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throw (new VError('internal error: don\'t know how ' +
'serialize field property "%s"', key));
});
if (!hasextra) {
fields.push(shEscape(fc.name));
return;
}
fields.push(sprintf('%s[%s]', shEscape(fc.name),
values.join(',')));
});
if (fields.length > 0)
/* XXX escape commas, semicolons, and spaces in field names? */
rv.push(sprintf('--breakdowns=%s', fields.join(',')));
return (rv);
};
/* XXX figure out hourly vs. daily */
query = args.query;
inputstream = this.listInputs(args.indexroot,
'by_day/%Y-%m-%d.sqlite', query);
if (inputstream instanceof Error)
return (this.asyncError(inputstream));
job = this.jobBuilder();
job.inputstream = inputstream;
job.builder.name('dragnet query');
job.builder.phase({
'type': 'map',
'assets': [ job.assetpath ],
'init': sprintf(JOBTPL_INIT_UNPACK_ASSET, job.assetpath),
'exec': sprintf(JOBTPL_EXEC_QUERY0,
queryToCliArgs(query, false, 'breakdowns').join(' '))
});
job.builder.phase({
'type': 'reduce',
'assets': [ job.assetpath ],
'init': sprintf(JOBTPL_INIT_UNPACK_ASSET, job.assetpath),
'exec': sprintf(JOBTPL_EXEC_SCAN0, 'json-skinner') + ' ' +
queryToCliArgs(query, true, 'breakdowns').join(' ') +
' /dev/stdin'
});
rv = mod_vstream.wrapTransform(new mod_stream.PassThrough({
'objectMode': true,
'highWaterMark': 0
}));
/*
* manateeAdmUsage.test.js: test invocations of the "manatee-adm" command
* Just run this test directly with Node, not with nodeunit. All manatee-adm
* subcommands should be covered by a test case below. This program will fail
* if it finds a subcommand with no test cases.
*/
var assertplus = require('assert-plus');
var forkexec = require('forkexec');
var path = require('path');
var vasync = require('vasync');
var VError = require('verror');
var extsprintf = require('extsprintf');
var sprintf = extsprintf.sprintf;
var fprintf = extsprintf.fprintf;
/*
* Test cases are configured with the "subcmds" object below, which specifies
* two properties for each "manatee-adm" subcommand:
*
* o the list of required arguments
*
* o whether running the command with all required arguments is
* "destructive", by which we mean only that it makes any actual changes
* to a Manatee cluster
*
* Using this configuration, the test suite will invoke the subcommand several
* times:
*
* o For each required argument, the subcommand will be invoked once with
* that argument _missing_ but the other required arguments present. The
console.log('%s',
sprintf('%15s: %s', 'constructor', err.constructor.name));
for (i = 0; i < props.length; i++) {
prop = props[i];
if (prop != 'name' && !err.hasOwnProperty(prop))
continue;
if (prop == '_cause')
continue;
console.log('%s', sprintf('%15s: %s', prop, err[prop]));
}
console.log('%s', sprintf('%15s: %s', 'toString', err.toString()));
var cause = err.cause ? err.cause() : null;
if (cause) {
console.log('\nCAUSED BY:');
dump(cause);
}
}
function printf() { console.log(sprintf.apply(this, arguments)); }
if (lst.oneNodeWriteMode && !nst.oneNodeWriteMode) {
return ('cluster transitioned from singleton ' +
'(one-node-write) mode to multi-peer mode');
}
if (nst.primary.zoneId != lst.primary.zoneId) {
if (nst.generation == lst.generation) {
return ('error: new primary, but same gen number');
}
if (lst.sync === null ||
nst.primary.zoneId != lst.sync.zoneId) {
return ('error: new primary was not previous sync');
}
return (sprintf('sync (%s) took over as primary (from %s)',
nst.primary.zoneId.substr(0, 8),
lst.primary.zoneId.substr(0, 8)));
}
if (nst.generation > lst.generation) {
if (lst.sync === null && lst.oneNodeWriteMode !== true) {
/*
* We seem to have arrived here due to an invalid state on the
* previous generation, namely the previous generation is
* multi-mode, writable, with no replicas. This should never
* happen, but somehow it did. At any rate, we're just happy that
* there's a replica now.
*/
return (sprintf('sync "%s" added',
nst.sync.zoneId.substr(0, 8)));
}
keys.forEach(function (key) {
if (key != 'name') {
if (!fc[key])
values.push(shEscape(key));
else
values.push(sprintf('%s=%s',
shEscape(key),
shEscape(fc[key].toString())));
}
if (key == 'date' || key == 'aggr') {
hasextra = true;
return;
}
if (key == 'step' || key == 'name' || key == 'field')
return;
/*
* XXX Blow up here if we encounter a field
* configuration that we don't know how to serialize.
* It would be nice if we could verify this statically,
str = query.qc_before.toISOString();
rv.push(sprintf('--before "%s"', str));
str = query.qc_after.toISOString();
rv.push(sprintf('--after "%s"', str));
}
/*
* If there was an extra time field, we need to pass that
* through to the first phase.
*/
fields = query.qc_synthetic.filter(function (fc) {
return (!query.qc_fieldsbyname.hasOwnProperty(fc.name));
});
if (fields.length > 0) {
mod_assertplus.ok(fields.length == 1);
rv.push(sprintf('--time-field=%s', fields[0].name));
}
}
fields = [];
query.qc_breakdowns.forEach(function (ofc) {
var fc, keys, hasextra, values;
/*
* The first phase is a direct translation of the command-line
* arguments, but subsequent phases are special in the case of
* synthetic fields, since these values will already be present
* in those phases, and the origin field likely won't. We
* rewrite these here, and we assert that such fields (which are
* always dates) are aggregated in order to make sure the
* numeric type is preserved. This is pretty gnarly.
*/
var beforeText = before.map(function (s) {
var options = [];
if (s.insecure) {
options.push('insecure');
}
return sprintf(template, s.url, s.type, options.join(','))
.trimRight();
}).join('\n')
+ '\n\n'
function iso8601(d)
{
if (typeof (d) == 'number')
d = new Date(d);
mod_assert.ok(d.constructor === Date);
return (mod_extsprintf.sprintf('%4d-%02d-%02dT%02d:%02d:%02d.%03dZ',
d.getUTCFullYear(), d.getUTCMonth() + 1, d.getUTCDate(),
d.getUTCHours(), d.getUTCMinutes(), d.getUTCSeconds(),
d.getUTCMilliseconds()));
}