Stack too deep, try using less variables on creating contract - solidity

Question

I am trying to create a contract from a contract factory using the following function:
function createContract(string _var1, string _var2,
uint32 _var3, string _var4, string _var5,
string _var6, uint32 _var7, uint32 _var8, uint32 _var9,
uint32 _var10, uint32 _var11)
public returns (address contractAddress) {
return new Contract(_var1, random1, random2, _var2,
_var3, _var4, _var5, _var6, _var7, _var8,
_var9, _var10, _var11);
}
N.B. random1 and random2 are fields in the contract factory.
This function throws Stack too deep, try using less variables. I have read that I should split up the function etc. to get around this, but obviously, that is not an option here. Is there a way to get this working?

Answer 1

So, initially I tried grouping the variables by type into this:
function createContract(string[] _var1, uint32[] _var2)
public returns (address contractAddress) {
return new Contract(_var1, random1, random2, _var2);
}
However, nested dynamic arrays are not supported at this time. As string is represented as byte[] in EVM, a string[] is in fact passed as a byte[][].
I ended up grouping the uint32 and leaving the strings:
function createContract(string _var1, string _var2, uint32[] _var3,
string _var4, string _var5, string _var6)
public returns (address contractAddress) {
return new Contract(_var1, random1, random2, _var2,
_var3, _var4, _var5, _var6);
}
EDIT: Even though this method works, it is badly designed. See my other answer for a better workaround for this.

Answer 2

I went one step further with this as having an array of unit32 is ambiguous and confusing in terms of the position of a specific argument.
My final attempt utilized the struct type to provide a less ambiguous implementation. This struct is in a library in a separate file Library.sol:
struct ContractArgs {
uint32 var1;
string var2;
uint32 var3;
....
}
The factory method looks like this:
function createContract(Library.ContractArgs _contractArgs)
public returns (address contractAddress) {
return new Contract(_contractArgs, random1, random2);
}
And my constructor looks like this:
function Contract(Library.ContructorArgs _contractorArgs,
uint32 _supplierId, string _supplierName) {
contractArgs = _contractArgs;
random1 = _random1;
random2 = _random2;
}