def main():
cc = AvrGcc()
print '--------------'
print 'avr-gcc'
print '--------------'
print 'compiler version:', cc.version()
cc.optimize_for_size()
print
for mcu in cc.targets:
print mcu
def main():
cc = AvrGcc()
print '--------------'
print 'avr-gcc'
print '--------------'
print 'compiler version:', cc.version()
cc.optimize_for_size()
print 'compiler options:', ' '.join(cc.options_generated())
print 'code:', cc.minprog
print
for mcu in cc.targets:
test(cc, mcu)
def main():
cc = AvrGcc()
print '--------------'
print 'avr-gcc'
print '--------------'
print 'compiler version:', cc.version()
cc.optimize_for_size()
print 'compiler options:', ' '.join(cc.options_generated())
print 'code:', cc.minprog
print
for mcu in cc.targets:
test(cc, mcu)
from entrypoint2 import entrypoint
from pyavrutils.avrgcc import AvrGcc, AvrGccCompileError
templ = '''
#include <avr/io.h>
#include <util/delay.h>
int main()
{
%s;
return 0;
}
'''
cc = AvrGcc()
cc.optimize_no()
print 'compiler version:', cc.version()
print
def test(snippet, option=''):
print snippet.ljust(33),
cc.options_extra = option.split()
print 'compiler option:', option, '\t',
try:
cc.build([templ % snippet])
size = cc.size()
print 'program, data =', str(size.program_bytes).rjust(8), ',', str(size.data_bytes).rjust(8)
except AvrGccCompileError:
print 'compile error'
from entrypoint2 import entrypoint
from pyavrutils.avrgcc import AvrGcc, AvrGccCompileError
templ = '''
#include <avr/io.h>
#include <util/delay.h>
int main()
{
%s;
return 0;
}
'''
cc = AvrGcc()
cc.optimize_no()
print 'compiler version:', cc.version()
print
def test(snippet, option=''):
print snippet.ljust(33),
cc.options_extra = option.split()
print 'compiler option:', option, '\t',
try:
cc.build([templ % snippet])
size = cc.size()
print 'program, data =', str(size.program_bytes).rjust(8), ',', str(
size.data_bytes).rjust(8)
except AvrGccCompileError:
print 'compile error'