def send_list(a):
lines = []
fname = a.name()
m = a.member()
if a.member().is_list():
print "Lists-of-lists are currently not implemented, sorry."
sys.exit(1)
tab = xorp_indent(1)
tab2 = xorp_indent(2)
lines.append("size_t sz_%s = %s.size();" % (fname, fname))
lines.append("nout += outp->writeListBegin(%s, sz_%s);" % \
(wire_type(m), fname))
lines.append("if (sz_%s > 0) {" % fname)
lines.append(tab + "for (size_t i_%s = 1; i_%s <= sz_%s; i_%s++) {" % \
(fname, fname, fname, fname))
lines.append(tab2 + "const XrlAtom& xa = %s.get(i_%s);" % \
(fname, fname))
mfname = "xa_%s" % m.type() # member field name with XIF type
lines.append(tab2 + "const %s& %s = xa.%s();" % \
(m.cpp_type(), mfname, m.accessor()))
# now marshal out the member type, indented at this level correctly.
for l in send_arg(m, mfname):
lines.append(tab2 + l)
lines.append(tab + "}") # close for
lines.append("}") # close if
lines.append("nout += outp->writeListEnd();") # close thrift list
return lines
def send_list(a):
lines = []
fname = a.name()
m = a.member()
if a.member().is_list():
print "Lists-of-lists are currently not implemented, sorry."
sys.exit(1)
tab = xorp_indent(1)
tab2 = xorp_indent(2)
lines.append("size_t sz_%s = %s.size();" % (fname, fname))
lines.append("nout += outp->writeListBegin(%s, sz_%s);" % \
(wire_type(m), fname))
lines.append("if (sz_%s > 0) {" % fname)
lines.append(tab + "for (size_t i_%s = 1; i_%s <= sz_%s; i_%s++) {" % \
(fname, fname, fname, fname))
lines.append(tab2 + "const XrlAtom& xa = %s.get(i_%s);" % \
(fname, fname))
mfname = "xa_%s" % m.type() # member field name with XIF type
lines.append(tab2 + "const %s& %s = xa.%s();" % \
(m.cpp_type(), mfname, m.accessor()))
# now marshal out the member type, indented at this level correctly.
for l in send_arg(m, mfname):
lines.append(tab2 + l)
lines.append(tab + "}") # close for
lines.append("}") # close if
lines.append("nout += outp->writeListEnd();") # close thrift list
return lines
def recv_list(a, fname):
lines = []
m = a.member()
if a.member().is_list():
print "Lists-of-lists are currently not implemented, sorry."
sys.exit(1)
tab = xorp_indent(1)
lines.append("uint32_t sz_%s;" % fname)
lines.append("TType mt_%s;" % fname)
lines.append("nin += inp->readListBegin(mt_%s, sz_%s);" % \
tuple([fname] * 2))
lines.append("for (uint32_t i_%s = 0; i_%s < sz_%s; i_%s++) {" % \
tuple([fname] * 4))
# Now read in base type.
mfname = "tmp_%s" % fname
lines.append(tab + "%s %s;" % (m.cpp_type(), mfname))
for l in recv_arg(m, mfname):
lines.append(tab + l)
# now convert to XrlAtom and append to our collection in local scope.
lines.append(tab + ("%s.append(XrlAtom(tmp_%s));" % \
tuple([fname] * 2)))
lines.append("}")
lines.append("nin += inp->readListEnd();")
return lines
def recv_list(a, fname):
lines = []
m = a.member()
if a.member().is_list():
print "Lists-of-lists are currently not implemented, sorry."
sys.exit(1)
tab = xorp_indent(1)
lines.append("uint32_t sz_%s;" % fname)
lines.append("TType mt_%s;" % fname)
lines.append("nin += inp->readListBegin(mt_%s, sz_%s);" % \
tuple([fname] * 2))
lines.append("for (uint32_t i_%s = 0; i_%s < sz_%s; i_%s++) {" % \
tuple([fname] * 4))
# Now read in base type.
mfname = "tmp_%s" % fname
lines.append(tab + "%s %s;" % (m.cpp_type(), mfname))
for l in recv_arg(m, mfname):
lines.append(tab + l)
# now convert to XrlAtom and append to our collection in local scope.
lines.append(tab + ("%s.append(XrlAtom(tmp_%s));" % \
tuple([fname] * 2)))
lines.append("}")
lines.append("nin += inp->readListEnd();")
return lines
