Section 1: user commands and tools
NAME hpmkdir — create a directory on an HFS+ volume SYNOPSIS hpmkdir hfs-path Description hpmkdir creates a new directory under the current working directory on the previously mounted HFS+ volume. Since write access to HFS+ volumes is still experimental, the program prints a warning message and prompts the user before writing anything to the file…
NAME hpls — list the contents of a directory on an HFS+ volume SYNOPSIS hpls [options] [hfs-path …] Description hpls is used to list files and directories on an HFS+ volume. If one or more arguments are given, each file or directory is shown; otherwise, the contents of the current working directory are displayed. …
NAME hpxml – An openhpi sample application that displays system view in XML. SYNOPSIS hpixml[-D nn][-s][-i – t][-N host[:port]][-C = file][-h] hpixml[–domain = nn][–xsd][–indent– text][–host = host[:port]][–cfgfile = file][–help] DESCRIPTION hpixml displays system view in XML. If no domain or host is selected, hpixml uses the default domain as specified in the openhpiclient.conf file. OPTIONS…
NAME hpiwdt – This sample openhpi application reads and enables the watchdog timer. SYNOPSIS hpiwdt[-D nn][-N host[:port]][-C<cfgfile>][-t sec][-X][-h] hpiwdt[–domain = nn][–host = host[:port]][–cfgfile = file] [–disable][–enable][–reset][–timeout n][–debug][–help] DESCRIPTION hpiwdt reads and enables the watchdog timer. If no domain or host is selected, hpiwdt uses the default domain as specified in the openhpiclient.conf file. OPTIONS Help…
NAME hpitree – A openhpi sample application that shows in details the resources (rpt’s) and resources’ manamegement instruments (rdr’s) data structures of the managed openHPI complex. SYNOPSIS hpitree[-D nn][-N host[:port]][-C<cfgfile>][-acdiorsw][-n nn][-X][-h] hpitree[–domain = nn][–host = host[:port]][–cfgfile = file][–all][–controls][–rdrs][–inventories][–rpts] [–sensors][–watchdogs][–overview][–resource = nn][–debug][–help] DESCRIPTION hpitree walks the Resource Presence Table (RPT) of the managed openHPI complex, and…
NAME hpitop – A openhpi sample application that displays highlevel topology for a managed openHPI complex. SYNOPSIS hpitop[-D nn][-N host[:port]][-C<cfgfile>][-rscwiafd][-n nn][-X][-h] hpitop[–domain = nn][–host = host[:port]][–cfgfile = file][–rpts][–sensors] [–controls][–watchdogs][–inventories][–annunciators][–fumis][–dimis] [–resource = nn][–debug][–help] DESCRIPTION hpitop walks the Resource Present Table (RPT) of the managed openHPI complex and displays all the resources and resources’ management instruments. If…
NAME hpithres – This sample openhpi application interactively displays sensors and sensor info. SYNOPSIS hpithres[-D nn][-N host[:port]][-C<cfgfile>][-X][-h] hpithres[–domain = nn][–host = host[:port]][–cfgfile = file][–debug][–help] DESCRIPTION hpithres interactively displays sensor info for resources with Sensor Capability. Resources, sensors,and sensor info can be individually selected. If no domain or host is selected, hpithres uses the default domain…
NAME hpisettime – This sample openhpi application excercises Event Log clock APIs. SYNOPSIS hpisettime[-D nn][-N host[:port]][-C<cfgfile>] – d mm / dd / yyyy – t HH : MM : SS[-X][-h] hpisettime[–domain = nn][–host = host[:port]][–cfgfile = file]– date = mm / dd / yyyy– time = HH : MM : SS[–debug][–help] DESCRIPTION hpisettime sets new…
NAME hpisensor – This sample openhpi application displays sensor info for all resources with Sensor Capability SYNOPSIS hpisensor[-D nn][-N host[:port]][-C<cfgfile>][-t – r – s – X – h][-E epath] hpisensor[–domain = nn][–host = host[:port]][–cfgfile = file] [–threshold– range– eventstate– debug– help][–entity – path = “epath”] DESCRIPTION hpisensor displays sensor info for all resources with Sensor…
NAME hpireset – This sample openhpi application exercises HPI Reset Management APIs. SYNOPSIS hpireset[-D nn][-N host[:port]][-C<cfgfile>][-r – w – h – X] hpireset[–domain nn][–host = host[:port]][–cfgfile = file][–hard– warm– help– debug] DESCRIPTION hpireset searches the Resource Presence Table (RPT) for resources with Reset Capability. It sends the requested reset action to all resources with SAHPI_CAPABILITY_RESET….
NAME hpipower – This sample openhpi application exercises HPI Power Management APIs. SYNOPSIS hpipower[-D nn][-N host[:port]][-C<cfgfile>][-d – p – r – u – X – h][-b n] hpipower[–domain = nn][–host = host[:port]][–cfgfile = file] [–power – down– power – up– reset– unattended– debug– help][–blade = n] DESCRIPTION hpipower searches the Resource Presence Table (RPT) for…
hpionIBMblade – An openhpi sample application that shows how two (2) openhpi plugins can be used to display and manage resources of an IBM Blade with Basedboard Management Controller (BMC). Synopsis hpionIBMblade [-D nn] [-N host[:port]] [-C <cfgfile>] [ -X ] [ -h ] hpionIBMblade [–domain nn] [–host=host[:port]] [–cfgfile=file] [–debug] [–help] Description hpionIBMblade shows how…
NAME hpiinv – An openhpi sample application that shows resources’ inventory records. SYNOPSIS hpiinv[-D nn][-N host[:port]][-C<cfgfile>][-V][-X][-a tag][-h] hpiinv[–domain = nn][–host = host[:port]][–cfgfile = file][–verbose][–debug][–asset – tag = tag][–help] DESCRIPTION hpiinv walks the RPT (Resource Present Table) looking for resources that have Inventory Capability. It displays all inventory records found. If no domain is selected, hpiinv…
NAME hpigensimdata – A openhpi client application supplementing the dynamic simulator plugin. SYNOPSIS hpigensimdata[-D nn][-N host[:port]][-C<cfgfile>][-r res_id][-f filename][-m UPD | INIT][-h] hpigensimdata[–domain = nn][–host = host[:port]][–cfgfile = file] [–resource = res_id][–file = filename][–mode = UPD | INIT][–help] DESCRIPTION hpigensimdata generates data for the dynamic simulator plugin by reading the current configuration. It will print all…
NAME hpifan – An openhpi sample application that shows "Fan Control" management instruments SYNOPSIS hpifan[-D nn][-N host[:port]][-C<cfgfile>][-h][-s auto | nn][-X] hpifan[–domain = nn][–host = host[:port]][–cfgfile = file][–help][–speed = auto | nn][–debug] DESCRIPTION hpifan walks the RPT (Resource Present Table) for resouces that have “Fan Control” management instruments (SAHPI_CTRL_FAN_SPEED). If no domain or host is selected,…
NAME hpievents – An openhpi sample application that polls for events. SYNOPSIS hpievents[-D<value>][-N host[:port]][-C<cfgfile>][-t BLOCK | SAHPI_TIMEOUT_BLOCK | n][-d – X – h] hpievents[–domain = nn][–host = host[:port]][–cfgfile = file] [–timeout = BLOCK | SAHPI_TIMEOUT_BLOCK | n][–discover][–debug][–help] DESCRIPTION hpievents polls for events in an opened HPI session. User can specify wait time for the event….
NAME hpiel – An openhpi sample application that displays HPI event log entries. SYNOPSIS hpiel[-D nn][-N host[:port]][-C<cfgfile>][-d][-E entity – path][-c – p – r – X – h] hpiel[–domain = nn][–host = host[:port]][–cfgfile = file] [–del][–entity – path = “entitypath”][–clear– resource– rdr– debug– help] DESCRIPTION hpiel searches the RPT (Resource Present Table) for resources with…
NAME hpidomain – A openhpi sample application that shows information about domains. It can also set the domain tag. SYNOPSIS hpidomain[-D id][-N host[:port]][-C<cfgfile>][-t tttt][-V – X – h] hpidomain[–domain = id][–host = host[:port]][–cfgfile = file] [–tag = tttt][–verbose][–debug][–help] DESCRIPTION hpidomain displays the domain info for the specified domain. If no domain or host is selected,…
NAME hpialarms – A openhpi sample application that shows "Alarm Control" management instruments SYNOPSIS hpialarms[-D id][-N host[:port]][-C<cfgfile>] [-a 1 | 0][-b 1 | 0][-c 1 | 0][-m 1 | 0][-n 1 | 0][-p 1 | 0][-i n][-o][-X][-h] hpialarms[–domain = id][–host = host[:port]][–cfgfile = file] [–diska = 1 | 0][–diskb = 1 | 0][–critical = 1…
NAME hpi_shell – An openhpi sample application that allows a user to interactively perform a number of HPI operations. SYNOPSIS hpi_shell[-D nn][-N host[:port]][-C<cfgfile>][-e][-f<file>][-X][-h] hpi_shell[–domain = nn][–host = host[:port]][–cfgfile = file][–events][–cmdfile = filename][–debug][–help] DESCRIPTION hpi_shell reads commands and performs HPI operations based on those commands. This allows it to exercise HPI-managed hardware and do manual operations…