/* * Copyright (c) 2013, 2016 Wind River Systems, Inc. * * SPDX-License-Identifier: Apache-2.0 * */ /** * @file * Wind River CGTS Platform - Hardware Monitoring and Fault Handling * Access to Inventory Database via REST API Interface. * */ /** This file implements * * 1. an http client used to register sensors with sysinv * 2. an http server used to receive sensor configuration changes from sysinv * 3. an http client used to send sensor samples to Ceilometer. * **/ #ifdef __AREA__ #undef __AREA__ #endif #define __AREA__ "hwm" #include "nodeBase.h" /* for ... Base Service Header */ #include "nodeUtil.h" /* for ... Utility Service Header */ #include "hostUtil.h" /* for ... Host Utilities */ #include "jsonUtil.h" /* for ... common Json utilities */ #include "httpUtil.h" /* for ... common Http utilities */ #include "hwmonUtil.h" /* for ... is_valid_action */ #include "hwmonHttp.h" /* this .. module header */ #include "hwmonClass.h" /* for ... service class definition */ #include "hwmonSensor.h" /* for ... hwmonSensor_print */ #include "hwmonAlarm.h" /* for ... hwmonAlarm */ //ceilometer/ceilometer.conf port=8777 //ceilometer/ceilometer.conf host=192.168.204.2 static event_type hwmon_event ; void hwmonHttp_server_init ( void ) { } /* Cleanup */ void hwmonHttp_server_fini ( void ) { if ( hwmon_event.fd ) { if ( hwmon_event.base ) { event_base_free( hwmon_event.base); } close ( hwmon_event.fd ); } } time_debug_type before ; time_debug_type after ; time_delta_type delta = { 0, 0 } ; /* Look for events */ void hwmonHttp_server_look ( void ) { /* Look for INV Events */ if ( hwmon_event.base ) { gettime ( after ) ; event_base_loop( hwmon_event.base, EVLOOP_NONBLOCK ); gettime (before) ; timedelta ( before , after, delta ); if ( delta.secs > 1 ) { ilog ("-----> SERVICE STALL : did not service sysinv events for %ld.%ld sec\n", delta.secs, delta.msecs/1000); } //if ( inside_delta > 50000000 ) //{ // ilog ("-----> LIBEVENT STALL: event_base_loop select stalled for %llu msec\n", inside_delta/1000000 ); //} } } /* The ',' is needed and the '.' is only fior the end of he full line */ void _create_error_response ( string hostname, string & resp_buffer, int error ) { resp_buffer = "{" ; resp_buffer.append (" \"status\" : \"fail\""); if ( error == HTTP_BADREQUEST ) { resp_buffer.append (",\"reason\" : \"Request appears invalid. Check logs for more detail\""); resp_buffer.append (",\"action\" : \"Retry operation or contact next level support.\""); } else if ( error == MTC_HTTP_FORBIDDEN ) { resp_buffer.append (",\"reason\" : \"Unknown User-Agent specified in request\""); resp_buffer.append (",\"action\" : \"Retry operation or contact next level support.\""); } else if ( error == HTTP_NOTFOUND ) { resp_buffer.append (",\"reason\" : \"Specified sensor or group was not found\""); resp_buffer.append (",\"action\" : \"Please retry request, sensor loading may be in progress. "); resp_buffer.append ("If problem persists then Lock and Unlock host to force re-read of sensor information. "); resp_buffer.append ("Then, if problem continues please contact the system administrator for further assistance.\""); } else if ( error == MTC_HTTP_CONFLICT ) { resp_buffer.append (",\"reason\" : \"Requested operation failed.\""); resp_buffer.append (",\"action\" : \"Retry request and if the problem persists deprovision and then reprovision BMC. "); resp_buffer.append ("With the BMC reprovisioned retry the request. "); resp_buffer.append ("Then, if the problem continues please contact the system administrator for further assistance.\""); } else if ( error == MTC_HTTP_LENGTH_REQUIRED ) { resp_buffer.append (",\"reason\" : \"Sensor modify request with no accompanying data\""); resp_buffer.append (",\"action\" : \"Retry operation and if problem continues contact next level support.\""); } else if ( error == FAIL_INVALID_DATA ) { resp_buffer.append (",\"reason\" : \"Requested sensor audit interval is too frequent\""); resp_buffer.append (",\"action\" : \"Please use value larger than "); resp_buffer.append (itos(HWMON_MIN_AUDIT_INTERVAL)); resp_buffer.append (" secs.\""); } else if ( error == FAIL_BAD_STATE ) { resp_buffer.append (",\"reason\" : \"Invalid sensor action\""); resp_buffer.append (",\"action\" : \"Please select one of the following supported actions: 'ignore','log' or 'alarm'.\""); } else { resp_buffer.append (",\"reason\" : \"Unknown Error code "); resp_buffer.append (itos(error)); resp_buffer.append ("\",\"action\" : \"Undetermined\""); wlog ("%s no supported reason/action string for error code %d.\n", hostname.c_str(), error); } resp_buffer.append ("}"); } int hwmonJson_load_sensor ( string hostname , string sensor_record , sensor_type & sensor ) { int rc = FAIL_STRING_EMPTY ; if ( !sensor_record.empty() ) { jlog ("Event Payload: %s", sensor_record.c_str()); struct json_object *json_obj = json_tokener_parse((char*)sensor_record.data()); if ( !json_obj ) { elog ("%s No or invalid sysinv sensor record\n", hostname.c_str()); return (FAIL_JSON_PARSE); } /* Get all required fields */ sensor.uuid = jsonUtil_get_key_value_string ( json_obj, MTC_JSON_INV_UUID ); sensor.group_uuid = jsonUtil_get_key_value_string ( json_obj, "sensorgroup_uuid"); sensor.host_uuid = jsonUtil_get_key_value_string ( json_obj, "host_uuid" ); sensor.sensorname = jsonUtil_get_key_value_string ( json_obj, "sensorname" ); sensor.datatype = jsonUtil_get_key_value_string ( json_obj, "datatype" ); sensor.sensortype = jsonUtil_get_key_value_string ( json_obj, "sensortype" ); sensor.actions_minor = jsonUtil_get_key_value_string ( json_obj, "actions_minor" ); sensor.actions_major = jsonUtil_get_key_value_string ( json_obj, "actions_major" ); sensor.actions_critl = jsonUtil_get_key_value_string ( json_obj, "actions_critical"); sensor.algorithm = jsonUtil_get_key_value_string ( json_obj, "algorithm"); sensor.status = jsonUtil_get_key_value_string ( json_obj, "status"); sensor.state = jsonUtil_get_key_value_string ( json_obj, "state"); sensor.path = jsonUtil_get_key_value_string ( json_obj, "path" ); /* if there is no stored path then the entity path is just the sensor name */ if ( sensor.path.empty() ) { sensor.entity_path = sensor.sensorname ; } else { /* otherwise prefix the entity path with the path */ sensor.entity_path = sensor.path ; sensor.entity_path.append(ENTITY_DELIMITER); sensor.entity_path.append(sensor.sensorname); } string suppress_string= jsonUtil_get_key_value_string ( json_obj, "suppress" ); if (( !suppress_string.compare("True")) || ( !suppress_string.compare("true"))) sensor.suppress = true ; else sensor.suppress = false ; /* Convert actions to lower case */ sensor.actions_minor = tolowercase (sensor.actions_minor); sensor.actions_major = tolowercase (sensor.actions_major); sensor.actions_critl = tolowercase (sensor.actions_critl); if ( !sensor.datatype.compare("analog") ) { string temp ; // sensor.t_critical_lower = jsonUtil_get_key_value_string ( json_obj, "t_critical_lower"); temp = jsonUtil_get_key_value_string ( json_obj, "t_major_lower"); if ( !temp.empty() ) sensor.t_major_lower = atof(temp.data()); temp = jsonUtil_get_key_value_string ( json_obj, "t_minor_lower"); if ( !temp.empty() ) sensor.t_minor_lower = atof(temp.data()); temp = jsonUtil_get_key_value_string ( json_obj, "t_minor_upper"); if ( !temp.empty() ) sensor.t_minor_upper = atof(temp.data()); temp = jsonUtil_get_key_value_string ( json_obj, "t_major_upper"); if ( !temp.empty() ) sensor.t_major_upper = atof(temp.data()); temp = jsonUtil_get_key_value_string ( json_obj, "t_critical_upper"); if ( !temp.empty() ) sensor.t_critical_upper = atof(temp.data()); temp = jsonUtil_get_key_value_string ( json_obj, "t_critical_lower"); if ( !temp.empty() ) sensor.t_critical_lower = atof(temp.data()); sensor.unit_base = jsonUtil_get_key_value_string ( json_obj, "unit_base" ); sensor.unit_rate = jsonUtil_get_key_value_string ( json_obj, "unit_rate" ); sensor.unit_modifier = jsonUtil_get_key_value_string ( json_obj, "unit_modifier" ); } if (json_obj) json_object_put(json_obj); rc = PASS ; } return (rc); } int hwmonJson_load_group ( string hostname , string group_record , struct sensor_group_type & group ) { int rc = FAIL_STRING_EMPTY ; if ( !group_record.empty() ) { jlog ("Event Payload: %s", group_record.c_str()); struct json_object *json_obj = json_tokener_parse((char*)group_record.data()); if ( !json_obj ) { elog ("%s No or invalid sysinv sensor group record\n", hostname.c_str()); return (FAIL_JSON_PARSE); } /* Get all required fields */ group.group_name = jsonUtil_get_key_value_string ( json_obj, "sensorgroupname" ); group.actions_minor_group = jsonUtil_get_key_value_string ( json_obj, "actions_minor_group" ); group.actions_major_group = jsonUtil_get_key_value_string ( json_obj, "actions_major_group" ); group.actions_critl_group = jsonUtil_get_key_value_string ( json_obj, "actions_critical_group"); group.algorithm = jsonUtil_get_key_value_string ( json_obj, "algorithm"); group.group_uuid = jsonUtil_get_key_value_string ( json_obj, "uuid"); group.host_uuid = jsonUtil_get_key_value_string ( json_obj, "host_uuid"); group.group_state = jsonUtil_get_key_value_string ( json_obj, "state"); group.path = jsonUtil_get_key_value_string ( json_obj, "path"); group.status = jsonUtil_get_key_value_string ( json_obj, "status"); string suppress_string = jsonUtil_get_key_value_string ( json_obj, "suppress" ); if (( !suppress_string.compare("True")) || ( !suppress_string.compare("true"))) group.suppress = true ; else group.suppress = false ; group.group_interval = jsonUtil_get_key_value_int ( json_obj, "audit_interval_group" ); /* Convert actions to lower case */ group.actions_minor_group = tolowercase (group.actions_minor_group); group.actions_major_group = tolowercase (group.actions_major_group); group.actions_critl_group = tolowercase (group.actions_critl_group); if ( !group.datatype.compare("analog") ) { string temp ; temp = jsonUtil_get_key_value_string ( json_obj, "t_major_lower_group"); if ( !temp.empty() ) group.t_major_lower_group = atof(temp.data()); temp = jsonUtil_get_key_value_string ( json_obj, "t_minor_lower_group"); if ( !temp.empty() ) group.t_minor_lower_group = atof(temp.data()); temp = jsonUtil_get_key_value_string ( json_obj, "t_minor_upper_group"); if ( !temp.empty() ) group.t_minor_upper_group = atof(temp.data()); temp = jsonUtil_get_key_value_string ( json_obj, "t_major_upper_group"); if ( !temp.empty() ) group.t_major_upper_group = atof(temp.data()); temp = jsonUtil_get_key_value_string ( json_obj, "t_critical_upper_group"); if ( !temp.empty() ) group.t_critical_upper_group = atof(temp.data()); temp = jsonUtil_get_key_value_string ( json_obj, "t_critical_lower_group"); if ( !temp.empty() ) group.t_critical_lower_group = atof(temp.data()); group.unit_base_group = jsonUtil_get_key_value_string ( json_obj, "unit_base_group" ); group.unit_rate_group = jsonUtil_get_key_value_string ( json_obj, "unit_rate_group" ); group.unit_modifier_group = jsonUtil_get_key_value_string ( json_obj, "unit_modifier_group" ); } group.actions_minor_choices = jsonUtil_get_key_value_string ( json_obj, "actions_minor_choices"); group.actions_major_choices = jsonUtil_get_key_value_string ( json_obj, "actions_major_choices"); group.actions_critical_choices = jsonUtil_get_key_value_string ( json_obj, "actions_critical_choices"); if (json_obj) json_object_put(json_obj); rc = PASS ; } return (rc); } /******************************************************************** * * Verify this request contains valid client info. * * i.e. the user-Agent header needs to exist and be set to * CLIENT_SYSINV_1_0 * ********************************************************************/ mtc_client_enum _get_client_id ( struct evhttp_request *req ) { mtc_client_enum client_hdr = CLIENT_NONE ; mtc_client_enum client_url = CLIENT_NONE ; const char * url_ptr = evhttp_request_get_uri (req); const char * group_event_ptr = strstr ( url_ptr, SYSINV_ISENSORGROUPS_LABEL); const char * sensor_event_ptr = strstr ( url_ptr, SYSINV_ISENSOR_LABEL); jlog ("URI: %s\n", url_ptr ); if ( sensor_event_ptr != NULL ) { client_url = CLIENT_SENSORS ; } else if (group_event_ptr != NULL) { client_url = CLIENT_SENSORGROUPS ; } else { wlog ("Unsupported URL:%s)\n", url_ptr ); return CLIENT_NONE; } /* Parse Headers we care about to verify that it also contains the correct User-Agent header */ struct evkeyvalq * headers_ptr = evhttp_request_get_input_headers (req); const char * header_value_ptr = evhttp_find_header (headers_ptr, CLIENT_HEADER); if ( header_value_ptr ) { if ( ! strncmp ( header_value_ptr, CLIENT_SYSINV_1_0, 20 ) ) { dlog3 ("%s\n", header_value_ptr ); client_hdr = CLIENT_SYSINV ; } } /* Both client_url and client_hdr need to match */ if ( client_hdr != CLIENT_NONE ) { return (client_url); } else { wlog ("Unknown or mismatched client (hdr:%d:%s)\n", client_hdr, header_value_ptr); return (CLIENT_NONE); } } /* {"status": "ok", "t_critical_upper": null, "actions_minor": null, "sensorname": "5V Rail", "suppress": "False", "updated_at": null, "sensortype": "voltage", "t_critical_lower": null, "unit_base": null, "state_requested": null, "path": "", "unit_rate": null, "actions_critical": null, "id": 8, "t_minor_lower": null, "uuid": "5b019f20-fec1-4173-ab5a-0fb12be34a4d", "unit_modifier": null, "sensor_action_requested": null, "t_minor_upper": null, "datatype": "analog", "capabilities": {}, "t_major_lower": null, "state": "disabled", "sensorgroup_id": null, "host_id": 3, "algorithm": null, "t_major_upper": null, "audit_interval": null, "actions_major": null} */ /* Handle the sysinv sensor modify request */ string _sensor_modify_handler ( string hostname, char * request_ptr, int & http_status_code) { sensor_type sysinv_sensor ; string resp_buffer ; int rc ; resp_buffer.clear(); /* Load a local 'sysinv_sensor' variable with the sensor information from the * sysinv request so that it can be compared to that same sensor in the host. */ hwmonSensor_init ( hostname, &sysinv_sensor ); rc = hwmonJson_load_sensor ( hostname, request_ptr, sysinv_sensor ); if ( rc == PASS ) { hwmonHostClass * obj_ptr = get_hwmonHostClass_ptr() ; resp_buffer = "{ \"status\" : \"pass\" }" ; http_status_code = HTTP_OK ; sensor_type * sensor_ptr = obj_ptr->get_sensor ( hostname, sysinv_sensor.entity_path ); if ( sensor_ptr ) { if ( sensor_ptr->suppress != sysinv_sensor.suppress ) { sensor_ptr->suppress = sysinv_sensor.suppress ; if ( sysinv_sensor.suppress == true ) { hwmonLog ( hostname, HWMON_ALARM_ID__SENSOR, FM_ALARM_SEVERITY_CLEAR, sensor_ptr->sensorname, REASON_SUPPRESSED ); handle_new_suppression ( sensor_ptr ); } else { hwmonLog ( hostname, HWMON_ALARM_ID__SENSOR, FM_ALARM_SEVERITY_CLEAR, sensor_ptr->sensorname, REASON_UNSUPPRESSED ); obj_ptr->manage_sensor_state ( hostname, sensor_ptr, get_severity(sensor_ptr->status)); } } /* Currently we don't support Sysinv modifying any of the following sensor attributes */ #ifdef WANT_SENSOR_ATTRIBUTE_MODIFY_SUPPORT if ( sensor_ptr->state.compare(sysinv_sensor.state) ) { ilog ("%s '%s' sensor 'state' changed from '%s' to '%s'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->state.c_str(), sysinv_sensor.state.c_str()); sensor_ptr->state = sysinv_sensor.state ; } if ( sensor_ptr->status.compare(sysinv_sensor.status) ) { ilog ("%s '%s' sensor 'status' changed from '%s' to '%s'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->status.c_str(), sysinv_sensor.status.c_str()); sensor_ptr->status = sysinv_sensor.status ; } if ( sensor_ptr->unit_base.compare(sysinv_sensor.unit_base) ) { ilog ("%s '%s' sensor 'unit_base' changed from '%s' to '%s'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->unit_base.c_str(), sysinv_sensor.unit_base.c_str()); sensor_ptr->unit_base = sysinv_sensor.unit_base ; } if ( sensor_ptr->unit_rate.compare(sysinv_sensor.unit_rate) ) { ilog ("%s '%s' sensor 'unit_rate' changed from '%s' to '%s'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->unit_rate.c_str(), sysinv_sensor.unit_rate.c_str()); sensor_ptr->unit_rate = sysinv_sensor.unit_rate ; } if ( sensor_ptr->unit_modifier.compare(sysinv_sensor.unit_modifier) ) { ilog ("%s '%s' sensor 'unit_modifier' changed from '%s' to '%s'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->unit_modifier.c_str(), sysinv_sensor.unit_modifier.c_str()); sensor_ptr->unit_modifier = sysinv_sensor.unit_modifier ; } if ( sensor_ptr->actions_minor.compare(sysinv_sensor.actions_minor)) { /* action is validated and converted to lower case */ if ( is_valid_action ( HWMON_SEVERITY_MINOR, sysinv_sensor.actions_minor , true) ) { ilog ("%s '%s' sensor 'minor event action(s)' changed from '%s' to '%s'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->actions_minor.c_str(), sysinv_sensor.actions_minor.c_str()); sensor_ptr->actions_minor = sysinv_sensor.actions_minor ; } else { _create_error_response ( hostname, resp_buffer, FAIL_BAD_STATE ) ; http_status_code = HTTP_BADREQUEST ; } } if ( sensor_ptr->actions_major.compare(sysinv_sensor.actions_major)) { /* action is validated and converted to lower case */ if ( is_valid_action ( HWMON_SEVERITY_MAJOR, sysinv_sensor.actions_major , true ) ) { ilog ("%s '%s' sensor 'major event action(s)' changed from '%s' to '%s'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->actions_major.c_str(), sysinv_sensor.actions_major.c_str()); sensor_ptr->actions_major = sysinv_sensor.actions_major ; } else { _create_error_response ( hostname, resp_buffer, FAIL_BAD_STATE ) ; http_status_code = HTTP_BADREQUEST ; } } if ( sensor_ptr->actions_critl.compare(sysinv_sensor.actions_critl)) { /* action is validated and converted to lower case */ if ( is_valid_action ( HWMON_SEVERITY_CRITICAL, sysinv_sensor.actions_critl , true ) ) { ilog ("%s '%s' sensor 'critical event action(s)' changed from '%s' to '%s'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->actions_critl.c_str(), sysinv_sensor.actions_critl.c_str()); sensor_ptr->actions_critl = sysinv_sensor.actions_critl ; } else { _create_error_response ( hostname, resp_buffer, FAIL_BAD_STATE ) ; http_status_code = HTTP_BADREQUEST ; } } if ( sensor_ptr->path.compare(sysinv_sensor.path)) { ilog ("%s '%s' sensor 'read command' changed from '%s' to '%s'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->path.c_str(), sysinv_sensor.path.c_str()); sensor_ptr->path = sysinv_sensor.path ; } if ( sensor_ptr->algorithm.compare(sysinv_sensor.algorithm)) { ilog ("%s '%s' sensor 'algorithm' changed from '%s' to '%s'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->algorithm.c_str(), sysinv_sensor.algorithm.c_str()); sensor_ptr->algorithm = sysinv_sensor.algorithm ; } if ( sensor_ptr->t_minor_lower != sysinv_sensor.t_minor_lower ) { ilog ("%s '%s' sensor 'Lower Minor Threshold' changed from '%5.3f' to '%5.3f'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->t_minor_lower, sysinv_sensor.t_minor_lower); sensor_ptr->t_minor_lower = sysinv_sensor.t_minor_lower ; } if ( sensor_ptr->t_major_lower != sysinv_sensor.t_major_lower ) { ilog ("%s '%s' sensor 'Lower Major Threshold' changed from '%5.3f' to '%5.3f'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->t_major_lower, sysinv_sensor.t_major_lower); sensor_ptr->t_major_lower = sysinv_sensor.t_major_lower ; } if ( sensor_ptr->t_critical_lower != sysinv_sensor.t_critical_lower ) { ilog ("%s '%s' sensor 'Lower Critical Threshold' changed from '%5.3f' to '%5.3f'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->t_critical_lower, sysinv_sensor.t_critical_lower); sensor_ptr->t_critical_lower = sysinv_sensor.t_critical_lower ; } if ( sensor_ptr->t_minor_upper != sysinv_sensor.t_minor_upper ) { ilog ("%s '%s' sensor 'Upper Minor Threshold' changed from '%5.3f' to '%5.3f'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->t_minor_upper, sysinv_sensor.t_minor_upper); sensor_ptr->t_minor_upper = sysinv_sensor.t_minor_upper ; } if ( sensor_ptr->t_major_upper != sysinv_sensor.t_major_upper ) { ilog ("%s '%s' sensor 'Upper Major Threshold' changed from '%5.3f' to '%5.3f'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->t_major_upper, sysinv_sensor.t_major_upper); sensor_ptr->t_major_upper = sysinv_sensor.t_major_upper ; } if ( sensor_ptr->t_critical_upper != sysinv_sensor.t_critical_upper ) { ilog ("%s '%s' sensor 'Upper Critical Threshold' changed from '%5.3f' to '%5.3f'\n", hostname.c_str(), sensor_ptr->sensorname.c_str(), sensor_ptr->t_critical_upper, sysinv_sensor.t_critical_upper); sensor_ptr->t_critical_upper = sysinv_sensor.t_critical_upper ; } #endif } else { elog ("%s '%s' sensor not found (in hwmon)\n", hostname.c_str(), sysinv_sensor.sensorname.c_str()); _create_error_response ( hostname, resp_buffer, HTTP_NOTFOUND ) ; http_status_code = HTTP_NOTFOUND ; } } else { elog ("%s failed parsing sensor modify request (from sysinv)\n", hostname.c_str()); http_status_code = HTTP_BADREQUEST ; _create_error_response ( hostname, resp_buffer, http_status_code ) ; } return (resp_buffer); } /* Handle the sysinv group modify request */ string _group_modify_handler ( string hostname, char * request_ptr, int & http_status_code) { struct sensor_group_type sysinv_group ; string resp_buffer ; int rc ; resp_buffer.clear(); /* Load a local 'sysinv_group' variable with the sensor information from the * sysinv request so that it can be compared to that same group in the host. */ hwmonGroup_init ( hostname, &sysinv_group ); rc = hwmonJson_load_group ( hostname, request_ptr, sysinv_group ); if ( rc == PASS ) { struct sensor_group_type * host_group_ptr = get_hwmonHostClass_ptr()->hwmon_get_group ( hostname, sysinv_group.group_name ); if ( host_group_ptr ) { hwmonHostClass * obj_ptr = get_hwmonHostClass_ptr() ; if ( host_group_ptr->suppress != sysinv_group.suppress ) { hlog ("%s '%s' group 'suppression' changed from '%s' to '%s'\n", hostname.c_str(), host_group_ptr->group_name.c_str(), host_group_ptr->suppress ? "True" : "False", sysinv_group.suppress ? "True" : "False"); /* modify all sensors in this group and update this setting */ rc = obj_ptr->group_modify ( hostname, sysinv_group.group_uuid, "suppress" , sysinv_group.suppress ? "True" : "False" ); if ( rc ) { /* TODO: handle with proper error code */ _create_error_response ( hostname, resp_buffer, FAIL ) ; http_status_code = HTTP_BADREQUEST ; return (resp_buffer); } } if ( host_group_ptr->group_interval != sysinv_group.group_interval ) { hlog ("%s '%s' group 'interval' changed from '%d' to '%d' secs\n", hostname.c_str(), host_group_ptr->group_name.c_str(), host_group_ptr->group_interval, sysinv_group.group_interval); /* modify all sensors in this group and update this setting */ rc = obj_ptr->group_modify ( hostname, sysinv_group.group_uuid, "audit_interval_group" , itos(sysinv_group.group_interval)); if ( rc ) { _create_error_response ( hostname, resp_buffer, rc ) ; http_status_code = HTTP_BADREQUEST ; return (resp_buffer); } } if ( host_group_ptr->actions_critl_group != sysinv_group.actions_critl_group ) { rc = FAIL_BAD_STATE ; if ( is_valid_action ( HWMON_SEVERITY_CRITICAL, sysinv_group.actions_critl_group , true) ) { hlog ("%s '%s' group 'actions_critical_group' changed from '%s' to '%s'\n", hostname.c_str(), host_group_ptr->group_name.c_str(), host_group_ptr->actions_critl_group.c_str(), sysinv_group.actions_critl_group.c_str() ); /* modify all sensors in this group and update this setting */ rc = obj_ptr->group_modify ( hostname, sysinv_group.group_uuid, "actions_critical_group" , sysinv_group.actions_critl_group ); } if ( rc ) { _create_error_response ( hostname, resp_buffer, rc ) ; http_status_code = HTTP_BADREQUEST ; return (resp_buffer); } } if ( host_group_ptr->actions_major_group != sysinv_group.actions_major_group ) { rc = FAIL_BAD_STATE ; if ( is_valid_action ( HWMON_SEVERITY_MAJOR, sysinv_group.actions_major_group, true ) ) { hlog ("%s '%s' group 'actions_major_group' changed from '%s' to '%s'\n", hostname.c_str(), host_group_ptr->group_name.c_str(), host_group_ptr->actions_major_group.c_str(), sysinv_group.actions_major_group.c_str() ); /* modify all sensors in this group and update this setting */ rc = obj_ptr->group_modify ( hostname, sysinv_group.group_uuid, "actions_major_group" , sysinv_group.actions_major_group ); } if ( rc ) { _create_error_response ( hostname, resp_buffer, rc ) ; http_status_code = HTTP_BADREQUEST ; return (resp_buffer); } } if ( host_group_ptr->actions_minor_group != sysinv_group.actions_minor_group ) { rc = FAIL_BAD_STATE ; if ( is_valid_action ( HWMON_SEVERITY_MINOR, sysinv_group.actions_minor_group , true ) ) { hlog ("%s '%s' group 'actions_minor_group' changed from '%s' to '%s'\n", hostname.c_str(), host_group_ptr->group_name.c_str(), host_group_ptr->actions_minor_group.c_str(), sysinv_group.actions_minor_group.c_str() ); /* modify all sensors in this group and update this setting */ rc = obj_ptr->group_modify ( hostname, sysinv_group.group_uuid, "actions_minor_group" , sysinv_group.actions_minor_group ); } if ( rc ) { _create_error_response ( hostname, resp_buffer, rc ) ; http_status_code = HTTP_BADREQUEST ; return (resp_buffer); } } resp_buffer = "{ \"status\" : \"pass\" }" ; http_status_code = HTTP_OK ; } else { elog ("%s '%s' group not found (in hwmon)\n", hostname.c_str(), sysinv_group.group_name.c_str()); _create_error_response ( hostname, resp_buffer, HTTP_NOTFOUND ) ; http_status_code = HTTP_NOTFOUND ; } } else { elog ("%s failed parsing group modify request (from sysinv)\n", hostname.c_str()); http_status_code = HTTP_BADREQUEST ; _create_error_response ( hostname, resp_buffer, http_status_code ) ; } return (resp_buffer); } /***************************************************************************** * * Name: hwmondHttp_server_handler * * Description: Receive an http event, extract the event type and buffer from * it and call process request handler. * Send the processed message response back to the connection. * * Supported events include: PATCH from sysinv * ******************************************************************************/ void hwmonHttp_server_handler (struct evhttp_request *req, void *arg) { mtc_client_enum client = CLIENT_NONE ; int http_status_code = HTTP_NOTFOUND ; hwmon_ctrl_type * ctrl_ptr = get_ctrl_ptr() ; msgSock_type * mtclogd_ptr = get_mtclogd_sockPtr () ; string hostname = "" ; string uuid = "" ; string response = "" ; /* default response */ response = "{" ; response.append (" \"status\" : \"fail\""); response.append (",\"reason\" : \"not found\""); response.append (",\"action\" : \"retry with valid host\""); response.append ("}"); hwmonHostClass * obj_ptr = get_hwmonHostClass_ptr () ; hwmon_event.req = req ; hlog3 ("HTTP Event:%p base:%p Req:%p arg:%p\n", &hwmon_event, hwmon_event.base, hwmon_event.req, arg ); /* Get sender must be localhost */ const char * host_ptr = evhttp_request_get_host (req); if ( strncmp ( host_ptr , "localhost" , 10 )) { wlog ("Message received from unknown host '%s' but should be 'localhost'\n", host_ptr ); evhttp_send_error (hwmon_event.req, http_status_code, response.data() ); } const char * url_ptr = evhttp_request_get_uri (req); hlog ("HTTP Request From Sysinv - %p - URL: %s\n", hwmon_event.req, url_ptr ); /* Extract the operation */ evhttp_cmd_type http_cmd = evhttp_request_get_command (req); snprintf (&ctrl_ptr->log_str[0] , MAX_API_LOG_LEN-1, "\n%s [%5d] %s Request from %s for %s ...", pt(), getpid(), getHttpCmdType_str(http_cmd), host_ptr, url_ptr ); send_log_message ( mtclogd_ptr, ctrl_ptr->my_hostname.data(), &ctrl_ptr->filename[0], &ctrl_ptr->log_str[0] ); snprintf (&ctrl_ptr->log_str[0], MAX_API_LOG_LEN-1, "%s [%5d] failed response\n", pt(), getpid() ); /* Acquire the client that sent this event from the url URI */ client = _get_client_id ( req ); if ( client != CLIENT_NONE ) { switch ( http_cmd ) { case EVHTTP_REQ_POST: { if ( client == CLIENT_SENSORGROUPS ) { /* get the payload */ struct evbuffer *in_buf = evhttp_request_get_input_buffer ( req ); if ( in_buf ) { size_t len = evbuffer_get_length(in_buf) ; if ( len ) { ev_ssize_t bytes = 0 ; char * buffer_ptr = (char*)malloc(len+1); memset ( buffer_ptr, 0, len+1 ); bytes = evbuffer_remove(in_buf, buffer_ptr, len ); if ( bytes > 0 ) { struct json_object * json_obj = json_tokener_parse(buffer_ptr); if ( json_obj ) { string host_uuid = jsonUtil_get_key_value_string ( json_obj, "host_uuid" ); if ( hostUtil_is_valid_uuid ( host_uuid ) ) { /* request sensor model relearn as a * background operation */ obj_ptr->ipmi_learn_sensor_model (host_uuid) ; http_status_code = HTTP_OK ; response = "{ \"status\" : \"pass\" }" ; } else { wlog ("failed to find 'host_uuid' key in HTTP event message\n"); http_status_code = HTTP_BADREQUEST ; _create_error_response ( hostname, response, http_status_code ); } if (json_obj) json_object_put(json_obj); } else { elog ("No or invalid sysinv sensor record\n"); if (( buffer_ptr ) && ( strlen(buffer_ptr) < 1000 )) { elog ("event payload: %s\n", buffer_ptr); } http_status_code = HTTP_NOTFOUND ; _create_error_response ( hostname, response, http_status_code ); } } else { wlog ("http event request with no payload\n"); _create_error_response ( hostname, response, MTC_HTTP_LENGTH_REQUIRED ); http_status_code = HTTP_BADREQUEST ; } free ( buffer_ptr ); } else { wlog ("http event request with no payload\n"); _create_error_response ( hostname, response, MTC_HTTP_LENGTH_REQUIRED ); http_status_code = HTTP_BADREQUEST ; } } else { http_status_code = HTTP_BADREQUEST ; _create_error_response ( hostname, response, http_status_code ); wlog ("Http event request has no buffer\n"); } } else { http_status_code = HTTP_BADREQUEST ; _create_error_response ( hostname, response, http_status_code ); elog ("Unexpected POST request ...\n"); } break ; } case EVHTTP_REQ_PATCH: { /* get the payload */ struct evbuffer *in_buf = evhttp_request_get_input_buffer ( req ); if ( in_buf ) { size_t len = evbuffer_get_length(in_buf) ; if ( len ) { ev_ssize_t bytes = 0 ; char * buffer_ptr = (char*)malloc(len+1); memset ( buffer_ptr, 0, len+1 ); bytes = evbuffer_remove(in_buf, buffer_ptr, len ); if ( bytes <= 0 ) { wlog ("http event request with no payload\n"); _create_error_response ( hostname, response, MTC_HTTP_LENGTH_REQUIRED ); http_status_code = HTTP_BADREQUEST ; } else { struct json_object * json_obj = json_tokener_parse(buffer_ptr); if ( json_obj ) { string host_uuid = jsonUtil_get_key_value_string ( json_obj, "host_uuid" ); if ( !host_uuid.empty() ) { hostname = obj_ptr->get_hostname ( host_uuid ) ; if ( client == CLIENT_SENSORS ) { snprintf (&ctrl_ptr->log_str[0], MAX_API_LOG_LEN-1, "%s [%5d] Sensor Modify Request : %s", pt(), getpid(), buffer_ptr); send_log_message ( mtclogd_ptr, ctrl_ptr->my_hostname.data(), &ctrl_ptr->filename[0], &ctrl_ptr->log_str[0] ); response = _sensor_modify_handler ( hostname, buffer_ptr, http_status_code ); snprintf (&ctrl_ptr->log_str[0], MAX_API_LOG_LEN-1, "%s [%5d] Sensor Modify Response: %s\n", pt(), getpid(), response.data()); } else if ( client == CLIENT_SENSORGROUPS ) { snprintf (&ctrl_ptr->log_str[0], MAX_API_LOG_LEN-1, "%s [%5d] Group Modify Request : %s", pt(), getpid(), buffer_ptr); send_log_message ( mtclogd_ptr, ctrl_ptr->my_hostname.data(), &ctrl_ptr->filename[0], &ctrl_ptr->log_str[0] ); response = _group_modify_handler ( hostname, buffer_ptr, http_status_code ); snprintf (&ctrl_ptr->log_str[0], MAX_API_LOG_LEN-1, "%s [%5d] Group Modify Response: %s\n", pt(), getpid(), response.data()); } else { elog ("%s Unknown client\n", hostname.c_str()); http_status_code = HTTP_NOTFOUND ; _create_error_response ( hostname, response, http_status_code ); } } else { wlog ("failed to find 'host_uuid' key in HTTP event message\n"); http_status_code = HTTP_BADREQUEST ; _create_error_response ( hostname, response, http_status_code ); } if (json_obj) json_object_put(json_obj); } else { elog ("No or invalid sysinv sensor record\n"); if (( buffer_ptr ) && ( strlen(buffer_ptr) < 1000 )) { elog ("event payload: %s\n", buffer_ptr); } http_status_code = HTTP_NOTFOUND ; _create_error_response ( hostname, response, http_status_code ); } } free ( buffer_ptr ); } else { http_status_code = HTTP_BADREQUEST ; _create_error_response ( hostname, response, MTC_HTTP_LENGTH_REQUIRED ); wlog ("Http event request has no payload\n"); } } else { http_status_code = HTTP_BADREQUEST ; _create_error_response ( hostname, response, http_status_code ); wlog ("Http event request has no buffer\n"); } break ; } default: { http_status_code = HTTP_BADREQUEST ; _create_error_response ( hostname, response, http_status_code ); wlog ("Unsupported command\n"); } } } else { http_status_code = MTC_HTTP_FORBIDDEN ; _create_error_response ( hostname, response, http_status_code ); wlog ("invalid User-Agent specified\n"); } send_log_message ( mtclogd_ptr, ctrl_ptr->my_hostname.data(), &ctrl_ptr->filename[0], &ctrl_ptr->log_str[0] ); if ( http_status_code == HTTP_OK ) { struct evbuffer *resp_buf = evbuffer_new(); hlog3 ("Event Response: %s\n", response.c_str()); evbuffer_add_printf (resp_buf, "%s\n", response.data()); evhttp_send_reply (hwmon_event.req, http_status_code, "OK", resp_buf ); evbuffer_free ( resp_buf ); } else { // _create_error_response ( hostname, response, http_status_code ); elog ("HTTP Event error:%d ; cmd:%s url:%s response:%s\n", http_status_code, getHttpCmdType_str(http_cmd), url_ptr, response.c_str()); evhttp_send_error (hwmon_event.req, http_status_code, response.data() ); } } /***************************************************************** * * Name : hwmonHttp_server_bind * * Description : Setup the HTTP server socket * *****************************************************************/ int hwmonHttp_server_bind ( event_type & event ) { int rc ; int flags ; int one = 1; event.fd = socket(AF_INET, SOCK_STREAM, 0); if (event.fd < 0) { elog ("HTTP server socket create failed (%d:%m)\n", errno ); return FAIL_SOCKET_CREATE ; } /* make socket reusable */ rc = setsockopt(event.fd, SOL_SOCKET, SO_REUSEADDR, (char *)&one, sizeof(int)); if ( rc < 0 ) { elog ("failed to set HTTP server socket as reusable (%d:%m)\n", errno ); } memset(&event.addr, 0, sizeof(struct sockaddr_in)); event.addr.sin_family = AF_INET; event.addr.sin_addr.s_addr = inet_addr(LOOPBACK_IP) ; /* INADDR_ANY; TODO: Refine this if we can */ event.addr.sin_port = htons(event.port); /* bind port */ rc = bind ( event.fd, (struct sockaddr*)&event.addr, sizeof(struct sockaddr_in)); if (rc < 0) { elog ("HTTP server port %d bind failed (%d:%m)\n", event.port, errno ); return FAIL_SOCKET_BIND ; } /* Listen for events */ rc = listen(event.fd, 10 ); if (rc < 0) { elog ("HTTP server listen failed (%d:%m)\n", errno ); return FAIL_SOCKET_LISTEN; } /* make non-blocking */ flags = fcntl ( event.fd, F_GETFL, 0) ; if ( flags < 0 || fcntl(event.fd, F_SETFL, flags | O_NONBLOCK) < 0) { elog ("failed to set HTTP server socket to non-blocking (%d:%m)\n", errno ); return FAIL_SOCKET_OPTION; } return PASS; } /* Setup the http server */ int hwmonHttp_server_setup ( event_type & event ) { int rc = PASS ; if ( ( rc = hwmonHttp_server_bind ( event )) != PASS ) { return rc ; } else if (event.fd < 0) { wlog ("failed to get http server socket file descriptor\n"); return RETRY ; } event.base = event_base_new(); if (event.base == NULL) { elog ("failed to get http server event base\n"); return -1; } event.httpd = evhttp_new(event.base); if (event.httpd == NULL) { elog ("failed to get httpd server handle\n"); return -1; } evhttp_set_allowed_methods (event.httpd, EVENT_METHODS ); rc = evhttp_accept_socket(event.httpd, event.fd); if ( rc == -1) { elog ("failed to accept on http server socket\n"); return -1; } evhttp_set_gencb(event.httpd, hwmonHttp_server_handler, NULL); return PASS ; } /************************************************************************ * * Name : hwmonHttp_server_init * * Description: Incoming HTTP event server on specified port. * */ int hwmonHttp_server_init ( int event_port ) { int rc = PASS ; hwmon_ctrl_type * ctrl_ptr = get_ctrl_ptr() ; memset ( &hwmon_event, 0, sizeof(event_type)); hwmon_event.port = event_port ; snprintf (&ctrl_ptr->filename[0], MAX_FILENAME_LEN, "/var/log/%s_event.log", program_invocation_short_name ); for ( ; ; ) { rc = hwmonHttp_server_setup ( hwmon_event ); if ( rc == RETRY ) { wlog ("%s bind failed (%d)\n", EVENT_SERVER, hwmon_event.fd ); } else if ( rc != PASS ) { elog ("%s start failed (rc:%d)\n", EVENT_SERVER, rc ); } else if ( hwmon_event.fd > 0 ) { ilog ("Listening for 'http event server ' socket %s:%d\n", inet_ntoa(hwmon_event.addr.sin_addr), hwmon_event.port ); rc = PASS ; break ; } if ( rc ) mtcWait_secs (5); } return ( rc ) ; } int hwmonHttp_handler ( libEvent & event ) { int rc = PASS ; string hn = event.hostname ; hlog ("%s handler called\n", event.log_prefix.c_str() ); /* request shared string iterator */ std::list::iterator iter_curr_ptr ; if ( event.request == SYSINV_SENSOR_MOD ) { jlog ("Sensor Modify Response: %s\n", event.response.c_str()); } else if ( event.request == SYSINV_SENSOR_MOD_GROUP ) { jlog ("Group Modify Response: %s\n", event.response.c_str()); } /* Handle the sysinv resposne to a sensor load request */ if ( event.request == SYSINV_SENSOR_LOAD ) { if ( event.status == PASS ) { std::list sensor_list ; sensor_list.clear(); rc = jsonUtil_get_list ( (char*)event.response.data(), SYSINV_ISENSOR_LABEL, sensor_list ); if ( rc == PASS ) { hlog ("%s has %ld sensors in the database\n", hn.c_str(), sensor_list.size() ); sensor_type sysinv_sensor ; /* Load the list of sensors for this host */ for ( iter_curr_ptr = sensor_list.begin(); iter_curr_ptr != sensor_list.end() ; ++iter_curr_ptr ) { hwmonSensor_init ( hn, &sysinv_sensor ); rc = hwmonJson_load_sensor ( hn, iter_curr_ptr->data(), sysinv_sensor ); if ( rc == PASS ) { blog2 ("%s '%s' sensor read (from sysinv)\n", hn.c_str(), sysinv_sensor.sensorname.c_str() ); rc = get_hwmonHostClass_ptr()->add_sensor ( hn, sysinv_sensor ); if ( rc == PASS ) { blog2 ("%s '%s' sensor added (to hwmon)\n", hn.c_str(), sysinv_sensor.sensorname.c_str()); } else { elog ("%s '%s' add sensor failed (to hwmon)\n", hn.c_str(), sysinv_sensor.sensorname.c_str()); event.status = rc = FAIL ; break ; } } else { elog ("%s failed parsing sensor record (from sysinv)\n", hn.c_str()); wlog ("%s ... Raw Sensor Record: \n%s\n", event.log_prefix.c_str(), iter_curr_ptr->c_str()); event.status = rc = FAIL_JSON_PARSE ; break ; } } /* for loop */ } else { elog ("%s json sensor list parse error (from sysinv)\n", hn.c_str() ); wlog ("%s ... Raw Sensor List: \n%s\n", event.log_prefix.c_str(), event.response.c_str()); event.status = rc = FAIL_JSON_OBJECT ; } } else { elog ("%s handler called with existing error (status:%d) (sensor)\n", hn.c_str(), event.status ); } } else if ( event.request == SYSINV_SENSOR_GROUP_SENSORS ) { hlog ("%s Sensor Group Response: \n%s\n", event.log_prefix.c_str(), event.response.c_str()); struct json_object * json_obj = json_tokener_parse((char*)event.response.data()); if ( json_obj ) { /* update the event with the uuid sysinv generated */ event.new_uuid = jsonUtil_get_key_value_string ( json_obj, "uuid" ); if (json_obj) json_object_put(json_obj); if ( !event.uuid.compare(event.new_uuid)) { // log ("%s sensor grouping passed\n", event.log_prefix.c_str()); event.status = rc = PASS ; } else { elog ("%s failed to sensor grouping - response group uuid mismatch\n", event.log_prefix.c_str()); event.status = rc = FAIL_INVALID_UUID ; } } else { elog ("%s failed to sensor grouping - cannot tokenize response\n", event.log_prefix.c_str()); event.status = rc = FAIL_JSON_OBJECT ; } } /* Handle the sysinv resposne to a sensor group add request */ else if ( event.request == SYSINV_SENSOR_DEL ) { hlog ("%s '%s' sensor deleted uuid:%s\n", event.hostname.c_str(), event.key.c_str(), event.value.c_str()); } /* Handle the sysinv resposne to a sensor group add request */ else if ( event.request == SYSINV_SENSOR_DEL_GROUP ) { hlog ("%s '%s' sensor group deleted uuid:%s\n", event.hostname.c_str(), event.key.c_str(), event.value.c_str()); } /* Handle the sysinv resposne to a sensor group add request */ else if ( event.request == SYSINV_SENSOR_ADD ) { hlog ("%s Add Sensor Response: \n%s\n", event.log_prefix.c_str(), event.response.c_str()); struct json_object *json_obj = json_tokener_parse((char*)event.response.data()); if ( json_obj ) { /* update the event with the uuid sysinv generated */ event.new_uuid = jsonUtil_get_key_value_string ( json_obj, "uuid" ); if (json_obj) json_object_put(json_obj); event.status = rc = PASS ; } else { elog ("%s failed to add sensor - cannot tokenize response\n", event.log_prefix.c_str()); event.status = rc = FAIL_JSON_OBJECT ; } } /* Handle the sysinv resposne to a sensor group add request */ else if ( event.request == SYSINV_SENSOR_ADD_GROUP ) { hlog ("%s Add Group Response: \n%s\n", event.log_prefix.c_str(), event.response.c_str()); struct json_object *json_obj = json_tokener_parse((char*)event.response.data()); if ( json_obj ) { /* update the event with the uuid sysinv generated */ event.new_uuid = jsonUtil_get_key_value_string ( json_obj, "uuid" ); if (json_obj) json_object_put(json_obj); event.status = rc = PASS ; } else { elog ("%s failed to add group - cannot tokenize response\n", event.log_prefix.c_str()); event.status = rc = FAIL_JSON_OBJECT ; } } /* Handle the sysinv resposne to a sensor group add request */ else if ( event.request == SYSINV_SENSOR_LOAD_GROUPS ) { if ( event.status == PASS ) { std::list group_list ; group_list.clear(); rc = jsonUtil_get_list ( (char*)event.response.data(), SYSINV_ISENSORGROUPS_LABEL, group_list ); if ( rc == PASS ) { hlog ("%s has %ld sensor groups in the database\n", hn.c_str(), group_list.size() ); struct sensor_group_type sysinv_group ; /* Load the list of sensors for this host */ for ( iter_curr_ptr = group_list.begin(); iter_curr_ptr != group_list.end() ; ++iter_curr_ptr ) { sysinv_group.timer.tid = NULL ; hwmonGroup_init ( hn, &sysinv_group ); rc = hwmonJson_load_group ( hn, iter_curr_ptr->data(), sysinv_group ); if ( rc == PASS ) { blog ("%s '%s' sensor group read (from sysinv) [uuid:%s]\n", hn.c_str(), sysinv_group.group_name.c_str(), sysinv_group.group_uuid.c_str()); rc = get_hwmonHostClass_ptr()->hwmon_add_group ( hn, sysinv_group ); if ( rc == PASS ) { blog ("%s '%s' sensor group added (to hwmon)\n", hn.c_str(), sysinv_group.group_name.c_str()); if ( daemon_get_cfg_ptr()->debug_bmgmt > 1 ) { hwmonGroup_print ( hn, &sysinv_group ); } } else { elog ("%s '%s' sensor group add failed (to hwmon)\n", hn.c_str(), sysinv_group.group_name.c_str()); /* Don't fail the command */ // event.status = rc = FAIL ; // break ; } } else { elog ("%s failed parsing sensor group record (from sysinv)\n", hn.c_str()); wlog ("%s ... Raw Group Record: \n%s\n", event.log_prefix.c_str(), iter_curr_ptr->c_str()); event.status = rc = FAIL_JSON_PARSE ; break ; } } /* for loop */ } else { elog ("%s json sensor group list parse error (from sysinv)\n", hn.c_str() ); wlog ("%s ... Raw Group List: \n%s\n", event.log_prefix.c_str(), event.response.c_str()); event.status = rc = FAIL_JSON_OBJECT ; } } else { elog ("%s handler called with existing error (status:%d) (group) \n", hn.c_str(), event.status ); } } if ( rc || event.status ) { httpUtil_log_event ( &event ); } return ( rc ? rc : event.status ); } /*************************************************************************************/ /***************** S Y S T E M - I N V E N T O R Y - A P I *******************/ /*************************************************************************************/ /* fetches an authorization token as a blocking request */ /* Load all the sensors for this host from the sysinv database * ------------------------------------------------------------ { "isensors": [ {"actions_minor": null, "uuid": "fa9bdd6b-1738-4409-8d85-843510f726e8", "algorithm": null, "updated_at": null, "datatype": "discrete", "suppress": null, "created_at": "2015-08-28T18:49:39.799038+00:00", "sensorgroup_uuid": null, "capabilities": { }, "actions_critical": null, "sensortype": "temperature", "state": null, "host_uuid": "d219a108-959d-462d-9418-bb0ead921e3e", "state_requested": null, "path": null, "audit_interval": null, "actions_major": null, "sensorname": "Inlet_Air" "links": [ { "href": "http:\/\/192.168.204.2\/v1\/isensors\/fa9bdd6b-1738-4409-8d85-843510f726e8", "rel": "self" }, { "href": "http:\/\/192.168.204.2\/isensors\/fa9bdd6b-1738-4409-8d85-843510f726e8", "rel": "bookmark" } ], },. { "t_critical_upper": null, "actions_minor": null, "sensorname": "5V Rail", "links": [{"href": "http://192.168.204.2/v1/isensors/575d0b3a-14ea-412e-84ec-2f46af3e86d9", "rel": "self"}, {"href": "http://192.168.204.2/isensors/575d0b3a-14ea-412e-84ec-2f46af3e86d9", "rel": "bookmark"}], "updated_at": null, "path": null, "state_requested": null, "t_major_lower": null, "uuid": "575d0b3a-14ea-412e-84ec-2f46af3e86d9", "t_minor_upper": null, "capabilities": {}, "actions_critical": null, "state": null, "sensorgroup_uuid": null, "t_major_upper": null, "actions_major": null, "suppress": null, "sensortype": "voltage", "t_critical_lower": null, "t_minor_lower": null, "unit_rate": null, "unit_modifier": null, "host_uuid": "d219a108-959d-462d-9418-bb0ead921e3e", "unit_base": null, "algorithm": null, "datatype": "analog", "created_at": "2015-08-28T20:10:37.605930+00:00", "audit_interval": null } ] } */ /* Load all sensors for the specified host from the sysinv database */ int hwmonHttp_load_sensors ( string & hostname, libEvent & event ) { hwmonHostClass * obj_ptr = get_hwmonHostClass_ptr (); httpUtil_event_init ( &event, hostname, "hwmonHttp_load_sensors", hostUtil_getServiceIp (SERVICE_SYSINV), hostUtil_getServicePort(SERVICE_SYSINV)); event.hostname = hostname ; event.uuid = obj_ptr->hostBase.get_uuid (hostname); event.user_agent = HWMON_USER_AGENT ; event.address.clear(); event.address.append("/"); event.address.append(SYSINV_ISENSOR_VERSION); event.address.append("/"); event.address.append(SYSINV_ISENSOR_HOST_LABEL); event.address.append("/"); event.address.append(event.uuid); event.address.append("/"); event.address.append(SYSINV_ISENSOR_LABEL); event.request = SYSINV_SENSOR_LOAD ; event.type = EVHTTP_REQ_GET ; event.timeout = HWMOND_HTTP_BLOCKING_TIMEOUT ; // HTTP_SYSINV_NONC_TIMEOUT ; event.handler = &hwmonHttp_handler ; event.operation = "load" ; event.information = event.operation ; event.blocking = true ; event.noncritical = true ; event.service = "sensors" ; event.payload.clear(); #ifdef WANT_FIT_TESTING if ( daemon_want_fit ( FIT_CODE__HWMON__HTTP_LOAD_SENSORS, hostname )) return (FAIL) ; #endif return ( httpUtil_api_request ( event ) ); } /****************************************************************************** # ###### ###### # # # # # # # # # # # # # # # # # # ####### # # # # # # # # # # # # ###### ###### ******************************************************************************/ /***************************************************************************** * * Name : hwmonHttp_add_sensor * * Description: Add a sensor to the sysinv database * *****************************************************************************/ int hwmonHttp_add_sensor ( string & hostname, libEvent & event, sensor_type & sensor ) { hwmonHostClass * obj_ptr = get_hwmonHostClass_ptr (); httpUtil_event_init ( &event, hostname, "hwmonHttp_add_sensor", hostUtil_getServiceIp (SERVICE_SYSINV), hostUtil_getServicePort(SERVICE_SYSINV)); event.hostname = hostname ; event.uuid = obj_ptr->hostBase.get_uuid (hostname); event.user_agent = HWMON_USER_AGENT ; event.address.clear(); event.address.append("/"); event.address.append(SYSINV_ISENSOR_VERSION); event.address.append("/"); event.address.append(SYSINV_ISENSOR_LABEL); event.address.append("/"); event.request = SYSINV_SENSOR_ADD ; event.type = EVHTTP_REQ_POST ; event.timeout = HWMOND_HTTP_BLOCKING_TIMEOUT ; // HTTP_SYSINV_NONC_TIMEOUT ; event.handler = &hwmonHttp_handler ; event.operation = "add" ; event.information = event.operation ; event.blocking = true ; /* revert back to blocking */ event.noncritical = true ; event.service = "sensor" ; event.payload = "{" ; event.payload.append ("\"sensortype\":\"") ; event.payload.append (sensor.sensortype) ; event.payload.append ("\",\"datatype\":\""); event.payload.append (sensor.datatype); event.payload.append ("\",\"sensorname\":\""); event.payload.append (sensor.sensorname); event.payload.append ("\",\"host_uuid\":\"") ; event.payload.append (event.uuid); event.payload.append ("\",\"path\":\"") ; event.payload.append (sensor.path); event.payload.append ("\",\"state\":\"") ; event.payload.append (sensor.state); event.payload.append ("\",\"status\":\"") ; event.payload.append (sensor.status); event.payload.append ("\""); if ( !sensor.datatype.compare("analog")) { event.payload.append (","); event.payload.append ("\"t_critical_lower\":\"") ; event.payload.append (ftos(sensor.t_critical_lower,3)); event.payload.append ("\",\"t_major_lower\":\"") ; event.payload.append (ftos(sensor.t_major_lower,3)); event.payload.append ("\",\"t_minor_lower\":\"") ; event.payload.append (ftos(sensor.t_minor_lower,3)); event.payload.append ("\",\"t_minor_upper\":\"") ; event.payload.append (ftos(sensor.t_minor_upper,3)); event.payload.append ("\",\"t_major_upper\":\"") ; event.payload.append (ftos(sensor.t_major_upper,3)); event.payload.append ("\",\"t_critical_upper\":\"") ; event.payload.append (ftos(sensor.t_critical_upper,3)); event.payload.append ("\",\"unit_base\":\"") ; event.payload.append (sensor.unit_base); event.payload.append ("\",\"unit_rate\":\"") ; event.payload.append (sensor.unit_rate); event.payload.append ("\",\"unit_modifier\":\"") ; event.payload.append (sensor.unit_modifier); event.payload.append ("\""); } event.payload.append (",\"actions_minor\":\"") ; event.payload.append (sensor.actions_minor); event.payload.append ("\",\"actions_major\":\"") ; event.payload.append (sensor.actions_major); event.payload.append ("\",\"actions_critical\":\"") ; event.payload.append (sensor.actions_critl); event.payload.append ("\",\"algorithm\":\"") ; event.payload.append (sensor.algorithm); event.payload.append ("\",\"audit_interval\":") ; event.payload.append ("0"); event.payload.append (",\"suppress\":\"") ; if ( sensor.suppress == true ) event.payload.append ("True\""); else event.payload.append ("False\""); event.payload.append ("}"); jlog ("%s Payload: %s\n", event.hostname.c_str(), event.payload.c_str()); #ifdef WANT_FIT_TESTING if ( daemon_want_fit ( FIT_CODE__HWMON__HTTP_ADD_SENSOR, hostname , sensor.sensorname)) return ( FAIL ) ; #endif return ( httpUtil_api_request ( event )); } /***************************************************************************** * * Name : hwmonHttp_del_sensor * * Description: Delete a sensor from the sysinv database * *****************************************************************************/ int hwmonHttp_del_sensor ( string & hostname, libEvent & event, sensor_type & sensor ) { hwmonHostClass * obj_ptr = get_hwmonHostClass_ptr (); httpUtil_event_init ( &event, hostname, "hwmonHttp_del_sensor", hostUtil_getServiceIp (SERVICE_SYSINV), hostUtil_getServicePort(SERVICE_SYSINV)); event.hostname = hostname ; event.uuid = obj_ptr->hostBase.get_uuid (hostname); event.user_agent = HWMON_USER_AGENT ; event.address.clear(); event.address.append("/"); event.address.append(SYSINV_ISENSOR_VERSION); event.address.append("/"); event.address.append(SYSINV_ISENSOR_LABEL); event.address.append("/"); event.address.append(sensor.uuid); event.request = SYSINV_SENSOR_DEL ; event.type = EVHTTP_REQ_DELETE ; event.timeout = HWMOND_HTTP_BLOCKING_TIMEOUT ; // HTTP_SYSINV_NONC_TIMEOUT ; event.handler = &hwmonHttp_handler ; event.operation = "delete" ; event.information = event.operation ; event.blocking = true ; event.noncritical = true ; event.service = "sensor" ; event.value = sensor.uuid ; event.key = sensor.sensorname ; #ifdef WANT_FIT_TESTING if ( daemon_want_fit ( FIT_CODE__HWMON__HTTP_DEL_SENSOR, hostname, sensor.sensorname )) return (FAIL) ; #endif return ( httpUtil_api_request ( event )); } /***************************************************************************** * * Name : hwmonHttp_add_group * * Description: Add a sensor group to the sysinv database * *****************************************************************************/ int hwmonHttp_add_group ( string & hostname, libEvent & event, struct sensor_group_type & sensor_group ) { hwmonHostClass * obj_ptr = get_hwmonHostClass_ptr (); httpUtil_event_init ( &event, hostname, "hwmonHttp_add_group", hostUtil_getServiceIp (SERVICE_SYSINV), hostUtil_getServicePort(SERVICE_SYSINV)); event.hostname = hostname ; event.uuid = obj_ptr->hostBase.get_uuid (hostname); event.user_agent = HWMON_USER_AGENT ; event.address.clear(); event.address.append("/"); event.address.append(SYSINV_ISENSOR_VERSION); event.address.append("/"); event.address.append(SYSINV_ISENSORGROUPS_LABEL); event.address.append("/"); event.request = SYSINV_SENSOR_ADD_GROUP ; event.type = EVHTTP_REQ_POST ; event.timeout = HWMOND_HTTP_BLOCKING_TIMEOUT ; // HTTP_SYSINV_NONC_TIMEOUT ; event.handler = &hwmonHttp_handler ; event.operation = "add" ; event.information = event.operation ; event.blocking = true ; /* revert back to blocking */ event.noncritical = true ; event.service = "group" ; event.payload = "{" ; event.payload.append ("\"sensortype\":\"") ; event.payload.append (sensor_group.sensortype) ; event.payload.append ("\",\"datatype\":\""); event.payload.append (sensor_group.datatype); event.payload.append ("\",\"sensorgroupname\":\""); event.payload.append (sensor_group.group_name); event.payload.append ("\",\"host_uuid\":\"") ; event.payload.append (event.uuid); event.payload.append ("\",\"state\":\"") ; event.payload.append (sensor_group.group_state); event.payload.append ("\",\"path\":\"") ; event.payload.append (sensor_group.path); event.payload.append ("\",\"actions_critical_choices\":\"") ; event.payload.append (sensor_group.actions_critical_choices); event.payload.append ("\",\"actions_major_choices\":\"") ; event.payload.append (sensor_group.actions_major_choices); event.payload.append ("\",\"actions_minor_choices\":\"") ; event.payload.append (sensor_group.actions_minor_choices); event.payload.append ("\""); if ( !sensor_group.datatype.compare("analog")) { event.payload.append (","); event.payload.append ("\"t_critical_lower_group\":\"") ; event.payload.append (ftos(sensor_group.t_critical_lower_group,3)); event.payload.append ("\",\"t_major_lower_group\":\"") ; event.payload.append (ftos(sensor_group.t_major_lower_group,3)); event.payload.append ("\",\"t_minor_lower_group\":\"") ; event.payload.append (ftos(sensor_group.t_minor_lower_group,3)); event.payload.append ("\",\"t_minor_upper_group\":\"") ; event.payload.append (ftos(sensor_group.t_minor_upper_group,3)); event.payload.append ("\",\"t_major_upper_group\":\"") ; event.payload.append (ftos(sensor_group.t_major_upper_group,3)); event.payload.append ("\",\"t_critical_upper_group\":\"") ; event.payload.append (ftos(sensor_group.t_critical_upper_group,3)); event.payload.append ("\",\"unit_base_group\":\"") ; event.payload.append (sensor_group.unit_base_group); event.payload.append ("\",\"unit_rate_group\":\"") ; event.payload.append (sensor_group.unit_rate_group); event.payload.append ("\",\"unit_modifier_group\":\"") ; event.payload.append (sensor_group.unit_modifier_group); event.payload.append ("\""); } event.payload.append (",\"actions_minor_group\":\"") ; event.payload.append (sensor_group.actions_minor_group); event.payload.append ("\",\"actions_major_group\":\"") ; event.payload.append (sensor_group.actions_major_group); event.payload.append ("\",\"actions_critical_group\":\"") ; event.payload.append (sensor_group.actions_critl_group); event.payload.append ("\",\"algorithm\":\"") ; event.payload.append (sensor_group.algorithm); event.payload.append ("\",\"audit_interval_group\":") ; event.payload.append (itos(sensor_group.group_interval)); event.payload.append (",\"suppress\":\"") ; if ( sensor_group.suppress == true ) event.payload.append ("True\""); else event.payload.append ("False\""); event.payload.append ("}"); jlog ("%s Payload: %s\n", event.hostname.c_str(), event.payload.c_str()); #ifdef WANT_FIT_TESTING if ( daemon_want_fit ( FIT_CODE__HWMON__HTTP_ADD_GROUP, hostname, sensor_group.group_name )) return ( FAIL ) ; #endif return ( httpUtil_api_request ( event )); } /***************************************************************************** * * Name : hwmonHttp_del_group * * Description: Delete a sensor group from the sysinv database * *****************************************************************************/ int hwmonHttp_del_group ( string & hostname, libEvent & event, struct sensor_group_type & sensor_group ) { hwmonHostClass * obj_ptr = get_hwmonHostClass_ptr (); httpUtil_event_init ( &event, hostname, "hwmonHttp_del_group", hostUtil_getServiceIp (SERVICE_SYSINV), hostUtil_getServicePort(SERVICE_SYSINV)); event.hostname = hostname ; event.uuid = obj_ptr->hostBase.get_uuid (hostname); event.user_agent = HWMON_USER_AGENT ; event.address.clear(); event.address.append("/"); event.address.append(SYSINV_ISENSOR_VERSION); event.address.append("/"); event.address.append(SYSINV_ISENSORGROUPS_LABEL); event.address.append("/"); event.address.append(sensor_group.group_uuid); event.request = SYSINV_SENSOR_DEL_GROUP ; event.type = EVHTTP_REQ_DELETE ; event.timeout = HWMOND_HTTP_BLOCKING_TIMEOUT ; // HTTP_SYSINV_NONC_TIMEOUT ; event.handler = &hwmonHttp_handler ; event.operation = "delete" ; event.information = event.operation ; event.blocking = true ; event.noncritical = true ; event.service = "group" ; event.value = sensor_group.group_uuid ; event.key = sensor_group.group_name ; #ifdef WANT_FIT_TESTING if ( daemon_want_fit ( FIT_CODE__HWMON__HTTP_DEL_GROUP, hostname, sensor_group.group_name )) return (FAIL) ; #endif return ( httpUtil_api_request ( event )); } /****************************************************************************** # # ####### ###### ### ####### # # ## ## # # # # # # # # # # # # # # # # # # # # # # # # # # # # ##### # # # # # # # # # # # # # # # # # # # # # ####### ###### ### # # ********************************************************************************/ /***************************************************************************** * * Name : hwmonHttp_mod_sensor * * Description: Modiy a field for the specified sensor (by sensor uuid) * *****************************************************************************/ int hwmonHttp_mod_sensor ( string & hostname, libEvent & event, string & sensor_uuid, string key, string value ) { if ( key.empty() ) return (FAIL_STRING_EMPTY); httpUtil_event_init ( &event, hostname, "hwmonHttp_mod_sensor", hostUtil_getServiceIp (SERVICE_SYSINV), hostUtil_getServicePort(SERVICE_SYSINV)); event.hostname = hostname ; event.uuid = sensor_uuid ; event.user_agent = HWMON_USER_AGENT ; event.address.clear(); event.address.append("/"); event.address.append(SYSINV_ISENSOR_VERSION); event.address.append("/"); event.address.append(SYSINV_ISENSOR_LABEL); event.address.append("/"); event.address.append(sensor_uuid); event.request = SYSINV_SENSOR_MOD ; event.type = EVHTTP_REQ_PATCH ; event.timeout = HWMOND_HTTP_BLOCKING_TIMEOUT ; // HTTP_SYSINV_NONC_TIMEOUT ; event.handler = &hwmonHttp_handler ; event.operation = "modify" ; event.information = event.operation ; event.blocking = false ; event.noncritical = true ; event.service = "sensor" ; event.payload = "[{" ; event.payload.append ("\"path\":\"/") ; event.payload.append (key) ; event.payload.append ("\",\"value\":\""); event.payload.append (value); event.payload.append ("\",\"op\":\"replace\"}]"); jlog ("%s Payload: %s\n", event.hostname.c_str(), event.payload.c_str()); #ifdef WANT_FIT_TESTING if ( daemon_want_fit ( FIT_CODE__HWMON__HTTP_MOD_SENSOR, hostname )) return (FAIL) ; #endif return ( httpUtil_api_request ( event )); } /***************************************************************************** * * Name : hwmonHttp_mod_group * * Description: Modify a field for the specified group (by group uuid) * *****************************************************************************/ int hwmonHttp_mod_group ( string & hostname, libEvent & event, string & group_uuid, string key, string value ) { if ( key.empty() ) return (FAIL_STRING_EMPTY); blog ("%s Group [%s] Modify [%s:%s]\n", hostname.c_str(), group_uuid.c_str(), key.c_str(), value.c_str() ); httpUtil_event_init ( &event, hostname, "hwmonHttp_mod_group", hostUtil_getServiceIp (SERVICE_SYSINV), hostUtil_getServicePort(SERVICE_SYSINV)); event.hostname = hostname ; event.uuid = group_uuid; event.user_agent = HWMON_USER_AGENT ; event.address.clear(); event.address.append("/"); event.address.append(SYSINV_ISENSOR_VERSION); event.address.append("/"); event.address.append(SYSINV_ISENSORGROUPS_LABEL); event.address.append("/"); event.address.append(group_uuid); event.request = SYSINV_SENSOR_MOD_GROUP ; event.type = EVHTTP_REQ_PATCH ; event.timeout = HWMOND_HTTP_BLOCKING_TIMEOUT ; // HTTP_SYSINV_NONC_TIMEOUT ; event.handler = &hwmonHttp_handler ; event.operation = "modify" ; event.information = event.operation ; event.blocking = false ; event.noncritical = true ; event.service = "group" ; event.payload = "[{" ; event.payload.append ("\"path\":\"/") ; event.payload.append (key) ; event.payload.append ("\",\"value\":\""); event.payload.append (value); event.payload.append ("\",\"op\":\"replace\"}]"); jlog ("%s Payload: %s\n", event.hostname.c_str(), event.payload.c_str()); #ifdef WANT_FIT_TESTING if ( daemon_want_fit ( FIT_CODE__HWMON__HTTP_MOD_GROUP, hostname )) return (FAIL) ; #endif return ( httpUtil_api_request ( event )); } /***************************************************************************** * * Name : hwmonHttp_disable_sensor * * Description: Disable sensor state and set status to offline. (by sensor uuid) * *****************************************************************************/ int hwmonHttp_disable_sensor ( string & hostname, libEvent & event, string & sensor_uuid ) { httpUtil_event_init ( &event, hostname, "hwmonHttp_disable_sensor", hostUtil_getServiceIp (SERVICE_SYSINV), hostUtil_getServicePort(SERVICE_SYSINV)); event.hostname = hostname ; event.uuid = sensor_uuid ; event.user_agent = HWMON_USER_AGENT ; event.address.clear(); event.address.append("/"); event.address.append(SYSINV_ISENSOR_VERSION); event.address.append("/"); event.address.append(SYSINV_ISENSOR_LABEL); event.address.append("/"); event.address.append(sensor_uuid); event.request = SYSINV_SENSOR_MOD ; event.type = EVHTTP_REQ_PATCH ; event.timeout = HWMOND_HTTP_BLOCKING_TIMEOUT ; // HTTP_SYSINV_NONC_TIMEOUT ; event.handler = &hwmonHttp_handler ; event.operation = "disable" ; event.information = event.operation ; event.blocking = false ; event.noncritical = true ; event.service = "sensor" ; event.payload = "[" ; event.payload.append ("{\"path\":\"/state\",\"value\":\"disabled\",\"op\":\"replace\"},") ; event.payload.append ("{\"path\":\"/status\",\"value\":\"offline\",\"op\":\"replace\"}]") ; jlog ("%s Payload: %s\n", event.hostname.c_str(), event.payload.c_str()); return ( httpUtil_api_request ( event )); } /** * Send sysinv a GET request for all the sensor groups for this host. * Then load them into this host's sensor group list. **/ int hwmonHttp_load_groups ( string & hostname, libEvent & event ) { hwmonHostClass * obj_ptr = get_hwmonHostClass_ptr (); httpUtil_event_init ( &event, hostname, "hwmonHttp_load_groups", hostUtil_getServiceIp (SERVICE_SYSINV), hostUtil_getServicePort(SERVICE_SYSINV)); event.hostname = hostname ; event.uuid = obj_ptr->hostBase.get_uuid (hostname); event.user_agent = HWMON_USER_AGENT ; event.address.clear(); event.address.append("/"); event.address.append(SYSINV_ISENSOR_VERSION); event.address.append("/"); event.address.append(SYSINV_ISENSOR_HOST_LABEL); event.address.append("/"); event.address.append(event.uuid); event.address.append("/"); event.address.append(SYSINV_ISENSORGROUPS_LABEL); event.request = SYSINV_SENSOR_LOAD_GROUPS ; event.type = EVHTTP_REQ_GET ; event.timeout = HWMOND_HTTP_BLOCKING_TIMEOUT ; // HTTP_SYSINV_NONC_TIMEOUT ; event.handler = &hwmonHttp_handler ; event.operation = "load" ; event.information = event.operation ; event.blocking = true ; event.noncritical = true ; event.service = "groups" ; event.payload.clear(); #ifdef WANT_FIT_TESTING if ( daemon_want_fit ( FIT_CODE__HWMON__HTTP_LOAD_GROUPS, hostname )) return (FAIL) ; #endif return (httpUtil_api_request ( event )); } /* Add a sensor to the sysinv database */ int hwmonHttp_group_sensors ( string & hostname, libEvent & event, string & group_uuid, string & sensor_list ) { /** If there are no sensors to group then just return a PASS * * TODO: Maybe remove this or simply FAIL it after integration * so that we know we are trying to group NO sensors **/ if ( sensor_list.empty() ) return (PASS); httpUtil_event_init ( &event, hostname, "hwmonHttp_group_sensors", hostUtil_getServiceIp (SERVICE_SYSINV), hostUtil_getServicePort(SERVICE_SYSINV)); event.hostname = hostname ; event.uuid = group_uuid; event.user_agent = HWMON_USER_AGENT ; event.address.clear(); event.address.append("/"); event.address.append(SYSINV_ISENSOR_VERSION); event.address.append("/"); event.address.append(SYSINV_ISENSORGROUPS_LABEL); event.address.append("/"); event.address.append(group_uuid); event.request = SYSINV_SENSOR_GROUP_SENSORS ; event.type = EVHTTP_REQ_PATCH ; event.timeout = HTTP_SYSINV_NONC_TIMEOUT ; event.handler = &hwmonHttp_handler ; event.operation = "grouping" ; event.information = event.operation ; event.blocking = false ; // true ; event.noncritical = true ; event.service = "sensor" ; event.payload = "[{" ; event.payload.append ("\"path\":\"/sensors\"") ; event.payload.append (",\"value\":\""); event.payload.append (sensor_list); event.payload.append ("\",\"op\":\"replace\"}]"); jlog ("%s Payload: %s\n", event.hostname.c_str(), event.payload.c_str()); #ifdef WANT_FIT_TESTING if ( daemon_want_fit ( FIT_CODE__HWMON__HTTP_GROUP_SENSORS, hostname )) return (FAIL) ; #endif return ( httpUtil_api_request ( event )); }