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farmerbot_script_gridproxy.v
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farmerbot_script_gridproxy.v
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import os
import regex
import x.json2
import net.http
fn main() {
// Regex functions
is_int := regex.regex_opt("^[0-9]*$") or {panic(err)}
is_12h_format := regex.regex_opt("^(1[0-2])|[0-9]:[0-5][0-9](AM)|(PM)$") or {panic(err)}
// Section 0: Creating and going into the directory
// Name of config directory
config_name := "config"
// Path to current directory
parent_dir := os.getwd()
// Path to config directory
config_dir := parent_dir + "/" + config_name
// Create the directory
os.mkdir(config_dir) or {}
// Remove .env and config.md if they exist
path_env := parent_dir + "/" + ".env"
path_config := config_dir + "/" + "config.md"
os.rm(path_env) or {}
os.rm(path_config) or {}
// Change to parent directory
os.chdir(parent_dir) or {}
// SECTION 1: Creating the .env file
// Setting the seed phrase
mut this_file := os.create(".env")!
mut answer := os.input('\nWhat is the mnemonic or HEX secret of your farm? \n')
mut grid_url_node := ""
mut network_farm := ""
this_file.writeln('SECRET=\"'+answer+'\"')!
println("")
// Setting the network
for {
answer = os.input('What is the network? (main, test, qa, dev)? \n')
println("")
if answer == "main" {
this_file.writeln('NETWORK='+answer)!
this_file.writeln('RELAY=wss://relay.grid.tf:443')!
this_file.writeln('SUBSTRATE=wss://tfchain.grid.tf:443')!
grid_url_node = 'https://gridproxy.grid.tf/nodes/'
network_farm = answer
break
} else if answer == "test" || answer == "qa" || answer == "dev" {
this_file.writeln('NETWORK='+answer)!
this_file.writeln('RELAY=wss://relay.'+answer+'.grid.tf:443')!
this_file.writeln('SUBSTRATE=wss://tfchain.'+answer+'.grid.tf:443')!
grid_url_node = 'https://gridproxy.' + answer + '.grid.tf/nodes/'
network_farm = answer
println(network_farm)
break
} else {
println('ERROR: The network must be either main, dev, qa or test.\n')
}
this_file.close()
}
this_file.close()
// SECTION 2: Creating the config.md file
// Change to config directory
os.chdir(config_dir) or {}
// Create the file config.md
this_file = os.create("config.md")!
println("**** WARNING: Make sure all 3nodes are within the same farm. ****\n")
for {
nodes := os.input('How many nodes do you have? \n')
println("")
if is_int.matches_string(nodes) && nodes.u32() >= 1 && nodes.u32() <= 1000 {
mut i := 0
for i <= (nodes.u32() - 1) {
for {
nbi := i + 1
nb := nbi.str()
answer = os.input('What is your node ID? (node number ' + nb+ ')\n')
println("")
if is_int.matches_string(answer) && answer.u32() >= 1 {
// Get info from node ID to fill up other parameters of the node section
result_get_proxy := http.get_text(grid_url_node + answer)
decoded := json2.raw_decode(result_get_proxy)!
m := decoded.as_map()
mut farm_id := m['farmId'] or {eprintln('Failed to decode json')
return}
// SECTION 2.1: Farm Manager section
// For the first node, retrieve and print in config.md information the farm
if nb == "1" {
this_file.writeln('Farm configuration')!
this_file.writeln('!!farmerbot.farmmanager.define')!
this_file.writeln('\tid:' + farm_id.str())!
// Retrieve number of IP addresses for the given farm
mut grid_url_farm := ""
if network_farm == "main" {
grid_url_farm = "https://gridproxy.grid.tf/farms?farm_id=" + farm_id.str()
} else if network_farm != "main" {
grid_url_farm = "https://gridproxy." + network_farm + ".grid.tf/farms?farm_id=" + farm_id.str()
}
result_get_proxy_farm := http.get_text(grid_url_farm)
decoded_farm := json2.raw_decode(result_get_proxy_farm)!
string_farm := decoded_farm.str()
ip_str := "\"ip\""
iter_ip := string_farm.count(ip_str)
this_file.writeln('\tpublic_ips:' + iter_ip.str())!
this_file.writeln("")!
}
// SECTION 2.2: Node Manager section
this_file.writeln('Nodes Configuration')!
this_file.writeln('!!farmerbot.nodemanager.define')!
this_file.writeln('\tid:' + answer)!
// Get twinID status
twinid := m['twinId'] or {eprintln('Failed to decode json')
return}
this_file.writeln('\ttwinid:' + twinid.str())!
// Get dedicated status
dedicated := m['dedicated'] or {eprintln('Failed to decode json')
return}
this_file.writeln('\tdedicated:'+dedicated.str())!
// Get certification status
certified := m['certificationType'] or {eprintln('Failed to decode json')
return}
if certified.str() == "Certified" {
this_file.writeln('\tcertified:true')!
} else {
this_file.writeln('\tcertified:false')!
}
// Check if there are public configurations
public_config := m['publicConfig']or {eprintln('Failed to decode json')
return}
p_str := public_config.str()
gw4 := "\"gw4\":\"\""
gw6 := "\"gw4\":\"\""
ipv4 := "\"ipv4\":\"\""
ipv6 := "\"ipv6\":\"\""
if p_str.contains(gw4) && p_str.contains(gw6) && p_str.contains(ipv4) && p_str.contains(ipv6) {
this_file.writeln('\tpublic_config:false')!
} else {
this_file.writeln('\tpublic_config:true')!
}
// Get farm ID
farm_id_json := m['farmId'] or {eprintln('Failed to decode json')
return}
farm_id = farm_id_json.str()
break
} else {
println('ERROR: The number must be a nonzero integer.\n')
}
}
for {
answer = os.input('Should this node never be shut down? (yes/no) \nOPTIONAL: Press ENTER to skip.\n')
println("")
if answer == "yes" {
this_file.writeln('\tnever_shutdown:1')!
break
} else if answer == "no" || answer == "" {
break
} else {
println('ERROR: Either answer yes, no or press ENTER.\n')
}
}
for {
answer = os.input('How much the cpu can be overprovisioned? (between 1 and 4) (i.e. 2 means double the amount of cpus)\nOPTIONAL: Press ENTER to skip.\n')
println("")
if is_int.matches_string(answer) && answer.u32() >= 1 && answer.u32() <= 4 {
this_file.writeln('\tcpuoverprovision:' + answer)!
break
} else if answer == "" {
break
} else {
println('ERROR: The number must be an integer and between 1 and 4 inclusively.\n')
}
}
this_file.writeln("")!
i++
}
break
} else {
println('ERROR: The number must be an nonzero integer.')
println("")
}
}
// SECTION 2.3: Power Manager section
this_file.writeln('Power configuration')!
this_file.writeln('!!farmerbot.powermanager.define')!
for {
answer = os.input('What is your wake up threshold? (between 50 and 80)\n')
println("")
if is_int.matches_string(answer) && answer.u32() >=50 && answer.u32() <=80 {
this_file.writeln('\twake_up_threshold:' + answer)!
break
} else {
println('ERROR: The number must be an integer and between 50 and 80 inclusively.\n')
}
}
for {
answer = os.input('What is the periodic wake up limit? (i.e. how many nodes can wake up at the same time) (minimum value = 1)\nOPTIONAL: If you press ENTER, the default value will be taken, which is 1.\n')
println("")
if is_int.matches_string(answer) && answer.u32() >=1 && answer.u32() <=100 {
this_file.writeln('\tperiodic_wakeup_limit:' + answer)!
break
} else if answer == "" {
break
} else {
println('ERROR: The number must be an integer and between 1 and 100 inclusively.\n')
}
}
for {
answer = os.input('What is the periodic wake up? (e.g. 8:30AM or 10:30PM) (Always in UTC)\n')
println("")
if is_12h_format.matches_string(answer) {
this_file.writeln('\tperiodic_wakeup:' + answer)!
break
} else {
println('The input should be in 12-hour format (e.g. 1:30AM or 12:30PM).\n')
}
}
this_file.close()
}