//this function will be called by any file Monitor if the file is changed. it will load file and invoke the update method when there is data change.
void Configuration::fileChanged(const string &fileName)
{
if(files.find(fileName) != files.end())
{
set < Data > prev = files[fileName];
files[fileName].clear();
loadPropertyConfig(fileName);
set < Data > &curr = files[fileName];
set < Data > :: iterator prevIt = prev.begin();
for(; prevIt != prev.end(); ++ prevIt)
{
if(false == hasKeyInFile(fileName, prevIt->key))
{
//deletion occurs
ConfigurationEvent event(CONFIGURATION_DELETED, fileName, prevIt->key, prevIt->value);
update(event);
//config is deleted from file, so treat is like default configuratoin.
addProperty("", prevIt->key, prevIt->value);
}
else if(prevIt->value != getValueFromFile(fileName, prevIt->key))
{
//modification occurs
ConfigurationEvent event(CONFIGURATION_MODIFIED, fileName, prevIt->key, prevIt->value);
update(event);
}
}
set < Data > :: iterator currIt = curr.begin();
for(; currIt != curr.end(); ++currIt)
{
if(prev.find(*currIt) == prev.end())
{
//addition occurs
ConfigurationEvent event(CONFIGURATION_ADDED, fileName, currIt->key, currIt->value);
update(event);
}
}
}
}
void sim_params::load(string filename) {
string word;
ifstream file(filename.c_str()); if (!file) {cerr << "parameters file " << filename << " not opened " << endl; exit(1);}
file >> word; file >> word;
Eta = getValueFromFile(file);
theta = getValueFromFile(file);
b = getValueFromFile(file);
a1 = getValueFromFile(file);
B1 = getValueFromFile(file);
a2 = getValueFromFile(file);
B2 = getValueFromFile(file);
a3 = getValueFromFile(file);
a4 = getValueFromFile(file);
B4 = getValueFromFile(file);
n_area = getValueFromFile(file);
c_p1 = getValueFromFile(file);
c_p2 = getValueFromFile(file);
c_Rl = getValueFromFile(file);
c_Rs = getValueFromFile(file);
c_Rb = getValueFromFile(file);
c_Rr = getValueFromFile(file);
k_b = getValueFromFile(file);
k_r = getValueFromFile(file);
Y = getValueFromFile(file);
c_bio = getValueFromFile(file);
c_acc = getValueFromFile(file);
c_r1 = getValueFromFile(file);
c_r2 = getValueFromFile(file);
c_ext = getValueFromFile(file);
Pi_0 = getValueFromFile(file);
c_d0 = getValueFromFile(file);
c_d1 = getValueFromFile(file);
c_d2 = getValueFromFile(file);
c_d3 = getValueFromFile(file);
seed_mass = getValueFromFile(file);
wood_dens = getValueFromFile(file);
c_s0 = getValueFromFile(file);
log_mean_disturbance_interval = getValueFromFile(file);
file.close();
}
