bool check_var_value(const char* var, const char * value) {
std::string var_str(getenv(var));
if (var_str == value) {
return true;
}
return false;
}
TEST(PackUnpack, Basic)
{
nbase::PackBuffer pbuffer;
nbase::Pack test_pack(pbuffer);
EXPECT_EQ(0, test_pack.size());
test_pack.push_uint8(8);
test_pack.push_uint16(16);
test_pack.push_uint32(32);
test_pack.push_uint64(64);
std::string input1 = "test input string 1";
std::string input2 = "test input string 2";
std::string input3 = "test input string 3";
std::string input4 = "test input string 4";
std::string input5 = "test input string 5";
nbase::Varstr var_str(input1.data(), input1.size());
test_pack.push_varstr(var_str);
test_pack.push_varstr(input2.c_str());
test_pack.push_varstr(input3);
test_pack.push_varstr(input4.data(), input4.size());
test_pack.push_varstr32(input5.data(), input5.size());
nbase::Unpack test_unpack(pbuffer.data(), pbuffer.size());
EXPECT_EQ(8, test_unpack.pop_uint8());
EXPECT_EQ(16, test_unpack.pop_uint16());
EXPECT_EQ(32, test_unpack.pop_uint32());
EXPECT_EQ(64, test_unpack.pop_uint64());
nbase::Varstr var_output1 = test_unpack.pop_varstr_ptr();
std::string output1(var_output1.data(), var_output1.size());
EXPECT_EQ(input1, output1);
nbase::Varstr var_output2 = test_unpack.pop_varstr_ptr();
std::string output2(var_output2.data(), var_output2.size());
EXPECT_EQ(input2, output2);
nbase::Varstr var_output3 = test_unpack.pop_varstr_ptr();
std::string output3(var_output3.data(), var_output3.size());
EXPECT_EQ(input3, output3);
nbase::Varstr var_output4 = test_unpack.pop_varstr_ptr();
std::string output4(var_output4.data(), var_output4.size());
EXPECT_EQ(input4, output4);
nbase::Varstr var_output5 = test_unpack.pop_varstr32_ptr();
std::string output5(var_output5.data(), var_output5.size());
EXPECT_EQ(input5, output5);
}
/* Draw the "idle" display */
void lcd_home_screen(const char *status)
{
char buf[16];
struct storage s;
int32_t s_hi,s_lo;
float tf,slf,shf;
lcd_cmd(LCD_DISPCTL(1,0,0)); /* No cursor */
lcd_cmd(LCD_DDADDR(ROW1));
/* Top left is station name, up to 8 characters */
reg_read_string(&ident,buf,9);
var_str(buf);
lcd_data(' ');
/* Now current set range */
s=reg_storage(&set_lo);
eeprom_read_block(&s_lo,(void *)s.loc.eeprom.start,4);
slf=s_lo/10000.0;
s=reg_storage(&set_hi);
eeprom_read_block(&s_hi,(void *)s.loc.eeprom.start,4);
shf=s_hi/10000.0;
snprintf_P(buf,16,PSTR("%0.1f-%0.1f"),(double)slf,(double)shf);
var_str(buf);
lcd_data(' ');
lcd_data(' ');
lcd_data(' ');
lcd_data(' ');
lcd_data(' ');
/* Next line */
lcd_cmd(LCD_DDADDR(ROW2));
if (status) {
strncpy_P(buf,status,16);
fixed_str(buf,16);
} else {
/* Bottom left is current temp, up to 5 characters */
if (t0_temp==BAD_TEMP) {
sprintf_P(buf,PSTR("XXXXX"));
} else {
tf=t0_temp/10000.0;
snprintf_P(buf,9,PSTR("%0.1f"),(double)tf);
}
fixed_str(buf,5);
lcd_data(' ');
/* Current mode */
reg_read_string(&mode,buf,9);
fixed_str(buf,8);
lcd_data(' ');
/* Bottom right is valve state as 1 character */
switch (get_valve_state()) {
case VALVE_CLOSED:
buf[0]='-';
break;
case VALVE_OPENING:
buf[0]='O';
break;
case VALVE_OPEN:
buf[0]='|';
break;
case VALVE_CLOSING:
buf[0]='C';
break;
case VALVE_ERROR:
buf[0]='E';
break;
default:
buf[0]='?';
break;
}
fixed_str(buf,1);
}
}
