/* * sysobj - https://github.com/bp0/verbose-spork * Copyright (C) 2018 Burt P. * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. * */ #define _GNU_SOURCE #include #include #include "nice_name.h" #include "util_sysobj.h" /* export */ /* replaces the extra chars with spaces, then when done with a series of * str_shorten()s, use util_compress_space() to squeeze. */ gboolean str_shorten(gchar *str, const gchar *find, const gchar *replace) { if (!str || !find || !replace) return FALSE; long unsigned lf = strlen(find); long unsigned lr = strlen(replace); gchar *p = strstr(str, find); if (p) { if(lr==lf){ strncpy(p, replace, lf); } else { if (lr > lf) lr = lf; gchar *buff = g_strnfill(lf, ' '); if(lr) strncpy(buff, replace, lr); strncpy(p, buff, lf); g_free(buff); } return TRUE; } return FALSE; } gboolean str_shorten_anycase(gchar *str, const gchar *find, const gchar *replace) { if (!str || !find || !replace) return FALSE; long unsigned lf = strlen(find); long unsigned lr = strlen(replace); gchar *p = strcasestr(str, find); if (p) { if(lr==lf){ strncpy(p, replace, lf); } else { if (lr > lf) lr = lf; gchar *buff = g_strnfill(lf, ' '); if(lr) strncpy(buff, replace, lr); strncpy(p, buff, lf); g_free(buff); } return TRUE; } return FALSE; } void nice_name_x86_cpuid_model_string(char *cpuid_model_string) { static gboolean move_vendor_to_front = TRUE; static gboolean remove_long_core_count = TRUE; static gboolean remove_amd_compute_cores = TRUE; static gboolean remove_amd_xn_ncore_redundancy = TRUE; static gboolean remove_processor_cpu_apu_etc = TRUE; static gboolean remove_mhz_ghz = TRUE; static gboolean remove_radeon = TRUE; if (!cpuid_model_string) return; g_strstrip(cpuid_model_string); while(str_shorten(cpuid_model_string, "Genuine Intel", "Intel")) {}; while(str_shorten_anycase(cpuid_model_string, "(R)", "")) {}; while(str_shorten_anycase(cpuid_model_string, "(TM)", "")) {}; while(str_shorten_anycase(cpuid_model_string, "(C)", "")) {}; while(str_shorten(cpuid_model_string, "@", "")) {}; if (move_vendor_to_front) { /* vendor not at the beginning, try to move there. * ex: Mobile AMD Sempron(tm) Processor 3600+ * ex: Dual Core AMD Opteron(tm) Processor 165 */ char *intel = strstr(cpuid_model_string, "Intel "); char *amd = strstr(cpuid_model_string, "AMD "); if (amd || intel) { if (amd && !intel) { if (amd != cpuid_model_string) { int l = amd - cpuid_model_string; memmove(cpuid_model_string+4, cpuid_model_string, l); memcpy(cpuid_model_string, "AMD ", 4); } } else if (intel && !amd) { int l = intel - cpuid_model_string; memmove(cpuid_model_string+6, cpuid_model_string, l); memcpy(cpuid_model_string, "Intel ", 6); } } } if (g_str_has_prefix(cpuid_model_string, "AMD")) { while(str_shorten(cpuid_model_string, "Mobile Technology", "Mobile")) {}; if (remove_radeon) { char *radeon = strcasestr(cpuid_model_string, "with Radeon"); if (!radeon) radeon = strcasestr(cpuid_model_string, "Radeon"); if (radeon) *radeon = 0; } if (remove_amd_compute_cores) { if (strcasestr(cpuid_model_string, " COMPUTE CORES ")) { /* ex: AMD FX-9800P RADEON R7, 12 COMPUTE CORES 4C+8G */ char *comma = strchr(cpuid_model_string, ','); if (comma) *comma = 0; } } if (remove_amd_xn_ncore_redundancy) { /* remove Xn n-core redundancy */ if (strstr(cpuid_model_string, "X2")) { str_shorten(cpuid_model_string, "Dual Core", ""); str_shorten(cpuid_model_string, "Dual-Core", ""); } if (strstr(cpuid_model_string, "X3")) str_shorten(cpuid_model_string, "Triple-Core", ""); if (strstr(cpuid_model_string, "X4")) str_shorten(cpuid_model_string, "Quad-Core", ""); } } if (g_str_has_prefix(cpuid_model_string, "Cyrix")) { /* ex: Cyrix MediaGXtm MMXtm Enhanced */ while(str_shorten(cpuid_model_string, "tm ", "")) {}; } if (remove_processor_cpu_apu_etc) { while(str_shorten(cpuid_model_string, " CPU", "")) {}; while(str_shorten(cpuid_model_string, " APU", "")) {}; while(str_shorten_anycase(cpuid_model_string, " Integrated Processor", "")) {}; while(str_shorten_anycase(cpuid_model_string, " Processor", "")) {}; } else { while(str_shorten(cpuid_model_string, " processor", " Processor")) {}; } if (remove_mhz_ghz) { /* 1400MHz, 1.6+ GHz, etc */ char *u = NULL; while((u = strcasestr(cpuid_model_string, "GHz")) || (u = strcasestr(cpuid_model_string, "MHz")) ) { if (u[3] == '+') u[3] = ' '; strncpy(u, " ", 3); while(isspace(*u)) {u--;} while (isdigit(*u) || *u == '.' || *u == '+') { *u = ' '; u--;} } } if (remove_long_core_count) { /* note: "Intel Core 2 Duo" and "Intel Core 2 Quad" * are the marketing names, don't remove those. */ static char *count_strings[] = { "Dual", "Triple", "Quad", "Six", "Eight", "Octal", "Twelve", "Sixteen", "8", "16", "24", "32", "48", "56", "64", }; char buffer[] = "Enough room for the longest... -Core"; char *dash = strchr(buffer, '-'); char *m = NULL; unsigned int i = 0; for(; i < G_N_ELEMENTS(count_strings); i++) { int l = strlen(count_strings[i]); m = dash-l; memcpy(m, count_strings[i], l); *dash = '-'; while(str_shorten_anycase(cpuid_model_string, m, "")) {}; *dash = ' '; while(str_shorten_anycase(cpuid_model_string, m, "")) {}; } } /* finalize */ util_compress_space(cpuid_model_string); g_strstrip(cpuid_model_string); } /* Intel Graphics may have very long names, * like "Intel Corporation Seventh Generation Something Core Something Something Integrated Graphics Processor Revision Ninety-four" */ void nice_name_intel_gpu_device(char *pci_ids_device_string) { while(str_shorten_anycase(pci_ids_device_string, "(R)", "")) {}; /* Intel(R) -> Intel */ str_shorten(pci_ids_device_string, "Graphics Controller", "Graphics"); str_shorten(pci_ids_device_string, "Graphics Device", "Graphics"); str_shorten(pci_ids_device_string, "Generation", "Gen"); str_shorten(pci_ids_device_string, "Core Processor", "Core"); str_shorten(pci_ids_device_string, "Atom Processor", "Atom"); str_shorten(pci_ids_device_string, "Xeon Processor", "Xeon"); str_shorten(pci_ids_device_string, "Celeron Processor", "Celeron"); str_shorten(pci_ids_device_string, "Pentium Processor", "Pentium"); util_compress_space(pci_ids_device_string); g_strstrip(pci_ids_device_string); }