON_REZ
|
||||
, 'i' # 5=PRIM_PHANTOM
|
||||
, 'v' # 6=PRIM_POSITION
|
||||
, 'v' # 7=PRIM_SIZE
|
||||
, 'r' # 8=PRIM_ROTATION
|
||||
, 'i*' # 9=PRIM_TYPE
|
||||
, False, False, False, False # 10, 11, 12, 13 (unassigned)
|
||||
, False, False, False # 14, 15, 16 (unassigned)
|
||||
, 'svvf' # 17=PRIM_TEXTURE
|
||||
, 'vf' # 18=PRIM_COLOR
|
||||
, 'ii' # 19=PRIM_BUMP_SHINY
|
||||
, 'i' # 20=PRIM_FULLBRIGHT
|
||||
, 'iiffffv' # 21=PRIM_FLEXIBLE
|
||||
, 'i' # 22=PRIM_TEXGEN
|
||||
, 'ivfff' # 23=PRIM_POINT_LIGHT
|
||||
, False # 24 (unassigned)
|
||||
, 'f' # 25=PRIM_GLOW
|
||||
, 'svf' # 26=PRIM_TEXT
|
||||
, 's' # 27=PRIM_NAME
|
||||
, 's' # 28=PRIM_DESC
|
||||
, 'r' # 29=PRIM_ROT_LOCAL
|
||||
, 'i' # 30=PRIM_PHYSICS_SHAPE_TYPE
|
||||
, False # 31 (unassigned)
|
||||
, 'vff' # 32=PRIM_OMEGA
|
||||
, 'v' # 33=PRIM_POS_LOCAL
|
||||
, '' # 34=PRIM_LINK_TARGET
|
||||
, 'v' # 35=PRIM_SLICE
|
||||
, 'svvfvii' # 36=PRIM_SPECULAR
|
||||
, 'svvf' # 37=PRIM_NORMAL
|
||||
, 'ii' # 38=PRIM_ALPHA_MODE
|
||||
, 'i' # 39=PRIM_ALLOW_UNSIT
|
||||
, 'i' # 40=PRIM_SCRIPTED_SIT_ONLY
|
||||
, 'ivv' # 41=PRIM_SIT_TARGET
|
||||
)
|
||||
# Primitive Params with arguments. F=face, L=link.
|
||||
primParamsArgs = \
|
||||
{ 17: 'F' # 17=PRIM_TEXTURE
|
||||
, 18: 'F' # 18=PRIM_COLOR
|
||||
, 19: 'F' # 19=PRIM_BUMP_SHINY
|
||||
, 20: 'F' # 20=PRIM_FULLBRIGHT
|
||||
, 22: 'F' # PRIM_TEXGEN
|
||||
, 25: 'F' # PRIM_GLOW
|
||||
, 34: 'L' # PRIM_LINK_TARGET
|
||||
, 36: 'F' # PRIM_SPECULAR
|
||||
, 37: 'F' # PRIM_NORMAL
|
||||
, 38: 'F' # PRIM_ALPHA_MODE
|
||||
}
|
||||
|
||||
# Compatibility: list extraction function / input type (by type's first
|
||||
# letter), e.g. 'si' means llList2String can extract an integer.
|
||||
listCompat = frozenset({'ss', 'sk', 'si', 'sf', 'sv', 'sr', 'ks', 'kk',
|
||||
'is', 'ii', 'if', 'fs', 'fi', 'ff', 'vv', 'rr'})
|
||||
|
||||
defaultListVals = {'llList2Integer':0, 'llList2Float':0.0,
|
||||
'llList2String':u'',
|
||||
# llList2Key is set programmatically in FoldScript
|
||||
#'llList2Key':Key(u''),
|
||||
'llList2Vector':Vector((0.,0.,0.)),
|
||||
'llList2Rot':Quaternion((0.,0.,0.,1.))}
|
||||
|
||||
# The 'self' parameter here is the constant folding object.
|
||||
def OptimizeFunc(self, parent, index):
|
||||
"""Look for possible optimizations taking advantage of the specific LSL
|
||||
library function semantics.
|
||||
"""
|
||||
node = parent[index]
|
||||
assert node['nt'] == 'FNCALL'
|
||||
name = node['name']
|
||||
child = node['ch']
|
||||
if self.optlistlength and name == 'llGetListLength':
|
||||
# Convert llGetListLength(expr) to (expr != [])
|
||||
node = {'nt':'CONST', 't':'list', 'value':[]}
|
||||
parent[index] = node = {'nt':'!=', 't':'integer',
|
||||
'ch':[child[0], node]}
|
||||
# SEF if the list is
|
||||
node['SEF'] = 'SEF' in child[0]
|
||||
if name == 'llDumpList2String':
|
||||
if (child[1]['nt'] == 'CONST'
|
||||
and child[1]['t'] in ('string', 'key')
|
||||
and child[1]['value'] == u""
|
||||
):
|
||||
# Convert llDumpList2String(expr, "") to (string)(expr)
|
||||
node['nt'] = 'CAST'
|
||||
del child[1]
|
||||
del node['name']
|
||||
return
|
||||
|
||||
if (name in ('llList2String', 'llList2Key', 'llList2Integer',
|
||||
'llList2Float', 'llList2Vector', 'llList2Rot')
|
||||
and child[1]['nt'] == 'CONST'
|
||||
):
|
||||
# 2nd arg to llList2XXXX must be integer
|
||||
assert child[1]['t'] == 'integer'
|
||||
|
||||
listarg = child[0]
|
||||
idx = child[1]['value']
|
||||
value = self.GetListNodeElement(listarg, idx)
|
||||
tvalue = self.TypeFromNodeOrConst(value)
|
||||
const = self.ConstFromNodeOrConst(value)
|
||||
if const is not False and 'SEF' in node:
|
||||
# Managed to get a constant from a list, even if the
|
||||
# list wasn't constant. Handle the type conversion.
|
||||
if (node['t'][0] + tvalue[0]) in listCompat:
|
||||
const = lslfuncs.InternalTypecast(const,
|
||||
lslcommon.LSLType2Python[node['t']],
|
||||
InList=True, f32=True)
|
||||
else:
|
||||
const = defaultListVals[name]
|
||||
|
||||
parent[index] = {'nt':'CONST', 't':node['t'],
|
||||
'value':const, 'SEF':True}
|
||||
return
|
||||
|
||||
if listarg['nt'] == 'FNCALL' \
|
||||
and listarg['name'] == 'llGetObjectDetails':
|
||||
|
||||
listarg = listarg['ch'][1] # make it the list argument of llGetObjectDetails
|
||||
value = self.GetListNodeElement(listarg, idx)
|
||||
tvalue = self.TypeFromNodeOrConst(value)
|
||||
const = self.ConstFromNodeOrConst(value)
|
||||
if type(const) == int and self.GetListNodeLength(listarg) == 1:
|
||||
# Some of these can be handled with a typecast to string.
|
||||
if name == 'llList2String':
|
||||
# turn the node into a cast of arg 0 to string
|
||||
node['nt'] = 'CAST'
|
||||
del child[1]
|
||||
del node['name']
|
||||
return
|
||||
# The other ones that support cast to string then to
|
||||
# the final type in some cases (depending on the
|
||||
# list type, which we know) are key/int/float.
|
||||
finaltype = objDetailsTypes[const:const+1]
|
||||
if (name == 'llList2Key' # checked via listCompat
|
||||
or (name == 'llList2Integer'
|
||||
and finaltype in ('s', 'i')) # won't work for floats
|
||||
or (name == 'llList2Float'
|
||||
and finaltype in ('s', 'i')) # won't work for floats
|
||||
) and (node['t'][0] + finaltype) in listCompat:
|
||||
# -> (key)((string)llGetObjectDetails...)
|
||||
# or (integer)((string)llGetObjectDetails...)
|
||||
node['nt'] = 'CAST'
|
||||
del child[1]
|
||||
del node['name']
|
||||
child[0] = {'nt':'CAST', 't':'string',
|
||||
'ch':[child[0]]}
|
||||
if 'SEF' in child[0]['ch'][0]:
|
||||
child[0]['SEF'] = True
|
||||
return
|
||||
|
||||
# Check for type incompatibility or index out of range
|
||||
# and replace node with a constant if that's the case
|
||||
if (value is False
|
||||
or type(const) == int
|
||||
and (node['t'][0] + objDetailsTypes[const])
|
||||
not in listCompat
|
||||
) and 'SEF' in node:
|
||||
parent[index] = {'nt':'CONST', 't':node['t'],
|
||||
'value':defaultListVals[name],
|
||||
'SEF':True}
|
||||
|
||||
elif listarg['nt'] == 'FNCALL' and listarg['name'] in (
|
||||
'llGetPrimitiveParams', 'llGetLinkPrimitiveParams'):
|
||||
# We're going to work with the primitive params list.
|
||||
listarg = listarg['ch'][
|
||||
0 if listarg['name'] == 'llGetPrimitiveParams'
|
||||
else 1]
|
||||
length = self.GetListNodeLength(listarg)
|
||||
if length is not False:
|
||||
# Construct a list (string) of return types.
|
||||
# A '*' in the list means the type can't be
|
||||
# determined past this point (used with PRIM_TYPE).
|
||||
i = 0
|
||||
returntypes = ''
|
||||
while i < length:
|
||||
param = self.GetListNodeElement(listarg, i)
|
||||
param = self.ConstFromNodeOrConst(param)
|
||||
if (param is False
|
||||
or type(param) != int
|
||||
# Parameters with arguments have
|
||||
# side effects (errors).
|
||||
# We could check whether there's a face
|
||||
# argument and the face is 0, which is
|
||||
# guaranteed to exist, but it's not worth
|
||||
# the effort.
|
||||
or param in primParamsArgs
|
||||
or param < 0
|
||||
or param >= len(primParamsTypes)
|
||||
or primParamsTypes[param] is False
|
||||
):
|
||||
# Can't process this list.
|
||||
returntypes = '!'
|
||||
break
|
||||
returntypes += primParamsTypes[param]
|
||||
i += 1
|
||||
if returntypes != '!':
|
||||
if (len(returntypes) == 1
|
||||
and returntypes != '*'
|
||||
and idx in (0, -1)
|
||||
):
|
||||
if name == 'llList2String':
|
||||
node['nt'] = 'CAST'
|
||||
del child[1]
|
||||
del node['name']
|
||||
return
|
||||
if ((name == 'llList2Key'
|
||||
or name == 'llList2Integer'
|
||||
and returntypes in ('s', 'i')
|
||||
or name == 'llList2Float'
|
||||
and returntypes in ('s', 'i')
|
||||
)
|
||||
and (node['t'][0] + returntypes)
|
||||
in listCompat
|
||||
):
|
||||
node['nt'] = 'CAST'
|
||||
del child[1]
|
||||
del node['name']
|
||||
child[0] = {'nt':'CAST', 't':'string',
|
||||
'ch':[child[0]]}
|
||||
if 'SEF' in child[0]['ch'][0]:
|
||||
child[0]['SEF'] = True
|
||||
return
|
||||
|
||||
if (returntypes.find('*') == -1
|
||||
or idx >= 0 and idx < returntypes.find('*')
|
||||
or idx < 0 and idx > returntypes.rfind('*')
|
||||
- len(returntypes)
|
||||
):
|
||||
# Check for type incompatibility or index
|
||||
# out of range.
|
||||
if idx < 0:
|
||||
# s[-1:0] doesn't return the last char
|
||||
# so we have to compensate
|
||||
idx += len(returntypes)
|
||||
if (node['t'][0] + returntypes[idx:idx+1]) \
|
||||
not in listCompat \
|
||||
and 'SEF' in node:
|
||||
parent[index] = {'nt':'CONST',
|
||||
't':node['t'],
|
||||
'value':defaultListVals[name],
|
||||
'SEF':True}
|
||||
return
|
||||
|
||||
del returntypes
|
||||
|
||||
del listarg, idx, value, tvalue, const
|
||||
|
||||
def FuncOptSetup():
|
||||
# Patch the default values list for LSO
|
||||
if lslcommon.LSO:
|
||||
defaultListVals['llList2Key'] = Key(lslfuncs.NULL_KEY)
|
||||
else:
|
||||
defaultListVals['llList2Key'] = Key(u"")
|
||||
|
|
|
|||
|
|
@ -37,13 +37,6 @@ class optimizer(foldconst, renamer, deadcode):
|
|||
'==','!=','|','^','&','||','&&'))
|
||||
assign_ops = frozenset(('=','+=','-=','*=','/=','%=','&=','|=','^=','<<=','>>='))
|
||||
|
||||
LSL2PythonType = {'integer':int, 'float':float, 'string':unicode, 'key':lslfuncs.Key,
|
||||
'vector':lslfuncs.Vector, 'rotation':lslfuncs.Quaternion, 'list':list}
|
||||
|
||||
PythonType2LSL = {int: 'integer', float: 'float',
|
||||
unicode: 'string', Key: 'key', Vector: 'vector',
|
||||
Quaternion: 'rotation', list: 'list'}
|
||||
|
||||
def Cast(self, value, newtype):
|
||||
"""Return a CAST node if the types are not equal, otherwise the
|
||||
value unchanged.
|
||||
|
|
|
|||
|
|
@ -199,10 +199,6 @@ class parser(object):
|
|||
switch_keywords = frozenset(('switch', 'case', 'break', 'default'))
|
||||
types = frozenset(('integer','float','string','key','vector',
|
||||
'quaternion','rotation','list'))
|
||||
PythonType2LSL = {int: 'integer', float: 'float',
|
||||
unicode: 'string', Key: 'key', Vector: 'vector',
|
||||
Quaternion: 'rotation', list: 'list'}
|
||||
|
||||
PythonType2LSLToken = {int:'INTEGER_VALUE', float:'FLOAT_VALUE',
|
||||
unicode:'STRING_VALUE', Key:'KEY_VALUE', Vector:'VECTOR_VALUE',
|
||||
Quaternion:'ROTATION_VALUE', list:'LIST_VALUE'}
|
||||
|
|
@ -2069,7 +2065,8 @@ list lazy_list_set(list L, integer i, list v)
|
|||
while self.tok[0] == 'STRING_VALUE':
|
||||
val += self.tok[1]
|
||||
self.NextToken()
|
||||
return {'nt':'CONST', 't':self.PythonType2LSL[type(val)], 'value':val}
|
||||
return {'nt':'CONST', 't':lslcommon.PythonType2LSL[type(val)],
|
||||
'value':val}
|
||||
if tok[0] == 'IDENT':
|
||||
sym = self.FindSymbolPartial(tok[1])
|
||||
if sym is None or sym['Kind'] != 'v':
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue