meth << "doc.Accept(writer);"
meth << ""
meth << "return strbuf.GetString();"
@export(VOID)
def JsonSet(self, meth):
meth.args = [OArg("json", "const char*")]
meth << "rapidjson::Document doc;"
meth << "doc.Parse(json);"
for v in self.dbargs:
meth << v.name + " = doc[" + q(v.name) + "];"
#-----------------------------------------------------------------------
ct = Measure("TblMeasure", FLDS_SERVER)
handleExports(ct)
write_file_cpp(ct, "tmp/")
cs = Measure("TblWeather", FLDS_WEATHER)
handleExports(cs)
write_file_cpp(cs, "tmp/")
cs = Measure("TblStock", FLDS_STOCK)
handleExports(cs)
write_file_cpp(cs, "tmp/")
cs = Measure("TblVdr", FLDS_VDR)
handleExports(cs)
if mname == "init":
for cl in ccode:
m << cl
if mname.startswith("_"):
m = OMethod(mname[1:], "void", args, mods={PRIVATE})
c << m
writeFile2(s, c)
# Read STM32 pin configuration from text file and generate macros to access output pins.
#
p = ParseOrg("stm32.org")
c = Port()
gen.handleExports(c)
spi = Spi()
gen.handleExports(spi)
c.m << "GPIO_InitTypeDef ioInit;"
pins = []
for i in ['A', 'B', 'C']:
pout = []
pin = []
paf = []
for bit, af, desc, direction in p.parse()[1:]:
af = af.strip()
#print "AF:",af,len(af)
if len(af) > 0:
