diff options
Diffstat (limited to 'drivers/staging/ktap/scripts/game/tetris.kp')
| -rw-r--r-- | drivers/staging/ktap/scripts/game/tetris.kp | 328 |
1 files changed, 0 insertions, 328 deletions
diff --git a/drivers/staging/ktap/scripts/game/tetris.kp b/drivers/staging/ktap/scripts/game/tetris.kp deleted file mode 100644 index 7125cd4e46ce..000000000000 --- a/drivers/staging/ktap/scripts/game/tetris.kp +++ /dev/null @@ -1,328 +0,0 @@ -#!/usr/bin/env ktap - -# -# Tetris KTAP Script -# -# Copyright (C) 2013/OCT/05 Tadaki SAKAI -# -# based on stapgames (Systemtap Game Collection) -# https://github.com/mhiramat/stapgames/blob/master/games/tetris.stp -# -# - Requirements -# Kernel Configuration: CONFIG_KPROBE_EVENT=y -# CONFIG_EVENT_TRACING=y -# CONFIG_PERF_EVENTS=y -# CONFIG_DEBUG_FS=y -# CPU Architecture : x86_64 -# -# - Setup -# $ sudo mount -t debugfs none /sys/kernel/debug/ -# -# $ git clone https://github.com/ktap/ktap -# $ cd ktap -# $ make 2>&1 | tee ../make.log -# $ sudo make load -# $ sudo sh -c 'echo 50000 > /sys/module/ktapvm/parameters/max_exec_count' -# -# - Run Tetris -# $ sudo ./ktap scripts/game/tetris.kp -# - - -# -# utils -# - -function rand(max) { - r = gettimeofday_us() - if (r < 0) { - r = r * -1 - } - return r % max -} - -color_table = {} -color_table["Black"] = 40 -color_table["Red"] = 41 -color_table["Green"] = 42 -color_table["Yellow"] = 43 -color_table["Blue"] = 44 -color_table["Purple"] = 45 -color_table["Cyan"] = 46 -color_table["White"] = 47 - -function get_color_number(txt) { - return color_table[txt] -} - -color_table_text = {} -color_table_text[40] = "Black" -color_table_text[41] = "Red" -color_table_text[42] = "Green" -color_table_text[43] = "Yellow" -color_table_text[44] = "Blue" -color_table_text[45] = "Purple" -color_table_text[46] = "Cyan" -color_table_text[47] = "White" - -function get_color_text(num) { - return color_table_text[num] -} - -function update_display() { - for (i = 0, 239, 1) { - if ((i % 12 - 11) != 0) { - tmp = "" - } else { - tmp = "\n" - } - - if (display_buffer[240 + i] == back_text) { - printf("%s%s", back_text, tmp) - } else { - ctext = display_buffer[240 + i] - ansi.set_color2(get_color_number(ctext), - get_color_number(ctext)) - printf(" %s", tmp) - ansi.reset_color() - } - - # clear the display buffer - display_buffer[240 + i] = display_buffer[i] - } - - printf("%d\n",point) -} - - -# -# global value -# - -key_code = 0 -point = 0 -block_number = 0 -height = 0 -height_update = 0 - -destination_position = {} -back_text = {} -block_color = {} -display_buffer = {} - -block_data0 = {} -block_data1 = {} -block_data2 = {} -block_data3 = {} -block_data4 = {} -block_data5 = {} -block_data6 = {} -block_table = {} - -# -# Initialize -# - -# Create blocks -# block is represented by the position from the center. -# Every block has "L" part in the center except for a bar. -block_data0[0] = -11 # non-"L" part for each block -block_data1[0] = -24 -block_data2[0] = 2 -block_data3[0] = 13 -block_data4[0] = -13 -block_data5[0] = -1 -block_data6[0] = 2 - -block_table[0] = block_data0 -block_table[1] = block_data1 -block_table[2] = block_data2 -block_table[3] = block_data3 -block_table[4] = block_data4 -block_table[5] = block_data5 -block_table[6] = block_data6 - -for (i = 0, len(block_table) - 1, 1) { - # common "L" part - block_table[i][1] = 0 - block_table[i][2] = 1 - block_table[i][3] = -12 -} - -block_table[6][3] = -1 # bar is not common -# Position: 1 row has 12 columns, -# and (x, y) is represented by h = x + y * 12.p -height = 17 # First block position (center) - -for (i = 0, 240, 1) { - # Wall and Floor (sentinel) - if (((i % 12) < 2) || (i > 228)) { - block_color = "White" - tmp = block_color - } else { - back_text = " " - tmp = back_text - } - display_buffer[i - 1] = tmp - display_buffer[240 + i - 1] = tmp -} - -block_number = rand(len(color_table) - 1) -block_color = get_color_text(block_number + 40) - -ansi.clear_screen() - - -# -# Key Input -# - -trace probe:kbd_event handle=%di event_type=%si event_code=%dx value=%cx { - # Only can run it in x86_64 - # - # Register follow x86_64 call conversion: - # - # x86_64: - # %rcx 4 argument - # %rdx 3 argument - # %rsi 2 argument - # %rdi 1 argument - - local event_code = arg4 - local value = arg5 - - if (value != 0) { - if ((event_code - 4) != 0) { - key_code = event_code - } - } -} - - -# -# timer -# - -tick-200ms { - ansi.clear_screen() - - f = 0 # move/rotate flag - - if (key_code != 0) { # if key is pressed - if(key_code != 103) { #move left or right - # d: movement direction - if ((key_code - 105) != 0) { - if ((key_code - 106) != 0) { - d = 0 - } else { - d = 1 - } - } else { - d = -1 - } - - for (i = 0, 3, 1) { # check if the block can be moved - # destination is free - if (display_buffer[height + - block_table[block_number][i] + d] - != back_text) { - f = 1 - } - } - # move if destinations of every block are free - if (f == 0) { - height = height + d - } - } else { # rotate - for (i = 0, 3, 1) { # check if block can be rotated - # each block position - p = block_table[block_number][i] - - # destination x pos(p/12 rounded) - v = (p * 2 + 252) / 24 - 10 - w = p - v * 12 # destination y pos - - # destination position - destination_position[i] = w * 12 - v - - # check if desetination is free - if (display_buffer[height + - destination_position[i]] != back_text) { - f = 1 - } - } - - if (f == 0) { - # rotate if destinations of every block - # are free - for (i = 0, 3, 1) { - block_table[block_number][i] = - destination_position[i] - } - } - } - } - key_code = 0 # clear the input key - - f = 0 - for (i = 0, 3, 1) { # drop 1 row - # check if destination is free - p = height + block_table[block_number][i] - if (display_buffer[12 + p] != back_text) { - f = 1 - } - - # copy the moving block to display buffer - display_buffer[240 + p] = block_color - } - - if ((f == 1) && (height == 17)) { - update_display() - exit() # exit if there are block at initial position - } - - height_update = !height_update - if (height_update != 0) { - if(f != 0) { # the block can't drop anymore - for (i = 0, 3, 1) { - # fix the block - display_buffer[height + - block_table[block_number][i]] = block_color - } - # determin the next block - block_number = rand(len(color_table) - 1) - - block_color = get_color_text(block_number + 40) - - height = 17 # make the block to initial position - } else { - height = height + 12 # drop the block 1 row - } - } - - k = 1 - for (i = 18, 0, -1) { #check if line is filled - # search for filled line - j = 10 - while ((j > 0) && - (display_buffer[i * 12 + j] != back_text)) { - j = j - 1 - } - - if (j == 0) { # filled! - # add a point: 1 line - 1 point, ..., tetris - 10points - point = point + k - k = k + 1 - - # drop every upper block - j = (i + 1) * 12 - i = i + 1 - while (j > 2 * 12) { - j = j - 1 - display_buffer[j] = display_buffer[j - 12] - } - } - } - - update_display() -} |