def __init__(self, parser, properties, templates):
self.parser = parser
self.templates = TEMPLATES.copy()
self.templates.update(templates)
self.show_warnings = self._get_int_property(properties, 'warnings', 1)
self.fields = parser.fields
# Build a label dictionary
self.labels = {}
for entry in self.parser.memory_map:
for instruction in entry.instructions:
label = instruction.asm_label
if label:
self.labels[instruction.address] = label
# Determine the base and end addresses
self.base_address = 16384
self.end_address = 65535
if self.labels:
self.base_address = min(self.labels)
elif self.parser.memory_map:
self.base_address = self.parser.memory_map[0].instructions[
0].address
if self.parser.memory_map:
self.end_address = self.parser.memory_map[-1].instructions[
-1].address
self.lower = self.case == CASE_LOWER
# Field widths (line = indent + instruction + ' ; ' + comment)
if self._get_int_property(properties, 'tab', 0):
self.indent_width = 8
self.indent = '\t'
else:
self.indent_width = self._get_int_property(properties, 'indent', 2)
self.indent = ' ' * self.indent_width
self.instr_width = self._get_int_property(properties,
'instruction-width', 23)
self.min_comment_width = self._get_int_property(
properties, 'comment-width-min', 10)
self.line_width = self._get_int_property(properties, 'line-width', 79)
self.desc_width = self._get_text_width('comment')
# Line terminator
if self._get_int_property(properties, 'crlf', 0):
self.end = '\r\n'
else:
self.end = '\n'
# Label suffix
if self._get_int_property(properties, 'label-colons', 1):
self.label_suffix = ':'
else:
self.label_suffix = ''
min_col_width = self._get_int_property(properties,
'wrap-column-width-min', 10)
self.table_writer = TableWriter(self, self.desc_width, min_col_width,
properties)
self.handle_unsupported_macros = self._get_int_property(
properties, 'handle-unsupported-macros', 0)
self.snapshot = self.parser.snapshot
self._snapshots = [(self.snapshot, '')]
self.list_parser = ListParser(properties.get('bullet', '*'))
self.to_chr = lambda n: chr(n)
self.get_reg = lambda r: r
self.space = ' '
self.pc = 0
self.macros = skoolmacro.get_macros(self)
self.init()
def __init__(self, parser, properties):
self.parser = parser
self.show_warnings = self._get_int_property(properties, 'warnings', 1)
self.fields = {
'asm': 1,
'base': self.base,
'case': self.case,
'html': 0
}
# Build a label dictionary
self.labels = {}
for entry in self.parser.memory_map:
for instruction in entry.instructions:
label = instruction.asm_label
if label:
self.labels[instruction.address] = label
# Determine the base and end addresses
self.base_address = 16384
self.end_address = 65535
if self.labels:
self.base_address = min([address for address in self.labels.keys()])
elif self.parser.memory_map:
self.base_address = self.parser.memory_map[0].instructions[0].address
if self.parser.memory_map:
self.end_address = self.parser.memory_map[-1].instructions[-1].address
self.bullet = properties.get('bullet', '*')
self.lower = self.case == CASE_LOWER
# Field widths (line = indent + instruction + ' ; ' + comment)
if self._get_int_property(properties, 'tab', 0):
self.indent_width = 8
self.indent = '\t'
else:
self.indent_width = self._get_int_property(properties, 'indent', 2)
self.indent = ' ' * self.indent_width
self.instr_width = self._get_int_property(properties, 'instruction-width', DEF_INSTRUCTION_WIDTH)
self.min_comment_width = self._get_int_property(properties, 'comment-width-min', 10)
self.line_width = self._get_int_property(properties, 'line-width', 79)
self.desc_width = self.line_width - 2
# Line terminator
if self._get_int_property(properties, 'crlf', 0):
self.end = '\r\n'
else:
self.end = '\n'
# Label suffix
if self._get_int_property(properties, 'label-colons', 1):
self.label_suffix = ':'
else:
self.label_suffix = ''
min_col_width = self._get_int_property(properties, 'wrap-column-width-min', 10)
self.table_writer = TableWriter(self, self.desc_width, min_col_width)
self.handle_unsupported_macros = self._get_int_property(properties, 'handle-unsupported-macros', 0)
self.snapshot = self.parser.snapshot
self._snapshots = [(self.snapshot, '')]
self.list_parser = ListParser()
self.macros = skoolmacro.get_macros(self)
self.init()
