forked from KolibriOS/kolibrios
280 lines
7.7 KiB
C
280 lines
7.7 KiB
C
/*
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* System Monitor
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* version 0.7
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* Author: Leency
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*/
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#define MEMSIZE 4096*10
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#include "../lib/io.h"
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#include "../lib/gui.h"
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#include "../lib/obj/libio.h"
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#include "../lib/obj/libimg.h"
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#include "../lib/obj/libini.h"
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//===================================================//
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// //
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// SENSOR //
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// //
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//===================================================//
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#define MIN_PB_BLOCK_W 19
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#define LOAD_BG 0xFFFfff
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#define LOAD_ACTIVE 0x4C52FF
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struct sensor {
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int x,y,w,h;
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void set_size();
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void draw_wrapper();
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void draw_progress();
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};
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void sensor::set_size(dword _x, _y, _w, _h)
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{
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x=_x+2;
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y=_y;
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w=_w;
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h=_h;
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}
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void sensor::draw_wrapper()
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{
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DrawRectangle(x-1, y-1, w+1, h+1, system.color.work_graph);
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DrawRectangle3D(x-2, y-2, w+3, h+3, system.color.work_dark, system.color.work_light);
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}
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void sensor::draw_progress(dword progress_w, active_value, bg_value, mesure)
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{
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if (progress_w < MIN_PB_BLOCK_W) progress_w = MIN_PB_BLOCK_W;
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if (progress_w > w-MIN_PB_BLOCK_W) progress_w = w-MIN_PB_BLOCK_W;
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DrawBar(x, y, w-progress_w, h, LOAD_ACTIVE);
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sprintf(#param, "%i%s", active_value, mesure);
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WriteText(w-progress_w- calc(strlen(#param)*8) /2 + x, h/2-7+y, 0x90, LOAD_BG, #param);
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DrawBar(x+w-progress_w, y, progress_w, h, LOAD_BG);
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sprintf(#param, "%i%s", bg_value, mesure);
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WriteText(-progress_w - calc(strlen(#param)*8)/2 + w+x, h/2-7+y, 0x90, LOAD_ACTIVE, #param);
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}
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//===================================================//
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// //
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// GetSizeDir //
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// //
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//===================================================//
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BDVK file_info_dirsize;
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dword dir_count;
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dword file_count;
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dword size_dir;
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void GetDirSizeAndCountFiles(dword way)
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{
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dir_count=0;
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file_count=0;
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size_dir=0;
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GetDirSizeAndCountFiles_loop(way);
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}
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void GetDirSizeAndCountFiles_loop(dword way)
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{
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dword dirbuf, fcount, i, filename;
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dword cur_file;
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if (dir_exists(way))
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{
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cur_file = malloc(4096);
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// In the process of recursive descent, memory must be allocated dynamically,
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// because the static memory -> was a bug !!! But unfortunately pass away to sacrifice speed.
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GetDir(#dirbuf, #fcount, way, DIRS_ONLYREAL);
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for (i=0; i<fcount; i++)
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{
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filename = i*304+dirbuf+72;
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sprintf(cur_file,"%s/%s",way,filename);
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if (TestBit(ESDWORD[filename-40], 4) )
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{
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dir_count++;
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GetDirSizeAndCountFiles_loop(cur_file);
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}
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else
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{
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GetFileInfo(cur_file, #file_info_dirsize);
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size_dir += file_info_dirsize.sizelo;
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file_count++;
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}
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}
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free(cur_file);
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free(dirbuf);
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}
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}
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//===================================================//
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// //
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// DATA //
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// //
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//===================================================//
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#define CPU_STACK 440
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dword cpu_stack[CPU_STACK];
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sensor cpu;
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sensor ram;
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sensor rd;
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sensor tmp[10];
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//===================================================//
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// //
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// CODE //
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// //
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//===================================================//
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void main()
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{
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proc_info Form;
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dword cpu_frequency = GetCpuFrequency()/1000;
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int id;
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incn y;
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load_dll(libio, #libio_init,1);
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load_dll(libimg, #libimg_init,1);
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load_dll(libini, #lib_init,1);
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loop()
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{
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WaitEventTimeout(25);
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switch(EAX & 0xFF)
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{
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case evButton:
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if (GetButtonID()) ExitProcess();
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break;
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case evKey:
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GetKeys();
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if (key_scancode == SCAN_CODE_ESC) ExitProcess();
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break;
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case evReDraw:
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#define LEFT 25
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#define ICONGAP 45
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system.color.get();
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DefineAndDrawWindow(150, 100, CPU_STACK+LEFT+LEFT+4+9, 480 + skin_height + 4, 0x34, system.color.work, "System Monitor",0);
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GetProcessInfo(#Form, SelfInfo);
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y.n = 0;
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WriteTextB(LEFT+ICONGAP, y.inc(20), 0x90, system.color.work_text, "CPU load");
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DrawIcon32(LEFT, y.n, system.color.work, 37);
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if (cpu_frequency < 1000) sprintf(#param, "CPU frequency: %i Hz", cpu_frequency);
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else sprintf(#param, "CPU frequency: %i MHz", cpu_frequency/1000);
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WriteText(LEFT+ICONGAP, y.inc(20), 0x90, system.color.work_text, #param);
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cpu.set_size(LEFT, y.inc(25), CPU_STACK, 100);
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cpu.draw_wrapper();
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WriteTextB(LEFT+ICONGAP, y.inc(cpu.h + 25), 0x90, system.color.work_text, "RAM usage");
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DrawIcon32(LEFT, y.n, system.color.work, 36);
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sprintf(#param, "Total RAM: %i MiB", GetTotalRAM()/1024);
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WriteText(LEFT+ICONGAP, y.inc(20), 0x90, system.color.work_text, #param);
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ram.set_size(LEFT, y.inc(25), CPU_STACK, 25);
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ram.draw_wrapper();
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WriteTextB(LEFT+ICONGAP, y.inc(ram.h + 25), 0x90, system.color.work_text, "System RAM Disk usage");
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DrawIcon32(LEFT, y.n, system.color.work, 3);
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WriteText(LEFT+ICONGAP, y.inc(20), 0x90, system.color.work_text, "Fixed size: 1.44 MiB");
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rd.set_size(LEFT, y.inc(25), CPU_STACK, 25);
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rd.draw_wrapper();
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WriteTextB(LEFT+ICONGAP, y.inc(ram.h + 25), 0x90, system.color.work_text, "Virtual drive usage");
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DrawIcon32(LEFT, y.n, system.color.work, 50);
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WriteText(LEFT+ICONGAP, y.inc(20), 0x90, system.color.work_text, "TMP Disk 0 size: 49 MiB");
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tmp[0].set_size(LEFT, y.inc(25), CPU_STACK, 25);
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tmp[0].draw_wrapper();
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default:
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MonitorCpu();
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ram.draw_progress(
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GetFreeRAM()*ram.w/GetTotalRAM(),
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GetTotalRAM()-GetFreeRAM()/1024,
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GetFreeRAM()/1024,
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"M"
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);
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GetDirSizeAndCountFiles("/rd/1");
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size_dir += 32*512; //add FAT table size
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size_dir += file_count*512/2; //add MAGIC NUMBER
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size_dir /= 1024; //convert to KiB
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size_dir= 1440 - size_dir;
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rd.draw_progress(
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size_dir*rd.w/1440,
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1440-size_dir,
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size_dir,
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"K"
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);
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GetDirSizeAndCountFiles("/tmp0/1");
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size_dir += 32*512; //add FAT table size
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size_dir += file_count*512/2; //add MAGIC NUMBER
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size_dir /= 1024*1024; //convert to MiB
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size_dir= 49 - size_dir;
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tmp[0].draw_progress(
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size_dir*tmp[0].w/49,
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49-size_dir,
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size_dir,
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"M"
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);
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}
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}
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}
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dword GetCpuLoad(dword max_h)
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{
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dword idle;
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dword CPU_SEC = GetCpuFrequency() >> 20 + 1;
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dword IDLE_SEC = GetCpuIdleCount() >> 20 * max_h;
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EAX = IDLE_SEC;
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EBX = CPU_SEC;
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$cdq
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$div ebx
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idle = EAX;
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return max_h - idle;
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}
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//===================================================//
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// //
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// MONITORS //
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// //
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//===================================================//
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int pos=0;
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void MonitorCpu()
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{
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int i;
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if (!cpu.w) return;
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cpu_stack[pos] = GetCpuLoad(cpu.h);
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if (cpu_stack[pos]<=2) || (cpu_stack[pos]>cpu.h) cpu_stack[pos]=2;
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DrawBar(cpu.x+cpu.w-30, cpu.y-25, 30, 20, system.color.work);
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sprintf(#param, "%i%%", cpu_stack[pos]);
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WriteText(cpu.x+cpu.w-calc(strlen(#param)*8), cpu.y-25, 0x90, system.color.work_text, #param);
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for (i=0; i<CPU_STACK; i+=2) {
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DrawBar(i+cpu.x, cpu.y, 1, cpu.h-cpu_stack[i], LOAD_BG);
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DrawBar(i+cpu.x, cpu.h-cpu_stack[i]+cpu.y, 1, cpu_stack[i], LOAD_ACTIVE);
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DrawBar(i+1+cpu.x, cpu.y, 1, cpu.h, LOAD_BG);
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}
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pos++;
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if (pos>=CPU_STACK) {
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pos = CPU_STACK-1;
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for (i=0; i<pos; i++) {
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cpu_stack[i] = cpu_stack[i+1];
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}
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}
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}
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