def load_module(agent, modname):
chron = time.time()
succeeds = 1
try:
#PERSIST:INSTRUMENT
report_instrumentation_point(agent, PRE_USER_MODULE_LOAD)
mod = ensure_modpath_installed(Symbol(modname))
if not mod:
print "=== COULD NOT INSTALL MODULE %s ==="%modname
succeeds = 0
currMod = get_default_module()
#check for equality here because we are reporting instrumentation points
if mod is not currMod:
set_default_module(mod)
if not ensure_default_module_loaded(agent):
print "=== COULD NOT LOAD MODULE %s ==="%modname
succeeds = 0
#PERSIST:INSTRUMENT
report_instrumentation_point(agent, POST_USER_MODULE_LOAD)
except SPARKException:
errid = NEWPM.displayError()
chron = time.time() - chron
print "Total Loading Time: %3.4f seconds."%chron
#-*-*-*-*-*-* This is a hack to remove the logs from the console. A better solution is needed later.
from spark.util.logger import get_sdl
get_sdl().log("Default Module: %s", modname)
return succeeds
def load_module(agent, modname):
chron = time.time()
succeeds = 1
try:
# PERSIST:INSTRUMENT
report_instrumentation_point(agent, PRE_USER_MODULE_LOAD)
mod = ensure_modpath_installed(Symbol(modname))
if not mod:
print "=== COULD NOT INSTALL MODULE %s ===" % modname
succeeds = 0
currMod = get_default_module()
# check for equality here because we are reporting instrumentation points
if mod is not currMod:
set_default_module(mod)
if not ensure_default_module_loaded(agent):
print "=== COULD NOT LOAD MODULE %s ===" % modname
succeeds = 0
# PERSIST:INSTRUMENT
report_instrumentation_point(agent, POST_USER_MODULE_LOAD)
except SPARKException:
errid = NEWPM.displayError()
chron = time.time() - chron
print "Total Loading Time: %3.4f seconds." % chron
# -*-*-*-*-*-* This is a hack to remove the logs from the console. A better solution is needed later.
from spark.util.logger import get_sdl
get_sdl().log("Default Module: %s", modname)
return succeeds
def doc_module(module_name):
"""generates the documentation page for the specified module"""
print "doc_module: ", module_name
try:
mod = ensure_modpath_installed(module_name)
testagent.load_modpath(Symbol(module_name))
except:
print "Cannot load %s, may be part of another module"%(module_name)
return
#old: modname = mod.get_modpath().name
modname = mod.filename
has_actions = False
has_predicates = False
has_functions = False
#old: syminfos = mod.get_sparkl_unit().get_exports().values()
#new
decls = getPackageDecls(testagent, mod.filename)
#old: for syminfo in syminfos:
for decl in decls:
if decl is None:
continue
sym = decl.asSymbol()
if sym.modname == modname:
if decl.optMode(ACTION_DO):
has_actions = True
elif decl.optMode(PRED_SOLVE):
has_predicates = True
elif decl.optMode(TERM_EVAL):
has_functions = True
f = get_outputfile(module_name)
f.write(get_header(module_name))
f.write('<h2>Listing for module '+module_name+'</h2>'+\
'<div class="entry">'+\
'<p>This is auto-generated documentation.</p>'+\
'<h4>Contents:</h4>'+\
'<ul>')
if has_actions:
f.write('<li><a href="#actions">Actions</a></li>')
if has_predicates:
f.write('<li><a href="#predicates">Predicates</a></li>')
if has_functions:
f.write('<li><a href="#functions">Functions</a></li>')
f.write('</ul></div>')
if has_actions:
f.write('<h3><a name="actions"></a><a href="#actions">Actions</a></h3>')
doc_symbol(mod, ACTION_DO, f)
if has_predicates:
f.write('<h3><a name="predicates"></a><a href="#predicates">Predicates</a></h3>')
doc_symbol(mod, PRED_SOLVE, f)
if has_functions:
f.write('<h3><a name="functions"></a><a href="#functions">Functions</a></h3>')
doc_symbol(mod, TERM_EVAL, f)
f.write(get_footer(module_name))
f.close()
def doc_module(module_name):
"""generates the documentation page for the specified module"""
print "doc_module: ", module_name
try:
mod = ensure_modpath_installed(module_name)
testagent.load_modpath(Symbol(module_name))
except:
print "Cannot load %s, may be part of another module" % (module_name)
return
#old: modname = mod.get_modpath().name
modname = mod.filename
has_actions = False
has_predicates = False
has_functions = False
#old: syminfos = mod.get_sparkl_unit().get_exports().values()
#new
decls = getPackageDecls(testagent, mod.filename)
#old: for syminfo in syminfos:
for decl in decls:
if decl is None:
continue
sym = decl.asSymbol()
if sym.modname == modname:
if decl.optMode(ACTION_DO):
has_actions = True
elif decl.optMode(PRED_SOLVE):
has_predicates = True
elif decl.optMode(TERM_EVAL):
has_functions = True
f = get_outputfile(module_name)
f.write(get_header(module_name))
f.write('<h2>Listing for module '+module_name+'</h2>'+\
'<div class="entry">'+\
'<p>This is auto-generated documentation.</p>'+\
'<h4>Contents:</h4>'+\
'<ul>')
if has_actions:
f.write('<li><a href="#actions">Actions</a></li>')
if has_predicates:
f.write('<li><a href="#predicates">Predicates</a></li>')
if has_functions:
f.write('<li><a href="#functions">Functions</a></li>')
f.write('</ul></div>')
if has_actions:
f.write(
'<h3><a name="actions"></a><a href="#actions">Actions</a></h3>')
doc_symbol(mod, ACTION_DO, f)
if has_predicates:
f.write(
'<h3><a name="predicates"></a><a href="#predicates">Predicates</a></h3>'
)
doc_symbol(mod, PRED_SOLVE, f)
if has_functions:
f.write(
'<h3><a name="functions"></a><a href="#functions">Functions</a></h3>'
)
doc_symbol(mod, TERM_EVAL, f)
f.write(get_footer(module_name))
f.close()
def find_install_module(modname):
"""this is mostly a legacy hook and has been superceded by ensure_modpath_installed"""
return ensure_modpath_installed(Symbol(modname))
def find_install_module(modname):
"""this is mostly a legacy hook and has been superceded by ensure_modpath_installed"""
return ensure_modpath_installed(Symbol(modname))
