def main(args):
opt = parse_options(args)
osutils.mkdir_p("logs")
abspath = os.path.abspath("logs")
name = opt.file
if opt.query:
if opt.catalog is None:
raise Exception("--query also requires a --catalog")
with open(opt.query, 'r') as f:
qt = f.read()
target_alg = CCAlgebra(emit_print=EMIT_FILE)
if opt.platform == 'grappa':
target_alg = GrappaAlgebra(emit_print=EMIT_FILE)
ClangProcessor(FromFileCatalog.load_from_file(opt.catalog))\
.write_source_code(qt, name, target_alg=target_alg)
if opt.platform == 'grappa':
runner = GrappalangRunner()
runner.run(name, abspath)
elif opt.platform == 'clang':
try:
runner = ClangRunner()
runner.run(name, abspath)
except subprocess.CalledProcessError as e:
print 'clang runner for %s failed' % (name)
print e.output
raise
def main(args):
opt = parse_options(args)
osutils.mkdir_p("logs")
abspath = os.path.abspath("logs")
name = opt.file
if opt.query:
if opt.catalog is None:
raise Exception("--query also requires a --catalog")
with open(opt.query, 'r') as f:
qt = f.read()
target_alg = CCAlgebra(emit_print=EMIT_FILE)
if opt.platform == 'grappa':
target_alg = GrappaAlgebra(emit_print=EMIT_FILE)
ClangProcessor(FromFileCatalog.load_from_file(opt.catalog))\
.write_source_code(qt, name, target_alg=target_alg)
if opt.platform == 'grappa':
runner = GrappalangRunner()
runner.run(name, abspath)
elif opt.platform == 'cpp':
try:
runner = ClangRunner()
runner.run(name, abspath)
except subprocess.CalledProcessError as e:
print 'cpp runner for %s failed' % (name)
print e.output
raise
def main(args):
opt = parse_options(args)
osutils.mkdir_p("logs")
abspath = os.path.abspath("logs")
name = opt.file
if opt.platform == 'grappa':
runner = GrappalangRunner()
runner.run(name, abspath)
elif opt.platform == 'clang':
try:
runner = ClangRunner()
runner.run(name, abspath)
except subprocess.CalledProcessError as e:
print 'clang runner for %s failed' % (name)
print e.output
raise
def checkstore(name, testplatform, trustedplatform=SqliteRunner("testqueries"), tmppath="tmp"): # noqa
"""
@param name: name of query
@param tmppath: existing directory for temporary files
"""
osutils.mkdir_p(tmppath)
abstmppath = os.path.abspath(tmppath)
testplatform.run(name, abstmppath)
trustedplatform.run(name, abstmppath)
testoutfn = name
expectedfn = "%s/%s.sqlite.csv" %(abstmppath, name)
print "test: %s" % (name)
verify_store(testoutfn, expectedfn, False)
def checkquery(name, tmppath="tmp", querypath="testqueries"):
"""
@param name: name of query
@param tmppath: existing directory for temporary files
"""
osutils.mkdir_p(tmppath)
envir = os.environ.copy()
# cpp -> exe
exe_name = './%s.exe' % (name)
subprocess.check_call(['make', exe_name], env=envir)
# run cpp
testoutfn = '%s/%s.out' % (tmppath, name)
with open(testoutfn, 'w') as outs:
try:
subprocess.check_call([exe_name], stdout=outs, env=envir)
except subprocess.CalledProcessError as e1:
# try again, this time collecting all output to print it
try:
subprocess.check_call([exe_name], stderr=subprocess.STDOUT, env=envir)
raise e1 # just in case this doesn't fail again
except subprocess.CalledProcessError as e2:
print "see executable %s" % (os.path.abspath(exe_name))
print subprocess.check_output(['ls', '-l', exe_name], env=envir)
print subprocess.check_output(['cat', '%s.cpp' % (name)], env=envir)
raise Exception('(Process output below)\n'+e2.output+'\n(end process output)')
querycode = readquery("%s/%s.sql" % (querypath,name))
querystr = make_query(name, querycode)
# run sql
conn = sqlite3.connect(testdbname())
c = conn.cursor()
expectedfn = '%s/%s.sqlite.csv' % (tmppath, name)
with open(expectedfn, 'w') as csvfile:
wr = csv.writer(csvfile, delimiter=' ')
for row in c.execute(querystr):
wr.writerow(list(row))
print "test: %s" % (name)
verify(testoutfn, expectedfn, False)
def checkstore(name,
testplatform,
trustedplatform=SqliteRunner("testqueries"),
tmppath="tmp"): # noqa
"""
@param name: name of query
@param tmppath: existing directory for temporary files
"""
osutils.mkdir_p(tmppath)
abstmppath = os.path.abspath(tmppath)
testplatform.run(name, abstmppath)
trustedplatform.run(name, abstmppath)
testoutfn = name
expectedfn = "%s/%s.sqlite.csv" % (abstmppath, name)
print "test: %s" % (name)
verify_store(testoutfn, expectedfn, False)
