func getChar(d dynamics.Dwimmer, s *term.SettingT, quotedN, quotedS term.T) term.T {
n, err := represent.ToInt(d, quotedN)
if err != nil {
return term.Make("asked to index into a string, but received " +
"[] while converting the index to native format").T(err)
}
str, err := represent.ToStr(d, quotedS)
if err != nil {
return term.Make("asked to index into a string, but received " +
"[] while converting the string to native format").T(err)
}
return core.Answer.T(represent.Rune(rune(str[n])))
}
func setTransition(d dynamics.Dwimmer, s *term.SettingT, quotedTransition, quotedSetting term.T) term.T {
transition, err := represent.ToTransition(d, quotedTransition)
if err != nil {
return term.Make("asked to set a setting to transition [], "+
"but while converting to a transition received []").T(quotedTransition, err)
}
setting, err := represent.ToSetting(d, quotedSetting)
if err != nil {
return term.Make("asked to set a transition in setting [], "+
"but while converting to a setting received []").T(quotedSetting, err)
}
d.Save(setting, transition)
return core.OK.T()
}
func nativeSetCursor(d dynamics.Dwimmer, s *term.SettingT, xt, yt term.T) term.T {
x, err := represent.ToInt(d, xt)
if err != nil {
return term.Make("asked to move cursor, but received [] "+
"while converting coordinate [] to an integer").T(err, xt)
}
y, err := represent.ToInt(d, yt)
if err != nil {
return term.Make("asked to move cursor, but received [] "+
"while converting coordinate [] to an integer").T(err, yt)
}
d.SetCursor(x, y)
return core.OK.T()
}
func nativeSuggestedActions(d dynamics.Dwimmer, context *term.SettingT, quotedSetting, quotedN term.T) term.T {
setting, err := represent.ToSetting(d, quotedSetting)
if err != nil {
return term.Make("was asked to generate suggestions in setting [], "+
"but received [] while converting it to native form").T(quotedSetting, err)
}
n, err := represent.ToInt(d, quotedN)
if err != nil {
return term.Make("was asked to generate [] suggestions, "+
"but received [] while converting it to native form").T(quotedN, err)
}
suggestions, _ := Suggestions(d, setting, n)
quotedSuggestions := make([]term.T, len(suggestions))
for i, suggestion := range suggestions {
quotedSuggestions[i] = represent.ActionC(suggestion)
}
return core.Answer.T(represent.List(quotedSuggestions))
}
func nativePutChar(d dynamics.Dwimmer, s *term.SettingT, char, xt, yt term.T) term.T {
c, err := represent.ToRune(d, char)
if err != nil {
return term.Make("asked to write character, but received [] " +
"while converting to a character").T(err)
}
x, err := represent.ToInt(d, xt)
if err != nil {
return term.Make("asked to write character, but received [] "+
"while converting coordinate [] to an integer").T(err, xt)
}
y, err := represent.ToInt(d, yt)
if err != nil {
return term.Make("asked to write character, but received [] "+
"while converting coordinate [] to an integer").T(err, yt)
}
d.SetCursor(x, y)
d.PrintCh(c)
return core.OK.T()
}
func fallThrough(d dynamics.Dwimmer, s *term.SettingT, quotedSetting term.T) term.T {
settingT, err := represent.ToSettingT(d, quotedSetting)
if err != nil {
return term.Make("asked to decide what to do in setting [], "+
"but while converting to a setting received []").T(quotedSetting, err)
}
transition := ElicitAction(d, s, settingT.Setting)
if shouldSave(transition) {
d.Save(settingT.Setting, transition)
}
return TakeTransition.T(represent.Transition(transition))
}
func getTransition(d dynamics.Dwimmer, s *term.SettingT, quotedSetting term.T) term.T {
setting, err := represent.ToSetting(d, quotedSetting)
if err != nil {
return term.Make("asked to get a transition in setting [], "+
"but while converting to a setting received []").T(quotedSetting, err)
}
result, ok := d.Get(setting)
if !ok {
return NoCompiledAction.T()
}
return core.Answer.T(represent.Transition(result))
}
func findAction(d dynamics.Dwimmer, s *term.SettingT, quotedSetting term.T) term.T {
setting, err := represent.ToSetting(d, quotedSetting)
if err != nil {
return term.Make("asked to decide what to do in setting [], "+
"but while converting to a setting received []").T(quotedSetting, err)
}
transition, ok := d.Get(setting)
if !ok {
transition := ElicitAction(d, s, setting)
d.Save(setting, transition)
}
return core.Answer.T(represent.Transition(transition))
}
func getContinuations(d dynamics.Dwimmer, s *term.SettingT, quotedSetting term.T) term.T {
setting, err := represent.ToSetting(d, quotedSetting)
if err != nil {
return term.Make("asked to return the continuations from a setting, " +
"but while converting to a setting received []").T(err)
}
continuations := d.Continuations(setting)
result := make([]term.T, len(continuations))
for i, c := range continuations {
result[i] = represent.Setting(c)
}
return core.Answer.T(represent.List(result))
}
func getID(d dynamics.Dwimmer, s *term.SettingT, quoted term.T) term.T {
var result int
switch quoted.Head() {
case represent.QuotedSetting:
setting, err := represent.ToSetting(d, quoted)
if err != nil {
return term.Make("was asked to find the ID of a setting, " +
"but while converting to a setting received []").T(err)
}
result = int(setting.ID)
case term.Int(0).Head():
result = int(term.IDer.PackInt(int(quoted.(term.Int))).(intern.ID))
case term.Str("").Head():
result = int(term.IDer.PackString(string(quoted.(term.Str))).(intern.ID))
}
return core.Answer.T(represent.Int(result))
}
package represent
import (
"github.com/paulfchristiano/dwimmer/data/core"
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
)
var (
RepresentSetting = term.Make("what term represents the setting []?")
)
func init() {
s := term.InitS()
s = dynamics.ExpectQuestion(s, RepresentSetting, "Q", "s")
dynamics.AddNative(s, dynamics.Args1(quote), "s")
}
func quote(d dynamics.Dwimmer, s *term.SettingT, t term.T) term.T {
return core.Answer.T(term.Quote(t))
}
package represent
import (
"fmt"
"github.com/paulfchristiano/dwimmer/data/core"
"github.com/paulfchristiano/dwimmer/data/lists"
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
)
var (
QuotedNil = term.Make("nothing")
QuotedRune = term.Make("the character with unicode representation []")
ByRunes = term.Make("the string containing the sequence of characters []")
QuotedSetting = term.Make("the setting with the list of lines []")
QuotedSettingT = term.Make("the concrete setting with template [] " +
"and list of arguments []")
QuotedTemplate = term.Make("the term template that has parts []")
ActionLookup = map[term.Action]term.TemplateID{
term.Return: term.Make("the parametrized action that returns the instantiation of its first argument"),
term.View: term.Make("the parametrized action that views the instantiation of its first argument"),
term.Ask: term.Make("the parametrized action that asks the instantiation of its first argument"),
term.Replace: term.Make("the parametrized action that replaces the line given by its first index with " +
"with the instantiation of its first argument"),
term.Replay: term.Make("the parametrized action that replays the line given by its first index"),
term.Clarify: term.Make("the parametrized action that sends the instantiation of its first argument " +
"to the instantiation of its second argument"),
term.Correct: term.Make("the parametrized action that prompts the user to correct its first index"),
package store
import (
"github.com/paulfchristiano/dwimmer/data/core"
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
)
var (
GetState = term.Make("what is the current state of the interpreter?")
SetState = term.Make("the state of the interpreter should become []")
)
func init() {
s := dynamics.ExpectQuestion(term.InitS(), GetState, "Q")
dynamics.AddNative(s, dynamics.Args0(getState))
s = dynamics.ExpectQuestion(term.InitS(), SetState, "Q", "s")
dynamics.AddNative(s, dynamics.Args1(setState), "s")
}
func getState(d dynamics.Dwimmer, s *term.SettingT) term.T {
return core.Answer.T(d.GetStorage())
}
func setState(d dynamics.Dwimmer, s *term.SettingT, t term.T) term.T {
d.SetStorage(t)
return core.OK.T()
}
package meta
import (
"github.com/paulfchristiano/dwimmer/data/core"
"github.com/paulfchristiano/dwimmer/data/represent"
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
)
var (
SettingForChannel = term.Make("what setting corresponds to the channel []?")
NotAChannel = term.Make("the argument is not a channel")
)
func init() {
s := dynamics.ExpectQuestion(term.InitS(), SettingForChannel, "Q", "c")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("c")))
s = s.AppendTemplate(term.Channel{}.Head())
dynamics.AddNative(s, dynamics.Args1(settingForChannel), "c")
}
func settingForChannel(d dynamics.Dwimmer, context *term.SettingT, channel term.T) term.T {
c, ok := channel.(term.Channel)
if !ok {
return NotAChannel.T()
}
return core.Answer.T(represent.SettingT(c.Setting))
}
)
func concat(d dynamics.Dwimmer, s *term.SettingT, a, b term.T) term.T {
return core.Answer.T(term.Str(string(a.(term.Str)) + string(b.(term.Str))))
}
func length(d dynamics.Dwimmer, s *term.SettingT, a term.T) term.T {
return core.Answer.T(term.Int(len(string(a.(term.Str)))))
}
func bracketed(d dynamics.Dwimmer, s *term.SettingT, a term.T) term.T {
return core.Answer.T(term.Str(fmt.Sprint("[%s]", string(a.(term.Str)))))
}
var (
Len = term.Make("what is the length of []?")
Concat = term.Make("what is the result of concatenating [] to []?")
Bracketed = term.Make("what is the string formed by enclosing [] in brackets?")
GetChar = term.Make("what is the character that comes after [] others in the string []?")
)
func init() {
s := term.InitS()
s = dynamics.ExpectQuestion(s, Len, "Q", "s")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("s")))
s.AppendTemplate(term.Str("").Head())
dynamics.AddNative(s, dynamics.Args1(length), "s")
s = term.InitS()
s = dynamics.ExpectQuestion(s, Bracketed, "Q", "s")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("s")))
package similarity
import (
"container/heap"
"github.com/paulfchristiano/dwimmer/data/core"
"github.com/paulfchristiano/dwimmer/data/represent"
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
"github.com/xrash/smetrics"
)
var (
RelatedSettings = term.Make("what settings have been encountered before that are most analogous " +
"to the setting [], and what is their relationship to that setting?")
SuggestedActions = term.Make("what actions is the user most likely to take in setting [], " +
"based on analogies with similar settings they have encountered in the past? " +
"[] items should be returned as a list, sorted with most promising first")
)
func init() {
dynamics.AddNativeResponse(SuggestedActions, 2, dynamics.Args2(nativeSuggestedActions))
}
func nativeSuggestedActions(d dynamics.Dwimmer, context *term.SettingT, quotedSetting, quotedN term.T) term.T {
setting, err := represent.ToSetting(d, quotedSetting)
if err != nil {
return term.Make("was asked to generate suggestions in setting [], "+
"but received [] while converting it to native form").T(quotedSetting, err)
}
n, err := represent.ToInt(d, quotedN)
func TestRepresentations(t *testing.T) {
d := dwimmer.TestDwimmer()
defer d.Close()
template := term.Make("term with argument [] and second half here")
template2, err := represent.ToTemplate(d, represent.Template(template))
if err != nil {
t.Errorf("received error %v", err)
}
if template != template2 {
t.Errorf("%v != %v", template, template2)
}
setting := term.Init().Append(template)
setting2, err := represent.ToSetting(d, represent.Setting(setting))
if err != nil {
t.Errorf("received error %v", err)
}
if term.IDSetting(setting) != term.IDSetting(setting2) {
t.Errorf("%v != %v", setting, setting2)
}
actions := []term.ActionC{term.ReturnC(term.Cr(3)), term.ClarifyC(term.Cr(2), core.OK.C()), term.DeleteC(7)}
for _, action := range actions {
action2, err := represent.ToActionC(d, represent.ActionC(action))
if err != nil {
t.Errorf("received error %v", err)
}
if term.IDActionC(action) != term.IDActionC(action2) {
t.Errorf("%v != %v", action, action2)
}
}
stub := term.Make("stub")
tm := template.T(stub.T())
tm2, err := represent.ToT(d, represent.T(tm))
if err != nil {
t.Errorf("received error %v", err)
}
if tm2.String() != tm.String() {
t.Errorf("%v != %v", tm2, tm)
}
rep, err := d.Answer(represent.Explicit.T(represent.T(tm)))
if err != nil {
t.Errorf("failed to make representation explicit: %v", err)
}
tm3, err := represent.ToT(d, rep)
if err != nil {
t.Errorf("received error %v", err)
}
if tm3.String() != tm.String() {
t.Errorf("%v != %v", tm3, tm)
}
settingT := term.InitT().AppendTerm(tm)
settingT2, err := represent.ToSettingT(d, represent.SettingT(settingT))
if err != nil {
t.Errorf("received error %v")
}
if settingT2.Setting.ID != settingT.Setting.ID {
t.Errorf("%v != %v", settingT2, settingT)
}
n := -127
n2, err := represent.ToInt(d, represent.Int(n))
if err != nil {
t.Errorf("received error %v", err)
}
if n != n2 {
t.Errorf("%v != %v", n, n2)
}
s := "hello ₳"
s2, err := represent.ToStr(d, represent.Str(s))
if err != nil {
t.Errorf("received error %v", err)
}
if s != s2 {
t.Errorf("%s != %s", s, s2)
}
}
package functions
import (
"github.com/paulfchristiano/dwimmer/data/core"
"github.com/paulfchristiano/dwimmer/data/lists"
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
)
var (
Apply = term.Make("what is the result of applying function [] to argument []?")
Compose = term.Make("the function that applies [], then applies [] to the result")
Map = term.Make("the function that applies [] to each element of its argument, which should be a list")
Fold = term.Make("what is the result of using [] to combine all of the arguments " +
"in the list [] into one, starting from [] and assuming that the function is associative?")
Apply2 = term.Make("what is the result of applying function [] to the arguments [] and []?")
)
var applyState, applyState2 *term.SettingS
func ApplicationSetting() *term.SettingS {
return applyState.Copy()
}
func ApplicationSetting2() *term.SettingS {
return applyState2.Copy()
}
func init() {
applyState = term.InitS()
package dynamics
import "github.com/paulfchristiano/dwimmer/term"
func ExpectQuestion(s *term.SettingS, t term.TemplateID, names ...string) *term.SettingS {
result := s.Copy()
result.AppendTemplate(ParentChannel, names[0])
result.AppendTemplate(t, names[1:]...)
return result
}
func ExpectAnswer(s *term.SettingS, t term.TemplateID, names ...string) *term.SettingS {
result := s.Copy()
result.AppendTemplate(OpenChannel, names[0])
result.AppendTemplate(t, names[1:]...)
return result
}
func Parent(s *term.SettingT) term.T {
return ParentChannel.T(term.MakeChannel(s))
}
var (
OpenChannel = term.Make("@[]")
ParentChannel = term.Make("@[]*")
)
package storage
import "github.com/paulfchristiano/dwimmer/term"
func Dummy() *DummyStorage {
return &DummyStorage{}
}
var (
DummyState = term.Make("a placeholder returned when accessing the state of a test harness")
)
type DummyStorage struct{}
func (_ *DummyStorage) CloseStorage() {}
func (_ *DummyStorage) GetStorage() term.T { return DummyState.T() }
func (_ *DummyStorage) SetStorage(term.T) {}
var _ StorageImplementer = &DummyStorage{}
package dwimmer
import (
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
)
var (
RunShell = term.Make("run a shell with prompt [], and reply with the user's return value")
shellSetting = term.InitT().AppendTerm(term.Make("[Home]").T())
oldShells []*term.SettingT
)
func startWithPrompt(d dynamics.Dwimmer, setting *term.SettingT, question term.T) term.T {
return StartShell(d, dynamics.Parent(setting), question)
}
func pushShell() {
oldShells = append(oldShells, shellSetting.Copy())
}
func popShell() {
shellSetting = oldShells[len(oldShells)-1]
oldShells = oldShells[:len(oldShells)-1]
}
func Show(t term.T) {
shellSetting.AppendTerm(t)
}
func StartShell(d dynamics.Dwimmer, ts ...term.T) term.T {
package represent
import (
"github.com/paulfchristiano/dwimmer/data/core"
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
)
var (
GetTemplate = term.Make("what is the template of term []?")
GetArguments = term.Make("what are the arguments of term []?")
GetTemplateAndArguments = term.Make("what are the template and arguments of term []?")
GetSetting = term.Make("what is the abstract setting associated with the concrete setting []?")
TemplateAndArguments = term.Make("the template is [] and the arguments are []")
NumArguments = term.Make("how many arguments does the term [] have?")
)
func init() {
s := term.InitS()
s = dynamics.ExpectQuestion(s, GetSetting, "Q", "s")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("s")))
s.AppendTemplate(QuotedSettingT, "lines", "arguments", "children")
s = dynamics.AddSimple(s, term.ReturnS(core.Answer.S(QuotedSetting.S(term.Sr("lines")))))
}
func init() {
s := term.InitS()
s = dynamics.ExpectQuestion(s, GetTemplateAndArguments, "Q", "t")
s = dynamics.AddSimple(s, term.AskS(GetTemplate.S(term.Sr("t"))))
s = dynamics.ExpectAnswer(s, core.Answer, "A", "template")
s = dynamics.AddSimple(s, term.AskS(GetArguments.S(term.Sr("t"))))
package maps
import "github.com/paulfchristiano/dwimmer/term"
var (
Empty = term.Make("the map that doesn't send anything to anything")
Cons = term.Make("the map sends [] to [] and maps all other inputs according to []")
Lookup = term.Make("what is the image of [] in the map []?")
Insert = term.Make("what map maps [] to [] and all other inputs according to []?")
NotFound = term.Make("the requested key was not found")
)
Stack
Transitions
ui.UIImplementer
storage.StorageImplementer
Close()
}
var DefaultInitializers []term.T
func AddInitializer(t term.T) {
DefaultInitializers = append(DefaultInitializers, t)
}
var SetupState = term.Make("initialize the interpreter's state")
func init() {
AddInitializer(SetupState.T())
}
func SubRun(d Dwimmer, Q term.T, parent *term.SettingT, optionalChild ...*term.SettingT) term.T {
var child *term.SettingT
if len(optionalChild) == 1 {
child = optionalChild[0]
} else {
child = term.InitT()
}
child.AppendTerm(Parent(parent))
child.AppendTerm(Q)
d.Push(Q)
StorageImplementer: store,
Stack: &dynamics.BasicStack{},
}
result.InitUI()
defer func() {
e := recover()
if e != nil {
result.Close()
panic(e)
}
}()
RunDefaultInitializers(result)
return result
}
var Initialization = term.Make("initializing a new dwimmer")
func RunDefaultInitializers(d dynamics.Dwimmer) {
s := term.InitT()
s.AppendTerm(Initialization.T())
for _, t := range dynamics.DefaultInitializers {
c := term.InitT()
dynamics.SubRun(d, t, s, c)
}
}
func DoC(d dynamics.Dwimmer, a term.ActionC, s *term.SettingT) term.T {
return d.Do(a.Instantiate(s.Args), s)
}
func addToStack(d dynamics.Dwimmer, t term.T) {
package meta
import (
"github.com/paulfchristiano/dwimmer/data/core"
"github.com/paulfchristiano/dwimmer/data/represent"
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
"github.com/paulfchristiano/dwimmer/term/intern"
)
var (
GetID = term.Make("what is the internal identifier of the object []?")
SettingFromID = term.Make("what is the setting with ID []?")
NoSetting = term.Make("there is no setting with that ID")
)
func getID(d dynamics.Dwimmer, s *term.SettingT, quoted term.T) term.T {
var result int
switch quoted.Head() {
case represent.QuotedSetting:
setting, err := represent.ToSetting(d, quoted)
if err != nil {
return term.Make("was asked to find the ID of a setting, " +
"but while converting to a setting received []").T(err)
}
result = int(setting.ID)
case term.Int(0).Head():
result = int(term.IDer.PackInt(int(quoted.(term.Int))).(intern.ID))
case term.Str("").Head():
result = int(term.IDer.PackString(string(quoted.(term.Str))).(intern.ID))
}
package ints
import (
"github.com/paulfchristiano/dwimmer/data/core"
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
)
var (
DoublePlusOne = term.Make("two times [] plus one")
Double = term.Make("two times []")
Zero = term.Make("the number zero")
One = term.Make("the number one")
Negative = term.Make("negative []")
)
/*
var (
ExplicitQ = term.Make("what is []? the representation should not involve any wrapped Go objects")
)
func makeExplicit(d dynamics.Dwimmer, s *term.SettingT, n term.T) term.T {
return core.Answer.T(Explicit(int(n.(term.Int))))
}
func init() {
s := term.InitS().AppendTemplate(ExplicitQ, "x")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("x")))
for _, tm := range []term.TemplateID{DoublePlusOne, Double, Negative} {
t := s.Copy().AppendTemplate(tm, "y")
func AddSimple(s *term.SettingS, a term.ActionS) *term.SettingS {
return DefaultTransitions.SaveSimpleS(s, a)
}
func AddNativeResponse(t term.TemplateID, n int, f func(Dwimmer, *term.SettingT, ...term.T) term.T) {
names := append([]string{"_Q"}, allNames[:n]...)
s := ExpectQuestion(term.InitS(), t, names...)
AddNative(s, f, allNames[:n]...)
}
func AddNative(s *term.SettingS, f func(Dwimmer, *term.SettingT, ...term.T) term.T, names ...string) {
AddNativeTo(DefaultTransitions, s, f, names...)
}
var (
NativeQ = term.Make("what does the appropriate native function return in this setting?")
)
func AddNativeTo(table *TransitionTable, s *term.SettingS,
f func(Dwimmer, *term.SettingT, ...term.T) term.T, names ...string) {
indices := make([]int, len(names))
for i, name := range names {
for j, key := range s.Names {
if name == key {
indices[i] = j
}
}
}
g := func(d Dwimmer, s *term.SettingT) term.T {
args := make([]term.T, len(indices))
func TestEncoding(t *testing.T) {
collection := Collection("testing")
collection.Empty("testing")
template := term.Make("test [] term")
c := template.C(term.ReferenceC{0})
cc := term.ConstC{template.T(term.Make("stub").T())}
action := term.ReturnC(c)
settingS := term.InitS().AppendTemplate(template, "q").AppendAction(action)
setting := settingS.Setting
collection.Set(1, term.SaveSetting(setting))
collection.Set(2, term.SaveC(cc))
found := 0
for _, x := range collection.All() {
if x["key"] == 1 {
t.Log(x["value"])
newVal, ok := term.LoadSetting(x["value"])
if !ok {
t.Error("failed to load setting")
}
newID := newVal.ID
oldID := setting.ID
if newID != oldID {
t.Errorf("%v != %v", newVal, setting)
}
found++
}
if x["key"] == 2 {
newVal, ok := term.LoadC(x["value"])
if !ok {
t.Error("failed to load C")
}
newID := term.IDC(newVal)
oldID := term.IDC(cc)
if newID != oldID {
t.Errorf("%v != %v", newVal, cc)
}
found++
}
}
if found < 2 {
t.Errorf("found %d < 2 items", found)
}
{
savedSetting, ok := collection.Get(1)
if !ok {
t.Error("failed to retrieve from database")
}
newSetting, ok := term.LoadSetting(savedSetting)
if !ok {
t.Errorf("failed to load setting %v", savedSetting)
}
newID := newSetting.ID
oldID := setting.ID
if newID != oldID {
t.Errorf("%v != %v", newSetting, setting)
}
}
{
savedC, ok := collection.Get(2)
if !ok {
t.Error("failed to retriev from database")
}
newC, ok := term.LoadC(savedC)
if !ok {
t.Errorf("failed to load %v", savedC)
}
newID := term.IDC(newC)
oldID := term.IDC(cc)
if newID != oldID {
t.Errorf("%v != %v", newC, cc)
}
}
}
package meta
import (
"github.com/paulfchristiano/dwimmer/data/core"
"github.com/paulfchristiano/dwimmer/data/represent"
"github.com/paulfchristiano/dwimmer/dynamics"
"github.com/paulfchristiano/dwimmer/term"
)
var (
PutChar = term.Make("put the character [] at the location with [] spots to its left " +
"and [] spots above it, and leave the cursor there")
Clear = term.Make("clear the screen")
Size = term.Make("what are the dimensions of the screen?")
GetChar = term.Make("refresh the screen, wait until the user types something, " +
"and return the next character that the user types")
SetCursor = term.Make("put the cursor at the location with [] spots to its left " +
"and [] spots above it")
GetCursor = term.Make("where is the cursor?")
)
func init() {
var s *term.SettingS
s = dynamics.ExpectQuestion(term.InitS(), PutChar, "Q", "char", "x", "y")
dynamics.AddNative(s, dynamics.Args3(nativePutChar), "char", "x", "y")
s = dynamics.ExpectQuestion(term.InitS(), SetCursor, "Q", "x", "y")
dynamics.AddNative(s, dynamics.Args2(nativeSetCursor), "x", "y")
/*
s = dynamics.ExpectQuestion(term.InitS(), GetCursor, "Q")
