def _print_sym_list(agent, title, list):
print title
for sym in list:
reqArgs = requiredargnames(agent, sym)
if reqArgs is not None:
args = ' '.join([("$" + str(x)) for x in reqArgs])
else:
args = ''
restargs = restargnames(agent, sym)
if restargs is not None:
args = args + ' rest: ' + " ".join([str(x) for x in restargs])
print " ", sym.name, args
def _print_sym_list(agent, title, list):
print title
for sym in list:
reqArgs = requiredargnames(agent, sym)
if reqArgs is not None:
args = " ".join([("$" + str(x)) for x in reqArgs])
else:
args = ""
restargs = restargnames(agent, sym)
if restargs is not None:
args = args + " rest: " + " ".join([str(x) for x in restargs])
print " ", sym.name, args
def doc_symbol(mod, usage, f):
"""generates documentation for the specified symbol. this is a
subroutine of doc_module"""
f.write('<div class="entry">')
f.write('<dl>')
modname = mod.get_modpath().name
global all_symbols
decls = [d for d in getPackageDecls(testagent, mod.filename)]
decls.sort(decl_cmp)
for decl in decls:
sym = decl.asSymbol()
if sym.modname == modname and decl.optMode(usage):
all_symbols.append(sym)
args = ' <span class="args">'
required = requiredargnames(testagent, sym)
if required:
args = args + '$' + ' $'.join(required)
restargs = restargnames(testagent, sym)
if restargs:
args = args + ' <em>rest: ' + ' '.join(restargs) + '</em>'
args = args + "</span>"
f.write('<dt><a name="' + anchorName(sym.id) + '"></a><b>' +
sym.id + '</b>' + args + '</dt>')
f.write('<dd>')
doc = get_fact(testagent, P_Doc, sym)
if doc:
f.write(doc + '<br />')
features = get_fact(testagent, P_Features, sym)
if features:
f.write('<b>Features:</b> ' + htmlStr(features) + '<br />')
properties = get_fact(testagent, P_Properties, sym)
if properties:
f.write('<b>Properties:</b> ' + htmlStr(properties) + '<br />')
f.write('</dd>')
f.write('</dl>')
f.write('</div>')
def doc_symbol(mod, usage, f):
"""generates documentation for the specified symbol. this is a
subroutine of doc_module"""
f.write('<div class="entry">')
f.write('<dl>')
modname = mod.get_modpath().name
global all_symbols
decls = [d for d in getPackageDecls(testagent, mod.filename)]
decls.sort(decl_cmp)
for decl in decls:
sym = decl.asSymbol()
if sym.modname == modname and decl.optMode(usage):
all_symbols.append(sym)
args = ' <span class="args">'
required = requiredargnames(testagent, sym)
if required:
args = args + '$' + ' $'.join(required)
restargs = restargnames(testagent, sym)
if restargs:
args = args+' <em>rest: '+ ' '.join(restargs)+'</em>'
args = args + "</span>"
f.write('<dt><a name="'+anchorName(sym.id)+'"></a><b>'+sym.id+'</b>'+args+'</dt>')
f.write('<dd>')
doc = get_fact(testagent, P_Doc, sym)
if doc:
f.write(doc+'<br />')
features = get_fact(testagent, P_Features, sym)
if features:
f.write('<b>Features:</b> '+htmlStr(features)+'<br />')
properties = get_fact(testagent, P_Properties, sym)
if properties:
f.write('<b>Properties:</b> '+htmlStr(properties)+'<br />')
f.write('</dd>')
f.write('</dl>')
f.write('</div>')
def ppl_translate_task(agent, task, map, output, taskid):
debug("Start ppl_translate_task %s", task)
if isinstance(task, DoTaskExpr):
actexpr = task[0] # was .actexpr
# actsym = actexpr.actsym # doesn't work for cue as cue is not processed
actsym = actexpr.term.key_term().sym_check_arity(ActSymInfo, actexpr)
#print "ACTSYM", actsym
if map.mapfirst(actsym.id, "taskname"):
# first occurrence of this task name
output.append(("superclasses", actsym.id, "Task"))
if taskid is None:
# We haven't been told to use a different id (e.g. procedurename)
taskid = map.mapfind(task, "t")
output.append(("instance-of", taskid, actsym.id))
argnames = requiredargnames(actsym) # doesn't handle rest args
argtypefacts = agent.factslist1(P_ArgTypes, actsym)
#print "argtypefacts", argtypefacts
if argtypefacts:
for argexpr, type in zip(actexpr, argtypefacts[0][1]):
argid = ppl_term(agent, argexpr, map, output)
output.append(("instance-of", argid, type.id))
rolefacts = agent.factslist1(P_Roles, actsym)
#print "rolefacts", rolefacts
role_dict = {}
if rolefacts:
for role in rolefacts[0][1]:
varsym = role[0]
rolesym = role.functor
role_dict[varsym] = rolesym
for (argexpr, namesym, argnum) \
in zip(actexpr, argnames, range(len(actexpr))):
role = role_dict.get(namesym, None)
if role is None:
role = Symbol("arg%d" % argnum)
argid = ppl_term(agent, argexpr, map, output)
output.append((role.id, taskid, argid))
return taskid
else:
pass # TODO: work out what this should really be
def ppl_translate_task(agent, task, map, output, taskid):
debug("Start ppl_translate_task %s", task)
if isinstance(task, DoTaskExpr):
actexpr = task[0] # was .actexpr
# actsym = actexpr.actsym # doesn't work for cue as cue is not processed
actsym = actexpr.term.key_term().sym_check_arity(ActSymInfo, actexpr)
#print "ACTSYM", actsym
if map.mapfirst(actsym.id, "taskname"):
# first occurrence of this task name
output.append(("superclasses", actsym.id, "Task"))
if taskid is None:
# We haven't been told to use a different id (e.g. procedurename)
taskid = map.mapfind(task, "t")
output.append(("instance-of", taskid, actsym.id))
argnames = requiredargnames(actsym) # doesn't handle rest args
argtypefacts = agent.factslist1(P_ArgTypes, actsym)
#print "argtypefacts", argtypefacts
if argtypefacts:
for argexpr, type in zip(actexpr, argtypefacts[0][1]):
argid = ppl_term(agent, argexpr, map, output)
output.append(("instance-of", argid, type.id))
rolefacts = agent.factslist1(P_Roles, actsym)
#print "rolefacts", rolefacts
role_dict = {}
if rolefacts:
for role in rolefacts[0][1]:
varsym = role[0]
rolesym = role.functor
role_dict[varsym] = rolesym
for (argexpr, namesym, argnum) \
in zip(actexpr, argnames, range(len(actexpr))):
role = role_dict.get(namesym, None)
if role is None:
role = Symbol("arg%d"%argnum)
argid = ppl_term(agent, argexpr, map, output)
output.append((role.id, taskid, argid))
return taskid
else:
pass # TODO: work out what this should really be
