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release: Bux v1.0.0 language freeze
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Browse Source 
Bump compiler banners and package version to 1.0.0, activate SEMVER policy,
and add RELEASE_v1.0.0 notes. Fix closure auto-Drop leaking outer Array
drops into nested capture bodies (iter_hof). Fmt-clean examples/src for CI.
This commit is contained in:
dimgigov
2026-07-27 21:49:12 +03:00
parent d60ce2bc3f
commit a23860be3e
16 changed files with 384 additions and 308 deletions
Download Patch File Download Diff File Expand all files Collapse all files
src/registry.bux
+237 -237
View File
@@ -100,8 +100,8 @@ module Registry {
}
// prefer curl
let curlCmd: String = String_Concat(
"curl -fsSL",
String_Concat(kflag, String_Concat(" --max-time 30 -o \"", String_Concat(cachePath, String_Concat("\" \"", String_Concat(url, "\"")))))
"curl -fsSL",
String_Concat(kflag, String_Concat(" --max-time 30 -o \"", String_Concat(cachePath, String_Concat("\" \"", String_Concat(url, "\"")))))
);
var ok: bool = false;
if bux_system("command -v curl >/dev/null 2>&1") == 0 {
@@ -112,8 +112,8 @@ module Registry {
nflag = " --no-check-certificate";
}
let wgetCmd: String = String_Concat(
"wget -q",
String_Concat(nflag, String_Concat(" -T 30 -O \"", String_Concat(cachePath, String_Concat("\" \"", String_Concat(url, "\"")))))
"wget -q",
String_Concat(nflag, String_Concat(" -T 30 -O \"", String_Concat(cachePath, String_Concat("\" \"", String_Concat(url, "\"")))))
);
ok = bux_system(wgetCmd) == 0 && Reg_FileExists(cachePath);
}
@@ -141,240 +141,240 @@ module Registry {
if String_StartsWith(src, "file:") {
p = String_Slice(src, 5, bux_strlen(src) - 5);
if String_StartsWith(p, "//") {
p = String_Slice(p, 2, bux_strlen(p) - 2);
}
} else if String_StartsWith(src, "path:") {
p = String_Slice(src, 5, bux_strlen(src) - 5);
} else {
return "";
p = String_Slice(p, 2, bux_strlen(p) - 2);
}
if String_StartsWith(p, "/") {
return p;
}
return bux_path_join(indexDir, p);
} else if String_StartsWith(src, "path:") {
p = String_Slice(src, 5, bux_strlen(src) - 5);
} else {
return "";
}
func Reg_SetPkg(reg: *Registry, idx: int, pkg: RegistryPackage) {
if idx == 0 { reg.p0 = pkg; }
else if idx == 1 { reg.p1 = pkg; }
else if idx == 2 { reg.p2 = pkg; }
else if idx == 3 { reg.p3 = pkg; }
else if idx == 4 { reg.p4 = pkg; }
else if idx == 5 { reg.p5 = pkg; }
else if idx == 6 { reg.p6 = pkg; }
else if idx == 7 { reg.p7 = pkg; }
else if idx == 8 { reg.p8 = pkg; }
else if idx == 9 { reg.p9 = pkg; }
else if idx == 10 { reg.p10 = pkg; }
else if idx == 11 { reg.p11 = pkg; }
else if idx == 12 { reg.p12 = pkg; }
else if idx == 13 { reg.p13 = pkg; }
else if idx == 14 { reg.p14 = pkg; }
else if idx == 15 { reg.p15 = pkg; }
}
func Reg_GetPkg(reg: Registry, idx: int) -> RegistryPackage {
if idx == 0 { return reg.p0; }
if idx == 1 { return reg.p1; }
if idx == 2 { return reg.p2; }
if idx == 3 { return reg.p3; }
if idx == 4 { return reg.p4; }
if idx == 5 { return reg.p5; }
if idx == 6 { return reg.p6; }
if idx == 7 { return reg.p7; }
if idx == 8 { return reg.p8; }
if idx == 9 { return reg.p9; }
if idx == 10 { return reg.p10; }
if idx == 11 { return reg.p11; }
if idx == 12 { return reg.p12; }
if idx == 13 { return reg.p13; }
if idx == 14 { return reg.p14; }
return reg.p15;
}
func Reg_ParseContent(content: String, indexPath: String) -> Registry {
var reg: Registry;
reg.path = indexPath;
reg.sourceUrl = "";
reg.count = 0;
let indexDir: String = bux_path_parent(indexPath);
var cur: RegistryPackage;
var inPkg: bool = false;
let nlines: uint = String_SplitCount(content, "\n");
var i: uint = 0;
while i <= nlines {
var line: String = "";
if i < nlines {
line = String_Trim(String_SplitPart(content, "\n", i));
}
let flush: bool = (i == nlines) || String_Eq(line, "[[package]]") || String_Eq(line, "[[Package]]");
if flush && inPkg && !String_Eq(cur.name, "") {
cur.resolvedPath = Reg_ResolveSource(cur.source, indexDir);
if reg.count < 16 {
Reg_SetPkg(&reg, reg.count, cur);
reg.count = reg.count + 1;
}
cur.name = "";
cur.version = "";
cur.source = "";
cur.description = "";
cur.resolvedPath = "";
}
if i == nlines { break; }
if String_Eq(line, "") || String_StartsWith(line, "#") {
i = i + 1;
continue;
}
if String_Eq(line, "[[package]]") || String_Eq(line, "[[Package]]") {
inPkg = true;
i = i + 1;
continue;
}
if !inPkg {
i = i + 1;
continue;
}
let eqc: uint = String_SplitCount(line, "=");
if eqc >= 2 {
let key: String = String_Trim(String_SplitPart(line, "=", 0));
let val: String = Reg_StripQuotes(String_SplitPart(line, "=", 1));
// lowercase-ish compare for common keys
if String_Eq(key, "name") || String_Eq(key, "Name") {
cur.name = val;
} else if String_Eq(key, "version") || String_Eq(key, "Version") {
cur.version = val;
} else if String_Eq(key, "source") || String_Eq(key, "Source") {
cur.source = val;
} else if String_Eq(key, "description") || String_Eq(key, "Description") {
cur.description = val;
}
}
i = i + 1;
}
return reg;
}
func Reg_FindIndex() -> Registry {
var reg: Registry;
reg.path = "";
reg.sourceUrl = "";
reg.count = 0;
let env: String = bux_getenv("BUX_REGISTRY");
if env != null as String && !String_Eq(env, "") {
if Reg_IsHttpUrl(env) {
let local: String = Reg_FetchHttp(env);
if String_Eq(local, "") {
reg.sourceUrl = env;
return reg;
}
let content: String = bux_read_file(local);
reg = Reg_ParseContent(content, local);
reg.sourceUrl = env;
reg.path = local;
return reg;
}
if Reg_FileExists(env) {
let content: String = bux_read_file(env);
reg = Reg_ParseContent(content, env);
reg.path = env;
return reg;
}
}
let home: String = bux_getenv("HOME");
if home != null as String && !String_Eq(home, "") {
let homeIdx: String = bux_path_join(bux_path_join(home, ".bux"), "registry.toml");
if Reg_FileExists(homeIdx) {
let content: String = bux_read_file(homeIdx);
reg = Reg_ParseContent(content, homeIdx);
reg.path = homeIdx;
return reg;
}
}
// cwd-relative candidates
let cwd: String = bux_getcwd();
var c0: String = bux_path_join(cwd, "config/registry.toml");
if Reg_FileExists(c0) {
let content: String = bux_read_file(c0);
reg = Reg_ParseContent(content, c0);
reg.path = c0;
return reg;
}
c0 = bux_path_join(cwd, "../config/registry.toml");
if Reg_FileExists(c0) {
let content: String = bux_read_file(c0);
reg = Reg_ParseContent(content, c0);
reg.path = c0;
return reg;
}
c0 = bux_path_join(cwd, "../../config/registry.toml");
if Reg_FileExists(c0) {
let content: String = bux_read_file(c0);
reg = Reg_ParseContent(content, c0);
reg.path = c0;
return reg;
}
return reg;
}
func Reg_VersionOk(have: String, req: String) -> bool {
if String_Eq(req, "") || String_Eq(req, "*") { return true; }
return String_Eq(have, req);
}
// Lookup by name; versionReq "*" = last matching entry (highest listed last).
func Reg_Lookup(reg: Registry, name: String, versionReq: String) -> RegistryPackage {
var found: RegistryPackage;
found.name = "";
var i: int = 0;
while i < reg.count {
let p: RegistryPackage = Reg_GetPkg(reg, i);
if String_Eq(p.name, name) && Reg_VersionOk(p.version, versionReq) {
found = p;
}
i = i + 1;
}
return found;
}
func Reg_Search(reg: Registry, query: String) -> int {
// print hits; return count
var hits: int = 0;
// Dedupe by name: keep last version
// Simple O(n^2): for each pkg, if last occurrence of name, print
var i: int = 0;
while i < reg.count {
let p: RegistryPackage = Reg_GetPkg(reg, i);
var isLast: bool = true;
var j: int = i + 1;
while j < reg.count {
let q: RegistryPackage = Reg_GetPkg(reg, j);
if String_Eq(q.name, p.name) {
isLast = false;
break;
}
j = j + 1;
}
if isLast {
var ok: bool = true;
if !String_Eq(query, "") {
ok = String_Contains(p.name, query) || String_Contains(p.description, query);
}
if ok {
Print(" ");
Print(p.name);
Print(" ");
Print(p.version);
Print(" — ");
if !String_Eq(p.description, "") {
PrintLine(p.description);
} else {
PrintLine(p.source);
}
hits = hits + 1;
}
}
i = i + 1;
}
return hits;
if String_StartsWith(p, "/") {
return p;
}
return bux_path_join(indexDir, p);
}
func Reg_SetPkg(reg: *Registry, idx: int, pkg: RegistryPackage) {
if idx == 0 { reg.p0 = pkg; }
else if idx == 1 { reg.p1 = pkg; }
else if idx == 2 { reg.p2 = pkg; }
else if idx == 3 { reg.p3 = pkg; }
else if idx == 4 { reg.p4 = pkg; }
else if idx == 5 { reg.p5 = pkg; }
else if idx == 6 { reg.p6 = pkg; }
else if idx == 7 { reg.p7 = pkg; }
else if idx == 8 { reg.p8 = pkg; }
else if idx == 9 { reg.p9 = pkg; }
else if idx == 10 { reg.p10 = pkg; }
else if idx == 11 { reg.p11 = pkg; }
else if idx == 12 { reg.p12 = pkg; }
else if idx == 13 { reg.p13 = pkg; }
else if idx == 14 { reg.p14 = pkg; }
else if idx == 15 { reg.p15 = pkg; }
}
func Reg_GetPkg(reg: Registry, idx: int) -> RegistryPackage {
if idx == 0 { return reg.p0; }
if idx == 1 { return reg.p1; }
if idx == 2 { return reg.p2; }
if idx == 3 { return reg.p3; }
if idx == 4 { return reg.p4; }
if idx == 5 { return reg.p5; }
if idx == 6 { return reg.p6; }
if idx == 7 { return reg.p7; }
if idx == 8 { return reg.p8; }
if idx == 9 { return reg.p9; }
if idx == 10 { return reg.p10; }
if idx == 11 { return reg.p11; }
if idx == 12 { return reg.p12; }
if idx == 13 { return reg.p13; }
if idx == 14 { return reg.p14; }
return reg.p15;
}
func Reg_ParseContent(content: String, indexPath: String) -> Registry {
var reg: Registry;
reg.path = indexPath;
reg.sourceUrl = "";
reg.count = 0;
let indexDir: String = bux_path_parent(indexPath);
var cur: RegistryPackage;
var inPkg: bool = false;
let nlines: uint = String_SplitCount(content, "\n");
var i: uint = 0;
while i <= nlines {
var line: String = "";
if i < nlines {
line = String_Trim(String_SplitPart(content, "\n", i));
}
let flush: bool = (i == nlines) || String_Eq(line, "[[package]]") || String_Eq(line, "[[Package]]");
if flush && inPkg && !String_Eq(cur.name, "") {
cur.resolvedPath = Reg_ResolveSource(cur.source, indexDir);
if reg.count < 16 {
Reg_SetPkg(&reg, reg.count, cur);
reg.count = reg.count + 1;
}
cur.name = "";
cur.version = "";
cur.source = "";
cur.description = "";
cur.resolvedPath = "";
}
if i == nlines { break; }
if String_Eq(line, "") || String_StartsWith(line, "#") {
i = i + 1;
continue;
}
if String_Eq(line, "[[package]]") || String_Eq(line, "[[Package]]") {
inPkg = true;
i = i + 1;
continue;
}
if !inPkg {
i = i + 1;
continue;
}
let eqc: uint = String_SplitCount(line, "=");
if eqc >= 2 {
let key: String = String_Trim(String_SplitPart(line, "=", 0));
let val: String = Reg_StripQuotes(String_SplitPart(line, "=", 1));
// lowercase-ish compare for common keys
if String_Eq(key, "name") || String_Eq(key, "Name") {
cur.name = val;
} else if String_Eq(key, "version") || String_Eq(key, "Version") {
cur.version = val;
} else if String_Eq(key, "source") || String_Eq(key, "Source") {
cur.source = val;
} else if String_Eq(key, "description") || String_Eq(key, "Description") {
cur.description = val;
}
}
i = i + 1;
}
return reg;
}
func Reg_FindIndex() -> Registry {
var reg: Registry;
reg.path = "";
reg.sourceUrl = "";
reg.count = 0;
let env: String = bux_getenv("BUX_REGISTRY");
if env != null as String && !String_Eq(env, "") {
if Reg_IsHttpUrl(env) {
let local: String = Reg_FetchHttp(env);
if String_Eq(local, "") {
reg.sourceUrl = env;
return reg;
}
let content: String = bux_read_file(local);
reg = Reg_ParseContent(content, local);
reg.sourceUrl = env;
reg.path = local;
return reg;
}
if Reg_FileExists(env) {
let content: String = bux_read_file(env);
reg = Reg_ParseContent(content, env);
reg.path = env;
return reg;
}
}
let home: String = bux_getenv("HOME");
if home != null as String && !String_Eq(home, "") {
let homeIdx: String = bux_path_join(bux_path_join(home, ".bux"), "registry.toml");
if Reg_FileExists(homeIdx) {
let content: String = bux_read_file(homeIdx);
reg = Reg_ParseContent(content, homeIdx);
reg.path = homeIdx;
return reg;
}
}
// cwd-relative candidates
let cwd: String = bux_getcwd();
var c0: String = bux_path_join(cwd, "config/registry.toml");
if Reg_FileExists(c0) {
let content: String = bux_read_file(c0);
reg = Reg_ParseContent(content, c0);
reg.path = c0;
return reg;
}
c0 = bux_path_join(cwd, "../config/registry.toml");
if Reg_FileExists(c0) {
let content: String = bux_read_file(c0);
reg = Reg_ParseContent(content, c0);
reg.path = c0;
return reg;
}
c0 = bux_path_join(cwd, "../../config/registry.toml");
if Reg_FileExists(c0) {
let content: String = bux_read_file(c0);
reg = Reg_ParseContent(content, c0);
reg.path = c0;
return reg;
}
return reg;
}
func Reg_VersionOk(have: String, req: String) -> bool {
if String_Eq(req, "") || String_Eq(req, "*") { return true; }
return String_Eq(have, req);
}
// Lookup by name; versionReq "*" = last matching entry (highest listed last).
func Reg_Lookup(reg: Registry, name: String, versionReq: String) -> RegistryPackage {
var found: RegistryPackage;
found.name = "";
var i: int = 0;
while i < reg.count {
let p: RegistryPackage = Reg_GetPkg(reg, i);
if String_Eq(p.name, name) && Reg_VersionOk(p.version, versionReq) {
found = p;
}
i = i + 1;
}
return found;
}
func Reg_Search(reg: Registry, query: String) -> int {
// print hits; return count
var hits: int = 0;
// Dedupe by name: keep last version
// Simple O(n^2): for each pkg, if last occurrence of name, print
var i: int = 0;
while i < reg.count {
let p: RegistryPackage = Reg_GetPkg(reg, i);
var isLast: bool = true;
var j: int = i + 1;
while j < reg.count {
let q: RegistryPackage = Reg_GetPkg(reg, j);
if String_Eq(q.name, p.name) {
isLast = false;
break;
}
j = j + 1;
}
if isLast {
var ok: bool = true;
if !String_Eq(query, "") {
ok = String_Contains(p.name, query) || String_Contains(p.description, query);
}
if ok {
Print(" ");
Print(p.name);
Print(" ");
Print(p.version);
Print(" — ");
if !String_Eq(p.description, "") {
PrintLine(p.description);
} else {
PrintLine(p.source);
}
hits = hits + 1;
}
}
i = i + 1;
}
return hits;
}
}