func Example(t *testing.T) {
InvalidRequest := errors.NewClass("Invalid request",
SetStatusCode(http.StatusBadRequest))
process := func() error {
// this method is some sample method somewhere that's doing request
// processing
return InvalidRequest.New("missing field or something")
}
handler := func(err error) {
// this method is some sample method somewhere that's figuring out how
// to display various errors to a user.
if err != nil {
code := GetStatusCode(err, 500)
message := GetErrorBody(err)
log.Printf("HTTP error %d: %s\n%s", code, message, err)
writeError(message, code)
}
}
// http event loop
handler(process())
}
EXIT_JOB = ExitCode(10) // used to indicate a job reported a nonzero exit code (from cli commands that execute a single job).
)
var ExitCodeKey = errors.GenSym()
/*
CLI errors are the last line: they should be formatted to be user-facing.
The main method will convert a CLIError into a short and well-formatted
message, and will *not* include stack traces unless the user is running
with debug mode enabled.
CLI errors are an appropriate wrapping for anything where we can map a
problem onto something the user can understand and fix. Errors that are
a repeatr bug or unknown territory should *not* be mapped into a CLIError.
*/
var Error *errors.ErrorClass = errors.NewClass("CLIError")
/*
Use this to set a specific error code the process should exit with
when producing a `cli.Error`.
Example: `cli.Error.NewWith("something terrible!", SetExitCode(EXIT_BADARGS))`
*/
func SetExitCode(code ExitCode) errors.ErrorOption {
return errors.SetData(ExitCodeKey, code)
}
/*
Exit errors may be raised to immediately transition to we're done (and
specify an `ExitCode`), but generate slightly less of a sadface than
`cli.Error`: use them for graceful exits.
// Copyright (C) 2016 JT Olds
// See LICENSE for copying information
package webhelp
import (
"net/http"
"github.com/spacemonkeygo/errors"
"github.com/spacemonkeygo/errors/errhttp"
)
var (
HTTPError = errors.NewClass("HTTP Error", errors.NoCaptureStack())
ErrBadRequest = HTTPError.NewClass("Bad request",
errhttp.SetStatusCode(http.StatusBadRequest))
ErrNotFound = ErrBadRequest.NewClass("Not found",
errhttp.SetStatusCode(http.StatusNotFound))
ErrMethodNotAllowed = ErrBadRequest.NewClass("Method not allowed",
errhttp.SetStatusCode(http.StatusMethodNotAllowed))
ErrInternalServerError = HTTPError.NewClass("Internal server error",
errhttp.SetStatusCode(http.StatusInternalServerError))
ErrUnauthorized = HTTPError.NewClass("Unauthorized",
errhttp.SetStatusCode(http.StatusUnauthorized))
)
func Redirect(w ResponseWriter, r *http.Request, redirectTo string) error {
http.Redirect(w, r, redirectTo, http.StatusSeeOther)
return nil
}
package scheduler
import (
"github.com/spacemonkeygo/errors"
)
// grouping, do not instantiate
var Error *errors.ErrorClass = errors.NewClass("SchedulerError")
// error when a scheduler's queue was full and could not enqueue a forumla.
var QueueFullError *errors.ErrorClass = Error.NewClass("QueueFullError")
"bytes"
"encoding/json"
"fmt"
"math/rand"
"os"
"strconv"
"strings"
"time"
"github.com/spacemonkeygo/errors"
)
type Type string
var (
GridError = errors.NewClass("grid error")
)
const (
Empty Type = "empty"
Wall Type = "wall"
Player Type = "player"
Battery Type = "battery"
Laser Type = "laser"
)
func (t Type) MarshalJSON() ([]byte, error) {
return json.Marshal(string(t))
}
func (t *Type) UnmarshalJSON(p []byte) (err error) {
}
/*
RecordIterator is used for walking Bucket contents in hash-ready order.
It's specified separately from Record for three reasons: There will be many
Record objects, and so they should be small (the iterators tend to require
at least another two words of memory); and the Record objects are
serializable the same way for all implementations of Bucket (the iterators
may work differently depending on how data is heaped in the Bucket impl).
*/
type RecordIterator interface {
treewalk.Node
Record() Record
}
var InvalidFilesystem *errors.ErrorClass = errors.NewClass("InvalidFilesystem")
/*
PathCollision is reported when the same file path is submitted to a `Bucket`
more than once. (Some formats, for example tarballs, allow the same filename
to be recorded twice. We consider this poor behavior since most actual
filesystems of course will not tolerate this, and also because it begs the
question of which should be sorted first when creating a deterministic
hash of the whole tree.)
*/
var PathCollision *errors.ErrorClass = InvalidFilesystem.NewClass("PathCollision")
/*
MissingTree is reported when iteration over a filled bucket encounters
a file that has no parent nodes. I.e., if there's a file path "./a/b",
and there's no entries for "./a", it's a MissingTree error.
// Copyright (C) 2015 Space Monkey, Inc.
package client
import (
"encoding/json"
"io"
"io/ioutil"
"github.com/spacemonkeygo/errors"
"sm/final/game"
)
var (
ClientError = errors.NewClass("client error")
ServerError = errors.NewClass("server error")
)
func errBody(r io.Reader) string {
var msg [256]byte
n, _ := r.Read(msg[:])
return string(msg[:n])
}
func readAndParseState(r io.Reader) (state game.TurnState, err error) {
json_bytes, err := ioutil.ReadAll(r)
if err != nil {
return state, ServerError.Wrap(err)
}
err = json.Unmarshal(json_bytes, &state)
package placer
import (
"github.com/spacemonkeygo/errors"
)
var Error *errors.ErrorClass = errors.NewClass("PlacerError")
"github.com/dustin/go-humanize"
"github.com/golang/glog"
"github.com/spacemonkeygo/errors"
"github.com/uwedeportivo/romba/config"
)
type countVisitor struct {
numBytes int64
numFiles int
commonRootPath string
master Master
}
var (
Error = errors.NewClass("Worker Error")
StopProcessing = Error.NewClass("Stop Processing Error")
)
func CommonRoot(pa, pb string) string {
if pa == "" || pb == "" {
return ""
}
pac := filepath.Clean(pa)
pbc := filepath.Clean(pb)
va := filepath.VolumeName(pac)
vb := filepath.VolumeName(pbc)
if va != vb {
package def
import (
"github.com/spacemonkeygo/errors"
)
/*
Validation error is a base class for anything that matches the description
of an HTTP 400. (Unless the validation should have been performed at an
earlier stage, and the current check is only for sanity; then, if it fails
and it's considered a compile-time boo boo, use `errors.ProgrammerError`.)
*/
var ValidationError *errors.ErrorClass = errors.NewClass("ValidationError")
/*
UnsupportedPlatform is an error raised when an operation is unavailable on the
OS. (Say, setting utime on a symlink on a mac.)
*/
var UnsupportedPlatform *errors.ErrorClass = errors.NewClass("UnsupportedPlatform")
var ConfigError *errors.ErrorClass = errors.NewClass("ConfigError")
func newConfigValTypeError(expectedKey, mustBeA string, wasActually string) *errors.Error {
return ConfigError.New("config key %q must be a %s; was %s", expectedKey, mustBeA, wasActually).(*errors.Error)
}
package vm
import (
"github.com/spacemonkeygo/errors"
"io"
)
var ErrPoolLimitReached = errors.NewClass("No more resource can be acquired")
// 资源对象
type Res interface {
Id() int
Get() interface{}
Set(interface{})
}
type ResValCreator func(ResPool) interface{}
// 资源池
type ResPool interface {
Acquire() (Res, error)
Release(Res)
Get(int) Res
SetCreator(ResValCreator)
Creator() ResValCreator
}
type res struct {
id int
val interface{}
}
func (r *res) Get() interface{} {
package asm
import (
"fmt"
"github.com/spacemonkeygo/errors"
)
var ErrDataToShort = errors.NewClass("ErrDataToShort")
var ErrWrongInst = errors.NewClass("ErrWrongInst")
type Operand struct {
// Address or Immediate value
Val int32
AddressMode AddressMode
// Symbol associated to this operand
Symbol string
}
//func (o *Operand)Get() int {
// switch (o.AddrMode) {
// case AM_REGISTER:
// return o.Register.Get();
// case AM_REGISTER_DEFERRED:
// return o.VM.GetInt(o.VM.Register(RegisterType(o.Val)).Get());
// case AM_IMMEDIATE:
// return int(int32(o.Val));// must convert to int32 first
// case AM_DIRECT:
// return o.VM.GetInt(int(o.Val));
// }
// panic("Unexcepted")
//}
std_errors "errors"
"fmt"
math_rand "math/rand"
"strings"
"sync"
"time"
"github.com/spacemonkeygo/errors"
"github.com/spacemonkeygo/spacelog"
"sm/final/grid"
"sm/final/renderer"
)
var (
GameError = errors.NewClass("game error", errors.NoCaptureStack())
JoinError = GameError.NewClass("join error")
logger = spacelog.GetLogger()
)
type Command string
const (
selfDestruct Command = "kaboom"
Join Command = "join"
Noop Command = "noop"
MoveForward Command = "move"
RotateLeft Command = "left"
RotateRight Command = "right"
FireLaser Command = "fire"
package fs
import (
"github.com/spacemonkeygo/errors"
)
var Error *errors.ErrorClass = errors.NewClass("FSError") // grouping, do not instantiate
/*
`BreakoutError` is raised when processing a filesystem description where links
(symlinks, hardlinks) are constructed in such a way that they would reach
out of the base directory. Encountering these in a well-formed filesystem
description is basically an attempted attack.
*/
var BreakoutError *errors.ErrorClass = Error.NewClass("FSBreakoutError")
func ioError(err error) {
panic(Error.Wrap(errors.IOError.Wrap(err)))
}
// ## Deps
// go get github.com/SpaceMonkeyGo/errors
//
package lib
import (
Logger "github.com/JasonGiedymin/test-flight/lib/logging"
"github.com/SpaceMonkeyGo/errors"
)
// == Default vars ==
var (
defaultDir = "./"
BadDir = errors.NewClass("Can't read the current directory")
FileCheckFail = errors.NewClass("File Check Failed")
mainYaml = RequiredFile{Name: "main yaml", FileName: "main.yml", FileType: "f"}
buildFile = RequiredFile{Name: Constants().buildFileName, FileName: Constants().buildFileName, FileType: "f"}
AnsibleFiles = []RequiredFile{mainYaml}
)
// Creates a list of required files needed by TestFlight using
// templateDir via config file as a basis.
func TestFlightFiles(templateDir string) []RequiredFile {
return []RequiredFile{
{Name: "Test-Flight dir", FileName: templateDir, FileType: "d"}, //, These will actually be generated
// RequiredFiles: []RequiredFile{
// {Name: "Ansible inventory file used for Test-Flight", FileName: "inventory", FileType: "f"},
// {Name: "Ansible playbook file used for Test-Flight", FileName: "playbook.yml", FileType: "f"},
// },
- DataDNE (not necessarily a panic-worthy offense)
- HashMismatchError (this is somewhere between extremely rudely failing component and outright malice)
- MoorError (from either materialize or scan: ran out of space, didn't have perms, something)
All of these are errors that can be raised from using transmats.
(They're not all grouped under TransmatError because they're not all
the transmat's fault, per se; fixing them requires looking afield.)
Additionally, these other systems may fail, but are rare, internal, and serious:
- Error
- PlacerError
// actually that's it... assemblers, to date, don't represent enough
// code to have their own interesting failure modes.
*/
var Error *errors.ErrorClass = errors.NewClass("IntegrityError") // grouping, do not instantiate // n.b. the ambiguity and alarmingness of this error name is the clearest example of why this package needs rethinking on the name.
/*
Raised to indicate that some configuration is missing or malformed.
*/
var ConfigError *errors.ErrorClass = Error.NewClass("ConfigError")
/*
Raised to indicate a serious internal error with a transmat's functioning.
Typically these indicate a need for the whole program to stop; examples are
the repeatr daemon hitting permissions problems in the main work area,
or running out of disk space, or something equally severe.
Errors relating to the either the warehouse, the data integrity checks,
or the operational theater on the local filesystem are all different
_ "github.com/lib/pq"
_ "github.com/mattn/go-sqlite3"
"github.com/spacemonkeygo/errors"
"github.com/spacemonkeygo/errors/errhttp"
)
var (
dbType = flag.String("db", "postgres", "the database type to use. "+
"can be postgres or sqlite3")
dbConn = flag.String("db.conn",
"user=cwbench database=cwbench password=password",
"the database connection string")
searchParallelism = flag.Int("parallelism", runtime.NumCPU()+1,
"number of parellel search queries to execute")
Err = errors.NewClass("error")
ErrNotFound = Err.NewClass("not found", errhttp.SetStatusCode(404))
ErrDenied = Err.NewClass("denied", errhttp.SetStatusCode(405))
ErrBadDims = Err.NewClass("wrong dimensions", errhttp.SetStatusCode(400))
)
type Data struct {
db gorm.DB
}
func NewData() (*Data, error) {
db, err := gorm.Open(*dbType, *dbConn)
if err != nil {
return nil, Err.Wrap(err)
}
return &Data{db: db}, nil
package executor
import (
"github.com/spacemonkeygo/errors"
)
// grouping, do not instantiate
var Error *errors.ErrorClass = errors.NewClass("ExecutorError")
/*
Error raised when an executor cannot operate due to invalid setup.
*/
var ConfigError *errors.ErrorClass = Error.NewClass("ExecutorConfigError")
/*
Error raised when there are serious issues with task launch.
Occurance of TaskExecError may be due to OS-imposed resource limits
or other unexpected problems. They should not be seen in normal,
healthy operation.
*/
var TaskExecError *errors.ErrorClass = Error.NewClass("ExecutorTaskExecError")
/*
Error raised when a command is not found inside the execution environment.
Often just indicative of user misconfiguration (and thus this is not a
child of TaskExecError, which expresses serious system failures).
*/
var NoSuchCommandError *errors.ErrorClass = Error.NewClass("NoSuchCommandError")
"github.com/golang/glog"
"github.com/uwedeportivo/romba/types"
)
const (
xmlPrefix = "<?xml"
xmlPrefixWithBOM = "\xef\xbb\xbf<?xml"
)
type parser struct {
ll *lexer
d *types.Dat
}
var (
ParseError = errors.NewClass("DAT Parse Error")
XMLParseError = errors.NewClass("XML DAT Parse Error")
lineNumberErrorKey = errors.GenSym()
filePathErrorKey = errors.GenSym()
)
func ErrorLineNumber(err error) int {
v, ok := errors.GetData(err, lineNumberErrorKey).(int)
if !ok {
return -1
}
return v
}
func ErrorFilePath(err error) string {
package pwsafe
import (
"time"
"github.com/spacemonkeygo/errors"
)
var (
// Error is a generic error class for pwsafe.
Error = errors.NewClass("pwsafe")
// IOError represents an io error.
IOError = Error.NewClass("io error")
// BadPassphrase indicates that the passphrase was bad.
BadPassphrase = Error.NewClass("bad passphrase", errors.NoCaptureStack())
// BadTag indicates that the tag on the database file is unexpected.
BadTag = Error.NewClass("bad tag", errors.NoCaptureStack())
// Corrupted indicates that the database has been corrupted.
Corrupted = Error.NewClass("corrupted", errors.NoCaptureStack())
)
// Database represents a pwsafe database.
type Database interface {
// Version returns a version string for the database.
Version() string
