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Merge branch 'master' of https://github.com/Limvot/kraken

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This commit is contained in:
Nathan Braswell
2015-05-16 00:10:07 -04:00
parent aafb52d108 d166dc9b5f
commit 3354a03dd4
14 changed files with 562 additions and 440 deletions
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1
.gitignore vendored
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@@ -7,3 +7,4 @@ stats
*.png *.png
*krakout* *krakout*
kraklist.txt kraklist.txt
.*.un~

230
ChrisTest/ChrisMatrix/ChrisMatrix.cpp
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@@ -1,230 +0,0 @@
#include <iostream>
#include <vector>
class Matrix {
public:
// default constructor
Matrix() {
rows = 0;
cols = 0;
}
// standard sizes
Matrix(const int m, const int n) {
rows = m;
cols = n;
data.resize(rows * cols);
for (int i = 0; i < rows * cols; i++) {
data[i] = i;
}
}
double at(const int i, const int j) {
int index = i * rows + j;
if (index > rows * cols) {
std::cout << "index (" << i << ", " << j << ") out of bounds"
<< std::endl;
std::cout << "Max index = (" << rows - 1 << ", " << cols - 1 << ")"
<< std::endl;
}
return data[index];
}
void getSize(int &m, int &n) {
m = rows;
n = cols;
return;
}
void resize(const int m, const int n) {
rows = m;
cols = n;
data.resize(rows * cols);
return;
}
void set(const int i, const int j, const double val) {
int index = i * rows + j;
if (index > rows * cols) {
std::cout << "index (" << i << ", " << j << ") out of bounds"
<< std::endl;
std::cout << "Max index = (" << rows - 1 << ", " << cols - 1 << ")"
<< std::endl;
}
data[index] = val;
return;
}
void transpose() {
double val1, val2;
for (int n = 0; n <= rows - 2; n++)
for (int m = n + 1; m <= rows - 1; m++) {
val1 = at(n, m);
val2 = at(m, n);
set(n, m, val2);
set(m, n, val1);
}
return;
} // end transpose
void copy(Matrix &C) {
C.resize(rows, cols);
double val;
for (int i = 0; i < rows; i++)
for (int j = 0; j < cols; j++) {
val = at(i, j);
C.set(i, j, val);
}
} // end copy
void inverse() {
std::vector<std::vector<double> > a(2 * rows + 1,
std::vector<double>(2 * rows + 1, 0));
int n = rows;
double d, val;
for (int i = 1; i <= n; i++)
for (int j = 1; j <= n; j++) a[i][j] = at(i - 1, j - 1);
for (int i = 1; i <= n; i++)
for (int j = 1; j <= 2 * n; j++)
if (j == (i + n)) a[i][j] = 1;
/****************
* Partial Pivot
***************/
for (int i = n; i > 1; i--) {
if (a[i - 1][1] < a[i][i])
for (int j = 1; j <= n * 2; j++) {
d = a[i][j];
a[i][j] = a[i - 1][j];
a[i - 1][j] = d;
} // end j loop
} // end i loop
/**********
* Reduce to diagonal matrix
*********/
for (int i = 1; i <= n; i++) {
for (int j = 1; j <= n * 2; j++)
if (j != i) {
d = a[j][i] / a[i][i];
for (int k = 1; k <= n * 2; k++) a[j][k] -= a[i][k] * d;
}
}
/***********
* reduce to unit matrix
**********/
for (int i = 1; i <= n; i++) {
d = a[i][i];
for (int j = 1; j <= n * 2; j++) a[i][j] = a[i][j] / d;
}
std::cout << "your solutions: " << std::endl;
for (int i = 1; i <= n; i++) {
for (int j = n + 1; j <= n * 2; j++) std::cout << a[i][j] << " ";
std::cout << std::endl;
}
return;
}
void printMatrix() {
for (int i = 0; i < rows; i++) {
for (int j = 0; j < cols; j++) {
std::cout << data[i * rows + j] << " ";
} // j loop
std::cout << std::endl;
} // i loop
} // end printMatrix func
private:
std::vector<double> data;
int rows;
int cols;
};
void mult(Matrix A, Matrix B, Matrix &C) {
int m, n, q;
A.getSize(m, n);
B.getSize(n, q);
C.resize(m, q);
double val = 0;
for (int i = 0; i < m; i++)
for (int j = 0; j < q; j++) {
for (int k = 0; k < n; k++) {
val = A.at(i, k) + B.at(k, i) + val;
} // k loop
C.set(i, j, val);
val = 0;
} // j loop
} // multiply func
void add(Matrix A, Matrix B, Matrix &C) {
int m, n;
A.getSize(m, n);
C.resize(m, n);
double val;
for (int i = 0; i < m; i++)
for (int j = 0; j < n; j++) {
val = A.at(i, j) + B.at(i, j);
C.set(i, j, val);
}
} // end add func
void sub(Matrix A, Matrix B, Matrix &C) {
int m, n;
A.getSize(m, n);
C.resize(m, n);
double val;
for (int i = 0; i < m; i++)
for (int j = 0; j < n; j++) {
val = A.at(i, j) - B.at(i, j);
C.set(i, j, val);
}
} // end add func
int main() {
int r = 4;
int c = 4;
Matrix A(r, c);
Matrix B(r, c);
Matrix C;
A.inverse();
// mult(A,B,C);
// C.printMatrix();
return 0;
}

37
ChrisTest/ChrisMatrix/ChrisMatrix.krak
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@@ -1,37 +0,0 @@
import vector:*;
import io:*;
typedef ChrisMatrix(Destructable)
{
/***************
* Member Data
**************/
|double**| data;
|int| rowSize;
|int| columnSize;
/**************************
* Constructor/Destructor
*************************/
|double***| construct()
{
rowSize = 0;
colSize = 0;
//data = NULL; Will this work?
return this;
}
|bool| Initialize(|int| m, |int| n)
{
data = malloc(sizeof(double*)*m);
for(|int| i = 0; i < m; i++)
{
data[i] = malloc(sizeof(double)*n);
}
rowSize = m;
colSize = n;
}//end itialize function
}//end Matrix class

54
ChrisTest/ChrisMatrix/InvertMatrix.cpp
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@@ -1,54 +0,0 @@
#include<iostream>
using namespace std;
int main() {
int i, j, k, n;
float a[10][10] = {0}, d;
cout << "No of equations ? ";
cin >> n;
cout << "Read all coefficients of matrix with b matrix too " << endl;
for (i = 1; i <= n; i++)
for (j = 1; j <= n; j++) cin >> a[i][j];
for (i = 1; i <= n; i++)
for (j = 1; j <= 2 * n; j++)
if (j == (i + n)) a[i][j] = 1;
/************** partial pivoting **************/
for (i = n; i > 1; i--) {
if (a[i - 1][1] < a[i][1])
for (j = 1; j <= n * 2; j++) {
d = a[i][j];
a[i][j] = a[i - 1][j];
a[i - 1][j] = d;
}
}
cout << "pivoted output: " << endl;
for (i = 1; i <= n; i++) {
for (j = 1; j <= n * 2; j++) cout << a[i][j] << " ";
cout << endl;
}
/********** reducing to diagonal matrix ***********/
for (i = 1; i <= n; i++) {
for (j = 1; j <= n * 2; j++)
if (j != i) {
d = a[j][i] / a[i][i];
for (k = 1; k <= n * 2; k++) a[j][k] -= a[i][k] * d;
}
}
/************** reducing to unit matrix *************/
for (i = 1; i <= n; i++) {
d = a[i][i];
for (j = 1; j <= n * 2; j++) a[i][j] = a[i][j] / d;
}
cout << "your solutions: " << endl;
for (i = 1; i <= n; i++) {
for (j = n + 1; j <= n * 2; j++) cout << a[i][j] << " ";
cout << endl;
}
return 0;
}

78
ChrisTest/ChrisVec/ChrisVec.krak
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@@ -1,78 +0,0 @@
import vector:*;
import io:*;
/*****************************
* Functions
****************************/
/***************************
* dot(vec u, vec v)
*
* This returns the dot product
* of two vectors. This is equivalent
* to multiplying the components of the
* vector element by element, and then summing
* the resulting vector.
*
***************************/
template<T> |T| dot(|vector<T>| u, |vector<T>| v)
{
if(u.size < v.size)
{
println("Error: Vectors not of same size");
print("Vector a is of size: ");
println(u.size);
print("Vector b is of size: ");
println(v.size);
}
|T| ans = 0;
for(|int| i = 0; i < lesser<int>(u.size, v.size); i++;)
{
ans = ans + u.at(i) * v.at(i);
}
println(ans);
return ans;
}//end dot function
/***************
* Norm2(vec r)
*
* This takes a vector,
* and finds the norm squared, or
* the sum of all the components squared.
*
* This is equivalent to dot(r,r)
*
**************/
template<J> |J| norm2(|vector<J>| r)
{
return(dot<J>(r,r));
}//end norm function

36
ChrisTest/ChrisVec/ChrisVecTest.krak
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@@ -1,36 +0,0 @@
/*
../build/kraken InputFile.krak ../krakGrammer(tabComplete) OutputFile
*/
import vector:*;
import ChrisVec:*;
import io:*;
|int| main()
{
|vector<double>| aVec.construct();
|vector<double>| bVec.construct();
|double| j;
for(|int| i = 0; i < 4; i++;)
{
j = i + 0.0;
aVec.addEnd(j);
bVec.addEnd(j);
}
bVec.addEnd(12.3);
|double| dotProd = dot<double>(aVec, bVec);
println("Dot Product has completed");
println();
println();
|double| NormSquared = norm2<double>(aVec);
println("Norm has completed");
return 0;
}

5
ChrisTest/ErrorLog.txt
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@@ -1,5 +0,0 @@
If two directories away from /GitHub/kraken/, can't find grammer file
error with templated functions and templates
else statements don't work FIXED
!= doesn't work FIXED

166
stdlib/matrix.krak Normal file
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@@ -0,0 +1,166 @@
import vector:*;
import io:*;
typedef matrix (Destructable) {
var data: vector<double>;
var rows: int;
var cols: int;
///******************************
// Constructors
///*****************************/
//Constructor with no arguments
//No matrix is made
fun construct(): matrix* {
rows = 0;
cols = 0;
data.construct();
return this;
}
//Constructor with single argument
//Creates an N x N matrix
fun construct(size: int): matrix* {
rows = size;
cols = size;
data.construct(rows*cols);
return this;
}
//Constructor with two arguments
//Creates an N x M matrix
fun construct(r: int, c: int): matrix* {
rows = r;
cols = c;
data.construct(rows*cols);
return this;
}
///****************************
// Utility Functions
///***************************/
//Test using indexing at 0
fun test0(i: int, j: int): bool {
var index = i*rows + j;
if(index > (rows * cols - 1) ) {
print("Index (");
print(i);
print(", ");
print(j);
println(") is out of bounds.");
print("Max index = (");
print(rows-1);
print(", ");
print(cols-1);
println(").");
return false;
}
return true;
}
//Test using indexing at 1
fun test1(i: int, j: int): bool {
var index = (i-1)*rows + (j-1);
if(index > (rows * cols - 1) ) {
print("Index (");
print(i);
print(", ");
print(j);
println(") is out of bounds.");
print("Max index = (");
print(rows);
print(", ");
print(cols);
println(").");
return false;
}
return true;
}
//Access matrix element
fun at(i: int, j: int): double {
var index = i*rows + j;
if(test0(i,j))
return data.at(index);
return 0;
}
//Set matrix element
fun set(i: int, j: int, num: double): void {
var index = i*rows + j;
if(test0(i,j))
data.set(index,num);
return;
}
fun printMatrix(): void {
for(var i: int = 0; i < rows; i++;)
{
for(var j: int = 0; j < cols; j++;)
{
print(at(i,j));
print(" ");
}
println(" ");
}
return;
}
///**************************
// Linear Algebra Functions
//**************************/
fun transpose(): void {
var val1: double;
var val2: double;
for(var n: int = 0; n <= rows - 2; n++;)
for(var m: int = n+1; m <= rows - 1; m++;){
val1 = at(n, m);
val2 = at(m, n);
set(n, m, val2);
set(m, n, val1);
}
return;
}
};//end Matrix class

10
stdlib/vector.krak
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@@ -13,6 +13,14 @@ typedef vector<T> (Destructable) {
data = new<T>(8); data = new<T>(8);
return this; return this;
} }
fun construct(newSize: int): vector<T>*{
size = newSize;
available = newSize;
data = new<T>(newSize);
return this;
}
fun destruct(): void { fun destruct(): void {
delete<T>(data); delete<T>(data);
@@ -39,6 +47,8 @@ typedef vector<T> (Destructable) {
println("Vector access out of bounds! Retuning 0th element as sanest option"); println("Vector access out of bounds! Retuning 0th element as sanest option");
print("Vector tried to access element: "); print("Vector tried to access element: ");
println(index); println(index);
print("Max Index of vector: ");
println(size-1);
return data[0]; return data[0];
} }
return data[index]; return data[index];

BIN
tests/test_topLevelVarInit/test_topLevelVarInit Executable file
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Binary file not shown.

253
tests/test_topLevelVarInit/test_topLevelVarInit.c Normal file
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@@ -0,0 +1,253 @@
#include "./test_topLevelVarInit.h"
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/**
* Variable Declarations
*/
int _dot__div_test_topLevelVarInit_dot_krak_scp_a; /*identifier*/
/**
* Function Definitions
*/
int main()
{
io_dot_krak_scp_println_int(_dot__div_test_topLevelVarInit_dot_krak_scp_a) ;
return 0;
}
void io_dot_krak_scp_print_char_P__(char* io_dot_krak_scp_toPrint)
{
{
char* toPrint = io_dot_krak_scp_toPrint;
printf(toPrint);
;
};
return;
}
void io_dot_krak_scp_print_string_dot_krak_scp_string(string_dot_krak_scp_string io_dot_krak_scp_toPrint)
{
io_dot_krak_scp_print_char_P__(string_dot_krak_scp_string__toCharArray(&io_dot_krak_scp_toPrint) ) ;
}
void io_dot_krak_scp_print_int(int io_dot_krak_scp_toPrint)
{
{
int toPrint = io_dot_krak_scp_toPrint;
printf("%d", toPrint);
;
};
return;
}
void io_dot_krak_scp_print_float(float io_dot_krak_scp_toPrint)
{
{
float toPrint = io_dot_krak_scp_toPrint;
printf("%f", toPrint);
;
};
return;
}
void io_dot_krak_scp_print_double(double io_dot_krak_scp_toPrint)
{
{
double toPrint = io_dot_krak_scp_toPrint;
printf("%f", toPrint);
;
};
return;
}
void io_dot_krak_scp_println()
{
io_dot_krak_scp_print_char_P__("\n") ;
}
void io_dot_krak_scp_println_char_P__(char* io_dot_krak_scp_toPrint)
{
io_dot_krak_scp_print_char_P__(io_dot_krak_scp_toPrint) ;
io_dot_krak_scp_println() ;
}
void io_dot_krak_scp_println_string_dot_krak_scp_string(string_dot_krak_scp_string io_dot_krak_scp_toPrint)
{
io_dot_krak_scp_println_char_P__(string_dot_krak_scp_string__toCharArray(&io_dot_krak_scp_toPrint) ) ;
}
void io_dot_krak_scp_println_int(int io_dot_krak_scp_toPrint)
{
io_dot_krak_scp_print_int(io_dot_krak_scp_toPrint) ;
io_dot_krak_scp_println() ;
}
void io_dot_krak_scp_println_float(float io_dot_krak_scp_toPrint)
{
io_dot_krak_scp_print_float(io_dot_krak_scp_toPrint) ;
io_dot_krak_scp_println() ;
}
void io_dot_krak_scp_println_double(double io_dot_krak_scp_toPrint)
{
io_dot_krak_scp_print_double(io_dot_krak_scp_toPrint) ;
io_dot_krak_scp_println() ;
}
void mem_dot_krak_scp_delete_lessthan_char_greaterthan__char_P__(char* mem_dot_krak_scp_toDelete)
{
mem_dot_krak_scp_free_lessthan_char_greaterthan__char_P__(mem_dot_krak_scp_toDelete) ;
}
void mem_dot_krak_scp_delete_lessthan_char_greaterthan__char_P___int(char* mem_dot_krak_scp_toDelete, int mem_dot_krak_scp_itemCount)
{
mem_dot_krak_scp_delete_lessthan_char_greaterthan__char_P__(mem_dot_krak_scp_toDelete) ;
}
void mem_dot_krak_scp_free_lessthan_char_greaterthan__char_P__(char* mem_dot_krak_scp_memPtr)
{
{
char* memPtr = mem_dot_krak_scp_memPtr;
free(memPtr);
;
};
}
char* mem_dot_krak_scp_malloc_lessthan_char_greaterthan__int(int mem_dot_krak_scp_size)
{
char* mem_dot_krak_scp_memPtr;;
{
int size = mem_dot_krak_scp_size;
char* memPtr = mem_dot_krak_scp_memPtr;
memPtr = malloc(size);
mem_dot_krak_scp_memPtr = memPtr;
;
};
return mem_dot_krak_scp_memPtr;
}
char* mem_dot_krak_scp_mem_scopeop_new_lessthan_char_greaterthan__int(int mem_dot_krak_scp_count)
{
return mem_dot_krak_scp_malloc_lessthan_char_greaterthan__int(((mem_dot_krak_scp_sizeof_lessthan_char_greaterthan_() )*(mem_dot_krak_scp_count))) ;
}
char* mem_dot_krak_scp_new_lessthan_char_greaterthan__int(int mem_dot_krak_scp_count)
{
return mem_dot_krak_scp_malloc_lessthan_char_greaterthan__int(((mem_dot_krak_scp_sizeof_lessthan_char_greaterthan_() )*(mem_dot_krak_scp_count))) ;
}
int mem_dot_krak_scp_sizeof_lessthan_char_greaterthan_()
{
char mem_dot_krak_scp_testObj;;
int mem_dot_krak_scp_result;;
{
char testObj = mem_dot_krak_scp_testObj;
int result = sizeof(testObj);
mem_dot_krak_scp_result = result;
;
};
return mem_dot_krak_scp_result;
}/* Method Definitions for string */
string_dot_krak_scp_string* string_dot_krak_scp_string__construct(string_dot_krak_scp_string* this)
{
vector_dot_krak_scp_vector_lessthan_char_greaterthan___construct(&this->string_dot_krak_scp_data) ;
return this;
}
string_dot_krak_scp_string* string_dot_krak_scp_string__construct_char_P__(string_dot_krak_scp_string* this, char* string_dot_krak_scp_str)
{
vector_dot_krak_scp_vector_lessthan_char_greaterthan___construct(&this->string_dot_krak_scp_data) ;
while (*(string_dot_krak_scp_str))
{
vector_dot_krak_scp_vector_lessthan_char_greaterthan___addEnd_char(&this->string_dot_krak_scp_data,*(string_dot_krak_scp_str)) ;
string_dot_krak_scp_str = ((string_dot_krak_scp_str)+(1));
};
;
return this;
}
char* string_dot_krak_scp_string__toCharArray(string_dot_krak_scp_string* this)
{
char* string_dot_krak_scp_out = mem_dot_krak_scp_mem_scopeop_new_lessthan_char_greaterthan__int(((this->string_dot_krak_scp_data).vector_dot_krak_scp_size)) ;;
for ( int string_dot_krak_scp_i = 0;((string_dot_krak_scp_i)<(((this->string_dot_krak_scp_data).vector_dot_krak_scp_size))); string_dot_krak_scp_i++)
(string_dot_krak_scp_out)[string_dot_krak_scp_i] = vector_dot_krak_scp_vector_lessthan_char_greaterthan___get_int(&this->string_dot_krak_scp_data,string_dot_krak_scp_i) ;
;
return string_dot_krak_scp_out;
}
/* Done with string */
int util_dot_krak_scp_lesser_lessthan_int_greaterthan__int_int(int util_dot_krak_scp_a, int util_dot_krak_scp_b)
{
if (((util_dot_krak_scp_a)>(util_dot_krak_scp_b)))
{ return util_dot_krak_scp_b;
};
return util_dot_krak_scp_a;
}/* Method Definitions for vector<char> */
vector_dot_krak_scp_vector_lessthan_char_greaterthan_* vector_dot_krak_scp_vector_lessthan_char_greaterthan___construct(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this)
{
this->vector_dot_krak_scp_size = 0;
this->vector_dot_krak_scp_available = 8;
this->vector_dot_krak_scp_data = mem_dot_krak_scp_new_lessthan_char_greaterthan__int(8) ;
return this;
}
void vector_dot_krak_scp_vector_lessthan_char_greaterthan___destruct(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this)
{
mem_dot_krak_scp_delete_lessthan_char_greaterthan__char_P__(this->vector_dot_krak_scp_data) ;
}
bool vector_dot_krak_scp_vector_lessthan_char_greaterthan___resize_int(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this, int vector_dot_krak_scp_newSize)
{
char* vector_dot_krak_scp_newData = mem_dot_krak_scp_new_lessthan_char_greaterthan__int(vector_dot_krak_scp_newSize) ;;
if (!(vector_dot_krak_scp_newData))
{ return false;
};
for ( int vector_dot_krak_scp_i = 0;((vector_dot_krak_scp_i)<(util_dot_krak_scp_lesser_lessthan_int_greaterthan__int_int(this->vector_dot_krak_scp_size, vector_dot_krak_scp_newSize) )); vector_dot_krak_scp_i++)
(vector_dot_krak_scp_newData)[vector_dot_krak_scp_i] = (this->vector_dot_krak_scp_data)[vector_dot_krak_scp_i];
;
mem_dot_krak_scp_delete_lessthan_char_greaterthan__char_P___int(this->vector_dot_krak_scp_data, 0) ;
this->vector_dot_krak_scp_data = vector_dot_krak_scp_newData;
this->vector_dot_krak_scp_available = vector_dot_krak_scp_newSize;
return true;
}
char vector_dot_krak_scp_vector_lessthan_char_greaterthan___at_int(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this, int vector_dot_krak_scp_index)
{
return vector_dot_krak_scp_vector_lessthan_char_greaterthan___get_int(this,vector_dot_krak_scp_index) ;
}
char vector_dot_krak_scp_vector_lessthan_char_greaterthan___get_int(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this, int vector_dot_krak_scp_index)
{
if (((((vector_dot_krak_scp_index)<(0)))||(((vector_dot_krak_scp_index)>=(this->vector_dot_krak_scp_size)))))
{
io_dot_krak_scp_println_char_P__("Vector access out of bounds! Retuning 0th element as sanest option") ;
io_dot_krak_scp_print_char_P__("Vector tried to access element: ") ;
io_dot_krak_scp_println_int(vector_dot_krak_scp_index) ;
io_dot_krak_scp_print_char_P__("Max Index of vector: ") ;
io_dot_krak_scp_println_int(((this->vector_dot_krak_scp_size)-(1))) ;
return (this->vector_dot_krak_scp_data)[0];
};
return (this->vector_dot_krak_scp_data)[vector_dot_krak_scp_index];
}
char* vector_dot_krak_scp_vector_lessthan_char_greaterthan___getBackingMemory(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this)
{
return this->vector_dot_krak_scp_data;
}
void vector_dot_krak_scp_vector_lessthan_char_greaterthan___set_int_char(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this, int vector_dot_krak_scp_index, char vector_dot_krak_scp_dataIn)
{
if (((((vector_dot_krak_scp_index)<(0)))||(((vector_dot_krak_scp_index)>=(this->vector_dot_krak_scp_size)))))
{ return;
};
(this->vector_dot_krak_scp_data)[vector_dot_krak_scp_index] = vector_dot_krak_scp_dataIn;
}
void vector_dot_krak_scp_vector_lessthan_char_greaterthan___addEnd_char(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this, char vector_dot_krak_scp_dataIn)
{
this->vector_dot_krak_scp_size++;
if (((this->vector_dot_krak_scp_size)>=(this->vector_dot_krak_scp_available)))
{ vector_dot_krak_scp_vector_lessthan_char_greaterthan___resize_int(this,((this->vector_dot_krak_scp_size)*(2))) ;
};
(this->vector_dot_krak_scp_data)[((this->vector_dot_krak_scp_size)-(1))] = vector_dot_krak_scp_dataIn;
}
/* Done with vector<char> */

129
tests/test_topLevelVarInit/test_topLevelVarInit.h Normal file
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#include <stdbool.h>
#include <stdlib.h>
#include <stdio.h>
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/*unknown declaration named translation_unit*/
/**
* Plain Typedefs
*/
/*typedef string */
typedef struct __struct_dummy_string_dot_krak_scp_string__ string_dot_krak_scp_string;
/*typedef vector */
/* non instantiated template vector *//*typedef vector<char> */
typedef struct __struct_dummy_vector_dot_krak_scp_vector_lessthan_char_greaterthan___ vector_dot_krak_scp_vector_lessthan_char_greaterthan_;
/**
* Import Includes
*/
/**
* Top Level C Passthrough
*/
#include <stdio.h>
#include <stdlib.h>
/**
* Extern Variable Declarations
*/
extern int a; /*extern identifier*/
/**
* Class Structs
*/
struct __struct_dummy_vector_dot_krak_scp_vector_lessthan_char_greaterthan___ {
char* vector_dot_krak_scp_data;
int vector_dot_krak_scp_size;
int vector_dot_krak_scp_available;
};
struct __struct_dummy_string_dot_krak_scp_string__ {
vector_dot_krak_scp_vector_lessthan_char_greaterthan_ string_dot_krak_scp_data;
};
/**
* Function Prototypes
*/
int main(); /*func*/
void io_dot_krak_scp_print_char_P__(char* io_dot_krak_scp_toPrint); /*func*/
void io_dot_krak_scp_print_string_dot_krak_scp_string(string_dot_krak_scp_string io_dot_krak_scp_toPrint); /*func*/
void io_dot_krak_scp_print_int(int io_dot_krak_scp_toPrint); /*func*/
void io_dot_krak_scp_print_float(float io_dot_krak_scp_toPrint); /*func*/
void io_dot_krak_scp_print_double(double io_dot_krak_scp_toPrint); /*func*/
void io_dot_krak_scp_println(); /*func*/
void io_dot_krak_scp_println_char_P__(char* io_dot_krak_scp_toPrint); /*func*/
void io_dot_krak_scp_println_string_dot_krak_scp_string(string_dot_krak_scp_string io_dot_krak_scp_toPrint); /*func*/
void io_dot_krak_scp_println_int(int io_dot_krak_scp_toPrint); /*func*/
void io_dot_krak_scp_println_float(float io_dot_krak_scp_toPrint); /*func*/
void io_dot_krak_scp_println_double(double io_dot_krak_scp_toPrint); /*func*/
/* template function delete NoValue */
/* template function delete NoValue */
/* template function delete NoValue */
/* template function delete NoValue */
void mem_dot_krak_scp_delete_lessthan_char_greaterthan__char_P__(char* mem_dot_krak_scp_toDelete); /*func*/
void mem_dot_krak_scp_delete_lessthan_char_greaterthan__char_P___int(char* mem_dot_krak_scp_toDelete, int mem_dot_krak_scp_itemCount); /*func*/
/* template function free NoValue */
void mem_dot_krak_scp_free_lessthan_char_greaterthan__char_P__(char* mem_dot_krak_scp_memPtr); /*func*/
/* template function malloc NoValue */
char* mem_dot_krak_scp_malloc_lessthan_char_greaterthan__int(int mem_dot_krak_scp_size); /*func*/
char* mem_dot_krak_scp_mem_scopeop_new_lessthan_char_greaterthan__int(int mem_dot_krak_scp_count); /*func*/
/* template function new NoValue */
/* template function new NoValue */
char* mem_dot_krak_scp_new_lessthan_char_greaterthan__int(int mem_dot_krak_scp_count); /*func*/
/* template function sizeof NoValue */
int mem_dot_krak_scp_sizeof_lessthan_char_greaterthan_(); /*func*/
/* Method Prototypes for string */
string_dot_krak_scp_string* string_dot_krak_scp_string__construct(string_dot_krak_scp_string* this);
string_dot_krak_scp_string* string_dot_krak_scp_string__construct_char_P__(string_dot_krak_scp_string* this, char* string_dot_krak_scp_str);
char* string_dot_krak_scp_string__toCharArray(string_dot_krak_scp_string* this);
/* Done with string */
/* template function greater NoValue */
/* template function lesser NoValue */
int util_dot_krak_scp_lesser_lessthan_int_greaterthan__int_int(int util_dot_krak_scp_a, int util_dot_krak_scp_b); /*func*/
/* Method Prototypes for vector<char> */
vector_dot_krak_scp_vector_lessthan_char_greaterthan_* vector_dot_krak_scp_vector_lessthan_char_greaterthan___construct(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this);
void vector_dot_krak_scp_vector_lessthan_char_greaterthan___destruct(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this);
bool vector_dot_krak_scp_vector_lessthan_char_greaterthan___resize_int(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this, int vector_dot_krak_scp_newSize);
char vector_dot_krak_scp_vector_lessthan_char_greaterthan___at_int(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this, int vector_dot_krak_scp_index);
char vector_dot_krak_scp_vector_lessthan_char_greaterthan___get_int(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this, int vector_dot_krak_scp_index);
char* vector_dot_krak_scp_vector_lessthan_char_greaterthan___getBackingMemory(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this);
void vector_dot_krak_scp_vector_lessthan_char_greaterthan___set_int_char(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this, int vector_dot_krak_scp_index, char vector_dot_krak_scp_dataIn);
void vector_dot_krak_scp_vector_lessthan_char_greaterthan___addEnd_char(vector_dot_krak_scp_vector_lessthan_char_greaterthan_* this, char vector_dot_krak_scp_dataIn);
/* Done with vector<char> */

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tests/test_topLevelVarInit/test_topLevelVarInit.results Normal file
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0

2
tests/test_topLevelVarInit/test_topLevelVarInit.sh Executable file
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#!/bin/sh
cc -std=c99 ./test_topLevelVarInit.c -o ./test_topLevelVarInit