def print_side_by_size(diff):
added = diff.added
removed = diff.removed
n = max(len(added), len(removed))
rows = [["", "added", "", "removed"]]
for i in range(n):
s1 = ""
n1 = ""
if i < len(added):
sym = added[i]
s1 = str(sym.size)
n1 = sym.full_name()
s2 = ""
n2 = ""
if i < len(removed):
sym = removed[i]
s2 = str(sym.size)
n2 = sym.full_name()
rows.append([s1, n1, s2, n2])
rows = util.fmt_rows(
rows, [util.FMT_LEFT, util.FMT_RIGHT, util.FMT_LEFT, util.FMT_RIGHT])
lines = [" %s : %s | %s : %s" % (e1, e2, e3, e4)
for (e1, e2, e3, e4) in rows]
s = "\n".join(lines)
print(s)
def print_side_by_size(diff):
added = diff.added
removed = diff.removed
n = max(len(added), len(removed))
rows = [["", "added", "", "removed"]]
for i in range(n):
s1 = ""
n1 = ""
if i < len(added):
sym = added[i]
s1 = str(sym.size)
n1 = sym.full_name()
s2 = ""
n2 = ""
if i < len(removed):
sym = removed[i]
s2 = str(sym.size)
n2 = sym.full_name()
rows.append([s1, n1, s2, n2])
rows = util.fmt_rows(
rows, [util.FMT_LEFT, util.FMT_RIGHT, util.FMT_LEFT, util.FMT_RIGHT])
lines = [
" %s : %s | %s : %s" % (e1, e2, e3, e4) for (e1, e2, e3, e4) in rows
]
s = "\n".join(lines)
print(s)
def gen_struct_def(stru_cls):
name = stru_cls.__name__
lines = ["struct %s {" % name]
rows = [[field.c_type(), field.name] for field in stru_cls.fields]
lines += [" %s %s;" % (e1, e2) for (e1, e2) in util.fmt_rows(rows, [util.FMT_RIGHT])]
lines += ["};\n"]
return "\n".join(lines)
def gen_struct_def(stru_cls):
name = stru_cls.__name__
lines = ["struct %s {" % name]
rows = [[field.c_type(), field.name] for field in stru_cls.fields]
if g_with_reflection:
rows = [["const StructMetadata *", "def"]] + rows
lines += [" %s %s;" % (e1, e2) for (e1, e2) in util.fmt_rows(rows, [util.FMT_RIGHT])]
lines += ["};\n"]
return "\n".join(lines)
def gen_struct_def(stru_cls):
name = stru_cls.__name__
lines = ["struct %s {" % name]
rows = [[field.c_type(), field.name] for field in stru_cls.fields]
if g_with_reflection:
rows = [["const StructMetadata *", "def"]] + rows
lines += [" %s %s;" % (e1, e2) for (e1, e2) in util.fmt_rows(rows, [util.FMT_RIGHT])]
lines += ["};\n"]
return "\n".join(lines)
def gen_struct_def(stru_cls):
name = stru_cls.__name__
lines = ["struct %s {" % name]
rows = [[field.c_type(), field.name] for field in stru_cls.fields]
lines += [
" %s %s;" % (e1, e2)
for (e1, e2) in util.fmt_rows(rows, [util.FMT_RIGHT])
]
lines += ["};\n"]
return "\n".join(lines)
def gen_struct_fields_txt(stru_cls):
struct_name = stru_cls.__name__
lines = ["const FieldMetadata g%sFieldMetadata[] = {" % struct_name]
rows = []
for field in stru_cls.fields:
assert isinstance(field, Field)
typ_enum = field.get_typ_enum()
offset = "of(%s, %s)" % (struct_name, field.name)
stru_cls.field_names.add(name2name(field.name))
val = field_def_val_for_FieldMetada(field)
col = [offset + ",", typ_enum + ",", val]
rows.append(col)
rows = util.fmt_rows(rows, [util.FMT_RIGHT, util.FMT_RIGHT, util.FMT_RIGHT])
lines += [" { %s %s %s }," % (e1, e2, e3) for (e1, e2, e3) in rows]
lines += ["};\n"]
return lines
def gen_struct_fields_txt(stru_cls):
struct_name = stru_cls.__name__
lines = ["const FieldMetadata g%sFieldMetadata[] = {" % struct_name]
rows = []
for field in stru_cls.fields:
assert isinstance(field, Field)
typ_enum = field.get_typ_enum()
offset = "of(%s, %s)" % (struct_name, field.name)
stru_cls.field_names.add(name2name(field.name))
val = field_def_val_for_FieldMetada(field)
col = [offset + ",", typ_enum + ",", val]
rows.append(col)
rows = util.fmt_rows(rows, [util.FMT_RIGHT, util.FMT_RIGHT, util.FMT_RIGHT])
lines += [" { %s %s %s }," % (e1, e2, e3) for (e1, e2, e3) in rows]
lines += ["};\n"]
return lines
def gen_struct_fields_bin(stru_cls):
struct_name = stru_cls.__name__
lines = ["const FieldMetadata g%sFieldMetadata[] = {" % struct_name]
rows = []
for field in stru_cls.fields:
assert isinstance(field, Field)
typ_enum = field.get_typ_enum(for_bin=True)
offset = "of(%s, %s)" % (struct_name, field.name)
val = "NULL"
if field.is_struct() or field.is_array():
val = "&g%sMetadata" % field.typ.name()
col = [offset + ",", typ_enum + ",", val]
rows.append(col)
rows = util.fmt_rows(rows, [util.FMT_RIGHT, util.FMT_RIGHT, util.FMT_RIGHT])
lines += [" { %s %s %s }," % (e1, e2, e3) for (e1, e2, e3) in rows]
lines += ["};\n"]
return lines
def gen_struct_fields_bin(stru_cls):
struct_name = stru_cls.__name__
lines = ["const FieldMetadata g%sFieldMetadata[] = {" % struct_name]
rows = []
for field in stru_cls.fields:
assert isinstance(field, Field)
typ_enum = field.get_typ_enum(for_bin=True)
offset = "of(%s, %s)" % (struct_name, field.name)
val = "NULL"
if field.is_struct() or field.is_array():
val = "&g%sMetadata" % field.typ.name()
col = [offset + ",", typ_enum + ",", val]
rows.append(col)
rows = util.fmt_rows(rows,
[util.FMT_RIGHT, util.FMT_RIGHT, util.FMT_RIGHT])
lines += [" { %s %s %s }," % (e1, e2, e3) for (e1, e2, e3) in rows]
lines += ["};\n"]
return lines
def gen_struct_fields_txt(stru_cls, field_names):
struct_name = stru_cls.__name__
lines = ["FieldMetadata g%sFieldMetadata[] = {" % struct_name]
rows = []
for field in stru_cls.fields:
assert isinstance(field, Field)
typ_enum = field.get_typ_enum()
name_off = field_names.get_offset(name2name(field.name))
offset = "of(%s, %s)" % (struct_name, field.name)
val = "NULL"
if field.is_struct() or field.is_array():
val = "&g%sMetadata" % field.typ.name()
col = [str(name_off) + ",", offset + ",", typ_enum + ",", val]
rows.append(col)
rows = util.fmt_rows(rows, [util.FMT_LEFT, util.FMT_RIGHT, util.FMT_RIGHT, util.FMT_RIGHT])
lines += [" { %s %s %s %s }," % (e1, e2, e3, e4) for (e1, e2, e3, e4) in rows]
lines += ["};\n"]
return lines
