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Script.cs
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//Easy Automation V2.020 (Dev Build)
//name of Timer Block that cycles this Programing Block
string linkedTBName = "Easy Automation TB";
int maxInstructions = 500;
//set to true and have an LCD named "Debug LCD" to see debug info
static bool debug = false;
TimeSpan delayMilliseconds;
bool resetElapsedTime = true;
int delayTime;
Dictionary<string, Dictionary<int, List<string>>> code;
List<string> vars = new List<string>{};
List<string> crntStorage;
List<IMyTerminalBlock> crntBlockList = new List<IMyTerminalBlock>();
string currentBlock;
string oldArgument;
string oldPrivateText;
string codeLCDName;
string codeBlockArg;
List<string> arguVars = new List<string>{};
string codeBlockName;
int currentLine;
int tokenCount;
int arguLoc;
string lastToken;
static char[] spaceSplit = new char[]{' '};
static char[] quoteSplit = new char[]{'"'};
static List<string> startOporators = new List<string>(){"(", "+", "-", "*", "/"};
static List<string> endOporators = new List<string>(){")", "+", "-", "*", "/"};
static List<string> locationAndMovement = new List<string>(new string[]{
"natural gravity",
"artificial gravity",
"total gravity",
"ship speed",
"ship linear velocity",
"ship angular velocity",
"ship base mass",
"ship total mass",
"planet position",
"planet elevation",
});
IMyTimerBlock easyAutoTB = null;
IMyTextPanel codeLCD;
IMyTextPanel debugLCD;
string errorText = "";
public Program() {
// The constructor, called only once every session and
// always before any other method is called. Use it to
// initialize your script.
if(Storage.LastIndexOf('¶') != -1 && Storage.LastIndexOf('¶') != Storage.Length - 1)
{
delayMilliseconds = TimeSpan.Parse(Storage.Substring(Storage.LastIndexOf('¶') + 1));
resetElapsedTime = false;
if(easyAutoTB == null) {easyAutoTB = (IMyTimerBlock)GridTerminalSystem.GetBlockWithName(linkedTBName); }
if(easyAutoTB == null)
{
ShowError(linkedTBName + " Not Found.\nBe sure to enter the name of the Timer Block you " +
"wish to use as a cycler in the code editor and hit the Remember & Exit button");
return;
}
easyAutoTB.ApplyAction("TriggerNow");
}
}
public void Save() {
// Called when the program needs to save its state. Use
// this method to save your state to the Storage field
// or some other means.
Storage = Storage + "§¶";
if(!resetElapsedTime)
{
Storage = Storage + Convert.ToString(delayMilliseconds);
}
if(Storage[1] == '¶') Storage = "";
}
void Main(string argument)
{
//--If reset is passed as the argument then Storage is wiped and program is stoped
// (good for recovering from runaways)
if (string.Equals(argument, "RESET", StringComparison.OrdinalIgnoreCase))
{ ClearDebugTextPanel(); Storage = ""; return; }
if (string.Equals(argument, "CHECK STORAGE", StringComparison.OrdinalIgnoreCase))
{ Echo("Storage currently contains\n\"" + Storage + "\""); return; }
//Sets "easyAutoTB" as the cycling timer block
if(easyAutoTB == null) {easyAutoTB = (IMyTimerBlock)GridTerminalSystem.GetBlockWithName(linkedTBName); }
if(easyAutoTB == null)
{
ShowError(linkedTBName + " Not Found.\nBe sure to enter the name of the Timer Block you " +
"wish to use as a cycler in the code editor and hit the Remember & Exit button");
return;
}
//--Erases the stored time at the end of storage after loading from save as well as
// takeing care of a special problem with Detailed info loading after the program runs on a fresh load
// (basicly Detailed info for things like Current Position = 0 no mater what on the first run, so we skip that run)
if(Storage.LastIndexOf('¶') != -1)
{
Storage = Storage.Substring(0, Storage.LastIndexOf('§'));
easyAutoTB.ApplyAction("TriggerNow");
return;
}
//if the current run is getting heavy then it will stop and continue on in the next frame
if(Runtime.CurrentInstructionCount > maxInstructions)
{
easyAutoTB.ApplyAction("TriggerNow");
return;
}
if(argument == "restart" && Storage.Length == 0) return;
//sets "debugLCD" as any LCD named "Debug LCD" and displays what is in Storage
if (debug && debugLCD == null)
{
debugLCD = (IMyTextPanel)GridTerminalSystem.GetBlockWithName("Debug LCD");
if(debugLCD == null)
{
ShowError("LCD named Debug LCD Not Found.\nBe sure to name an LCD \"Debug LCD\" " +
"or set debug to false");
return;
}else if(debug) DebugEcho(Storage + "\n");
}
//--If this is the first run (Storage = ""), Initializes and stores the line tracker in Storage at line 1
// The line tracker has two parts seperated by a "§"
// The first part is the argument and the second part is the line number. eg. LCDName(CodeBlock)§1
//--Then it stores the LCD name in the globle string variable "codeLCDName"
//--Then it stores what is in the round brackets in the globle string variable "codeBlockArg"
//--Then if codeBlockArg contains round brackets it stores the
// contence in the globle string array variable "arguVars"
// whether round brackets are found or not, it stores what isn't in brackets in
// the globle string variable "codeBlockName"
if (!ProcessArgument(argument)) { return; }
//Sets "codeLCD" as the LCD with code on it
codeLCD = (IMyTextPanel)GridTerminalSystem.GetBlockWithName(codeLCDName);
if (codeLCD == null)
{
ShowError("LCD " + codeLCDName + " not found.\nCheck spelling and case");
return;
}
//--Stores the private text of the code LCD in the "code" Dictionary.
// The first keys are the names of the code blocks.
// The first values are new dictionaries.
// These secondary dictionary's keys are the line numbers in the code blocks starting at 1.
// These secondary dictionary's values are lists containing the tokens in each line.
//Tokens are:
// -The statement types (if, else, when, delay, write, writeline, writenew, clear, run,
// end, stop, and (actions and slider types))
// -Detailed info types such as "Current position"
// -Names of blocks
// -Oporators such as ">", "<", and "="
// -Seporators such as "of" and "to"
// -Values such as a number or a true, false, on, off
//--If the code dictionary has been initiated in a previous run and nothing has changed in the private text
// of the code LCD then this is skipped.
string currentPrivateText = codeLCD.CustomData;
if(!string.Equals(oldPrivateText, currentPrivateText))
{
if (BracketProblem('{', '}', currentPrivateText)) {ShowError("Compile Error\n" + errorText); errorText = ""; return;}
if (BracketProblem('(', ')', currentPrivateText)) {ShowError("Compile Error\n" + errorText); errorText = ""; return;}
oldPrivateText = currentPrivateText;
InitiateCodeDictionary(currentPrivateText, ref code);
if(code.ContainsKey("Variables"))
{
vars = new List<string>{};
for(int i = 0; i < code["Variables"].Count; i++) vars.Add(code["Variables"][i][0]);
}
}
//Check if the requested code block is pressent
if(!code.ContainsKey(codeBlockName))
{
ShowError("The LCD \"" + codeLCDName + "\" does not contain a code block named \"" + codeBlockName +"\"\n");
return;
}
//puts a list of the elements in Storage in the global List<string> variable "crntStorage"
crntStorage = new List<string>(Storage.Split('§'));
//puts the current line indication from Storage into the global int variable "currentLine"
currentLine = int.Parse(crntStorage[1]);
currentBlock = GetCodeBlockName(crntStorage[0]);
//If the currentLine is blank then go to the next line
if(code[currentBlock][currentLine - 1][0] == "")
{
Next(currentLine + 1);
Main("");
}
//storing usefull info about the current line
tokenCount = code[codeBlockName][currentLine - 1].Count; //number of tokens in current line
lastToken = code[codeBlockName][currentLine - 1][tokenCount - 1]; //contence of last token in line
arguLoc = ArguVarLoc(lastToken); //Location of argument variable (*1, *2, etcetera), -1 if not pressent
//Handleing the current instruction line
string action = code[codeBlockName][currentLine - 1][0];
string actionLow = action.ToLower();
if (actionLow == "delay") { HandleDelay(); return;}
else if (actionLow == "when") { HandleIfWhen("when"); return;}
else if (action[0] == '@') { HandleBlockRefference(); return;}
else if (actionLow == "end" && tokenCount == 1) { Storage = ""; return; }
else if (actionLow == "stop" && tokenCount == 1) { Storage = ""; return; }
else if (actionLow == "if") { HandleIfWhen("if"); return; }
else if (actionLow == "else") { int endOfElse = FindBracketPartnerInCode("{"); Next(endOfElse + 1); return; }
else if (actionLow == "rotate" || actionLow == "shortrotate") { HandleRotate(); return; }
else if (actionLow.Contains("write") || actionLow.Contains("clear")) { HandleWrite(actionLow); return;}
else if (actionLow == "show") { HandleShow(); return;}
else if(tokenCount > 4 && code[currentBlock][currentLine - 1][1].ToLower() == "of" &&
code[currentBlock][currentLine - 1][3] == "=") { HandlePropertySetter(); return;}
else if(code[currentBlock][currentLine - 1].Count == 2) { HandleActionSetter(); return;}
else if (actionLow == "run" && code[currentBlock][currentLine - 1][2] == "=") { HandleRunWithArgument(); return;}
else if (actionLow == "rename") { HandleRename(); return; }
else
{
Next(currentLine + 1);
return;
}
}
//===========================================================
// METHODS
//===========================================================
//==================
//Initialization Methods
//==================
public void InitiateCodeDictionary(string _privateText, ref Dictionary<string, Dictionary<int, List<string>>> _code)
{
_code = new Dictionary<string, Dictionary<int, List<string>>>{};
string codeBlockName = "";
int a = 0;
while((a = _privateText.IndexOf('{', a)) != -1)
{
var lineDictionary = new Dictionary<int, List<string>>{};
codeBlockName = _privateText.Substring(_privateText.LastIndexOf('@', a) + 1, a - _privateText.LastIndexOf('@', a) - 1).Trim();
string codeBlock = _privateText.Substring(a + 1, FindBracketPartner('{', _privateText, a) - a - 1).Trim() + '\n';
int i = 0;
int dictKey = 0;
while(i < codeBlock.Length - 1)
{
int startLine = i;
int endLine = codeBlock.IndexOf('\n', i);
//pull the current single line out of the code block and into one string
var currentLine = codeBlock.Substring(startLine, endLine - startLine).Trim();
//split the current line into its individual words and operators
List<string> writeLine = new List<string>(currentLine.Split(spaceSplit, StringSplitOptions.RemoveEmptyEntries));
//_________________for empty lines
if(writeLine.Count == 0)
{
//Set the start of the next line after the end of the current line
i = codeBlock.IndexOf('\n', i) + 1;
writeLine.Add("");
//for(int k = 0;k<writeLine.Count;k++)Echo("!"+writeLine[k]+"!");
lineDictionary.Add(dictKey, writeLine);
}
//_________________for Block Refferencing
else if(currentLine[0] == '@')
{
//Set the start of the next line after the end of the current line
i = codeBlock.IndexOf('\n', i) + 1;
//Parse text into tokens
if(writeLine[writeLine.Count - 1].Trim()[0] == '*')
RecompileList("¤", writeLine[writeLine.Count - 1], ref writeLine);
else
RecompileList("¤", "¤", ref writeLine);
//for(int k = 0;k<writeLine.Count;k++)Echo("!"+writeLine[k]+"!");
lineDictionary.Add(dictKey, writeLine);
}
//_________________for LCD Write instructions
else if(currentLine.IndexOf('"') != -1)
{
int startQuote = codeBlock.IndexOf('"', startLine);
if(codeBlock.Contains ("\\\""))
{
codeBlock = codeBlock.Replace("\\\"", "¶");
endLine = codeBlock.IndexOf('\n', i);
}
int endQuote = codeBlock.IndexOf('"', startQuote + 1);
//_________________for LCD Write Instructions that span muliple lines
if(startQuote < endLine && endQuote > endLine)
{
//pull the multiple lines out of the code block and into one string
currentLine = codeBlock.Substring(startLine, codeBlock.IndexOf('\n', endQuote) - startLine).Trim();
//Set the start of the next line after the end of the last line in the multi line write Instruction
i = codeBlock.IndexOf('\n', endQuote) + 1;
//parse the text onto Tokens
string[] writePars = currentLine.Split(quoteSplit, StringSplitOptions.RemoveEmptyEntries);
writePars[0] = writePars[0].Trim();
writeLine = new List<string>(writePars[0].Split(spaceSplit, StringSplitOptions.RemoveEmptyEntries));
if(writePars[1].IndexOf('¶') != -1)
writePars[1] = writePars[1].Replace('¶', '"');
writeLine.Add(writePars[1]);
//if not a variables code block
if(codeBlockName != "Variables")
{
if(writePars[writePars.Length - 1].Trim().Length > 0 &&
writePars[writePars.Length - 1].Trim()[0] == '*')
writeLine.Add(writePars[writePars.Length - 1].Trim());
if(String.Equals(writeLine[0], "IF", StringComparison.OrdinalIgnoreCase) ||
String.Equals(writeLine[0], "WHEN", StringComparison.OrdinalIgnoreCase))
{
if(writeLine.IndexOf("=") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], "=", ref writeLine);
if(writeLine.IndexOf("!=") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], "!=", ref writeLine);
if(writeLine.IndexOf(">") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], ">", ref writeLine);
if(writeLine.IndexOf(">>") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], ">>", ref writeLine);
if(writeLine.IndexOf("<") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], "<", ref writeLine);
if(writeLine.IndexOf("<<") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], "<<", ref writeLine);
}
else RecompileList(writeLine[1], "=", ref writeLine);
}
//for(int k = 0;k<writeLine.Count;k++)Echo("!"+writeLine[k]+"!");
//store the list of tokens in a dictionary with the line number in the code block as a key
//(starts at 0)
lineDictionary.Add(dictKey, writeLine);
}
//________________for LCD Write Instructions that are on one line
else
{
//pull the single line out of the code block and into one string
currentLine = codeBlock.Substring(i, endLine - i).Trim();
//Set the start of the next line after the end of the current line
i = codeBlock.IndexOf('\n', i) + 1;
//parse the text onto Tokens
string[] writePars = currentLine.Split(quoteSplit, StringSplitOptions.RemoveEmptyEntries);
writePars[0] = writePars[0].Trim();
writeLine = new List<string>(writePars[0].Split(spaceSplit, StringSplitOptions.RemoveEmptyEntries));
if(writePars[1].IndexOf('¶') != -1)
writePars[1] = writePars[1].Replace('¶', '"');
writeLine.Add(writePars[1]);
//if not a Variables code block
if(codeBlockName != "Variables")
{
if(writePars[writePars.Length - 1].Trim().Length > 0 &&
writePars[writePars.Length - 1].Trim()[0] == '*')
writeLine.Add(writePars[writePars.Length - 1].Trim());
if(String.Equals(writeLine[0], "RENAME", StringComparison.OrdinalIgnoreCase))
{
if(writeLine.IndexOf("=") != -1) RecompileList(writeLine[0], "=", ref writeLine);
else if(writeLine.IndexOf("-") != -1) RecompileList(writeLine[0], "-", ref writeLine);
else if(writeLine.IndexOf("+") != -1) RecompileList(writeLine[0], "+", ref writeLine);
else
{
foreach(string s in writeLine)
{
if(s[0] == '+')
{
RecompileList(writeLine[0], s, ref writeLine);
break;
}
}
}
}
else if(String.Equals(writeLine[0], "IF", StringComparison.OrdinalIgnoreCase) ||
String.Equals(writeLine[0], "WHEN", StringComparison.OrdinalIgnoreCase))
{
if(writeLine.IndexOf("=") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], "=", ref writeLine);
if(writeLine.IndexOf("!=") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], "!=", ref writeLine);
if(writeLine.IndexOf(">") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], ">", ref writeLine);
if(writeLine.IndexOf(">>") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], ">>", ref writeLine);
if(writeLine.IndexOf("<") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], "<", ref writeLine);
if(writeLine.IndexOf("<<") != -1) RecompileList(writeLine[writeLine.IndexOf("of")], "<<", ref writeLine);
}
else RecompileList(writeLine[1], "=", ref writeLine);
}
//for(int k = 0;k<writeLine.Count;k++)Echo("!"+writeLine[k]+"!");
//store the list of tokens in a dictionary with the line number in the code block as a key
//(starts at 0)
lineDictionary.Add(dictKey, writeLine);
}
}
//________________for Instructions that have no quotation marks
else
{
bool isMath = false;
//Set the start of the next statement after the end of the current statement
//and Tokenization of math type variables
if(codeBlockName == "Variables" &&
writeLine.Count >= 3 &&
writeLine[2].Length >= 4 &&
string.Equals(writeLine[2].Substring(0, 4), "MATH", StringComparison.OrdinalIgnoreCase))
{
isMath = true;
i = codeBlock.IndexOf('\n', FindBracketPartner('(', codeBlock, codeBlock.IndexOf('(', i))) + 1;
endLine = i - 1;
currentLine = codeBlock.Substring(startLine, endLine - startLine).Trim();
StringBuilder builder = new StringBuilder(currentLine);
builder.Replace("\n", " ");
builder.Replace("(", " ( ");
builder.Replace(")", " ) ");
builder.Replace("+", " + ");
builder.Replace("-", " - ");
builder.Replace("/", " / ");
builder.Replace("*", " * ");
currentLine = builder.ToString().Trim();
writeLine = new List<string>(currentLine.Split(spaceSplit, StringSplitOptions.RemoveEmptyEntries));
}
else
{
i = codeBlock.IndexOf('\n', i) + 1;
}
//parse the text into Tokens
string spliter = "";
if(writeLine.Count > 1 && string.Equals(writeLine[1], "TO", StringComparison.OrdinalIgnoreCase))
{
writeLine[1] = writeLine[1].ToLower();
spliter = "to";
}
else spliter = "of";
if(writeLine.Contains("=") || writeLine.Contains("<") || writeLine.Contains(">") || writeLine.Contains("!=") ||
writeLine.Contains("<<") || writeLine.Contains(">>"))
{
writeLine = new List<string>(currentLine.Split(spaceSplit, StringSplitOptions.RemoveEmptyEntries));
//if not a variable
if(writeLine[1] != "=")
{
if(writeLine.Contains("="))
{
if(string.Equals(writeLine[0], "RUN", StringComparison.OrdinalIgnoreCase))
RecompileList(writeLine[0], "=", ref writeLine);
else
RecompileList(spliter, "=", ref writeLine);
if(writeLine[writeLine.Count - 1].Trim()[0] == '*')
RecompileList("=", writeLine[writeLine.Count - 1], ref writeLine);
else
RecompileList("=", "¤", ref writeLine);
}
if(writeLine.Contains("!="))
{
if(writeLine[writeLine.Count - 1].Trim()[0] == '*')
RecompileList("!=", writeLine[writeLine.Count - 1], ref writeLine);
else
RecompileList("!=", "¤", ref writeLine);
}
if(writeLine.Contains("<")) RecompileList(spliter, "<", ref writeLine);
if(writeLine.Contains("<<")) RecompileList(spliter, "<<", ref writeLine);
if(writeLine.Contains(">")) RecompileList(spliter, ">", ref writeLine);
if(writeLine.Contains(">>")) RecompileList(spliter, ">>", ref writeLine);
if(string.Equals(writeLine[0], "IF", StringComparison.OrdinalIgnoreCase) ||
string.Equals(writeLine[0], "WHEN", StringComparison.OrdinalIgnoreCase) ||
string.Equals(writeLine[0], "ELSE", StringComparison.OrdinalIgnoreCase))
{
writeLine[0] = writeLine[0].ToLower();
if(writeLine[0] == "if")
RecompileList("if", "of", ref writeLine);
else if(writeLine.Count > 0 && writeLine [0] == "else" &&
string.Equals(writeLine[1], "IF", StringComparison.OrdinalIgnoreCase))
{
writeLine[1] = writeLine[1].ToLower();
RecompileList("if", "of", ref writeLine);
}
else if(writeLine[0] == "when")
RecompileList("when", "of", ref writeLine);
}
else if(writeLine.Contains(spliter)) RecompileList("¤", spliter,ref writeLine); //2.002 fix multi word properties
}else
{
//this is for variables that pull values when called
if(writeLine.Contains(spliter))
{
if(isMath)
{
int m = 0;
while(m != -1)
{
m = writeLine.IndexOf("of", m + 1);
int startLength = writeLine.Count;
if(m != -1)
{
LastRecompileListFrom(m, startOporators, ref writeLine);
int endLength = writeLine.Count;
m = m - (startLength - endLength);
RecompileListFrom(m, endOporators, ref writeLine);
}
}
}
else
{
RecompileList("=", spliter, ref writeLine);
RecompileList(spliter, "¤", ref writeLine);
}
}
}
}else
{
//string.Equals(writeLine[0], "FLOATING", StringComparison.OrdinalIgnoreCase)
//--------------------------------------------------------------------------------------------------
//Parsing special case of action that contains spaces such as "Detect Small Ships"
if(string.Equals(writeLine[0], "Detect") ||
string.Equals(writeLine[0], "Force") ||
string.Equals(writeLine[0], "IncreaseBlink") || //2.002 fix for new milti word actions
string.Equals(writeLine[0], "DecreaseBlink") || //2.002 fix for new milti word actions
string.Equals(writeLine[0], "Add")) //2.017 fix for new milti word actions
{
if(string.Equals(writeLine[1], "Small") ||
string.Equals(writeLine[1], "Large") ||
string.Equals(writeLine[1], "Floating") ||
string.Equals(writeLine[1], "Top"))
{
writeLine[0] = writeLine[0] + " " + writeLine[1] + " " + writeLine[2];
writeLine.RemoveRange(1, 2);
}
else
{
writeLine[0] = writeLine[0] + " " + writeLine[1];
writeLine.RemoveAt(1);
}
}
//Parse text into tokens
if(string.Equals(writeLine[0], "SHOW", StringComparison.OrdinalIgnoreCase) &&
string.Equals(writeLine[2], "OF", StringComparison.OrdinalIgnoreCase))
{
if(writeLine[writeLine.Count - 1].Trim()[0] == '*')
RecompileList(writeLine[2], writeLine[writeLine.Count - 1], ref writeLine);
else
RecompileList(writeLine[2], "¤", ref writeLine);
}
else if((string.Equals(writeLine[0], "ROTATE", StringComparison.OrdinalIgnoreCase) ||
string.Equals(writeLine[0], "SHORTROTATE", StringComparison.OrdinalIgnoreCase)) &&
writeLine.IndexOf("to") != -1)
{
RecompileList(writeLine[0], "to", ref writeLine);
}
else if(writeLine[writeLine.Count - 1].Trim()[0] == '*')
RecompileList(writeLine[0], writeLine[writeLine.Count - 1], ref writeLine);
else
RecompileList(writeLine[0], "¤", ref writeLine);
}
//for(int k = 0;k<writeLine.Count;k++)Echo("!"+writeLine[k]+"!");
lineDictionary.Add(dictKey, writeLine);
}
dictKey++;
}
_code.Add(codeBlockName, lineDictionary);
//this is changed from a++;
a = FindBracketPartner('{', _privateText, a);
}
}
Boolean ProcessArgument(string _arg)
{
//Storage is used to keep track of the original argument and which line of code is being worked with
if (Storage.Length == 0) Storage = (_arg + "§1");
//if no argument has been passed to the pb instructs the user how to do so
if (Storage == "§1") {
ShowError("Pass argument like this: LCD Name(Code Block Name)");
return false;
}
_arg = Storage.Substring(0, Storage.IndexOf('§'));
if(_arg.Length != 0 && oldArgument != _arg)
{
int start = _arg.IndexOf('(');
int end = _arg.LastIndexOf(')');
if(start != -1) codeLCDName = _arg.Substring(0, start).Trim();
else
{
Storage = "";
ShowError("Argument is missing an opening round bracket \"(\"");
return false;
}
if(end != -1) codeBlockArg = _arg.Substring(start + 1, end - start -1).Trim();
else
{
Storage = "";
ShowError("Argument is missing a closing round bracket \")\"");
return false;
}
if(codeBlockArg.IndexOf('(') != -1 && codeBlockArg.IndexOf(')') != -1)
{
start = codeBlockArg.IndexOf('(');
end = codeBlockArg.LastIndexOf(')');
codeBlockName = codeBlockArg.Substring(0, start).Trim();
arguVars = new List<string>(codeBlockArg.Substring(start + 1, end - start -1).Split(','));
for(int i=0;i<arguVars.Count;i++) arguVars[i] = arguVars[i].Trim();
}else
{
arguVars = new List<string>();
codeBlockName = codeBlockArg;
}
oldArgument = _arg;
}
return true;
}
string GetCodeBlockName(string _arg)
{
int start = _arg.IndexOf('(');
int end = _arg.LastIndexOf(')');
string cbArg = _arg.Substring(start + 1, end - start -1).Trim();
string cbName = "";
if(cbArg.IndexOf('(') != -1 && cbArg.IndexOf(')') != -1)
{
start = cbArg.IndexOf('(');
end = cbArg.LastIndexOf(')');
cbName = cbArg.Substring(0, start).Trim();
}else cbName = cbArg;
return cbName;
}
void GetRequiredBlocksByName(string name, ref List<IMyTerminalBlock> selected)
{
if(name[0] == '(' && name[name.Length - 1] == ')')
{
IMyBlockGroup foundGroup = GridTerminalSystem.GetBlockGroupWithName (name.TrimStart('(').TrimEnd(')'));
if (foundGroup == null)
Echo("group \"" + name + "\" not found. Check case, spelling, and ownership");
foundGroup.GetBlocks(selected);
}
else if (name[0] == '#')
{
List<IMyTerminalBlock> foundBlock = new List<IMyTerminalBlock>();
GridTerminalSystem.SearchBlocksOfName(name.Substring(1), foundBlock);
foreach(IMyTerminalBlock x in foundBlock)
{
if (name.Substring(1) == x.CustomName)
selected.Add(x);
}
if(selected.Count == 0)
Echo("block \"" + name + "\" not found, Check case, spelling, and ownership");
}
else
GridTerminalSystem.SearchBlocksOfName(name, selected);
if (selected.Count == 0)
Echo(name + " not found, Check case, spelling, and ownership");
}
List<string> HandleDynamicVariables()
{
List<string> values = new List<string>{};
string value = code[currentBlock][currentLine - 1][tokenCount - 2];
if (arguVars.Count >= arguLoc && arguVars[arguLoc - 1] != "*") value = arguVars[arguLoc - 1];
if(vars.Contains(value)) values = HandleVariables(value);
else values.Add(value);
return values;
}
List<string> HandleVariables(string varName)
{
List<string> values = new List<string>{};
int varLoc = vars.IndexOf(varName);
if(code["Variables"][varLoc].Count == 5)
values = GetSignals(code["Variables"][varLoc][4], code["Variables"][varLoc][2]);
else if( code["Variables"][varLoc].Count >= 3 &&
code["Variables"][varLoc][2].Length >= 4 &&
string.Equals(code["Variables"][varLoc][2].Substring(0, 4), "MATH", StringComparison.OrdinalIgnoreCase))
{
values.Add(GetSolution(code["Variables"][varLoc]));
}
else
values.Add(code["Variables"][varLoc][2]);
return values;
}
List<string> GetSignals(string blockName, string property)
{
List<string> signals = new List<string>{};
List<IMyTerminalBlock> blocks = new List<IMyTerminalBlock>{};
GetRequiredBlocksByName(blockName, ref blocks);
if(string.Equals(property, "NUMBER", StringComparison.OrdinalIgnoreCase))
signals.Add(blocks.Count.ToString());
else if(locationAndMovement.Contains(property.ToLower()) ||
locationAndMovement.Contains(property.Substring(0,property.Length - 2)))
{
if(blocks[0].GetType().Name != "MyCockpit")
{
ShowError("When using " + property + ", " + blockName + " must be a Cockpit.");
return signals;
}
IMyCockpit cockpit = blocks[0] as IMyCockpit;
string propLow = property.ToLower();
if(propLow.Contains("natural gravity"))signals.Add(Convert.ToString(cockpit.GetNaturalGravity()));
else if(propLow.Contains("artificial gravity"))signals.Add(Convert.ToString(cockpit.GetArtificialGravity()));
else if(propLow.Contains("total gravity"))signals.Add(Convert.ToString(cockpit.GetTotalGravity()));
else if(propLow == "ship speed") signals.Add(Convert.ToString(cockpit.GetShipSpeed()));
else if(propLow.Contains("ship linear velocity")) signals.Add(Convert.ToString(cockpit.GetShipVelocities().LinearVelocity));
else if(propLow.Contains("ship angular velocity")) signals.Add(Convert.ToString(cockpit.GetShipVelocities().AngularVelocity));
else if(propLow == "ship base mass") signals.Add(Convert.ToString(cockpit.CalculateShipMass().BaseMass));
else if(propLow == "ship total mass") signals.Add(Convert.ToString(cockpit.CalculateShipMass().TotalMass));
else if(propLow.Contains("planet position")){
var pos = new Vector3D();
cockpit.TryGetPlanetPosition(out pos);
signals.Add(Convert.ToString(pos));
}else if(propLow == "planet elevation"){
var elev = new double();
var planetElev = new MyPlanetElevation();
cockpit.TryGetPlanetElevation(planetElev, out elev);
signals.Add(Convert.ToString(elev));
}else{
Echo(blocks[0] + " does not have a\n\"" + property + "\" value\n");
signals.Add("");
}
if(propLow.Length > 14){
if(propLow.Substring(propLow.Length - 2, 2) == " x")
signals[0] = signals[0].Substring(signals[0].IndexOf('X') + 2, signals[0].IndexOf('Y') - 1 - (signals[0].IndexOf('X') + 2));
else if(propLow.Substring(propLow.Length - 2, 2) == " y")
signals[0] = signals[0].Substring(signals[0].IndexOf('Y') + 2, signals[0].IndexOf('Z') - 1 - (signals[0].IndexOf('Y') + 2));
else if(propLow.Substring(propLow.Length - 2, 2) == " z")
signals[0] = signals[0].Substring(signals[0].IndexOf('Z') + 2, signals[0].Length - 1 - (signals[0].IndexOf('Z') + 2));
}
}
else
for(int i = 0; i < blocks.Count; i++)
{
string signal = GetValue(blocks[i], property);
if(signal == "") signal = GetDetailedInfoValue(blocks[i], property);
if(signal == "") Echo(blocks[i].DefinitionDisplayNameText + " does not have a\n\"" + property + "\" value\n");
signals.Add(signal);
if (blockName[0] == '#')
break;
}
return signals;
}
string GetSolution(List<string> _varStatement)
{
List<string> equasion = new List<string>();
int a = 4;
while(a < _varStatement.Count - 1)
{
equasion.Add(_varStatement[a]);
a++;
}
return MathFunc(equasion)[0];
}
List<string> MathFunc(List<string> _equasion)
{
if (_equasion.Contains("¶DbyZ")) return _equasion;
int bPartner = 0;
List<string> newEquasion = new List<string>();
//if the equasion does not contain a "(" then do the math and return a list with the answer in position 0
if( !_equasion.Contains("(") )
{
//string check = "";
//foreach(string i in _equasion) check += " " + i + " ";
//Echo(check + " = ");
_equasion = SolveAlgibra(_equasion);
//Echo(_equasion[0]);
return _equasion;
}
//if the equasion does contain at least one "("
while (_equasion.IndexOf("(") > -1)
{
List<string> result = new List<string>();
List<string> subEquasion = new List<string>();
//get the indexes of the start and end of the first bracket pair encountered from left to right
int bStart = _equasion.IndexOf("(");
bPartner = FindBracketPartner("(", _equasion, bStart);
//assign the contence of that bracket pair to a new list
for(int i = bStart + 1; i < bPartner; i++) subEquasion.Add(_equasion[i]);
string solution = MathFunc(subEquasion)[0];
//INCEPTION!!! BWAAAAO
for(int i = 0; i < bStart; i++) result.Add(_equasion[i]);
result.Add(solution);
for(int i = bPartner + 1; i < _equasion.Count; i++) result.Add(_equasion[i]);
_equasion = new List<string>(result);
}
_equasion = MathFunc(_equasion);
return _equasion;
}
List<string> SolveAlgibra(List<string> _equasion)
{
int b = 0;
while(b < _equasion.Count && (b = _equasion.IndexOf("of", b)) > -1)
{
_equasion[b] = GetSignals(_equasion[b + 1], _equasion[b - 1])[0];
_equasion.RemoveAt(b + 1);
_equasion.RemoveAt(b - 1);
}
b = 0;
while(b < _equasion.Count && (b = _equasion.IndexOf("*", b)) > -1)
{
_equasion[b] = (FloatParseValue(_equasion[b - 1]) * FloatParseValue(_equasion[b + 1])).ToString();
_equasion.RemoveAt(b + 1);
_equasion.RemoveAt(b - 1);
}
b = 0;
while(b < _equasion.Count && (b = _equasion.IndexOf("/", b)) > -1)
{
if(_equasion[b + 1] == "0")
{
Storage = "Devide By Zero Error";
Echo("This Automation has stoped due to an attempt to devide by Zero");
_equasion[b] = "¶DbyZ";
}
else
_equasion[b] = (FloatParseValue(_equasion[b - 1]) / FloatParseValue(_equasion[b + 1])).ToString();
_equasion.RemoveAt(b + 1);
_equasion.RemoveAt(b - 1);
}
b = 0;
while(b < _equasion.Count && (b = _equasion.IndexOf("+", b)) > -1)
{
_equasion[b] = (FloatParseValue(_equasion[b - 1]) + FloatParseValue(_equasion[b + 1])).ToString();
_equasion.RemoveAt(b + 1);
_equasion.RemoveAt(b - 1);
}
b = 0;
while(b < _equasion.Count && (b = _equasion.IndexOf("-", b)) > -1)
{
_equasion[b] = (FloatParseValue(_equasion[b - 1]) - FloatParseValue(_equasion[b + 1])).ToString();
_equasion.RemoveAt(b + 1);
_equasion.RemoveAt(b - 1);
}
//_equasion now holds the answer in position 0
return _equasion;
}
//====================
//Action Handler Methods
//====================
void HandleDelay()
{
List<string> values = new List<string>{};
if(lastToken.IndexOf('*') == 0) values = HandleDynamicVariables();
else if(vars.Contains(lastToken)) values = HandleVariables(lastToken);
else values.Add(lastToken);
delayTime = IntParseValue(values[0]);
if (delayTime < 1) delayTime = 1;
if (resetElapsedTime == true)
{
resetElapsedTime = false;
delayMilliseconds = new System.TimeSpan(0);
//ElapsedTime = new System.TimeSpan(0);
} else delayMilliseconds += Runtime.TimeSinceLastRun;
//delayMilliseconds += ElapsedTime;
if (delayMilliseconds < TimeSpan.FromMilliseconds (delayTime))
{
//if (debug) DebugEcho(Convert.ToString(delayMilliseconds) + "\n"+" of " + value + " milliseconds delayed\n");
if (debug) Echo(Convert.ToString(delayMilliseconds)+ "\n"+" of " + values[0] + " milliseconds delayed");
easyAutoTB.ApplyAction("TriggerNow");
return;
}
//if (debug) DebugEcho(Convert.ToString(Convert.ToString(delayMilliseconds) + "\n"+" of " + value + " milliseconds delayed\n"));
if (debug) Echo(Convert.ToString(delayMilliseconds)+ "\n"+" of " + values[0] + " milliseconds delayed");
delayMilliseconds = new TimeSpan();
resetElapsedTime = true;
Next(currentLine + 1);
return;
}
void HandleBlockRefference()
{
List<string> blockRefs = new List<string>{};
if(lastToken.IndexOf('*') == 0) blockRefs = HandleDynamicVariables();
else blockRefs.Add(lastToken);
string blockRef = blockRefs[0];
blockRef = blockRef.Trim('@');
if(blockRef.IndexOf('(') != -1 && blockRef.IndexOf(')') != -1)
{
var nextLCD = (IMyTextPanel)GridTerminalSystem.GetBlockWithName(blockRef.Substring(0,blockRef.IndexOf('(')).Trim());
if(nextLCD == null)
{
ShowError("The LCD" + blockRef.Substring(0,blockRefs[0].IndexOf('(')).Trim() + " does not exist.\nYour attempt to refference another LCD on line " + currentLine + " has failed");
return;
}
}else blockRef = codeLCDName + "(" + blockRef + ")";
StringBuilder storageBuilder = new StringBuilder();
int crntBlkLngth = code[currentBlock].Count;
if(currentLine < crntBlkLngth)
{
if(blockRef != crntStorage[0])
{
storageBuilder.Append(blockRef).Append('§').Append('1').Append('§')
.Append(crntStorage[0]).Append('§').Append(Convert.ToString(currentLine + 1));
for(int i = 2; i < crntStorage.Count; i++) storageBuilder.Append('§').Append(crntStorage[i]);
}
else
{
storageBuilder.Append(crntStorage[0]).Append('§').Append('1');
for(int i = 2; i < crntStorage.Count; i++) storageBuilder.Append('§').Append(crntStorage[i]);
}
Storage = Convert.ToString(storageBuilder);
Main("");
//easyAutoTB.ApplyAction("TriggerNow");
//return;
}else
{
storageBuilder.Append(blockRef).Append('§').Append('1');
for(int i = 2; i < crntStorage.Count; i++) storageBuilder.Append('§').Append(crntStorage[i]);
Storage = Convert.ToString(storageBuilder);
Main("");
//easyAutoTB.ApplyAction("TriggerNow");
//return;
}
}
void HandleIfWhen(string ifWhen)
{
List<string> reqVals = new List<string>{};
if(lastToken.IndexOf('*') == 0) reqVals = HandleDynamicVariables();
else if(vars.Contains(lastToken)) reqVals = HandleVariables(lastToken);
else reqVals.Add(lastToken);
int isElseIf = 0;
if(string.Equals(code[currentBlock][currentLine - 1][0], "ELSE", StringComparison.OrdinalIgnoreCase))
{
isElseIf = 1;
}
var actValList = new List<string>{};
string itemName = code[codeBlockName][currentLine - 1][isElseIf + 3];
if(string.Equals(code[codeBlockName][currentLine - 1][isElseIf + 1], "NUMBER", StringComparison.OrdinalIgnoreCase))