[Libvirt-cim] [PATCH 5 of 6] Add processor support to SettingsDefineCapabilities

# HG changeset patch # User Jay Gagnon <grendel(a)linux.vnet.ibm.com&gt; # Date 1194970453 18000 # Node ID 1cee1dbf1fc9c270ca007f5ebc36138713ffd97f # Parent 5d8e959f6b81f08015e32866a9d2de2506c51762 Add processor support to SettingsDefineCapabilities. Signed-off-by: Jay Gagnon <grendel(a)linux.vnet.ibm.com&gt; diff -r 5d8e959f6b81 -r 1cee1dbf1fc9 src/Virt_SettingsDefineCapabilities.c --- a/src/Virt_SettingsDefineCapabilities.c Tue Nov 13 11:14:13 2007 -0500 +++ b/src/Virt_SettingsDefineCapabilities.c Tue Nov 13 11:14:13 2007 -0500 @@ -26,6 +26,8 @@ #include <sys/vfs.h> #include <errno.h> +#include <libvirt.h> + #include "config.h" #include "cmpidt.h" @@ -200,6 +202,117 @@ static struct sdc_rasd_prop *mem_inc(con return rasd; } +static struct sdc_rasd_prop *proc_min(const CMPIObjectPath *ref, + CMPIStatus *s) +{ + bool ret; + uint16_t num_procs = 1; + struct sdc_rasd_prop *rasd = NULL; + + struct sdc_rasd_prop tmp[] = { + {"InstanceID", (CMPIValue *)"Minimum", CMPI_chars}, + {"AllocationUnits", (CMPIValue *)"Processors", CMPI_chars}, + {"VirtualQuantity", (CMPIValue *)&num_procs, CMPI_uint16}, + PROP_END + }; + + ret = dup_rasd_prop_list(tmp, &rasd); + if (!ret) { + cu_statusf(_BROKER, s, + CMPI_RC_ERR_FAILED, + "Could not copy RASD."); + } + + return rasd; +} + +static struct sdc_rasd_prop *proc_max(const CMPIObjectPath *ref, + CMPIStatus *s) +{ + bool ret; + virConnectPtr conn; + uint16_t num_procs = 0; + struct sdc_rasd_prop *rasd = NULL; + + CU_DEBUG("In proc_max()"); + + conn = lv_connect(_BROKER, s); + if (conn == NULL) { + cu_statusf(_BROKER, s, + CMPI_RC_ERR_FAILED, + "Could not connect to hypervisor."); + goto out; + } + + num_procs = virConnectGetMaxVcpus(conn, NULL); + CU_DEBUG("libvirt says %d max vcpus", num_procs); + + struct sdc_rasd_prop tmp[] = { + {"InstanceID", (CMPIValue *)"Maximum", CMPI_chars}, + {"AllocationUnits", (CMPIValue *)"Processors", CMPI_chars}, + {"VirtualQuantity", (CMPIValue *)&num_procs, CMPI_uint16}, + PROP_END + }; + + ret = dup_rasd_prop_list(tmp, &rasd); + if (!ret) { + cu_statusf(_BROKER, s, + CMPI_RC_ERR_FAILED, + "Could not copy RASD."); + } + + out: + return rasd; +} + +static struct sdc_rasd_prop *proc_def(const CMPIObjectPath *ref, + CMPIStatus *s) +{ + bool ret; + uint16_t num_procs = 1; + struct sdc_rasd_prop *rasd = NULL; + + struct sdc_rasd_prop tmp[] = { + {"InstanceID", (CMPIValue *)"Default", CMPI_chars}, + {"AllocationUnits", (CMPIValue *)"Processors", CMPI_chars}, + {"VirtualQuantity", (CMPIValue *)&num_procs, CMPI_uint16}, + PROP_END + }; + + ret = dup_rasd_prop_list(tmp, &rasd); + if (!ret) { + cu_statusf(_BROKER, s, + CMPI_RC_ERR_FAILED, + "Could not copy RASD."); + } + + return rasd; +} + +static struct sdc_rasd_prop *proc_inc(const CMPIObjectPath *ref, + CMPIStatus *s) +{ + bool ret; + uint16_t num_procs = 1; + struct sdc_rasd_prop *rasd = NULL; + + struct sdc_rasd_prop tmp[] = { + {"InstanceID", (CMPIValue *)"Increment", CMPI_chars}, + {"AllocationUnits", (CMPIValue *)"Processors", CMPI_chars}, + {"VirtualQuantity", (CMPIValue *)&num_procs, CMPI_uint16}, + PROP_END + }; + + ret = dup_rasd_prop_list(tmp, &rasd); + if (!ret) { + cu_statusf(_BROKER, s, + CMPI_RC_ERR_FAILED, + "Could not copy RASD."); + } + + return rasd; +} + static struct sdc_rasd_prop *net_min(const CMPIObjectPath *ref, CMPIStatus *s) { @@ -455,6 +568,14 @@ static struct sdc_rasd mem = { .inc = mem_inc }; +static struct sdc_rasd processor = { + .resource_type = CIM_RASD_TYPE_PROC, + .min = proc_min, + .max = proc_max, + .def = proc_def, + .inc = proc_inc +}; + static struct sdc_rasd network = { .resource_type = CIM_RASD_TYPE_NET, .min = net_min, @@ -473,6 +594,7 @@ static struct sdc_rasd disk = { static struct sdc_rasd *sdc_rasd_list[] = { &mem, + &processor, &network, &disk, NULL