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First usable version in static mode !

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This commit is contained in:
Your Name 2022-01-19 23:46:41 +01:00
parent 28751f9369
commit 41746288fc
7 changed files with 338 additions and 220 deletions
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4
include/Display.hpp
View file

@ -60,7 +60,7 @@ class Display
};
/// Returns a left-justified string containing str, with fillChar used to fill the blank space : "bla", 7 -> "bla ". If the string is longer than width, it is truncated.
std::string LeftJustify(std::string const& str, unsigned int width, char fillChar = ' ');
std::string LeftJustify(std::string str, unsigned int width, char fillChar = ' ');
/// Returns a centered string containing str, with fillChar used to fill the blank space : "bla", 7 -> " bla ". If the string is longer than width, it is truncated.
std::string CenterString(std::string const& str, unsigned int width, char fillChar = ' ');
@ -69,7 +69,7 @@ std::string CenterString(std::string const& str, unsigned int width, char fillCh
std::string RightJustify(std::string const& str, unsigned int width, char fillChar = ' ');
/// Creates a progress bar
std::string GenerateProgressBar(unsigned int width, unsigned int current, unsigned int total, bool showPercentage = true, std::string const& fillChar = "\u25A0");
std::string GenerateProgressBar(size_t width, size_t current, size_t total, bool showPercentage = true, std::string const& fillChar = "\u25A0");
/// Converts a size in bytes to a human readable size (To, Go, Mo, ko, o).
/// If SI_units is false, the size will be displayed using powers of 1024 instead of 1000, producing Mio, kio etc.

10
include/TreeNodeDiskUsage.hpp
View file

@ -33,7 +33,7 @@ class TreeNodeDiskUsage
void BuildTree(bool verbose = false, unsigned int screenWidth = 80);
/// Prints the tree to the standard output only including the names of the nodes
void PrintTree(unsigned int maxDepth = 0xFFFFFFFF, unsigned int depth = 0) const;
void PrintTree(unsigned int maxDepth = 0xFFFFFFFF, bool humanReadableSizes = true, size_t parentSize = 0, unsigned int depth = 0) const;
/// Returns the number of children of the node.
size_t GetChildrenCount() const;
@ -50,11 +50,11 @@ class TreeNodeDiskUsage
/// Returns the path of the node : /path/to/node.bla
std::string GetNodePath() const;
/// Sorts the children of the node by size in descending order. Non-recursive.
void SortBySizeDesc();
/// Sorts the children of the node by size in descending order.
void SortBySizeDesc(bool recursive = false);
/// Sorts the children of the node by name in ascending order. Non-recursive.
void SortByNameAsc();
/// Sorts the children of the node by name in ascending order.
void SortByNameAsc(bool recursive = false);
/// Operator used to sort the nodes by size in descending order. Returns true when a.totalSize > b.totalSize.
static bool SortOperatorSizeDesc(TreeNodeDiskUsage const& a, TreeNodeDiskUsage const& b);

17
include/test.hpp Normal file
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@ -0,0 +1,17 @@
#ifndef H_Test
#define H_Test
#include <iostream>
#include <TreeNodeDiskUsage.hpp>
#include <Display.hpp>
#include <AnsiTerminal.hpp>
using std::cout;
using std::cerr;
using std::endl;
#ifdef D_UNIT_TESTS
void runTests(int argc, char *argv[]);
#endif
#endif

31
src/Display.cpp
View file

@ -70,12 +70,10 @@ winsize Display::GetTerminalSize()
void Display::ClearScreen() { cout << "\033[2J\033[1;1H"; }
std::string LeftJustify(std::string const& str, unsigned int width, char fillChar)
std::string LeftJustify(std::string str, unsigned int width, char fillChar)
{
if(str.size() <= width)
return str + std::string(width - str.size(), fillChar);
else
return str.substr(0, width);
str.resize(width, fillChar);
return str;
}
std::string CenterString(std::string const& str, unsigned int width, char fillChar)
@ -97,20 +95,18 @@ std::string RightJustify(std::string const& str, unsigned int width, char fillCh
return str.substr(0, width);
}
std::string GenerateProgressBar(unsigned int width, unsigned int current, unsigned int total, bool showPercentage, std::string const& fillChar)
std::string GenerateProgressBar(size_t width, size_t current, size_t total, bool showPercentage, std::string const& fillChar)
{
std::string progressBar;
unsigned int freeWidth = width-2;
size_t freeWidth = width-2;
char buf[8];
if(total == 0) // Protect against divisions by 0
total = 1;
if(current > total) // Protect against > 100 %
current = total;
if(total == 0) // Protect against divisions by 0
total = 1;
progressBar = '[';
if(showPercentage)
{
double percentCurrent = 100.*((double)current/(double)total);
@ -118,13 +114,14 @@ std::string GenerateProgressBar(unsigned int width, unsigned int current, unsign
sprintf(buf, "%5.1f%% ", percentCurrent);
progressBar += buf;
}
unsigned int scaledCurrent = (current*freeWidth)/total;
for(unsigned int i = 0 ; i < scaledCurrent ; i++)
progressBar += '[';
size_t scaledCurrent = (current*freeWidth)/total;
for(size_t i = 0 ; i < scaledCurrent ; i++)
progressBar += fillChar;
for(unsigned int i = scaledCurrent ; i < freeWidth ; i++)
progressBar += ' ';
progressBar += std::string(freeWidth - scaledCurrent, ' ');
progressBar += ']';

60
src/TreeNodeDiskUsage.cpp
View file

@ -88,7 +88,7 @@ void TreeNodeDiskUsage::BuildTree(bool verbose, unsigned int screenWidth)
}
}
void TreeNodeDiskUsage::PrintTree(unsigned int maxDepth, unsigned int depth) const
void TreeNodeDiskUsage::PrintTree(unsigned int maxDepth, bool humanReadableSizes, size_t parentSize, unsigned int depth) const
{
if(depth > maxDepth)
return;
@ -98,11 +98,46 @@ void TreeNodeDiskUsage::PrintTree(unsigned int maxDepth, unsigned int depth) con
paddedPath = " " + paddedPath;
unsigned int screenWidth = Display::GetTerminalSize().ws_col;
std::cout << std::setw(2*screenWidth/5) << std::left << paddedPath
<< std::setw(screenWidth/6) << std::right << totalSize << std::setw(screenWidth/6) << totalSizeOnDisk << std::setw(screenWidth/6) << totalElements << "\n";
unsigned int pathWidth = screenWidth/2;
unsigned int fieldWidth1 = (screenWidth - pathWidth)/4;
unsigned int fieldWidth2 = fieldWidth1;
if(humanReadableSizes)
{
fieldWidth1 = 8;
fieldWidth2 = (screenWidth - pathWidth - 2*fieldWidth1 - 3)/2;
}
if(depth == 0)
{
std::cout << std::setw(fieldWidth1) << std::right << "Size"
<< CenterString("Percentage", fieldWidth2)
<< std::setw(pathWidth) << std::left << "Path"
<< std::setw(fieldWidth1) << "Size on disk"
<< std::setw(fieldWidth2) << std::right << "Elements contained" << "\n"
<< std::string(screenWidth, '-') << "\n";
parentSize = totalSize;
}
std::string progressBar = GenerateProgressBar(fieldWidth2, totalSize, parentSize, true, "#");
if(humanReadableSizes)
std::cout << std::setw(fieldWidth1) << std::right << Bytes2HumanReadable(totalSize) << ' '
<< std::setw(fieldWidth2) << progressBar << ' '
<< std::setw(pathWidth) << std::left << paddedPath
<< std::setw(fieldWidth1) << Bytes2HumanReadable(totalSizeOnDisk)
<< std::setw(fieldWidth2) << std::right << totalElements
<< "\n";
else
std::cout << std::setw(fieldWidth1) << std::right << (totalSize) << ' '
<< std::setw(fieldWidth2) << progressBar << ' '
<< std::setw(pathWidth) << std::left << paddedPath
<< std::setw(fieldWidth1) << (totalSizeOnDisk)
<< std::setw(fieldWidth2) << std::right << totalElements
<< "\n";
if(isFolder)
for(unsigned int i = 0 ; i < children.size() ; i++)
children[i].PrintTree(maxDepth, depth+1);
children[i].PrintTree(maxDepth, humanReadableSizes, totalSize, depth+1);
}
size_t TreeNodeDiskUsage::GetChildrenCount() const { return children.size(); }
@ -130,8 +165,21 @@ std::string TreeNodeDiskUsage::GetNodeName() const
return path.substr(lastSepPos+1, path.size()-lastSepPos-1);
}
void TreeNodeDiskUsage::SortBySizeDesc() { std::sort(children.begin(), children.end(), TreeNodeDiskUsage::SortOperatorSizeDesc); }
void TreeNodeDiskUsage::SortByNameAsc() { std::sort(children.begin(), children.end(), TreeNodeDiskUsage::SortOperatorNameAsc); }
void TreeNodeDiskUsage::SortBySizeDesc(bool recursive)
{
std::sort(children.begin(), children.end(), TreeNodeDiskUsage::SortOperatorSizeDesc);
if(recursive)
for(unsigned int i = 0 ; i < children.size() ; i++)
children[i].SortBySizeDesc(recursive);
}
void TreeNodeDiskUsage::SortByNameAsc(bool recursive)
{
std::sort(children.begin(), children.end(), TreeNodeDiskUsage::SortOperatorNameAsc);
if(recursive)
for(unsigned int i = 0 ; i < children.size() ; i++)
children[i].SortByNameAsc(recursive);
}
bool TreeNodeDiskUsage::SortOperatorSizeDesc(TreeNodeDiskUsage const& a, TreeNodeDiskUsage const& b) { return a.totalSize > b.totalSize; }
bool TreeNodeDiskUsage::SortOperatorNameAsc(TreeNodeDiskUsage const& a, TreeNodeDiskUsage const& b) { return a.GetNodeName() < b.GetNodeName(); }

246
src/main.cpp
View file

@ -9,213 +9,79 @@ using std::endl;
//#define D_UNIT_TESTS
#ifdef D_UNIT_TESTS
void runTests(int argc, char *argv[]);
#endif
#include <test.hpp>
int main(int argc, char *argv[])
{
#ifdef D_UNIT_TESTS
runTests(argc, argv);
#else
runTests(argc, argv);
return 0;
#endif
// Main program variables and parameters
std::string rootpath = ".";
bool staticMode = false;
unsigned int maxDepth = 0xFFFFFFFF;// used for static mode
// Parse arguments
if(argc > 1)
{
rootpath = argv[1];
bool pathFound = false;
for(int i = 1 ; i < argc ; i++)
{
std::string arg = argv[i];
if(arg == "-r" || arg == "--recursion-limit")
{
if(i+1 < argc)
{
maxDepth = atoi(argv[++i]);
continue;
}
else
{
cerr << "Error : option \"-r\" must be followed by the recursion limit !\n";
exit(1);
}
}
else if(arg == "-s" || arg == "--static")
staticMode = true;
else if(arg == "-h" || arg == "--help")
{
cout << "usage : DiskUsageInteractive [-s] [-r recursion_limit] path\n"
" -s --static Prints the file tree to the standard output.\n"
" -r recursion_limit --recursion-limit recursion_limit Sets the recursion limit for the printing. Level 0 is the root node.\n"
" -h --help Prints this help message.\n";
exit(0);
}
else if(!pathFound) // lonely parameter, it must be the root path, right ?
{
rootpath = arg;
pathFound = true;
}
}
}
Display display;
// Scan root path
TreeNodeDiskUsage tree(rootpath);
cout << "Scanning folder \"" << rootpath << "\" ...\n";
tree.BuildTree(true, display.Cols());
if(staticMode)
tree.BuildTree(false, display.Cols());
else
{
cout << "Scanning folder \"" << rootpath << "\" ...\n";
tree.BuildTree(true, display.Cols());
}
cout << endl;
// DEBUG
tree.PrintTree(1);
tree.SortBySizeDesc(); tree.PrintTree(1);
tree.SortByNameAsc(); tree.PrintTree(1);
tree.SortBySizeDesc(true);
// Static mode : the tree is displayed in the standard output.
if(staticMode)
tree.PrintTree(maxDepth, true);
#endif // D_UNIT_TESTS
// Interactive mode : the user can navigate through the tree structure.
// else
return 0;
}
#ifdef D_UNIT_TESTS
void runTests(int /* argc */, char *argv[])
{
if(0)
{// stat test
cout << "Reading '" << argv[1] << "'\n";
struct stat s;
PRINT_VAR(stat(argv[1], &s));
PRINT_VAR(s.st_mode);
PRINT_VAR(s.st_mode & S_IFMT);
PRINT_VAR((s.st_mode & S_IFMT) == S_IFLNK);// symbolic link
PRINT_VAR((s.st_mode & S_IFMT) == S_IFREG);// regular file
PRINT_VAR((s.st_mode & S_IFMT) == S_IFDIR);// folder
PRINT_VAR(s.st_size);
PRINT_VAR(s.st_blksize);
PRINT_VAR(s.st_blocks);
PRINT_VAR(s.st_blocks*512);// Size on disk, in bytes
}
if(0)
{// test GetNodeName()
PRINT_VAR(TreeNodeDiskUsage("/some/path/to/victory.tar.gz").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/some/path/to/a/folder").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/some/path/to/a/folder/").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage(".").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("..").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/a").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/a/b/c//////////").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/a///b//c/").GetNodeName());
}
if(0)
{// test GetNodePath()
PRINT_VAR(TreeNodeDiskUsage("/a/b/c//////////").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage("/a///b//c/").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage("////a///b//c/").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage(" /a/b/c ").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage(" /a/b/c/// ").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage(" \\this\\\\is/sparta/// ").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage(" \\this\\\\is/sparta/with spaces// ").GetNodePath());
}
if(0)
{// basic tree building and printing test
TreeNodeDiskUsage tree(argv[1]);
tree.BuildTree();
tree.PrintTree();
cout << "\n\n";
PRINT_VAR(tree.GetTotalSize());
PRINT_VAR(tree.GetTotalSizeOnDisk());
cout << "\n\n";
tree.PrintTree(0);
tree.PrintTree(1);
tree.PrintTree(2);
}
if(0)
{// terminal display functions test
Display d;
PRINT_VAR(d.Rows());
PRINT_VAR(d.Cols());
d.ClearScreen();
cout << "coucou !\n";
}
if(0)
{// progress bar test
// unsigned int width, unsigned int current, unsigned int total, char fillChar = 219, bool showPercentage = true
PRINT_VAR(GenerateProgressBar(20, 0, 100, false));
PRINT_VAR(GenerateProgressBar(20, 25, 100,false));
PRINT_VAR(GenerateProgressBar(20, 50, 100, false));
PRINT_VAR(GenerateProgressBar(20, 75, 100, false));
PRINT_VAR(GenerateProgressBar(20, 100, 100, false));
PRINT_VAR(GenerateProgressBar(50, 666, 1000, false));
PRINT_VAR(GenerateProgressBar(20, 0, 100, true));
PRINT_VAR(GenerateProgressBar(20, 25, 100, true));
PRINT_VAR(GenerateProgressBar(20, 50, 100, true));
PRINT_VAR(GenerateProgressBar(20, 75, 100, true));
PRINT_VAR(GenerateProgressBar(20, 100, 100, true));
PRINT_VAR(GenerateProgressBar(50, 666, 1000, true));
PRINT_VAR(GenerateProgressBar(50, 1666, 1000, true));
PRINT_VAR(GenerateProgressBar(50, 42, 0, true));
PRINT_VAR(GenerateProgressBar(50, 0, 0, true));
PRINT_VAR(GenerateProgressBar(50, 333, 1000, true, "#"));
}
if(0)
{// test output
PRINT_VAR(Bytes2HumanReadable(123ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234567ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234567890ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234567890123ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234567890123456ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234567890123456789ULL, true));
cout << "\n";
PRINT_VAR(Bytes2HumanReadable(123ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234567ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234567890ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234567890123ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234567890123456ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234567890123456789ULL, false));
cout << "\n";
PRINT_VAR(Bytes2HumanReadable(1073741824ULL, true));
PRINT_VAR(Bytes2HumanReadable(1073741824ULL, false));
PRINT_VAR(Bytes2HumanReadable(1000000000ULL, true));
PRINT_VAR(Bytes2HumanReadable(1000000000ULL, false));
}
//if(0)
{// test screen functions
Display d;
PRINT_VAR(d.Rows());
PRINT_VAR(d.Cols());
PRINT_VAR(d.GetLine(0));
PRINT_VAR(d.GetLine(0).size());
d.GetPixel(5,5) = '#';
d.GetPixel(6,6) = '#';
d.GetPixel(7,7) = '#';
d.GetPixel(20,50) = '#';
d.SetLine(4, "Coucou !");
d.SetLine(10, "------------------------- Coucou ! ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------");
d.SetLine(11, "------------------------- Inverted -------------------------");
d.HighlightLine(11, true);
d.SetLine(12, " That's normal, bro. Really !");
d.SetLineCentered(13, "Bonjour tout le monde.");
d.SetLineCentered(14, "Tralala c'est moi la pute.", '-');
d.SetLineRjustified(15, "Tralala c'est moi la pute, mais a droite de l'ecran.", '-');
Display::ClearScreen();
d.DrawScreenLines();
PRINT_VAR(d.GetLine(12).size());
d.HighlightLine(12, true);
PRINT_VAR(d.GetLine(12).size());
d.HighlightLine(12, true);
PRINT_VAR(d.GetLine(12).size());
d.HighlightLine(12, false);
PRINT_VAR(d.GetLine(12).size());
PRINT_VAR(d.GetLine(12));
PRINT_VAR(std::string(C_INVERT_FG_BG).size());
}
if(0)
{// test terminal colors
cout << C_BLUE_F << "blue" << "\n";
cout << C_CYAN_F << "cyan" << "\n";
cout << C_YELLOW_F << "yellow" << "\n";
cout << C_WHITE_F << "white" << "\n";
cout << C_RED_F << "red" << "\n";
cout << C_GREEN_F << "green" << "\n";
cout << C_BLACK_F << "black" << "\n";
cout << C_RESET << "Normal" << "\n";
cout << C_BOLD << "Bold text." << C_RESET << " Normal text." << "\n";
cout << C_BLUE_B << C_YELLOW_F << "Hard on the eyes..." << C_RESET << "\n";
cout << C_UNDERLINE << "underlined" << C_RESET << "\n";
cout << C_INVERT_FG_BG << "inverted" << C_RESET << "\n";
cout << "\n\n";
{// Nice color table
int i, j, n;
for (i = 0; i < 11; i++) {
for (j = 0; j < 10; j++) {
n = 10 * i + j;
if (n > 107) break;
printf("\033[%dm %3d\033[m", n, n);
}
printf("\n");
}
}
}
}
#endif // D_UNIT_TESTS

190
src/test.cpp Normal file
View file

@ -0,0 +1,190 @@
#ifdef D_UNIT_TESTS
void runTests(int /* argc */, char *argv[])
{
if(0)
{// stat test
cout << "Reading '" << argv[1] << "'\n";
struct stat s;
PRINT_VAR(stat(argv[1], &s));
PRINT_VAR(s.st_mode);
PRINT_VAR(s.st_mode & S_IFMT);
PRINT_VAR((s.st_mode & S_IFMT) == S_IFLNK);// symbolic link
PRINT_VAR((s.st_mode & S_IFMT) == S_IFREG);// regular file
PRINT_VAR((s.st_mode & S_IFMT) == S_IFDIR);// folder
PRINT_VAR(s.st_size);
PRINT_VAR(s.st_blksize);
PRINT_VAR(s.st_blocks);
PRINT_VAR(s.st_blocks*512);// Size on disk, in bytes
}
if(0)
{// test GetNodeName()
PRINT_VAR(TreeNodeDiskUsage("/some/path/to/victory.tar.gz").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/some/path/to/a/folder").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/some/path/to/a/folder/").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage(".").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("..").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/a").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/a/b/c//////////").GetNodeName());
PRINT_VAR(TreeNodeDiskUsage("/a///b//c/").GetNodeName());
}
if(0)
{// test GetNodePath()
PRINT_VAR(TreeNodeDiskUsage("/a/b/c//////////").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage("/a///b//c/").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage("////a///b//c/").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage(" /a/b/c ").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage(" /a/b/c/// ").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage(" \\this\\\\is/sparta/// ").GetNodePath());
PRINT_VAR(TreeNodeDiskUsage(" \\this\\\\is/sparta/with spaces// ").GetNodePath());
}
if(0)
{// basic tree building and printing test
TreeNodeDiskUsage tree(argv[1]);
cout << "Scanning folder \"" << rootpath << "\" ...\n";
tree.BuildTree(true, display.Cols());
cout << endl;
tree.PrintTree();
cout << "\n\n";
PRINT_VAR(tree.GetTotalSize());
PRINT_VAR(tree.GetTotalSizeOnDisk());
cout << "\n\n";
tree.PrintTree(0);
tree.PrintTree(1);
tree.PrintTree(2);
cout << "Effects of sorting --------------------\n";
tree.SortBySizeDesc(); tree.PrintTree(1);
tree.SortByNameAsc(); tree.PrintTree(1);
tree.PrintTree(1, false);
cout << "Recursive sorting --------------------\n";
tree.SortBySizeDesc();
tree.PrintTree(2);
tree.SortBySizeDesc(true);
tree.PrintTree(2);
}
if(0)
{// terminal display functions test
Display d;
PRINT_VAR(d.Rows());
PRINT_VAR(d.Cols());
d.ClearScreen();
cout << "coucou !\n";
}
if(0)
{// progress bar test
// unsigned int width, unsigned int current, unsigned int total, char fillChar = 219, bool showPercentage = true
PRINT_VAR(GenerateProgressBar(20, 0, 100, false));
PRINT_VAR(GenerateProgressBar(20, 25, 100,false));
PRINT_VAR(GenerateProgressBar(20, 50, 100, false));
PRINT_VAR(GenerateProgressBar(20, 75, 100, false));
PRINT_VAR(GenerateProgressBar(20, 100, 100, false));
PRINT_VAR(GenerateProgressBar(50, 666, 1000, false));
PRINT_VAR(GenerateProgressBar(20, 0, 100, true));
PRINT_VAR(GenerateProgressBar(20, 25, 100, true));
PRINT_VAR(GenerateProgressBar(20, 50, 100, true));
PRINT_VAR(GenerateProgressBar(20, 75, 100, true));
PRINT_VAR(GenerateProgressBar(20, 100, 100, true));
PRINT_VAR(GenerateProgressBar(50, 666, 1000, true));
PRINT_VAR(GenerateProgressBar(50, 1666, 1000, true));
PRINT_VAR(GenerateProgressBar(50, 42, 0, true));
PRINT_VAR(GenerateProgressBar(50, 0, 0, true));
PRINT_VAR(GenerateProgressBar(50, 333, 1000, true, "#"));
}
if(0)
{// test output
PRINT_VAR(Bytes2HumanReadable(123ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234567ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234567890ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234567890123ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234567890123456ULL, true));
PRINT_VAR(Bytes2HumanReadable(1234567890123456789ULL, true));
cout << "\n";
PRINT_VAR(Bytes2HumanReadable(123ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234567ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234567890ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234567890123ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234567890123456ULL, false));
PRINT_VAR(Bytes2HumanReadable(1234567890123456789ULL, false));
cout << "\n";
PRINT_VAR(Bytes2HumanReadable(1073741824ULL, true));
PRINT_VAR(Bytes2HumanReadable(1073741824ULL, false));
PRINT_VAR(Bytes2HumanReadable(1000000000ULL, true));
PRINT_VAR(Bytes2HumanReadable(1000000000ULL, false));
}
//if(0)
{// test screen functions
Display d;
PRINT_VAR(d.Rows());
PRINT_VAR(d.Cols());
PRINT_VAR(d.GetLine(0));
PRINT_VAR(d.GetLine(0).size());
d.GetPixel(5,5) = '#';
d.GetPixel(6,6) = '#';
d.GetPixel(7,7) = '#';
d.GetPixel(20,50) = '#';
d.SetLine(4, "Coucou !");
d.SetLine(10, "------------------------- Coucou ! ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------");
d.SetLine(11, "------------------------- Inverted -------------------------");
d.HighlightLine(11, true);
d.SetLine(12, " That's normal, bro. Really !");
d.SetLineCentered(13, "Bonjour tout le monde.");
d.SetLineCentered(14, "Tralala c'est moi la pute.", '-');
d.SetLineRjustified(15, "Tralala c'est moi la pute, mais a droite de l'ecran.", '-');
Display::ClearScreen();
d.DrawScreenLines();
PRINT_VAR(d.GetLine(12).size());
d.HighlightLine(12, true);
PRINT_VAR(d.GetLine(12).size());
d.HighlightLine(12, true);
PRINT_VAR(d.GetLine(12).size());
d.HighlightLine(12, false);
PRINT_VAR(d.GetLine(12).size());
PRINT_VAR(d.GetLine(12));
PRINT_VAR(std::string(C_INVERT_FG_BG).size());
}
if(0)
{// test terminal colors
cout << C_BLUE_F << "blue" << "\n";
cout << C_CYAN_F << "cyan" << "\n";
cout << C_YELLOW_F << "yellow" << "\n";
cout << C_WHITE_F << "white" << "\n";
cout << C_RED_F << "red" << "\n";
cout << C_GREEN_F << "green" << "\n";
cout << C_BLACK_F << "black" << "\n";
cout << C_RESET << "Normal" << "\n";
cout << C_BOLD << "Bold text." << C_RESET << " Normal text." << "\n";
cout << C_BLUE_B << C_YELLOW_F << "Hard on the eyes..." << C_RESET << "\n";
cout << C_UNDERLINE << "underlined" << C_RESET << "\n";
cout << C_INVERT_FG_BG << "inverted" << C_RESET << "\n";
cout << "\n\n";
{// Nice color table
int i, j, n;
for (i = 0; i < 11; i++) {
for (j = 0; j < 10; j++) {
n = 10 * i + j;
if (n > 107) break;
printf("\033[%dm %3d\033[m", n, n);
}
printf("\n");
}
}
}
}
#endif // D_UNIT_TESTS