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https://github.com/ClusterCockpit/cc-backend
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Update config README. Add helper script for subClusters
This commit is contained in:
Jan Eitzinger
parent
71d6bf81c2
commit
2a43e0bcf3
@ -18,6 +18,7 @@ It is supported to specify these by means of an `.env` file located in the proje
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* `db`: Type string. For sqlite3 a filename, for mysql a DSN in this format: https://github.com/go-sql-driver/mysql#dsn-data-source-name (Without query parameters!). Default: `./var/job.db`.
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* `job-archive`: Type string. Path to the job-archive. Default: `./var/job-archive`.
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* `disable-archive`: Type bool. Keep all metric data in the metric data repositories, do not write to the job-archive. Default `false`.
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* `validate`: Type bool. Validate all input json documents against json schema.
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* `"session-max-age`: Type string. Specifies for how long a session shall be valid as a string parsable by time.ParseDuration(). If 0 or empty, the session/token does not expire! Default `168h`.
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* `"jwt-max-age`: Type string. Specifies for how long a JWT token shall be valid as a string parsable by time.ParseDuration(). If 0 or empty, the session/token does not expire! Default `0`.
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* `https-cert-file` and `https-key-file`: Type string. If both those options are not empty, use HTTPS using those certificates.
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@ -27,7 +28,7 @@ It is supported to specify these by means of an `.env` file located in the proje
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* `ldap`: Type object. For LDAP Authentication and user synchronisation. Default `nil`.
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- `url`: Type string. URL of LDAP directory server.
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- `user_base`: Type string. Base DN of user tree root.
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- `search_dn`: Type string. DN for authenticating LDAP admin account with fgeneral read rights.
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- `search_dn`: Type string. DN for authenticating LDAP admin account with general read rights.
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- `user_bind`: Type string. Expression used to authenticate users via LDAP bind. Must contain `uid={username}`.
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- `user_filter`: Type string. Filter to extract users for syncing.
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- `sync_interval`: Type string. Interval used for syncing local user table with LDAP directory. Parsed using time.ParseDuration.
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228
configs/generate-subcluster.pl
Executable file
228
configs/generate-subcluster.pl
Executable file
@ -0,0 +1,228 @@
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#!/usr/bin/env perl
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use strict;
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use warnings;
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use utf8;
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my %INFO;
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my %DOMAINS;
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my $SMT;
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my $numMemoryDomains;
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$DOMAINS{socket} = [];
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$DOMAINS{memoryDomain} = [];
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$DOMAINS{core} = [];
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$DOMAINS{gpu} = [];
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my $gpuID=-1;
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my $id;
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# Step 1 : Extract system information
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my $topo = `likwid-topology -O -G`;
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$INFO{numGPUs} = 0;
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foreach my $ln (split("\n", $topo)) {
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if ( $ln =~ /^STRUCT,NUMA Topology ([0-9]+)/ ) {
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$id = $1;
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}
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if ( $ln =~ /^Processors/ ) {
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my @fields = split(",", $ln);
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shift @fields;
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$DOMAINS{memoryDomain}[$id] = [ @fields ];
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}
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if ( $ln =~ /^STRUCT,Cache Topology L1/ ) {
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$id = -1;
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}
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if ( $ln =~ /^Cache groups/ ) {
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if ( $id == -1 ) {
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my @fields = split(",", $ln);
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shift @fields;
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my $i = 0;
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foreach my $core ( @fields ) {
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$DOMAINS{core}[$i++] = [ split(" ", $core) ];
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}
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$id = 0;
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}
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}
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if ( $ln =~ /^ID:/ ) {
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my @fields = split(",", $ln);
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$gpuID = $fields[1];
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}
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if ( $gpuID >= 0 ) {
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if ( $ln =~ /^Name:/ ) {
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my @fields = split(",", $ln);
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$DOMAINS{gpu}[$gpuID] = {};
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$DOMAINS{gpu}[$gpuID]{model} = $fields[1];
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if ( $fields[1] =~ /nvidia/i ) {
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$DOMAINS{gpu}[$gpuID]{type} = "Nvidia GPU";
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} elsif ( $fields[1] =~ /amd/i ) {
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$DOMAINS{gpu}[$gpuID]{type} = "AMD GPU";
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} elsif ( $fields[1] =~ /intel/i ) {
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$DOMAINS{gpu}[$gpuID]{type} = "Intel GPU";
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}
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}
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if ( $ln =~ /^PCI bus:/ ) {
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my @fields = split(",", $ln);
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$fields[1] =~ s/0x//;
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$DOMAINS{gpu}[$gpuID]{bus} = $fields[1];
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}
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if ( $ln =~ /^PCI domain:/ ) {
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my @fields = split(",", $ln);
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$fields[1] =~ s/0x//;
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$DOMAINS{gpu}[$gpuID]{domain} = $fields[1];
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}
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if ( $ln =~ /^PCI device/ ) {
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my @fields = split(",", $ln);
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$fields[1] =~ s/0x//;
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$DOMAINS{gpu}[$gpuID]{device} = $fields[1];
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$gpuID = -1;
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}
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}
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if ( $ln =~ /^CPU name:/ ) {
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my @fields = split(",", $ln);
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$INFO{processor} = $fields[1];
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}
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if ( $ln =~ /^CPU type/ ) {
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my @fields = split(",", $ln);
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$INFO{family} = $fields[1];
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$INFO{family} =~ s/[\(\)]//g;
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}
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if ( $ln =~ /^Sockets:/ ) {
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my @fields = split(",", $ln);
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$INFO{socketsPerNode} = $fields[1];
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}
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if ( $ln =~ /^Cores per socket:/ ) {
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my @fields = split(",", $ln);
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$INFO{coresPerSocket} = $fields[1];
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}
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if ( $ln =~ /^GPU count:/ ) {
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my @fields = split(",", $ln);
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$INFO{numGPUs} = $fields[1];
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}
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if ( $ln =~ /^Threads per core:/ ) {
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my @fields = split(",", $ln);
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$SMT = $fields[1];
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$INFO{threadsPerCore} = $SMT;
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}
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if ( $ln =~ /^NUMA domains:/ ) {
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my @fields = split(",", $ln);
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$INFO{memoryDomainsPerNode} = $fields[1];
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}
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if ( $ln =~ /^Socket ([0-9]+)/ ) {
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my @fields = split(",", $ln);
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shift @fields;
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$DOMAINS{socket}[$1] = [ @fields ];
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}
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}
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my $node;
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my @sockets;
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foreach my $socket ( @{$DOMAINS{socket}} ) {
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push @sockets, "[".join(",", @{$socket})."]";
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$node .= join(",", @{$socket})
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}
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$INFO{sockets} = join(",\n", @sockets);
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my @memDomains;
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foreach my $d ( @{$DOMAINS{memoryDomain}} ) {
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push @memDomains, "[".join(",", @{$d})."]";
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}
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$INFO{memoryDomains} = join(",\n", @memDomains);
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my @cores;
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foreach my $c ( @{$DOMAINS{core}} ) {
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push @cores, "[".join(",", @{$c})."]";
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}
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$INFO{cores} = join(",", @cores);
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my $numCoresPerNode = $INFO{coresPerSocket} * $INFO{socketsPerNode};
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my $numCoresPerMemoryDomain = $numCoresPerNode / $INFO{memoryDomainsPerNode};
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my $memBw;
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my $exp = join(' ',map("-w M$_:1GB:$numCoresPerMemoryDomain:1:$SMT", 0 ... $INFO{memoryDomainsPerNode}-1));
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print "Using: $exp\n";
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my $out = `likwid-bench -t clload $exp`;
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foreach my $ln ( split("\n", $out) ){
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if ( $ln =~ /MByte\/s:\s+([0-9.]+)/ ) {
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$memBw = my $rounded = int($1/1000 + 0.5);
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}
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}
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my $flopsScalar;
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$out = `likwid-bench -t peakflops -w N:24kB:$numCoresPerNode`;
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foreach my $ln ( split("\n", $out) ){
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if ( $ln =~ /MFlops\/s:\s+([0-9.]+)/ ) {
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$flopsScalar = my $rounded = int($1/1000 + 0.5);
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}
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}
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my $simd = "";
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my $fh;
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open($fh,"<","/proc/cpuinfo");
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foreach my $ln ( <$fh> ) {
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if ( $ln =~ /flags/ ) {
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if ( $ln =~ /avx2/ ) {
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$simd = '_avx_fma';
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}
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if ( $ln =~ /avx512ifma/ ) {
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$simd = '_avx512_fma';
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}
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last;
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}
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}
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close $fh;
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print "Using peakflops variant $simd\n";
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my $flopsSimd;
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$out = `likwid-bench -t peakflops$simd -w N:500kB:$numCoresPerNode`;
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foreach my $ln ( split("\n", $out) ){
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if ( $ln =~ /MFlops\/s:\s+([0-9.]+)/ ) {
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$flopsSimd = my $rounded = int($1/1000 + 0.5);
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}
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}
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if ( $INFO{numGPUs} > 0 ) {
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$INFO{gpus} = "\"accelerators\": [\n";
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my @gpuStr;
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foreach $id ( 0 ... ($INFO{numGPUs}-1) ) {
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my %gpu = %{$DOMAINS{gpu}[$id]};
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my $deviceAddr = sprintf("%08x:%02x:%02x\.0", hex($gpu{domain}), hex($gpu{bus}), hex($gpu{device}));
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$gpuStr[$id] = <<END
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{
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"id": "$deviceAddr",
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"type": "$gpu{type}",
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"model": "$gpu{model}"
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}
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END
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}
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$INFO{gpus} .= join(",\n",@gpuStr);
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$INFO{gpus} .= "]\n";
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}
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print <<"END";
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{
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"name": "<FILL IN>",
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"processorType": "$INFO{processor}",
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"socketsPerNode": $INFO{socketsPerNode},
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"coresPerSocket": $INFO{coresPerSocket},
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"threadsPerCore": $INFO{threadsPerCore},
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"flopRateScalar": $flopsScalar,
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"flopRateSimd": $flopsSimd,
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"memoryBandwidth": $memBw,
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"nodes": "<FILL IN NODE RANGES>",
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"topology": {
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"node": [$node],
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"socket": [
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$INFO{sockets}
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],
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"memoryDomain": [
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$INFO{memoryDomains}
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],
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$INFO{gpus}
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"core": [
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$INFO{cores}
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]
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}
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}
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END
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