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#!/usr/bin/env python
# Ymake MatrixNet support
import sys
import os
import shutil
import re
import subprocess
def get_value(val):
dct = val.split('=', 1)
if len(dct) > 1:
return dct[1]
return ''
class BuildMnBase(object):
def Run(self, mninfo, mnname, mnrankingSuffix, mncppPath, check=False, ptr=False, multi=False):
self.mninfo = mninfo
self.mnname = mnname
self.mnrankingSuffix = mnrankingSuffix
self.mncppPath = mncppPath
self.check = check
self.ptr = ptr
self.multi = multi
dataprefix = "MN_External_"
mninfoName = os.path.basename(self.mninfo)
data = dataprefix + mnname
datasize = data + "Size"
if self.multi:
if self.ptr:
mntype = "const NMatrixnet::TMnMultiCategPtr"
mnload = "(new NMatrixnet::TMnMultiCateg( {1}, {2}, \"{0}\"))".format(mninfoName, data, datasize)
else:
mntype = "const NMatrixnet::TMnMultiCateg"
mnload = "({1}, {2}, \"{0}\")".format(mninfoName, data, datasize)
else:
if self.ptr:
mntype = "const NMatrixnet::TMnSsePtr"
mnload = "(new NMatrixnet::TMnSseInfo({1}, {2}, \"{0}\"))".format(mninfoName, data, datasize)
else:
mntype = "const NMatrixnet::TMnSseInfo"
mnload = "({1}, {2}, \"{0}\")".format(mninfoName, data, datasize)
if self.check:
self.CheckMn()
mncpptmpPath = self.mncppPath + ".tmp"
mncpptmp = open(mncpptmpPath, 'w')
if self.multi:
mncpptmp.write("#include <kernel/matrixnet/mn_multi_categ.h>\n")
else:
mncpptmp.write("#include <kernel/matrixnet/mn_sse.h>\n")
rodatapath = os.path.dirname(self.mncppPath) + "/" + dataprefix + self.mnname + ".rodata"
mncpptmp.write("namespace{\n")
mncpptmp.write(" extern \"C\" {\n")
mncpptmp.write(" extern const unsigned char {1}{0}[];\n".format(self.mnname, dataprefix))
mncpptmp.write(" extern const ui32 {1}{0}Size;\n".format(self.mnname, dataprefix))
mncpptmp.write(" }\n")
mncpptmp.write("}\n")
archiverCall = subprocess.Popen([self.archiver, "-q", "-p", "-o", rodatapath, self.mninfo], stdout=None, stderr=subprocess.PIPE)
archiverCall.wait()
mncpptmp.write("extern {0} {1};\n".format(mntype, self.mnname))
mncpptmp.write("{0} {1}{2};".format(mntype, self.mnname, mnload))
mncpptmp.close()
shutil.move(mncpptmpPath, self.mncppPath)
def CheckMn(self):
if not self.fml_unused_tool:
print >>sys.stderr, "fml_unused_tool undefined!"
failed_msg = "fml_unused_tool failed: {0} -A {1} -e -r {2}".format(self.fml_unused_tool, self.SrcRoot, self.mninfo)
assert not subprocess.call([self.fml_unused_tool, "-A", self.SrcRoot, "-e", "-r", self.mninfo]), failed_msg
class BuildMn(BuildMnBase):
def Run(self, argv):
if len(argv) < 6:
print >>sys.stderr, "BuildMn.Run(<ARCADIA_ROOT> <archiver> <mninfo> <mnname> <mnrankingSuffix> <cppOutput> [params...])"
sys.exit(1)
self.SrcRoot = argv[0]
self.archiver = argv[1]
mninfo = argv[2]
mnname = argv[3]
mnrankingSuffix = argv[4]
mncppPath = argv[5]
check = False
ptr = False
multi = False
self.fml_unused_tool = ''
for param in argv[6:]:
if param == "CHECK":
check = True
elif param == "PTR":
ptr = True
elif param == "MULTI":
multi = True
elif param.startswith('fml_tool='):
self.fml_unused_tool = get_value(param)
else:
print >>sys.stdout, "Unknown param: {0}".format(param)
super(BuildMn, self).Run(mninfo, mnname, mnrankingSuffix, mncppPath, check=check, ptr=ptr, multi=multi)
class BuildMns(BuildMnBase):
def InitBase(self, listname, mnrankingSuffix):
self.autogen = '// DO NOT EDIT THIS FILE DIRECTLY, AUTOGENERATED!\n'
self.mnrankingSuffix = mnrankingSuffix
self.mnlistname = listname + mnrankingSuffix
self.mnlistelem = "const NMatrixnet::TMnSsePtr*"
mnlisttype = "TMap< TString, {0} >".format(self.mnlistelem)
self.mnlist = "const {0} {1}".format(mnlisttype, self.mnlistname)
self.mnmultilistname = "{0}{1}Multi".format(listname, self.mnrankingSuffix)
self.mnmultilistelem = "const NMatrixnet::TMnMultiCategPtr*"
mnmultilisttype = "TMap< TString, {0} >".format(self.mnmultilistelem)
self.mnmultilist = "const {0} {1}".format(mnmultilisttype, self.mnmultilistname)
def InitForAll(self, argv):
if len(argv) < 8:
print >>sys.stderr, "BuildMns.InitForAll(<ARCADIA_ROOT> <BINDIR> <archiver> <listname> <mnranking_suffix> <hdrfile> <srcfile> <mninfos> [fml_tool=<fml_unused_tool> CHECK])"
sys.exit(1)
bmns_args = []
self.check = False
self.fml_unused_tool = ''
for arg in argv:
if arg == "CHECK":
self.check = True
elif arg.startswith('fml_tool='):
self.fml_unused_tool = get_value(arg)
else:
bmns_args.append(arg)
self.SrcRoot = bmns_args[0]
self.BINDIR = bmns_args[1]
self.archiver = bmns_args[2]
self.listname = bmns_args[3]
self.mnrankingSuffix = get_value(bmns_args[4])
self.hdrfile = bmns_args[5]
self.srcfile = bmns_args[6]
self.mninfos = bmns_args[7:]
self.InitBase(self.listname, self.mnrankingSuffix)
def InitForHeader(self, argv):
if len(argv) < 4:
print >>sys.stderr, "BuildMns.InitForHeader(<listname> <rankingSuffix> <hdrfile> <mninfos...>)"
sys.exit(1)
self.listname = argv[0]
self.mnrankingSuffix = get_value(argv[1])
self.hdrfile = argv[2]
self.mninfos = argv[3:]
self.InitBase(self.listname, self.mnrankingSuffix)
def InitForCpp(self, argv):
if len(argv) < 5:
print >>sys.stderr, "BuildMns.InitForCpp(<listname> <rankingSuffix> <hdrfile> <srcfile> <mninfos...>)"
sys.exit(1)
self.listname = argv[0]
self.mnrankingSuffix = get_value(argv[1])
self.hdrfile = argv[2]
self.srcfile = argv[3]
self.mninfos = argv[4:]
self.InitBase(self.listname, self.mnrankingSuffix)
def InitForFiles(self, argv):
if len(argv) < 7:
print >>sys.stderr, "BuildMns.InitForFiles(<ARCADIA_ROOT> <BINDIR> <archiver> <fml_unused_tool> <listname> <rankingSuffix> <mninfos...> [CHECK])"
sys.exit(1)
bmns_args = []
self.check = False
self.fml_unused_tool = ''
for arg in argv:
if arg == "CHECK":
self.check = True
elif arg.startswith('fml_tool='):
self.fml_unused_tool = get_value(arg)
else:
bmns_args.append(arg)
self.SrcRoot = bmns_args[0]
self.BINDIR = bmns_args[1]
self.archiver = bmns_args[2]
self.listname = bmns_args[3]
self.mnrankingSuffix = get_value(bmns_args[4])
self.mninfos = bmns_args[5:]
def BuildMnsHeader(self):
if self.mninfos:
self.mninfos = sorted(set(self.mninfos))
tmpHdrPath = self.hdrfile + ".tmp"
tmpHdrFile = open(tmpHdrPath, 'w')
tmpHdrFile.write(self.autogen)
tmpHdrFile.write("#include <kernel/matrixnet/mn_sse.h>\n")
tmpHdrFile.write("#include <kernel/matrixnet/mn_multi_categ.h>\n\n")
tmpHdrFile.write("extern {0};\n".format(self.mnlist))
tmpHdrFile.write("extern {0};\n".format(self.mnmultilist))
for item in self.mninfos:
mnfilename = os.path.basename(item)
mnfilename, ext = os.path.splitext(mnfilename)
mnname = re.sub("[^-a-zA-Z0-9_]", "_", mnfilename)
if ext == ".info":
mnname = "staticMn{0}{1}Ptr".format(self.mnrankingSuffix, mnname)
tmpHdrFile.write("extern const NMatrixnet::TMnSsePtr {0};\n".format(mnname))
elif ext == ".mnmc":
mnname = "staticMnMulti{0}{1}Ptr".format(self.mnrankingSuffix, mnname)
tmpHdrFile.write("extern const NMatrixnet::TMnMultiCategPtr {0};\n".format(mnname))
tmpHdrFile.close()
shutil.move(tmpHdrPath, self.hdrfile)
def BuildMnFiles(self):
for item in self.mninfos:
mnfilename = os.path.basename(item)
mnfilename, ext = os.path.splitext(mnfilename)
mnname = re.sub("[^-a-zA-Z0-9_]", "_", mnfilename)
if ext == ".info":
mnname = "staticMn{0}{1}Ptr".format(self.mnrankingSuffix, mnname)
super(BuildMns, self).Run(item, mnname, self.mnrankingSuffix, self.BINDIR + "/mn.{0}.cpp".format(mnname), check=self.check, ptr=True, multi=False)
elif ext == ".mnmc":
mnname = "staticMnMulti{0}{1}Ptr".format(self.mnrankingSuffix, mnname)
# BUILD_MN_PTR_MULTI
super(BuildMns, self).Run(item, mnname, self.mnrankingSuffix, self.BINDIR + "/mnmulti.{0}.cpp".format(mnname), check=False, ptr=True, multi=True)
def BuildMnsCpp(self):
if self.mninfos:
self.mninfos = sorted(set(self.mninfos))
tmpSrcPath = self.srcfile + ".tmp"
tmpSrcFile = open(tmpSrcPath, 'w')
hdrrel = os.path.basename(self.hdrfile)
mnnames = []
mnmultinames = []
for item in self.mninfos:
mnfilename = os.path.basename(item)
mnfilename, ext = os.path.splitext(mnfilename)
if ext == ".info":
mnnames.append(mnfilename)
elif ext == ".mnmc":
mnmultinames.append(mnfilename)
tmpSrcFile.write(self.autogen)
tmpSrcFile.write("#include \"{0}\"\n\n".format(hdrrel))
if mnnames:
mndata = self.mnlistname + "_data"
tmpSrcFile.write("static const std::pair< TString, {0} > {1}[] = {{\n".format(self.mnlistelem, mndata))
for item in mnnames:
mnname = re.sub("[^-a-zA-Z0-9_]", "_", item)
tmpSrcFile.write(" std::make_pair(TString(\"{0}\"), &staticMn{1}{2}Ptr),\n".format(item, self.mnrankingSuffix, mnname))
tmpSrcFile.write("};\n")
tmpSrcFile.write("{0}({1},{1} + sizeof({1}) / sizeof({1}[0]));\n\n".format(self.mnlist, mndata))
else:
tmpSrcFile.write("{0};\n\n".format(self.mnlist))
if mnmultinames:
mnmultidata = self.mnmultilistname + "_data"
tmpSrcFile.write("static const std::pair< TString, {0} > {1}[] = {{\n".format(self.mnmultilistelem, mnmultidata))
for item in mnmultinames:
mnname = re.sub("[^-a-zA-Z0-9_]", "_", item)
tmpSrcFile.write(" std::make_pair(TString(\"{0}\"), &staticMnMulti{1}{2}Ptr),\n".format(item, self.mnrankingSuffix, mnname))
tmpSrcFile.write("};\n")
tmpSrcFile.write("{0}({1},{1} + sizeof({1}) / sizeof({1}[0]));\n".format(self.mnmultilist, mnmultidata))
else:
tmpSrcFile.write("{0};\n".format(self.mnmultilist))
tmpSrcFile.close()
shutil.move(tmpSrcPath, self.srcfile)
def BuildMnsAllF(argv):
bldMns = BuildMns()
bldMns.InitForAll(argv)
bldMns.BuildMnsCpp()
bldMns.BuildMnsHeader()
bldMns.BuildMnFiles()
def BuildMnsCppF(argv):
bldMns = BuildMns()
bldMns.InitForCpp(argv)
bldMns.BuildMnsCpp()
def BuildMnsHeaderF(argv):
bldMns = BuildMns()
bldMns.InitForHeader(argv)
bldMns.BuildMnsHeader()
def BuildMnsFilesF(argv):
bldMns = BuildMns()
bldMns.InitForFiles(argv)
bldMns.BuildMnFiles()
def BuildMnF(argv):
bldMn = BuildMn()
bldMn.Run(argv)
if __name__ == '__main__':
if len(sys.argv) < 2:
print >>sys.stderr, "Usage: build_mn.py <funcName> <args...>"
sys.exit(1)
if (sys.argv[2:]):
globals()[sys.argv[1]](sys.argv[2:])
else:
globals()[sys.argv[1]]()
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