def begin(self, interactive=False, **kwargs) -> (GenerationContext, list):
from anoky.generation.default_special_forms_table import default_special_forms_table
context_root_bindings = Record(
default_generator=self,
generator=self,
domain=SDom,
special_forms=default_special_forms_table(),
macros=default_macro_table(),
id_macros=default_id_macro_table(),
interactive=interactive)
context_root_bindings.update(kwargs)
GC = GenerationContext(**context_root_bindings.__dict__)
initialization_nodes = []
# Prepend anoky unit initialization code
# Something like:
# import anoky.importer as __akyimp__
# import anoky.module as __aky__
# __macros__ = {}
# __id_macros__ = {}
# __special_forms__ = {}
from anoky.generation.stubs import akyimport_init_code as aic
from anoky.generation.stubs import macrostore_init_code as mic
initialization_nodes.extend(aic)
initialization_nodes.extend(mic)
return GC, initialization_nodes
def begin(self, interactive=False, **kwargs) -> (GenerationContext, list):
from anoky.generation.default_special_forms_table import default_special_forms_table
context_root_bindings = Record(
default_generator = self,
generator = self,
domain = SDom,
special_forms = default_special_forms_table(),
macros = default_macro_table(),
id_macros = default_id_macro_table(),
interactive=interactive
)
context_root_bindings.update(kwargs)
GC = GenerationContext(**context_root_bindings.__dict__)
initialization_nodes = []
# Prepend anoky unit initialization code
# Something like:
# import anoky.importer as __akyimp__
# import anoky.module as __aky__
# __macros__ = {}
# __id_macros__ = {}
# __special_forms__ = {}
from anoky.generation.stubs import akyimport_init_code as aic
from anoky.generation.stubs import macrostore_init_code as mic
initialization_nodes.extend(aic)
initialization_nodes.extend(mic)
return GC, initialization_nodes
def expand_unit(self, unit: Node, **kwargs):
assert (isinstance(unit, Node))
context_root_bindings = Record(
default_expander=self,
expander=self,
macros=default_macro_table(),
id_macros=default_id_macro_table(),
special_forms=default_special_forms_table())
context_root_bindings.update(kwargs)
EC = ExpansionContext(**context_root_bindings.__dict__)
#unit.cg_context = EC
for element in unit:
EC.expand(element)
return EC
from anoky.common.errors import CompilerError, TokenizingError
from anoky.streams.string_stream import StringStream
from anoky.generation.default_special_forms_table import default_special_forms_table
from anoky.expansion.default_macro_table import default_macro_table, default_id_macro_table
from anoky.syntax.token import is_token
from prompt_toolkit.history import InMemoryHistory
from prompt_toolkit import prompt
import argparse
import ast
import astpp
import sys
import traceback
import os
import anoky.syntax.tokens as Tokens
__parser__ = AnokyParser()
__macros__ = default_macro_table()
__id_macros__ = default_id_macro_table()
__special_forms__ = default_special_forms_table()
code_expander = DefaultExpander()
code_generator = DefaultGenerator()
def anoky_tokenize(stream, options):
tokenized_node = __parser__.tokenize_into_node(stream,
emmit_restart_tokens=False)
if options.print_tokens:
print('\n——›– Tokenized source –‹——')
for token in tokenized_node:
print(str(token))
errors = []
for token in tokenized_node:
from anoky.common.errors import CompilerError, TokenizingError
from anoky.streams.string_stream import StringStream
from anoky.generation.default_special_forms_table import default_special_forms_table
from anoky.expansion.default_macro_table import default_macro_table, default_id_macro_table
from anoky.syntax.token import is_token
from prompt_toolkit.history import InMemoryHistory
from prompt_toolkit import prompt
import argparse
import ast
import astpp
import sys
import traceback
import os
import anoky.syntax.tokens as Tokens
__parser__ = AnokyParser()
__macros__ = default_macro_table()
__id_macros__ = default_id_macro_table()
__special_forms__ = default_special_forms_table()
code_expander = DefaultExpander()
code_generator = DefaultGenerator()
def anoky_tokenize(stream,options):
tokenized_node = __parser__.tokenize_into_node(stream, emmit_restart_tokens=False)
if options.print_tokens:
print('\n——›– Tokenized source –‹——')
for token in tokenized_node:
print(str(token))
errors = []
for token in tokenized_node:
if is_token(token, Tokens.ERROR):
errors.append(token)
if len(errors) > 0:
