def _readMacroFromFile(self, currentPos, lines):
macro = rpmMacro()
line = lines[currentPos]
macro.position = currentPos
macro.endposition = currentPos
endPos = len(lines)
line = " ".join(line.split())
flagindex = line.find(" ")
if flagindex != -1:
macro.macroFlag = line[flagindex + 1:]
macro.macroName = line[:flagindex]
else:
macro.macroName = line
if currentPos + 1 < len(lines) and self._isMacro(
lines[currentPos + 1]):
return macro, currentPos
for j in range(currentPos + 1, endPos):
content = lines[j]
if j + 1 < endPos and self._isMacro(lines[j + 1]):
return macro, j
macro.content += content + '\n'
macro.endposition = j
return macro, endPos
def __init__(self):
self.cleanMacro = rpmMacro().setName("clean")
self.prepMacro = rpmMacro().setName("prep")
self.buildMacro = rpmMacro().setName("build")
self.installMacro = rpmMacro().setName("install")
self.changelogMacro = rpmMacro().setName("changelog")
self.checkMacro = rpmMacro().setName("check")
self.packages = {}
self.specAdditionalContent = ""
self.globalSecurityHardening = ""
self.defs = {}
self.conditionalCheckMacroEnabled = False
self.macro_pattern = re.compile(r'%{(\S+?)\}')
def __init__(self):
self.cleanMacro = rpmMacro().setName("clean")
self.prepMacro = rpmMacro().setName("prep")
self.buildMacro = rpmMacro().setName("build")
self.installMacro = rpmMacro().setName("install")
self.changelogMacro = rpmMacro().setName("changelog")
self.checkMacro = rpmMacro().setName("check")
self.packages = {}
self.specAdditionalContent = ""
self.globalSecurityHardening = ""
self.defs = {}
self.conditionalCheckMacroEnabled = False
self.macro_pattern = re.compile(r'%{(\S+?)\}')
def _readMacroFromFile(self, currentPos, lines):
macro = rpmMacro()
line = lines[currentPos]
macro.position = currentPos
macro.endposition = currentPos
endPos = len(lines)
line = " ".join(line.split())
flagindex = line.find(" ")
if flagindex != -1:
macro.macroFlag = line[flagindex+1:]
macro.macroName = line[:flagindex]
else:
macro.macroName = line
if currentPos + 1 < len(lines) and self._isMacro(lines[currentPos+1]):
return macro, currentPos
for j in range(currentPos + 1, endPos):
content = lines[j]
if j+1 < endPos and self._isMacro(lines[j+1]):
return macro, j
macro.content += content +'\n'
macro.endposition = j
return macro, endPos