Feb 16 18:48:21 john-ms7c02 plasmashell[3067]: file:///usr/share/plasma/plasmoids/org.kde.plasma.taskmanager/contents/ui/Task.qml:79: TypeError: Cannot read property 'status' of null Feb 16 18:48:21 john-ms7c02 konsole[3886]: QThreadStorage: Thread 0x57265f2116a0 exited after QThreadStorage 9 destroyed Feb 16 18:48:21 john-ms7c02 systemd[1269]: app-org.kde.konsole-3886.scope: Consumed 30.969s CPU time, 1G memory peak. Feb 16 18:48:30 john-ms7c02 shotcut[9517]: Shader compile log: 0(77) : error C7614: GLSL ES doesn't allow use of reserved word sample Feb 16 18:48:30 john-ms7c02 shotcut[9517]: Failed to compile shader: Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 1 */ #version 300 es Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 2 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 3 */ precision highp float; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 4 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 5 */ in vec2 tc; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 6 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 7 */ vec4 tex2D(sampler2D s, vec2 coord) Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 8 */ { Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 9 */ return texture(s, coord); Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 10 */ } Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 11 */ uniform sampler2D eff0_sample_tex; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 12 */ uniform int eff0_direction; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 13 */ uniform int eff0_input_width; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 14 */ uniform int eff0_input_height; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 15 */ uniform int eff0_output_width; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 16 */ uniform int eff0_output_height; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 17 */ uniform int eff0_num_samples; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 18 */ uniform float eff0_offset; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 19 */ uniform float eff0_zoom; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 20 */ uniform float eff0_num_loops; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 21 */ uniform float eff0_slice_height; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 22 */ uniform float eff0_sample_x_scale; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 23 */ uniform float eff0_sample_x_offset; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 24 */ uniform float eff0_whole_pixel_offset; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 25 */ uniform sampler2D tex_in0; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 26 */ vec4 in0(vec2 tc) { Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 27 */ vec4 tmp = tex2D(tex_in0, tc); Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 28 */ return tmp; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 29 */ } Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 30 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 31 */ #define INPUT in0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 32 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 33 */ #define FUNCNAME eff0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 34 */ #define DIRECTION_VERTICAL 0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 35 */ // DIRECTION_VERTICAL will be #defined to 1 if we are scaling vertically, Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 36 */ // and 0 otherwise. Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 37 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 38 */ // Implicit uniforms: Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 39 */ // uniform sampler2D eff0_sample_tex; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 40 */ // uniform int eff0_num_samples; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 41 */ // uniform float eff0_num_loops; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 42 */ // uniform float eff0_sample_x_scale; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 43 */ // uniform float eff0_sample_x_offset; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 44 */ // uniform float eff0_slice_height; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 45 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 46 */ // We put the fractional part of the offset (-0.5 to 0.5 pixels) in the weights Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 47 */ // because we have to (otherwise they'd do nothing). However, the support texture Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 48 */ // has limited numerical precision; we'd need as much of it as we can for Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 49 */ // getting the subpixel sampling right, and adding a large constant to each value Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 50 */ // will reduce the precision further. Thus, the non-fractional part of the offset Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 51 */ // is sent in through a uniform that we simply add in. (It should be said that Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 52 */ // for high values of (dst_size/num_loop), we're pretty much hosed anyway wrt. Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 53 */ // this accuracy.) Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 54 */ // Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 55 */ // Unfortunately, we cannot just do it at the beginning of the shader, Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 56 */ // since the texcoord value is used to index into the support texture, Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 57 */ // and if zoom != 1, the support texture will not wrap properly, causing Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 58 */ // us to read the wrong texels. (Also remember that whole_pixel_offset is Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 59 */ // measured in _input_ pixels and tc is in _output_ pixels, although we could Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 60 */ // compensate for that.) However, the shader should be mostly bandwidth bound Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 61 */ // and not ALU bound, so an extra add per sample shouldn't be too hopeless. Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 62 */ // Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 63 */ // Implicitly declared: Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 64 */ // uniform float eff0_whole_pixel_offset; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 65 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 66 */ // Sample a single weight. First fetch information about where to sample Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 67 */ // and the weight from sample_tex, and then read the pixel itself. Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 68 */ vec4 eff0_do_sample(vec2 tc, int i) Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 69 */ { Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 70 */ vec2 sample_tc; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 71 */ sample_tc.x = float(i) * eff0_sample_x_scale + eff0_sample_x_offset; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 72 */ #if DIRECTION_VERTICAL Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 73 */ sample_tc.y = tc.y * eff0_num_loops; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 74 */ #else Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 75 */ sample_tc.y = tc.x * eff0_num_loops; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 76 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 77 */ vec2 sample = tex2D(eff0_sample_tex, sample_tc).rg; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 78 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 79 */ #if DIRECTION_VERTICAL Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 80 */ tc.y = sample.g + (floor(sample_tc.y) * eff0_slice_height + eff0_whole_pixel_offset); Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 81 */ #else Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 82 */ tc.x = sample.g + (floor(sample_tc.y) * eff0_slice_height + eff0_whole_pixel_offset); Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 83 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 84 */ return vec4(sample.r) * INPUT(tc); Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 85 */ } Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 86 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 87 */ vec4 FUNCNAME(vec2 tc) { Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 88 */ vec4 sum = eff0_do_sample(tc, 0); Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 89 */ for (int i = 1; i < eff0_num_samples; ++i) { Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 90 */ sum += eff0_do_sample(tc, i); Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 91 */ } Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 92 */ return sum; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 93 */ } Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 94 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 95 */ #undef DIRECTION_VERTICAL Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 96 */ #undef FUNCNAME Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 97 */ #undef INPUT Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 98 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 99 */ #define INPUT eff0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 100 */ // GLSL is pickier than the C++ preprocessor in if-testing for undefined Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 101 */ // tokens; do some fixups here to keep it happy. Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 102 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 103 */ #ifndef YCBCR_OUTPUT_PLANAR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 104 */ #define YCBCR_OUTPUT_PLANAR 0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 105 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 106 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 107 */ #ifndef YCBCR_OUTPUT_SPLIT_Y_AND_CBCR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 108 */ #define YCBCR_OUTPUT_SPLIT_Y_AND_CBCR 0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 109 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 110 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 111 */ #ifndef SECOND_YCBCR_OUTPUT_PLANAR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 112 */ #define SECOND_YCBCR_OUTPUT_PLANAR 0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 113 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 114 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 115 */ #ifndef SECOND_YCBCR_OUTPUT_SPLIT_Y_AND_CBCR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 116 */ #define SECOND_YCBCR_OUTPUT_SPLIT_Y_AND_CBCR 0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 117 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 118 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 119 */ #ifndef SECOND_YCBCR_OUTPUT_INTERLEAVED Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 120 */ #define SECOND_YCBCR_OUTPUT_INTERLEAVED 0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 121 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 122 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 123 */ #ifndef YCBCR_ALSO_OUTPUT_RGBA Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 124 */ #define YCBCR_ALSO_OUTPUT_RGBA 0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 125 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 126 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 127 */ #ifndef SQUARE_ROOT_TRANSFORMATION Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 128 */ #define SQUARE_ROOT_TRANSFORMATION 0 Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 129 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 130 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 131 */ #if YCBCR_OUTPUT_PLANAR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 132 */ out vec4 Y, Cb, Cr; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 133 */ #elif YCBCR_OUTPUT_SPLIT_Y_AND_CBCR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 134 */ out vec4 Y, Chroma; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 135 */ #else Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 136 */ out vec4 FragColor; // Y'CbCr or RGBA. Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 137 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 138 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 139 */ #if SECOND_YCBCR_OUTPUT_PLANAR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 140 */ out vec4 Y2, Cb2, Cr2; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 141 */ #elif SECOND_YCBCR_OUTPUT_SPLIT_Y_AND_CBCR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 142 */ out vec4 Y2, Chroma2; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 143 */ #elif SECOND_YCBCR_OUTPUT_INTERLEAVED Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 144 */ out vec4 YCbCr2; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 145 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 146 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 147 */ #if YCBCR_ALSO_OUTPUT_RGBA Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 148 */ out vec4 RGBA; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 149 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 150 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 151 */ void main() Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 152 */ { Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 153 */ #if YCBCR_ALSO_OUTPUT_RGBA Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 154 */ vec4 color[2] = INPUT(tc); Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 155 */ vec4 color0 = color[0]; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 156 */ vec4 color1 = color[1]; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 157 */ #else Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 158 */ vec4 color0 = INPUT(tc); Feb 16 18:48:30 john-ms7c02 kernel: shotcut[9517]: segfault at 10 ip 000077b53aee9e82 sp 00007fff9ca9b9b0 error 4 in libQt6Gui.so.6.8.2[e9e82,77b53aedd000+69c000] likely on CPU 1 (core 1, socket 0) Feb 16 18:48:30 john-ms7c02 kernel: Code: 44 00 48 8b 04 25 10 00 00 00 0f 0b 48 8b 04 25 10 00 00 00 0f 0b 48 8b 04 25 08 00 00 00 0f 0b 48 8b 04 25 10 00 00 00 0f 0b <48> 8b 04 25 10 00 00 00 0f 0b 48 8b 04 25 08 00 00 00 0f 0b 48 8b Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 159 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 160 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 161 */ #if SQUARE_ROOT_TRANSFORMATION Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 162 */ // Make sure we don't give negative values to sqrt. Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 163 */ color0.rgb = sqrt(max(color0.rgb, 0.0)); Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 164 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 165 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 166 */ #if YCBCR_OUTPUT_PLANAR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 167 */ Y = color0.rrra; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 168 */ Cb = color0.ggga; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 169 */ Cr = color0.bbba; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 170 */ #elif YCBCR_OUTPUT_SPLIT_Y_AND_CBCR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 171 */ Y = color0.rrra; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 172 */ Chroma = color0.gbba; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 173 */ #else Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 174 */ FragColor = color0; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 175 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 176 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 177 */ // Exactly the same, just with other outputs. Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 178 */ // (GLSL does not allow arrays of outputs.) Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 179 */ #if SECOND_YCBCR_OUTPUT_PLANAR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 180 */ Y2 = color0.rrra; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 181 */ Cb2 = color0.ggga; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 182 */ Cr2 = color0.bbba; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 183 */ #elif SECOND_YCBCR_OUTPUT_SPLIT_Y_AND_CBCR Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 184 */ Y2 = color0.rrra; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 185 */ Chroma2 = color0.gbba; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 186 */ #elif SECOND_YCBCR_OUTPUT_INTERLEAVED Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 187 */ YCbCr2 = color0; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 188 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 189 */ Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 190 */ #if YCBCR_ALSO_OUTPUT_RGBA Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 191 */ RGBA = color1; Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 192 */ #endif Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 193 */ } Feb 16 18:48:30 john-ms7c02 shotcut[9517]: /* 194 */ Feb 16 18:48:30 john-ms7c02 systemd-coredump[9562]: Process 9517 (shotcut) of user 1000 terminated abnormally with signal 11/SEGV, processing... Feb 16 18:48:30 john-ms7c02 systemd[1]: Started Process Core Dump (PID 9562/UID 0). Feb 16 18:48:32 john-ms7c02 systemd-coredump[9563]: Process 9517 (shotcut) of user 1000 dumped core. Module [dso] without build-id. Module [dso] without build-id. Module [dso] without build-id. Stack trace of thread 9517: #0 0x000077b53aee9e82 n/a (n/a + 0x0) #1 0x000077b5396e40c4 n/a (n/a + 0x0) #2 0x000077b539769347 n/a (n/a + 0x0) #3 0x000077b53ab50684 n/a (n/a + 0x0) #4 0x000077b53ab50734 n/a (n/a + 0x0) #5 0x000077b53ab1b097 n/a (n/a + 0x0) #6 0x000077b53ab1bda7 n/a (n/a + 0x0) #7 0x000077b53ab1ae2d n/a (n/a + 0x0) #8 0x000077b53ab0ef75 n/a (n/a + 0x0) #9 0x000077b53ab11cae n/a (n/a + 0x0) #10 0x000077b53ab1791f n/a (n/a + 0x0) #11 0x000077b53ab1a9ff n/a (n/a + 0x0) #12 0x000077b53ab1bda7 n/a (n/a + 0x0) #13 0x000077b53aadd3b6 n/a (n/a + 0x0) #14 0x000077b53aaddcc8 n/a (n/a + 0x0) #15 0x000077b53b7a4562 n/a (n/a + 0x0) #16 0x000077b53bcdda80 n/a (n/a + 0x0) #17 0x000077b53bcddfcc n/a (n/a + 0x0) #18 0x000077b53bce43a9 n/a (n/a + 0x0) #19 0x000077b53aa6c0bf n/a (n/a + 0x0) #20 0x000077b53ab2ca18 n/a (n/a + 0x0) #21 0x000077b53a9db344 n/a (n/a + 0x0) #22 0x000077b53a9dba5e n/a (n/a + 0x0) #23 0x000077b53a9dbbeb n/a (n/a + 0x0) #24 0x000077b53a9bf551 n/a (n/a + 0x0) #25 0x000077b53aa4dda4 n/a (n/a + 0x0) #26 0x000077b53aa56943 n/a (n/a + 0x0) #27 0x000077b53a9903e4 n/a (n/a + 0x0) #28 0x000077b53a9995b9 n/a (n/a + 0x0) #29 0x000077b53aae75b4 n/a (n/a + 0x0) #30 0x000077b53aa88233 n/a (n/a + 0x0) #31 0x000077b53aa8dacf n/a (n/a + 0x0) #32 0x000077b53ab09f1c n/a (n/a + 0x0) #33 0x000077b53a1b174a n/a (n/a + 0x0) #34 0x000077b53bfa55d6 n/a (n/a + 0x0) #35 0x000077b53c4ff0ca n/a (n/a + 0x0) #36 0x000077b53a155b00 n/a (n/a + 0x0) #37 0x000077b53a155edc n/a (n/a + 0x0) #38 0x000077b53a3c859c n/a (n/a + 0x0) #39 0x000077b53991b559 n/a (n/a + 0x0) #40 0x000077b53997e257 n/a (n/a + 0x0) #41 0x000077b53991aa55 n/a (n/a + 0x0) #42 0x000077b53a3c575d n/a (n/a + 0x0) #43 0x000077b53a1606a6 n/a (n/a + 0x0) #44 0x000077b53a1591d6 n/a (n/a + 0x0) #45 0x000060bf8f9f4520 n/a (n/a + 0x0) #46 0x000077b539a35488 n/a (n/a + 0x0) #47 0x000077b539a3554c n/a (n/a + 0x0) #48 0x000060bf8f9f6575 n/a (n/a + 0x0) ELF object binary architecture: AMD x86-64 Feb 16 18:48:32 john-ms7c02 systemd[1]: systemd-coredump@2-9562-0.service: Deactivated successfully. Feb 16 18:48:32 john-ms7c02 systemd[1]: systemd-coredump@2-9562-0.service: Consumed 2.033s CPU time, 1.2G memory peak. Feb 16 18:48:32 john-ms7c02 systemd[1269]: app-org.shotcut.Shotcut@afa31191f3fa4b389084750f64ea2713.service: Main process exited, code=dumped, status=11/SEGV Feb 16 18:48:32 john-ms7c02 systemd[1269]: app-org.shotcut.Shotcut@afa31191f3fa4b389084750f64ea2713.service: Failed with result 'core-dump'. Feb 16 18:48:32 john-ms7c02 systemd[1269]: app-org.shotcut.Shotcut@afa31191f3fa4b389084750f64ea2713.service: Consumed 5.751s CPU time, 948.7M memory peak.