Submitted By: Igor Živković Date: 2016-06-14 Initial Package Version: 1.12 Upstream Status: Fixed Origin: Upstream Description: https://cgit.freedesktop.org/xcb/proto/commit/?id=ea7a3ac6c658164690e0febb55f4467cb9e0bcac https://cgit.freedesktop.org/xcb/proto/commit/?id=bea5e1c85bdc0950913790364e18228f20395a3d --- xcb-proto-1.12.orig/xcbgen/align.py +++ xcb-proto-1.12/xcbgen/align.py @@ -16,12 +16,12 @@ return self.align == other.align and self.offset == other.offset def __str__(self): - return "(align=%d, offset=%d)" % (self.align, self.offset) + return "(align=%d, offset=%d)" % (self.align, self.offset) @staticmethod def for_primitive_type(size): - # compute the required start_alignment based on the size of the type - if size % 8 == 0: + # compute the required start_alignment based on the size of the type + if size % 8 == 0: # do 8-byte primitives require 8-byte alignment in X11? return Alignment(8,0) elif size % 4 == 0: @@ -33,7 +33,7 @@ def align_after_fixed_size(self, size): - new_offset = (self.offset + size) % self.align + new_offset = (self.offset + size) % self.align return Alignment(self.align, new_offset) @@ -41,7 +41,7 @@ ''' Assuming the given external_align, checks whether self is fulfilled for all cases. - Returns True if yes, False otherwise. + Returns True if yes, False otherwise. ''' if self.align == 1 and self.offset == 0: # alignment 1 with offset 0 is always fulfilled @@ -55,9 +55,9 @@ # the external align guarantees less alignment -> not guaranteed return False - if external_align.align % self.align != 0: + if external_align.align % self.align != 0: # the external align cannot be divided by our align - # -> not guaranteed + # -> not guaranteed # (this can only happen if there are alignments that are not # a power of 2, which is highly discouraged. But better be # safe and check for it) @@ -72,7 +72,7 @@ def combine_with(self, other): # returns the alignment that is guaranteed when - # both, self or other, can happen + # both, self or other, can happen new_align = gcd(self.align, other.align) new_offset_candidate1 = self.offset % new_align new_offset_candidate2 = other.offset % new_align @@ -83,8 +83,8 @@ new_align = gcd(new_align, offset_diff) new_offset_candidate1 = self.offset % new_align new_offset_candidate2 = other.offset % new_align - assert new_offset_candidate1 == new_offset_candidate2 - new_offset = new_offset_candidate1 + assert new_offset_candidate1 == new_offset_candidate2 + new_offset = new_offset_candidate1 # return the result return Alignment(new_align, new_offset) @@ -92,44 +92,44 @@ class AlignmentLog(object): def __init__(self): - self.ok_list = [] - self.fail_list = [] - self.verbosity = 1 + self.ok_list = [] + self.fail_list = [] + self.verbosity = 1 def __str__(self): - result = "" + result = "" - # output the OK-list - for (align_before, field_name, type_obj, callstack, align_after) in self.ok_list: - stacksize = len(callstack) + # output the OK-list + for (align_before, field_name, type_obj, callstack, align_after) in self.ok_list: + stacksize = len(callstack) indent = ' ' * stacksize - if self.ok_callstack_is_relevant(callstack): + if self.ok_callstack_is_relevant(callstack): if field_name is None or field_name == "": - result += (" %sok: %s:\n\t%sbefore: %s, after: %s\n" - % (indent, str(type_obj), indent, str(align_before), str(align_after))) - else: - result += (" %sok: field \"%s\" in %s:\n\t%sbefore: %s, after: %s\n" - % (indent, str(field_name), str(type_obj), - indent, str(align_before), str(align_after))) + result += (" %sok: %s:\n\t%sbefore: %s, after: %s\n" + % (indent, str(type_obj), indent, str(align_before), str(align_after))) + else: + result += (" %sok: field \"%s\" in %s:\n\t%sbefore: %s, after: %s\n" + % (indent, str(field_name), str(type_obj), + indent, str(align_before), str(align_after))) if self.verbosity >= 1: - result += self.callstack_to_str(indent, callstack) + result += self.callstack_to_str(indent, callstack) - # output the fail-list - for (align_before, field_name, type_obj, callstack, reason) in self.fail_list: - stacksize = len(callstack) + # output the fail-list + for (align_before, field_name, type_obj, callstack, reason) in self.fail_list: + stacksize = len(callstack) indent = ' ' * stacksize - if field_name is None or field_name == "": - result += (" %sfail: align %s is incompatible with\n\t%s%s\n\t%sReason: %s\n" - % (indent, str(align_before), indent, str(type_obj), indent, reason)) - else: - result += (" %sfail: align %s is incompatible with\n\t%sfield \"%s\" in %s\n\t%sReason: %s\n" - % (indent, str(align_before), indent, str(field_name), str(type_obj), indent, reason)) + if field_name is None or field_name == "": + result += (" %sfail: align %s is incompatible with\n\t%s%s\n\t%sReason: %s\n" + % (indent, str(align_before), indent, str(type_obj), indent, reason)) + else: + result += (" %sfail: align %s is incompatible with\n\t%sfield \"%s\" in %s\n\t%sReason: %s\n" + % (indent, str(align_before), indent, str(field_name), str(type_obj), indent, reason)) if self.verbosity >= 1: - result += self.callstack_to_str(indent, callstack) + result += self.callstack_to_str(indent, callstack) - return result + return result def callstack_to_str(self, indent, callstack): @@ -137,41 +137,41 @@ for stack_elem in callstack: result += "\t %s%s\n" % (indent, str(stack_elem)) result += "\t%s]\n" % indent - return result + return result def ok_callstack_is_relevant(self, ok_callstack): # determine whether an ok callstack is relevant for logging - if self.verbosity >= 2: - return True + if self.verbosity >= 2: + return True # empty callstacks are always relevant - if len(ok_callstack) == 0: + if len(ok_callstack) == 0: return True - # check whether the ok_callstack is a subset or equal to a fail_callstack + # check whether the ok_callstack is a subset or equal to a fail_callstack for (align_before, field_name, type_obj, fail_callstack, reason) in self.fail_list: if len(ok_callstack) <= len(fail_callstack): zipped = zip(ok_callstack, fail_callstack[:len(ok_callstack)]) - is_subset = all([i == j for i, j in zipped]) - if is_subset: + is_subset = all([i == j for i, j in zipped]) + if is_subset: return True return False def ok(self, align_before, field_name, type_obj, callstack, align_after): - self.ok_list.append((align_before, field_name, type_obj, callstack, align_after)) + self.ok_list.append((align_before, field_name, type_obj, callstack, align_after)) def fail(self, align_before, field_name, type_obj, callstack, reason): - self.fail_list.append((align_before, field_name, type_obj, callstack, reason)) + self.fail_list.append((align_before, field_name, type_obj, callstack, reason)) def append(self, other): - self.ok_list.extend(other.ok_list) - self.fail_list.extend(other.fail_list) + self.ok_list.extend(other.ok_list) + self.fail_list.extend(other.fail_list) def ok_count(self): - return len(self.ok_list) + return len(self.ok_list) --- xcb-proto-1.12.orig/xcbgen/xtypes.py +++ xcb-proto-1.12/xcbgen/xtypes.py @@ -501,7 +501,7 @@ int(required_start_align_element.get('align', "4"), 0), int(required_start_align_element.get('offset', "0"), 0)) if verbose_align_log: - print "Explicit start-align for %s: %s\n" % (self, self.required_start_align) + print ("Explicit start-align for %s: %s\n" % (self, self.required_start_align)) def resolve(self, module): if self.resolved: @@ -592,7 +592,7 @@ if verbose_align_log: print ("calc_required_start_align: %s has start-align %s" % (str(self), str(self.required_start_align))) - print "Details:\n" + str(log) + print ("Details:\n" + str(log)) if self.required_start_align.offset != 0: print (("WARNING: %s\n\thas start-align with non-zero offset: %s" + "\n\tsuggest to add explicit definition with:" @@ -619,12 +619,12 @@ for offset in range(0,align): align_candidate = Alignment(align, offset) if verbose_align_log: - print "trying %s for %s" % (str(align_candidate), str(self)) + print ("trying %s for %s" % (str(align_candidate), str(self))) my_log = AlignmentLog() if self.is_possible_start_align(align_candidate, callstack, my_log): log.append(my_log) if verbose_align_log: - print "found start-align %s for %s" % (str(align_candidate), str(self)) + print ("found start-align %s for %s" % (str(align_candidate), str(self))) return align_candidate else: my_ok_count = my_log.ok_count() @@ -641,7 +641,7 @@ # none of the candidates applies # this type has illegal internal aligns for all possible start_aligns if verbose_align_log: - print "didn't find start-align for %s" % str(self) + print ("didn't find start-align for %s" % str(self)) log.append(best_log) return None @@ -900,7 +900,7 @@ # aux function for unchecked_get_alignment_after def get_align_for_selected_case_field(self, case_field, start_align, callstack, log): if verbose_align_log: - print "get_align_for_selected_case_field: %s, case_field = %s" % (str(self), str(case_field)) + print ("get_align_for_selected_case_field: %s, case_field = %s" % (str(self), str(case_field))) total_align = start_align for field in self.bitcases: my_callstack = callstack[:]