def mk_full_signature(code, sig_formatter=None, interface_codes=None):
if sig_formatter is None:
# Use default JSON style output.
sig_formatter = _default_sig_formatter
o = []
global_ctx = GlobalContext.get_global_context(
code, interface_codes=interface_codes)
# Produce event signatues.
for code in global_ctx._events:
sig = EventSignature.from_declaration(code, global_ctx)
o.append(sig_formatter(sig, global_ctx._custom_units_descriptions))
# Produce function signatures.
for code in global_ctx._defs:
sig = FunctionSignature.from_definition(
code,
sigs=global_ctx._contracts,
custom_units=global_ctx._custom_units,
custom_structs=global_ctx._structs,
constants=global_ctx._constants)
if not sig.private:
default_sigs = generate_default_arg_sigs(code,
global_ctx._contracts,
global_ctx)
for s in default_sigs:
o.append(
sig_formatter(s, global_ctx._custom_units_descriptions))
return o
def mk_full_signature(global_ctx, sig_formatter=None):
if sig_formatter is None:
# Use default JSON style output.
sig_formatter = _default_sig_formatter
o = []
# Produce event signatues.
for code in global_ctx._events:
sig = EventSignature.from_declaration(code, global_ctx)
o.append(sig_formatter(sig))
# Produce function signatures.
for code in global_ctx._defs:
sig = FunctionSignature.from_definition(
code,
sigs=global_ctx._contracts,
custom_structs=global_ctx._structs,
constants=global_ctx._constants,
)
if not sig.internal:
default_sigs = generate_default_arg_sigs(code,
global_ctx._contracts,
global_ctx)
for s in default_sigs:
o.append(sig_formatter(s))
return o
def mk_full_signature(code):
o = []
_contracts, _events, _defs, _globals, _custom_units = get_contracts_and_defs_and_globals(code)
for code in _events:
sig = EventSignature.from_declaration(code, custom_units=_custom_units)
o.append(sig.to_abi_dict())
for code in _defs:
sig = FunctionSignature.from_definition(code, sigs=_contracts, custom_units=_custom_units)
if not sig.private:
o.append(sig.to_abi_dict())
return o
def mk_full_signature(code):
o = []
global_ctx = GlobalContext.get_global_context(code)
for code in global_ctx._events:
sig = EventSignature.from_declaration(code, custom_units=global_ctx._custom_units)
o.append(sig.to_abi_dict())
for code in global_ctx._defs:
sig = FunctionSignature.from_definition(code, sigs=global_ctx._contracts, custom_units=global_ctx._custom_units)
if not sig.private:
default_sigs = generate_default_arg_sigs(code, global_ctx._contracts, global_ctx._custom_units)
for s in default_sigs:
o.append(s.to_abi_dict())
return o
def parse_events(sigs, global_ctx):
for event in global_ctx._events:
sigs[event.target.id] = EventSignature.from_declaration(
event, global_ctx)
return sigs
def parse_events(sigs, _events, custom_units=None, custom_structs=None):
for event in _events:
sigs[event.target.id] = EventSignature.from_declaration(
event, custom_units=custom_units, custom_structs=custom_structs)
return sigs
def parse_events(sigs, _events):
for event in _events:
sigs[event.target.id] = EventSignature.from_declaration(event)
return sigs
